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diff --git a/showcase/openfe_showcase.ipynb b/showcase/openfe_showcase.ipynb
index 6fe9a7eb..45bc9c57 100644
--- a/showcase/openfe_showcase.ipynb
+++ b/showcase/openfe_showcase.ipynb
@@ -3,61 +3,56 @@
   {
    "cell_type": "markdown",
    "id": "cb0d308b-8f50-4ac9-a8a3-550d8a2e3feb",
-   "metadata": {
-    "jp-MarkdownHeadingCollapsed": true
-   },
+   "metadata": {},
    "source": [
-    "<img src=\"OFE-color-horizontal.png\" width=\"300\"> \n",
+    "<img src=\"images/OFE-color-horizontal.png\" width=\"300\"> \n",
     "\n",
     "# OpenFE Showcase: Relative Binding Free Energies in the TYK2 System"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "8eea1a56-3241-4ccf-9d3a-88de6bbf0e0e",
+   "id": "f347f95a-ce31-4d2f-958e-0a6e33374dea",
    "metadata": {},
    "source": [
-    "# Intro\n",
-    "\n",
-    "Welcome to the Open Free Energy toolkit!\n",
+    "## Introduction\n",
     "\n",
-    "The OpenFE toolkit provides open-source frameworks for calculating alchemical free energies. This notebook showcases the methods that are available in OpenFE and their usage.\n",
+    "Welcome to the Open Free Energy toolkit! **openfe** is an open-source package for planning, running and analyzing alchemical free energy calculations.\n",
     "\n",
-    "Throughout this showcase, we will introduce different interchangeable components that users can choose from during the setup of free energy calculations. OpenFE allows you to mix and match different components, such as:\n",
+    "In this showcase we calculate relative binding free energies (RBFEs) for a congeneric series of ligands binding to tyrosine kinase 2 (TYK2), using the Relative Hybrid Topology Protocol. Along the way, we introduce the main building blocks of **openfe** and the choices you can make at each step, such as:\n",
     "\n",
     "* Atom mappers\n",
     "* Scorers (for atom mappings)\n",
     "* Ligand networks\n",
     "\n",
-    "This showcase currently focuses on relative binding free energy (RBFE) calculations using a hybrid topology approach. However, OpenFE provides a wide range of protocols for:\n",
-    "- [Absolute binding free energy calculations](https://docs.openfree.energy/en/latest/tutorials/abfe_tutorial.html)\n",
-    "- [Absolute hydration free energy calculations](https://docs.openfree.energy/en/latest/tutorials/ahfe_tutorial.html)\n",
-    "- [Molecular Dynamics (MD) simulations](https://docs.openfree.energy/en/latest/tutorials/md_tutorial.html)\n",
-    "- [Relative binding free energy calculations using a Separated Topologies (SepTop) approach](https://docs.openfree.energy/en/latest/tutorials/septop_tutorial.html)\n",
+    "This showcase focuses on relative binding free energy (RBFE) calculations using a hybrid topology approach. **openfe** also provides protocols for:\n",
     "\n",
-    "If you are planning your own calculations, please also check out our [tutorials](https://docs.openfree.energy/en/stable/tutorials/index.html) which will walk you step-by-step through setup, execution and analysis of different protocols."
+    "- [Relative binding free energy calculations using a Separated Topologies (SepTop) approach](https://docs.openfree.energy/en/stable/tutorials/septop_tutorial.html)\n",
+    "- [Absolute binding free energy calculations](https://docs.openfree.energy/en/stable/tutorials/abfe_tutorial.html)\n",
+    "- [Absolute hydration free energy calculations](https://docs.openfree.energy/en/stable/tutorials/ahfe_tutorial.html)\n",
+    "- [Molecular dynamics (MD) simulations](https://docs.openfree.energy/en/stable/tutorials/md_tutorial.html)"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "28f40a29-4ddd-4f25-8c08-154bb3139bb3",
+   "id": "b74dcaf2-5fae-4bff-bd76-e7aa7c2be213",
    "metadata": {},
    "source": [
-    "# Outline\n",
+    "## Outline\n",
     "\n",
-    "0. Setup for Google Colab  \n",
-    "1. Overview  \n",
-    "2. Setup  \n",
-    "    2.1. Loading Ligands and Defining Ligand Atom Mappings  \n",
-    "    2.2. Creating a ligand network  \n",
-    "    2.3. Defining ChemicalSystems  \n",
-    "    2.4. Defining the RBFE simulation settings and protocol  \n",
-    "3. Running a Relative Ligand Binding Free Energy Calculation  \n",
-    "    3.1. Using the Python API  \n",
-    "    3.2. Using the CLI \n",
-    "4. Analysis\n",
-    "5. Relative Free Energies with the OpenFE CLI\n",
-    "6. Useful References for Getting Started"
+    "0. Setup for Google Colab\n",
+    "1. Overview\n",
+    "2. Background: hybrid topology RBFEs\n",
+    "3. The TYK2 inputs\n",
+    "4. Assigning partial charges\n",
+    "5. Atom mappings and scoring\n",
+    "6. Ligand networks\n",
+    "7. Protocol settings\n",
+    "8. Creating transformations\n",
+    "9. Running the calculations\n",
+    "10. Results\n",
+    "11. Analysing results with cinnabar\n",
+    "12. Next steps"
    ]
   },
   {
@@ -97,7 +92,7 @@
     "    \n",
     "    !pip install -q condacolab\n",
     "    import condacolab\n",
-    "    condacolab.install_from_url(\"https://github.com/OpenFreeEnergy/openfe/releases/download/v1.7.0/OpenFEforge-1.7.0-Linux-x86_64.sh\")"
+    "    condacolab.install_from_url(\"https://github.com/OpenFreeEnergy/openfe/releases/download/v1.13.0/OpenFEforge-1.13.0-Linux-x86_64.sh\")"
    ]
   },
   {
@@ -141,257 +136,387 @@
   },
   {
    "cell_type": "markdown",
-   "id": "0eaea8f6",
-   "metadata": {
-    "id": "0eaea8f6"
-   },
+   "id": "8421015e-4d1e-4206-9d79-db9204e083bd",
+   "metadata": {},
    "source": [
-    "# 1. Overview\n",
+    "## 1. Overview\n",
+    "\n",
+    "An **openfe** calculation has three stages:\n",
     "\n",
-    "In this example we show how to set up a network of transformations using\n",
-    "the OpenFE toolkit for small chemical modifications of ligands binding to tyrosine kinase 2 (TYK2).\n",
+    "1. **Setup**: load the protein and ligands, decide which ligand pairs to compare, and define how each transformation is simulated.\n",
+    "2. **Run**: execute the simulations, usually on GPUs.\n",
+    "3. **Gather**: combine the simulation outputs into free energy estimates and analyze them.\n",
     "\n",
-    "For convenience, a prepared (capped and protonated) PDB structure of the\n",
-    "TYK2 protein is provided under `inputs/tyk2_protein.pdb`. "
+    "Each stage can be carried out with the Python API or with the command line interface (CLI). This notebook uses the Python API for planning, and the CLI for running and gathering, which is how most production campaigns are run.\n",
+    "\n",
+    "<img src=\"images/workflow.png\" width=\"600\">\n",
+    "\n",
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Which protocol?** The Relative Hybrid Topology Protocol used here works best for ligands that share a common core, such as this TYK2 series. For chemically diverse ligands, such as scaffold hops, the Separated Topologies Protocol is usually a better choice. See [Choosing a protocol](https://docs.openfree.energy/en/stable/guide/protocols/index.html).\n",
+    "\n",
+    "**Tutorials for the other protocols:** [Separated Topologies](https://docs.openfree.energy/en/stable/tutorials/septop_tutorial.html) · [Absolute binding](https://docs.openfree.energy/en/stable/tutorials/abfe_tutorial.html) · [Absolute hydration](https://docs.openfree.energy/en/stable/tutorials/ahfe_tutorial.html) · [Molecular dynamics](https://docs.openfree.energy/en/stable/tutorials/md_tutorial.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "31608e5a-cedf-4840-b809-a7df32b319ea",
+   "id": "3bd66725-193d-4250-8d50-7e2bb98d197b",
    "metadata": {},
    "source": [
-    "<img src=\"tyk2.png\" width=\"400\">"
+    "## 2. Background: hybrid topology RBFEs\n",
+    "\n",
+    "### The thermodynamic cycle\n",
+    "\n",
+    "Rather than computing each ligand's binding free energy directly, we compute the *difference* in binding free energy between two ligands, ΔΔG, using a thermodynamic cycle:\n",
+    "\n",
+    "<img src=\"images/rbfe_thermocycle.png\" width=\"500\">\n",
+    "\n",
+    "The horizontal legs (binding) are very hard to converge, so instead we simulate the vertical legs, alchemically transforming ligand A into ligand B both in solvent and in the protein-bound complex:\n",
+    "\n",
+    "$$\\Delta\\Delta G_{\\mathrm{bind}}(A \\rightarrow B) = \\Delta G_{\\mathrm{complex}}(A \\rightarrow B) - \\Delta G_{\\mathrm{solvent}}(A \\rightarrow B)$$\n",
+    "\n",
+    "Every ligand pair therefore needs **two** simulations: a solvent leg and a complex leg."
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "e9a7f137",
-   "metadata": {
-    "id": "e9a7f137"
-   },
+   "id": "35194432-1eb4-4f7e-8efd-062eff83b3df",
+   "metadata": {},
    "source": [
-    "## 1.1. The dataset: Alchemical transformations of TYK2 ligands\n",
+    "### Sampling along the alchemical path\n",
     "\n",
-    "Here we explore how OpenFE can be used to build a network of alchemical transformations between the TYK2 ligands.\n",
+    "The transformation from A to B is controlled by a coupling parameter, λ, which interpolates the interactions of the atoms that differ between the two ligands. The system is simulated at a series of discrete λ values (λ windows), chosen so that neighbouring windows overlap, and the free energy is estimated from all windows with the multistate Bennett acceptance ratio (MBAR).\n",
     "\n",
-    "First, we will use rdkit to visualize the TYK2 ligands."
+    "<img src=\"images/lambda_scaling.png\" width=\"800\">"
    ]
   },
   {
-   "cell_type": "code",
-   "execution_count": 1,
-   "id": "711d73bc-519f-4b81-9daf-c7594c7bbf8f",
+   "cell_type": "markdown",
+   "id": "fc0dde14-1a4e-4083-8e0c-1874ececfb6b",
    "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<IPython.core.display.Image object>"
-      ]
-     },
-     "execution_count": 1,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
    "source": [
-    "from rdkit import Chem\n",
-    "from rdkit.Chem import AllChem\n",
-    "from rdkit.Chem import Draw\n",
+    "To improve sampling, **openfe** uses Hamiltonian replica exchange (HREX), where swaps between neighbouring windows are attempted at regular intervals. This lets configurations move along the alchemical path and escape local minima.\n",
     "\n",
-    "# Extract the contents of the sdf file and visualise it\n",
-    "ligands_rdmol = [mol for mol in\n",
-    "                 Chem.SDMolSupplier('inputs/tyk2_ligands.sdf', removeHs=False)]\n",
+    "<img src=\"images/hrex.jpg\" width=\"500\">\n",
     "\n",
-    "for ligand in ligands_rdmol:\n",
-    "    AllChem.Compute2DCoords(ligand)\n",
-    "\n",
-    "Chem.Draw.MolsToGridImage(ligands_rdmol)"
+    "*HREX sampling across λ windows, reproduced from Mey et al., [Best Practices for Alchemical Free Energy Calculations](https://pmc.ncbi.nlm.nih.gov/articles/PMC8388617/).*"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "0870f84e",
-   "metadata": {
-    "id": "0870f84e"
-   },
+   "id": "b3877dd8-2cb8-4345-8354-887176d2a23f",
+   "metadata": {},
    "source": [
-    "## 1.2. The plan\n",
+    "### The hybrid topology approach\n",
+    "\n",
+    "In a hybrid topology, both ligands are represented by a single combined molecule. Atoms shared by the two ligands (the core) are interpolated between their parameters in A and B, while atoms unique to either ligand are switched on or off as dummy atoms. Because only the differing atoms are perturbed, these transformations are usually cheaper to converge than perturbing whole molecules.\n",
+    "\n",
+    "<img src=\"images/hybrid_topology.png\" width=\"500\">\n",
+    "\n",
+    "*Hybrid topology scheme, reproduced from the [alchemistry.org wiki](https://www.alchemistry.org/wiki/Constructing_a_Pathway_of_Intermediate_States).*\n",
+    "\n",
+    "<div class=\"alert alert-block alert-warning\">\n",
     "\n",
-    "Here is what we will achieve in this notebook and what software toolchains are\n",
-    "used along the way.\n",
-    " \n",
+    "The terminology varies across the literature: the approach called \"hybrid topology\" here is described elsewhere as \"single topology\" or \"dual topology\".\n",
     "\n",
-    "| **Actions**                    | **Software**                                            |\n",
-    "|:------------------------------|:--------------------------------------------------------|\n",
-    "| Create OpenFE Molecules        | OpenFE  RDKit                                           |\n",
-    "| Create Network                 | OpenFE  Lomap, Kartograf, NetworkX                      |\n",
-    "| Visualise Network              | OpenFE  NetworkX, RDKit, Matplotlib                     |\n",
-    "| Create ligand topologies       | OpenFE interface - OpenFF tk                            |\n",
-    "| Create hybrid OpenMM topology  | OpenFE interface - OpenMMTools (eventually - ex Perses) |\n",
-    "| Create Lambda Protocol         | OpenFE interface - OpenMMTools (eventually - ex Perses) |\n",
-    "| Set up and run RBFE calculations | OpenFE interface - OpenMM + OpenMMTools                 |\n",
-    "| Analyze RBFE calculations      | OpenFE interface - PyMBAR + OpenMMTools                 |"
+    "</div>\n",
+    "\n",
+    "This approach comes with some requirements:\n",
+    "\n",
+    "* **A common core.** Ligands must share enough of their scaffold for a sensible atom mapping. Transformations with many appearing or disappearing atoms converge poorly.\n",
+    "* **Aligned poses.** The common core must occupy the same position in both ligands' input poses. This is why the TYK2 ligands are provided pre-aligned.\n",
+    "* **Similar binding modes.** Large differences in binding mode between ligands are hard to capture.\n",
+    "* **Dummy atom approximations.** The treatment of dummy atoms can introduce systematic errors (see [Fleck et al., 2021](https://pmc.ncbi.nlm.nih.gov/articles/PMC8280730/)).\n",
+    "\n",
+    "The Relative Hybrid Topology Protocol builds on the hybrid topology implementation\n",
+    "originally developed in [perses](https://github.com/choderalab/perses) by the Chodera\n",
+    "lab and collaborators, and on the multistate sampling tools in\n",
+    "[OpenMMTools](https://github.com/choderalab/openmmtools). We are grateful to their\n",
+    "developers for making this work openly available. If you use this protocol, please\n",
+    "also consider citing perses ([Rufa et al., 2023](https://doi.org/10.5281/zenodo.8350218))."
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "14ade1f0",
-   "metadata": {
-    "id": "14ade1f0"
-   },
+   "id": "56f13e09-6458-4979-8a49-b014f406c343",
+   "metadata": {},
    "source": [
-    "# 2. Setup"
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Relative Hybrid Topology Protocol](https://docs.openfree.energy/en/stable/guide/protocols/relativehybridtopology.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "5962dec2-d9ef-475d-8086-ee15954e81f6",
+   "id": "c6891318-635f-4c97-91d4-a5345b96315a",
    "metadata": {},
    "source": [
-    "## 2.1. Loading Ligands and Defining Ligand Atom Mappings"
+    "## 3. The TYK2 inputs\n",
+    "\n",
+    "The inputs for this showcase are in `inputs/`:\n",
+    "\n",
+    "* `tyk2_protein.pdb`: the prepared (capped and protonated) TYK2 protein.\n",
+    "* `tyk2_ligands.sdf`: ten ligands with their binding poses, aligned on their common core.\n",
+    "\n",
+    "<img src=\"images/tyk2.png\" width=\"400\">\n",
+    "\n",
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**openfe** does not prepare structures. Protonation, modelling of missing residues and generation of ligand poses must be done beforehand. See [Preparing input structures](https://docs.openfree.energy/en/stable/guide/setup/preparing_inputs.html) for what **openfe** expects.\n",
+    "\n",
+    "</div>\n",
+    "\n",
+    "Let's look at the ligands in 2D:"
    ]
   },
   {
-   "cell_type": "markdown",
-   "id": "f734578f",
+   "cell_type": "code",
+   "execution_count": 1,
+   "id": "e9a7f137",
    "metadata": {
-    "id": "f734578f"
+    "id": "e9a7f137"
    },
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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ivH0L6uowfDiUlcHSpfCdKTA+j8vlknSUFy9eHDZsGHnAQLsNk6yjLAYEBSGXi716pYaHR8ydOxcALC0tq7d9PCUlRUVFhcPhBAcHu7m5AcCPP/7I+IDZE18ar/BMgfuU+6LohazHQn3NlCkIgF27YkEBdu2Kioq4dOmtmjQYFxdH9lgmJiYOGjQIADZs2MDUaBnXM6pnQmmC5EOyklMgKpDdiCjMyUEDAwRAV1dMSEBtbQTA78818BmPHj0CAF1d3eLi4ubNmwPA/fv3//ufycKfGX9uSt0k+XDz+83+uf4yHE/DlJNT8aCsDHNycPx4PHAAHzxABQUEwD17mOmFZEjv06dPSkoKj8eTl5evyf436cgV5vaJ7rMsednCpIVrUtbMTZz7vOi5rAfVgAQH45Qp2K8fCoU4bx6GhCAipqSgqSlOmYLfeQb8a0hUY2lpmZGRwePxFBQU8vLyGGu9IanzQU55OXbujAC4ciWGhITweDw+n//s2bNqN7h06VIAsLe3z8jIUFdXB4CgoCAGB8w213eu8BSGvR0m64FQX3TmDAKgsjJGRuLChQiARkZY81cwMl++ZMmSmzdvAoCOjk5xcTET42VeSGFI7+je0+OnD48ZHlsaax5pbhlpOTJmpKzH1dDt34/9+mFeHlpYVBzyrtZk0WeQQo3nzp1btWoVAEyZMoWZdpm2KmXV2Zyzkg9pkCMTamp4+jQior8/ksxSOTkVUTeD+3A/fPigqqrK4XBiY2MHDBgAdWFT0Ob3m3en75Z8SIMcKQsOxsWLcdcu3LnzY5CDiDk5jL1UEkVFRWTC/d27dzY2NgDgW8NsBlJ3Le+arIeAWA+2q23eDC9fQtu24O4OCxd2tbb2XbzYvWvXrtVu0N3dvXHjxgEBAaGhoWQxh4Q9dcVKvZVqPLWLeRcfFT6S9Vioz0hKqtgRtGMHpKXBjh3A58Px46CuXtOWSbGIffv2WVhYdOvWLT09/fjx4zUeLysslS3vt7u/o+kOPyO/VvKt/Fv7h5WEXci98Kb0jayH1rBs3Ajz51c8dnICFxe4dQtWrgSBANq2hdOngamSNiQX6qFDh6ZPn87lcn19fXNzc5lpmlH6fP3EskRZj6KhMzGBvXshL+/jMxoasGULDB8O27cz1ouKigrZqXHixAlnZ2cA8PHxYax1dkSWRFoqf3fpFYpZv/wC589DevrHZzQ0GHupJJSUlOzt7RHx0qVLdWXHWkJZwtCYoaNiRzm8dXhR/GLj+42yHhEA1PGd8W/fwvr1AAB798Iff0BgID8paeSqVetr0qaGhgbJ37d06dJFixbp6OgEBgbeuHGDkQFLgTZfe572PABYmlyXYrOG488/ITsbRowAJydwdgaxGNasgZ5MVHA1Nze3tbXNz88/ePDgggULAGDLli1isZiBptmhzlMnh3MM5AwmNZ4kBvGO9B2yHlTDkp0NDx9CUBAAQEoKAACHA+7uYGcH58+DhgZjHTk7OysqKl67do3L5fbv37+4uPjkyZOMtc6cMZpjfLJ9/s7/O7w4/EZ+xcv+29K3sh1VQyMnB0uWwMqV/3pyyhQ4f57hW0lyGsfb23vEiBGqqqoPHz6MjY1lsgOmafA0skXZsh5FQ8fjwaZNcPYsu71IYhuSr+XKlStlZWXsdlkz85PmL9Vd6mfk52vk206hnayHU6FuBzlz5kBxMUyZAm3bwpo1AAC//QZKSjVt1s3NzdDQ8MmTJ7dv3yaFR5YsWVKbbxarWKK7RIevc//D/YD8AFmPhQIAePYMcnIAAMrKYNQoOHQI/vwTpk2Dd++gd29wd2esIxKf79y5c+TIkS1atIiOjr569SpjrbNpkc4iLnCPZB3JEGbIeiwNi4cHLFsG5eUfnzE0hICAmh7srqJJkybDhw8Xi8WS9AMko2Bt04Tf5HLry5Elkedyz6nyVPuq9t2Xua9tRNuHhQ9lPbSGxcEBUlOB7bw/9vb2enp6b968Ian/ELHWrn4TTppOW9K2ZAuzS7E0trRWx2P1koEB2NoCAPTqBb//Dnp6LPY1dOhQPp9/+/ZtLS0tY2Pj3Nxcklq61npd8tpa1RoAVLmqylxlWQ+nQh0Oco4ehYAAaNIEtmyB//0PCgth4kQYMoSBlpWUlJYvXw4AK1as+Omnn5o1a/by5Us/Pz8GmpYKNZ7aYt3FALAsZRlCLc1i1KAsWQJubgAAOTng6QnTpwOHA4mJoKkJx44xOTfp4ODQqVOnpKSkc+fOubq6AsDWrVsZa51N7RXbD2k0pFhcvDdjr6zH0rBoa8O4cfDbb6x3RGKbw4cPDxs2TFtbOzQ09NmzZ6z3+v0M5Azm68xfrb/aSsWqu0r3zkqdAeBQ5iFZj6vB2bYN9uxhtws+nz9u3DgA8PHxITvWjh49irU19R8A9FLptUR3yfyk+bMSZkWVRFmqWDbmNZb1oBqQZs3AwQEAYN06WLMGWF32a9KkiZWVVXl5+fXr1+vKjrVaqA4HOadOAQBs3w43b8Lly9C4MZO7dWfNmtW6deuIiAjJSdmVK1cKhULGOmDZL9q/9IbesAf8ztaZ2Kx+U1aGmzc/fti4MTx6BLduQfPmTPbC4XDIRrXNmzfPnDlTQ0Pj3r17jx8/ZrIP1izSXQQAezL2FIuLZT2WhmX2bLh2DQoL2e2lf//+bdq0iY+PDwwMJNuEDh2qA5HDzCYzOcA5nXM6X5Qv67E0FObmAAAtWoCnJ7RqxW5f5FI8efJk3759DQ0N3759G0IyBNdWA9UHerf0tla1Xvd+3Q9qPzSXZ/QthPo2BQWQmgpsBx2S2EbyoDZH4J2VO1/Ju0Iei1Ak28FI1LEg59UrSE6ueOzhAb6+8OOPsGgRAMCWLaCjw1hHcnJynp6eALB69eqJEyd26NDh9evX3t7ejHXAMiWu0iTBpKe7n65YsaIOxWb1mKcneHhAaenHZxQUoAYJMr5o4sSJ+vr6oaGhISEhs2fPBoAdO+rGQZc+qn16qvTMEGZ4Z9eZX7S6TkkJ+PyKLeYcDrt9cTgcSfoBFxcXADh+/HhRURG7vdaYkYKRrZptobjwVM4pWY+loSDzlcnJEBUFD1neJ2hubm5iYpKRkXHr1i2SoLJOFMwJyA8ILgw+mV0bD7Y1BMOGAQCcP892L8MA4OrVq126dGnatGliYuKLFy/Y7bIGthtuP559fGTsyBGxI8JKwvTl9GU9IgCoa3Vypk1DGxsUiRARrawQEd+/x2HDsG9fJjOUEyKRiKQ9/f3330+dOgUAhoaGRUVFDHfDGqFQ2KFDBwA4fPiwrMfS0PXvj2VlePgwurnhiBGsd7dhwwYAGDhwYHJysry8PI/He/v2Leu9MuF09ml4Cm3D24pQJOuxNCxRUbh4MSYns9tLamoqn8+Xl5dPT0/v1asXAHh7e7PbJROOZR2Dp9A9qrusB9KwJCQgl4uKipiby25HGzduBIBx48Y9f/4cAJo0aVJaWspulzV2Puc8PIXOrzrLeiANlEiEenoIgKGh7HZkYmICADdu3CBTlh4eHuz2V2NZ5Vl/Zf7lm11bEl7XsZUcADA3h/37P36oqwsXLsDly8xPQ3K53LVr1wLA2rVrBw8e3K1bt+Tk5Np5WPazeDyeh4cHAHh6epZWXkGgZGTqVJDOLMzPP/+sqqp6/fr19PT08ePHi0Si36Rw5IIJozRGDRQP1Dio4X/RX9ZjaVhWrYItW+DIEXZ70dPTGzx4cFlZmY+PDzmiUyd2rI3SGNWY3zikMORFce2dRq1/mjeHPn2gpATOnWO3o4kTJ3K53AsXLrRq1crU1DQrK+v69evsdlljDo0ctPhaL4tfhhaHynostcaRIzB2LIwfD5cvs90Vl1txAlwKO9aUlZXj4uLIqs7Zs2fLK2eJqX0eFj6cljDt17RfZT2QCjyyKauuuHgR3Nxg40YYPBh8fWHGjIrn5eVZ6a59+/YBAQHR0dFqamoTJ048fvz406dPf/rpJwUFhe9tqkMHaN0a2raFwEA4dgzS0+HePbC0BABYvBi0tUGfhZW9Tp06+fv7R0dHa2lp9WQkSzFVLVlZ0LMncLlgYQEcTsXf7FFSUkpLS3v8+HFZWdnChQv37dsXGhrapUsXRFRSUpL/5t+W7GyIjKy4Ml+9AhUVePUKtLSAywUAePIEDA0ZHjmXw83xyznkcSjpXdL06dMZbp36MnV1OHYM4uJg7lx2L04VFZWIiAgHB4dRo0bt2rUrJiYmMjIyLi4uMzOTw+E0atSIx2ySYCbwOfzksuSQohAFrsJg9cGyHk4DIhKBvz8UFMCUKSz20qhRo7KystmzZ5uamiYlJQUFBV2/fl0gEERHR+fk5MjLy2toaHDY3s35nXgcXnxZvKBIoMZTs1e3l/VwagE/P7h9G44cAUdHWLgQOnQAAwNWO+Rw4ORJKCgAFxcWe+natevy5ct79uzJ4XAOHTpUXFzs6el58eLFiIiIDx8+6OjoqKiosNj992uh0GJXxq6EsoTpTaY34jWS9XCAg7X4GNOnpk+HFSsgJQWOHIGoqIryDqy6e/duv379zM3Nnzx5YmNj8/DhwxYtWrRt21ZBQUFZWVlFRYW8AvL5fEPD3uXlg5SUQFUV5ORAQwP4fFBXBwUFaNYMBgwAJSW4dg0ePYI7d6BjR0hPr8i49csvMHVqRcDDuKtXrw4ZMkRLSys2NlZNTY2VPqhvduQIrFoFv/8Ow4ez21F8fLy3t/ecOXO0tbVbtWolFosTEytKHKqoqBgaGurq6hoYGOjp6bVrN1tVtaOeHhgYgK4uaGt/bCQgAEaMgKdPoX17mD4d3N3BzQ2OHYMmTQAALC3hyRPmR15UVNS8efOsrKygoCArKyvmO6A+RywGIyNISIBbt+CHH1jsCBHJ/WJoaGj37t01NDTS0tIkn+Xz+a1aterQoUP79u3NzOY3b27QseNnDltevgw5OeDsDACweTMsWQK//lqRij01FW7erPgUg0KLQztHdm7Mb5zcKVmRp8hw69QX5OeDnh6UlkJ8PDRrxnp3eXl5PXr0iImJqXKQVVVV1cTExMzMrEeP4a1bDzYzA03Nqv+2qAhevADyihUbC40aQWYmGBgAedcVCMDCguHRPix8aB1tbSBnkGiSyOPUuqkBaZs4EVasAGNjAIBLl+Dx44oqiqwpLgZtbSgqgoQE1i/OjIyM3r17R0dHa2ho5OXlVb5vb9++fa9evXr3tu3RY4qxMetHK7/FqNhR53LP7W62+xftX2Q9ljp4JoccLpg+HS0spNTphQsXysrKEHHQoEFfiRP69JkLgJ/989tv2KcPnjqFy5fjrVu4ciUeP44//oibN+PmzWhlhSEhLI7f1tYWANauXctiH9S32bULAdDaWno9/vXXXwCgqKjYo0eP1q1bK31SRqpLlzuVr1V5eWzWDHv2xGHD8OxZnDYNHRxQLMZp0zAqCgcNwszMipbZ+wVcsWIFAIwcOZKtDqjP8fREAJwwQRp9ZWdnt27dGgAGDx78xx9/uLm5DRo0yMjIqPIyjq5uMrkmNTSwe3d0dsYNG/DMGQwNRU9PbNmy4r2AHM60tKxoOSwMp05lZczO153bDGxz7NgxVlqnvmDMGARALy/WOxIKhUOGDAGAjh07BgcH+/r6enh4ODo6GhkZSZZxbG09yTWpr492dujqit7eKBBgcTFGR6OcHN69i4jo4YHXr+Ps2fj0aUXjkuuTWe3C28FTuJl/k5XW65ZhwzA+vuLx7ds4b54U+hwxAgFwzx6mT4T/W15enrm5OQCYmppmZ2fn5eUFBASQi7NRo4qlEhOTXgCopoZ2dujhgf7+mJPzsYWffsKMDETEkBC8dQtv3MDg4IpP7dnz8T2dKd5Z3vAU7N/YM9xutfCZCpakw8Ghogj3pk1w6hRkZVVMKrOKbIW8c+fO9evXFRQU/Pz81NXVS0pKiouLCwoKhEJhTk5OeXm5vHy3Ll2gpAQKCkAohJwcKC+HDx+guLhiJnLsWPD2/hjxt21bMQ2UAiwAACAASURBVGPKxnR4ZevWrevdu7eXl5eysnKTJk1UVFSUlZUVFBQaNWrE5/MbNWokLy+voqJCVqXYHUqDN3MmrF0LQUHw6BH06sV6d7GxsfPmzQOAAwcOOP8zuZ2fn5+cnJyenp6UlJSenp6b29HEBFJS4P17SE2FnBx49w7evasYbatW0KwZVK6PN3Nmxe7QYtbyPLu6um7btu3ChQtv3rxp27YtW91Q/zZjBqxbB35+sGsXaGmx2JFYLJ44cWJMTEzXrl39/PwqB96lpaVv3ryJjo5+8yYmOtogMhJev4acHAgJAUle3+bNYfp0WLwY5s8H/3+ObgmFFRft+/dsDdsm3sbnus+hskMTJ05kq4/aLyMD5s0DsRgKCmDyZBg7lu0OJ00CX184epTJosmfNW/evCtXrmhpaV26dKl169Y9evRwcnIin8rOzn758mVYWNj79zZFRRARAampFWuGhLw8/PUXDBsGq1dDgBRLcI9vPH5N6hq/dL/+av2l12vt1LUrBAVBixYAAEFBFWnIWTZ27OvExLlXrsjPmXOJpS7KyspGjx799OnT1q1b37hxQ1NTEwDs7Ozs7OwAQCgUPn/+/OHDh4mJjXNzISkJbt6suCz5fDAzA2trcHaGixehrAwOHYKYGEhPB7EYdHSgRw8AgDt3wMGB4RtpR3VHPod/t+BujihHk/fJoqd01bHtahJv38LEiSAvD9KpAFtcXGxqahoTE/Prr78uWbKkGi307Qv37kFUFAwaBM7O0tuuRrRs2RIAEhIS/vMrPxv5REVFjR07tq6UlazlVq6EDRtg1Cg4e5bdjoRCYe/evYODg0ePHn3mzJlv/FclJfD+PaSkQGYmKClBcDAsWgT29qCvD+vXS2O7GjFr1qyDBw/+/PPPe/fS2qDS4+AA167Brl3g6spiL+7u7ps3b9bR0REIBM2+YZ9HRgZER1f8ef0atLSgWTOwsYEbN8DCAnbuhKAgaNUKRo0CAMjKAgD46y/mh/3hwwcDA4MPHz5ER0c33Nh72jSYNAn694fycrC3h6NHGS719YnycjA0hIwMePaMlZz7xO7du+fOnauoqHj79u1e3zD/lJICT5/Cq1cQEQFPn0J0NNy9C97e0LMnvH8P5eVgZQXnzkFcXMXGtrt3WQm/YwpiRs4dGX8hPjUlVVm5ttSYl43cXBg7FkxNobgYMjLgxAngsz6Jn5WVpaenx+Fw0tPTNcgEPKNEItHYsWP9/PwMDAwePHjQ6r+KRpHLMigIHjwAgaCiZMWxY3DgALRrB87OkJJSEeQgwtChAACurrB3L7RsyfDI+73pd7fg7olWJ8Zrjme46e8l66WkaiooQF1dBMDLl6XRnbu7OwCYmpqSfWvVMG5cxYO1a3HbNjx/Hv/8s+KZ5cvxxQsmRvkFvr6+AKCiouLs7DxlyhQnJ6fBgwfb2dlZWFh06dLFyMjIwMBAU1NTTk7u65cKKQVN1VBaGioqIpeLr1+z29Hy5csBoFmzZtnZ2dVr4cYNJJscL19GOTnpbVdDxKioKC6Xq6SklJ6ezmI3tdzz5zhiBI4Zg05O+OaNFDo8exYB0NSUxS78/Pw4HA6fz79z5061G/H0xJs38cMHtLHBbt0QpbJdDRFJMoxly5ax1UHt17Xrx8cbN+LJk1Lo09MzuFs3+4ULF7HU/vXr1/l8PofD8fHxqV4LHz5gdDTOnIliMdrZ4YwZUtquhogkpdCJEyfY6qBuiYvD5GSMj8cFC3DpUil02LdvXwA4ycIvglgsJikoNTQ0Xnz/PeKHD3jnDq5fj0lJ2KcPpqejjQ36+OCuXbhjBw4fjitW4IoV2LEjxsUxPnbckbYDnsLY2LHMN/2d6mqQg4g7d1a8H4tYrqgRGhoqJyfH5XIfPnxY89ZSUnDOHLx2reYtfZO8vDxDQ0MA2L9/PyIGBQXdvn1bIBCEhYXFxMSkpaVlZ2eLK9UYysnJycjIiImJiYiIEAgEd+/evX79uqmpKQDY2NhIadD13YwZCIBz5rDYxf3793k8HpfLrcmt5OvXeOtWxePt2zExEfftw8LCime2bavpIL9u6NChADB+/Pjg4OB3797V/soVDCsvR0tLfP8eETEqCnv3lkKfZWU4YIB/t252wcGP2Wj/5cuXJBfQ77//XpN2SJCDiGfPYpMmiNIKcoKCggBAT0+v2rNddZ6Z2cfHGzfiqVNS6DM4OBgAdHV1y8vLGW88MjKSzMGvWrWqJu2QIAcRnz9HJSXpBTl79uwBgMGDB7PVQR0SF4dTp6KzM75+jQDYuDGycMFUsX37dgAYJ5nGZs7ChQsBQFlZ+cGDBzVsqk8fRMQ//kArq4og5/jxik+NHs1KkBNTEmN1x8rW01bmb9x1OMgpLcVWrRAAWZ3CEIlEJMXT3LlzGWlwxw4EwC5dWI/NCFJAqmfPniKRCBGbf2FrAY/H09TU1NfXNzIyMjMzMzc379+//8CBA52cnFJSUgoKCnR0dADg6tWr0hh0fRcVhVwuKitXnAVkXE5OTosWLQBg9erVjDSYmIgDB2KPHow09q327t2rrq5e+SpVVFQ0MjKytrZ2cnJydXX18vLy9vYOCAgIDw/PqXzKsn6IisLKb5y9e2NenhS6Xbx4MQC4uLgw3rIk2YCzs3MNm4qJwaysisd//IE5Ofj8ecWHhYXsrpF26tQJAC5cuMBiH7XZtGkYEICIWFaGfftiYqJ0um3fvj0AXL9+ndlmMzMz27RpAwCjRo0S1ewt+f17lOx12LsXQ0Px9Gl8967ima1bazbQL8vKylJQUODz+ampqWz1UVekpSGPhwoKmJ+PHTogAN6+zXafcXFxANCoUSNyN5+WlsZI6e1169YBgLy8/DUmZsRJkCMSYc+eUgpyENHMzAwA/v77b1Za/2Z1OMhBxMOHEQBbtUL2YsXff/8dAPT19XMZqrosic2ksM4fHBzM5XLl5eUjIiLIM6NHj7a1tTU3Nzc2NjYyMtLW1tb8NBfmvyUmJuI/0xVmZmY1fCegCEdHbNny9c6dV9hofNy4cQBgaWnJ1HxzcXHF7tB79xhp77/l5eWR/ccdOnQwNzc3MDDg/9cGa1VV1Q4dOvTp02f8+PFubm4///zzunXrCgoKpDRixkVE4PjxHz/s0weru+3wu0RHR3M4HFVV1fz8fAabFYlEgwcPBoCuXbsWFRUx1ezMmQiAu3cz1d5/27ZtGwAMHTpUel3WKunpOG4cjhmDDg54+jQiIqPXyZeQwtyTJk1isM2ysjKSerRbt26FkhXqGgsIwG7dcPlyptr7byQ30o4dO6TXZa1lbY0AeOYMursjgHRyrJGtLiQC37x5M1l1dHR09PDwCAgIqMbL3R9//EGmnk+TX7Eai4qqePDgAT55gu/ff5wkevOGrfvnVatWAcDPP//MSuvfrG4HOUIhGhsjAO7bx0r7KSkpZCH7/PnzDDZ76BACYNu2yOqWh/Ly8s6dO3/jKnxZWVl2dnZycnJMTMyLFy8EAkFAQMDVq1d9fX1LSkoQsbi4mKwCnZLK/gRpi4/HnTtxxw6MjZVOh4GB4VwuV0dHh8EbPuLw4cPkjv81oxPaHh4IgD/+yGCTX0MSWJmbm5eWlhYWFpJoLTs7Ozw8PCAgwNvbe+fOne7u7s7OznZ2dsbGxlXWfCQmSCcjMhtKS9HcHEmQlpqKPXtKrec+ffoAwKFDhxhsk+RradKkSSyjv2KnTyPAv7ZQsS0zM1NBQYHL5e7bt+/ly5fFxcXS67tWKSnB58+xUyccMEAKvcXHx3M4HBUVFTJtERkZeeDAgeDg4JrMYsyaNQsADAwM3kkWXJhw9y4CYIsWUtqsgYgkr4y5ubmU+qvNNm9GAJw0CR8+rPhvYN/KlSsBYM6cOYi4adMmnX8X9lJQULCyslq4cOG5c+e+ZbXNz8+Px+NxOJwDBw4wO04vLwRAV1dmW/0igUBAfr8qH4iQvrod5OA/J2X19ZG5iZiPRowYAQBDhgxhtlmhEDt2RADcv5/Zhv9l/fr1ANC2bVum3oYPHjxIGqxv+9FjY9HKCu/exfv30coKo6Ol022PHj0AYB+jAfrbt29JKadqn6D9ksxMVFFBDgf/WRRkkSRVRlRUFCLOnTsXADQ1NY2NjT+7V42ssubk5ERERNy+fdvHx2fbtm0mJibA2j5+KblzBwcMwAkTcNAgfPYMRSL88EEK3Xp7ewNAr169yIc3btzYs2dPQEBAQkJC9d6uzp07V/NkA59VWora2giAAgGzDX9RUVGRvr5+5X2/+vr6dnZ2Li4uXl5e/v7+MTEx9Xy5OyEB+/VDCwvMzkYFBeRyMSlJCt1aW1tLXtnIeprk5+/o6Oju7u7t7R0eHi4UCr+ltY0bNwKAkpJSCNNV6sRibNlSquvexcXFZDa2GsfT65s3bypKa5WUoJ4eArCb1gkREZ88eQIA6urqu3btevr0aXl5eXJysq+vr6urq7m5OZfLrRzz6OvrOzk57dy5MzAw8NNbqYCAAAUFBQD49ddfGR/no0cVcZ90gg6xWEySZz558kQa/X1BnQ9yxGK0s0vv29dt69adzLZ85coVAFBTU2N2moc4cwYB0MCAldgMEd+8eaOkpMThcG7eZKxMmFAo7NixIwAwPsEgY8uWoWSH/dWruHChdLo9deoUALRr146pW6Ly8nKSacfJyYmRBqv46ScEwFmz2Gj7o8TERLKFUrKSMHPmzMo1Ij9LXV29Y8eOffv2nThx4vz58589eyYWi42NjQHguGT3cR1VXo4iEV66hM2b4yK2EkxVVlRURP4LwsPDEXHy5MmSn7O8vLyRkRG5p9y/f39gYGDef50UCg0NJckGfvvtNzZGu2ABAqDU9kRMmDBBsh2lffv2n01KqaKi0rVr17Fjx65evfrEiRMCgYDZvX8yVlqKjRsjAIaFVVRDZDsJCSIi7tu3DwAGDBiAiFevXnV2du7Spcuntd2UlZUtLCxmzJixY8eOmzdvZnzu4KOfnx+Xy+Vyuczu0ZBYtkwaL5WV2draqqmp8fl8Y2NjJycnDw8PEm9LbwS1B5lCvnULZ81CAFyzhu0O169fz+PxSHBCfv2tra1dXV19fX0zMjJyc3OvXbu2evVqOzu7KtXk1dTU7O3tIyMjSTvBwcGqqqoA4MrOaotYjIaGCPDxBCPb5syZAwArV66UUn+fU+eDHES8ceMGmeitdqrcT+Xn55MYtIZZgL5ELMYePRAAt2xho3kkhaKmMp1miEyxGxgYMLiDWfamTMFnzyoeR0QgC2lSPksoFJJz2JI32sOHDx87duz27duvXr2qxkn6pUuXQs1yRn9dTEzFqU72DriKRCKSkXPkyJFVPlV5r5qXl5erq6tkr1qVdw4A8PX1xX/WHs3MzGS7XF4joaE4aBDOmIGPHyMAamlhSYkUuiVvTvPnz0fEEydOzJo1q2/fvrq6up+NMA0NDX/44Yeffvppx44dV69ejYmJkcymZ2dnk4PdzJ6mqCwyEjkcbNSIrQmjyrZs2QIAqqqq4eHhZWVlubm55eXlr1+/9vf337JlC/kpVdmsUuWnNHXqVCcnp7CwMNbHyipy+7hsGfr5IcC/8kqzJjs7W05OjsfjTZw4URLAlJeXh4eHnzx5cunSpY6OjiThShX6+voDBgwIIPkSEJ89e0ai7s2bN7M01FevEAAbNUKmNyN/3q1bt+Tk5EgW7Crfu7a2dv/+/efPn3/o0KEnT54wvju6NiIhpqsrXr6MABU55llDzs9wudxZs2ZNnjy5SgUtDodjbGw8c+bMw4cPR0ZGksvV29vbxcXF2NiY/H+RPWxhYWGNGzcGgMmTJ7P3huXiggDo6clS81Vdv34dAExZLUrwX+pDkIOIP/zwA7PxoqurKwBYWlp+49p3NVy/jlwuDhgQzVRKA4kjR44AQJMmTRivMSIWi7t37w4AW9lLFiN9Hh4oOd53/jxKsQjGrl27oFJu7irVxBQUFPT19c3NzR0dHV1cXDw8PPbv3+/v7x8YGBgTE1NlF5YkZ/Tdu3fZGzCZt2VvXsbDw4PcDmZKyvF8m6ysrPDw8Js3bx49enTLli1v3rxBxJKSEn19fQBgcD1T2mJjkctFFRXMy8MuXRAAz56VQrfPnj0DABUVlVmzZm3duvXy5ctv3rwpLy/Pzc0VCAS+vr5eXl7Ozs7m5ubkfrEKklGncrIBVqdFrKwQAI8cYa8HRMSbN2+S+8gzZ84gYmBgIABoamqam5s7Ozt7eXn5+vqGh4d/y09JT0+P3bGy7d49BMDmzbG4GJs0QQAMDWW7z/Pnz3M4HHIjKKGpqUlmzcm6YmFhYV5enkAg8Pb2dnV1tbOz09LSIl9JEuKlpKSQ6UvGZwCrMDevOADPtpiYGPI9uru75+fnV/7ePxtvV9ndVw+3VgYHV1ycRUXYuHGGhUUaC5txiHPnzpHzM/srnT3Izc0NCAjw8PCws7NTUlKq/MNXV1e3s7MjCQkKCwtTUlIuX76MiDExMeStatiwYazur75yRWqTEoiIZWVljRo1IneMzJ7G/HYsBDmPHuHs2ThjBkoxc1xISAg5lfielJVAjIqKiomJSU1Nzc7O/t5AJSQkhMfj8fn8Z5IJfnaMGbMCapyev4rMzExtbW1grXbn33//TSKo/9ymUmckJ6OVFfr746VLaGWFCQlS67mwsLBJkyYA8PDhQ7FY7ObmNm7cuD59+rRv354sW38Fn883MDCQHEchhwQ8WZ6iCQpCRUUcNOjFBxYOhzx+/JgUpLolqc5TY+Rk2qBBg5hqUAZ++KHiAN+uXQiAUimI4ePjw+FwqiyRycnJGRkZ2dnZkXvKgIAAcv4kNjb277//3rVr15w5c/r379+sWbO4uDj8p4Yy48kGPkVSubBaSSg+Pp68rkperv38/KrcwRDy8vIdO3YcMWKEu7v7oUOHgoKCMjMzJT+lxYsXk72XAqmdImKDWFyRJPTuXZw9GwHYLrz4/PlzEijOmTNn7969s2fPtrKy+jTdCNmvNXbs2I0bN166dCk+Pl4sFsfGxl68eDEzM7OoqIhM0tnY2JSwvCJKakUMG8ZqJ5iVldWuXTsAGDJkiFAozMnJcXJyWrdu3YULF2JiYsRicUJCwuXLlzdt2jR+/HgTE5NPd1eqqan16NHD2Ni4/mRFF4mE7drFW1nFvHgxeexYYG0/juT8jJeX15e+prS09NGjR9u3bx81ahQJYyq/nHbv3n3evHnLli0zMDAAgB9++IHtRCYlJaimhgBSSrH0+vVrNTW1pk2bkm9ZT09PknROailbmA5ywsLQ1hbT0jAnB4cNQylOoJIsipK9jJIfK8HhcDQ1NXV1dY2MjExMTMzNzfv162dvb+/k5DRx4kQXFxc3N7esrCxELC8v79q1KwAsWbKE7TGT2ExVVVUSm9Uc2UBva2vL3opnv379gLkaLLVCejr+9RcePozv32NICI4ejdI6Krd8+XIA6Nix444dO44fP37v3r3IyEiyg7+4uDg5OVkgEPj7++/fv9/Dw8PFxcXR0dHc3FxfX59sAib/y2PHjgWA7t27SyEnxMCB49l42ygoKCD7mpgtJ5+dnU3CxTp8JPf4cQTA7t0xJweVlJDLxfh4Vjt8/vy5srIyALi5ue3evft///ufvb19ixYtPt0MQ2KYXr16TZs2bdOmTefOnYuIiCD1Is6cOcNSsoFPffiAzZqJ+vZ9GRnJSomcoqIic3NzABg4cGDlKTOxWBwfH3/jxo3du3f/8ssvX/8pWVlZ7d69GxHnzZsHAP/73//YGKr0rFiBADhzJgYGIgAaGiJrux4kyy9Tpkyp/LwkgFm/fv2YMWM6dOjwaaL5Ro0a2djY/Pzzzxs2bCA1jlq1asX4HodPvX+PfD6qq2NmJls7xMrKyvr37w8AXbt2JbNO9+7dqxLAkGXGnTt3BgQEpKWllZWVhYeH+/r6enh4ODo6GhkZSS5XBQWFerMLnZQH9PT0PHr0KADY2dkx3kX1zs9IEhJYW1tXOU7Wvn176RQ8GD0aAZCdA5L/kpCQQH5tTU1NHR0dJWuqhKKioo2NzeLFiy9cuJCWlsbeMJgOclaswIsXKx4LBDhtGsPtf1l4eDiPx5OXlyezhtbW1kZGRrq6upqamlWyW3xJUlIS/pPmvEWLFmzMVX+KxGbzGMrmfvfuXQ6Ho6CgECXJi86Cx48fMx6byZ5IhBcv4uPHuGQJAuDYsdLp9vjx4yoqKp/eGCkqKn52r5pAIEhOThYKhaWlpcnJyfjPyRNVVVWyR4tt586dIzcKzK6qV84ZzWCz+M/WU7Z3p7CopAS1tCqOi06YwPaW6szMTFKhqMoNJSIWFRW9ePHi9OnT69atmzhxoqWl5Wczd/N4PG1tbXJJ79q1i72hVjZ79s8AsIidxAxTpkwBgHbt2n3LSbnS0tKYmBh/f38vLy8XFxdra2vJT4kE8GFhYeTmu27fU5Ki8urqWFiIRkbsFV4sKioiiSi/Zfnl05v4KhennJyc5Jw3237++aK6erM9e/aw1P5PP/0EAPr6+on/lGRNS0s7evTo4sWLBwwYQBYHqmjevPmQIUOWLl164sSJsLCwsrKyzMzMs2fPkvv1erOYQ7JGde3aNSsri8/ny8nJMXtONSysSFe3OQBMnz692rPJBQUFN2/eXLNmjY6OTqdOnZgt+fAVPj6ooIBTpyaz2ktGRgbJU9WrV68PHz58+PBBKBR+S9I5gUDA7BZKpoOcX37BwMCKx3FxrC/W/puzszMAjBkzJiYmJjMzs/JZF6FQmJ2dnZqaGhMTExoaKhAIbt269ffff/v6+vr4+Ozfv3/79u1FRUXx8fHkt51slJSCKrFZTZSUlHTo0AEANm7cyMjYvuLHH38EADc3N7Y7kp7duxEABwzA5GSUl0ceD5moW/x1aWlp5DD3kCFD5s2bN2bMmN69e7dt25bMo3+FnJycoaFh9+7dzczMyIvFsWPH2B4tIRKJyGVGDvczokrOaGbFxcWR97lEaVVnZ56ra8VR2tu3EQCbNWNp1ry8vJys0/bs2fMb9/NkZ2eTYwDu7u5OTk7GxsaS2XRjY2M2BvlZjx8/BgAtLS3GtyFVTjZQ7UZSUlJu374d/U96enLXznied2mzsEAA9PVN37zZp3fv5XPmMN6DWCweP3481GD5JS0tLSAgYNu2bVZWVkZGRn/++Sfjg/yS48ePQ6VU7Mwil6WSklJwcPCXviYzM/PWrVs7d+6cOXOmpaXlp28r8vLyZCGCJNQeJ62kO2wrKSkhW21jY2NJvdcTJ04w1XhMDOrrY9euWePHz2LvzDZ7srKKNDWbMx74VZaXl0eWvk1NTUkvq1evJknn3N3d/f39MzMz8/PzycklR0fHKqeRVVVVyVceP3685u/aTAc5e/agZOruzBlcsYLh9r/q7du3fD6fJD+VUFBQ0NTUbNq0qZGRUdeuXbt3725nZzdkyBAnJ6epU6e6uLgsXrx4+fLlXl5ea9euJQf1pFxAkMRm02q86rVixQoAMDExkcKepbCwMC6Xy0hsVltkZ6OqasV8+ZQpUiiaJRaLhwwZAgD29vafzgYVFRV9Za9alVmQdu3asTrUKvbu3QsAlpaWjLQWGxtLziYyW32ysjFjxgCAu7s7S+2zLjS0ovhDYSG2aYMA4mvX2OjHzc0NAPT09JJqUPmktLT05s2bhw8flnKhzC5dugDAWUYTM0iSDTAY0iPigQMHAMDW1pbBNqUvb9++m7a2KyZPfv36NYfDUVdXZ3xtasOGQwDQqFGjV69eMduyFBQVFZFXtmima69dvXqVnHc/efLkd/3D5ORkssbo7OxsbGzM5XLJGbOkpCQul6uoqMh4GiRZGT16NAD89ttvO3bsAICxDG3NSEvDdu0QAPv1w7pbB5hk6mJpYrS0tNTe3h4AWrduLSl+OmnSpMp3LFwu18TExMXF5ciRI9HR0UKhMDw8fP/+/eSyrPyVHA6nhrUEmQ5yiorQ3h7XrcOtWysO54jFKJWNhvhPLj91dXUjI6PGjRt/mlj2W/B4PCnP+D5+/JjL5fJ4vIga1FmMiooidbgfPHjA4Ni+gly106dPl0530jBvHgLg5MkYFoYcDior43fm+Pou27dvBwAtLa2UlJTv/bclJSUJCQkPHz7csmXLqlWrpPzOVFxcTBag7tW43F15ebmVlRV8Lmc0gyTF2urwW7ilJQLg8eOpv/++uWfPSSxspzxx4hyZ3A0KCmK8cSn47bffAGAwc4kZPk02wJSCggI1NTUOhyO1PSpsSEtLk5OTk5OTy8jIIAf6T506xWD7p0+jiorYymrL9evXGWxWmshGRw8PDwbbDA8PJ7HT+vXra9jUhw8fJNP5ZMXj8OHDNR5greDj4wMA/fv3j4uLAwA1NbWar/Hm5lZkuLS0xDpd+IqkdWWjnp5QKBw1ahQAGBgYVJkBf//+vb+/P0k6p6ioWPmuu1GjRpKkc2R619fX183NjWz0NTMzq8mQWMiuVl6OAgEGB2NxMb54gebmyFqFhMpSU1PJmpefn1/l54uLi7OzsxMTE2NiYgQCQXBwcEBAwKVLl3x9fQ8fPrx//34vL6/169e7u7tPmjSpV69eZ6SQ9PHfyDQzAMjJyfXt23fAgAGV0yG4u7tv3Lhx8+bN+/fv/+uvv3x9fa9cuRIQEBASEvLs2bOYmJikpKTMzExSDfpnqZXEQ4yLi5OXl+fxeHVxju3z4uORz0c5OUxMxEGDEAA3bGCpq7CwMPJ7flFyhq1OGTduHAAMHTq0hu1UO2f09yLld7ZJpWohGz4cPnzH1nbuyJGpqalycnLy8vLMHtZ8/hx1dcU9emyqnAu1bsnJyVFWVuZyufFMJGb4UrIBpsyYMQMAlrKclIxtDg4OALB7924SYTo6OjLVclAQKiggAO7ezVSTMhAQEECmtJnKA5SamkoSaY4ZvBYA4AAAIABJREFUM4bZ3ELkbOcPP/zAYJsylJOTQyLw8PBwsr/675rl+y0sRBsbBMB27ZDNc/LSEB8fT45VM7vYLhaLycuahobG1zP9lJSUBAUFbd26dfjw4VXKr8nLy/fs2XP+/Pnp6emS44s1OanLWp2coCBcuxYTElBBAblcKVRYJauTDg4ObHfErKtXrwKAkpLSZ7ORfjtlZWUtLS0yUf369WvpbBUlFQNHjx4thb6kZNw4BMDFi/HmTQRAHR021qSLi4tNTU0BYA4Lu9ilIDk5mVSr4HA4Dg4Oe/bsuXDhwsOHDxMSEr5rtuzBgwd8Pp/ZnNFfcunSJQBo2rSpFDZzskEy9//mzRuSrYTBWlUZGdiiBQKgiwtTTcoGWU9gJJE6mYNv27ZtNcryfouHDx8CgK6ubh29IImTJ08CQI8ePdLT00k9Skay0cTFoa4uAuDcuTVvTJZEIhFJHPzw4cOat1ZcXNyzZ08AsLKyYvzsWV5enpKSEpfLrcNnF/+NHC9UUFAgibPbtGmzc+fOwMDAavzGlZXh4MEVxyGlWGOCRWRz79WrVxlsc+HCheRe9Hv3E1VOOkf+s3g8HilSYmJiAgA1WctlJ8jJyUEVFeRwMCSkYgtQjWd8v46ECioqKqQ+Q11RWFhIEhnt2LHjzz//JL+QZLmGpEPYtm2bl5fX0qVLFy1a5OLiMnnyZCcnp8GDB9vZ2VlYWHTu3NnIyMjAwEBdXV1eXt7Q0LCsrMzT05PP57O96Ewya6WkpJCzjEfYrsMnNQJBRcqg3Fzs1g0B8OBBxjvx8AhXVNQwNjaui/WnRSKRnZ0dAOjp6X02b6GioqKRkZG1tbWTk5Orq6uXl5e3t3dAQEB4eDhJB0fk5uaSi5/ZnNFfIhaLyWbf48ePS6E7NkyfPh0Ali9f7u/vDwDt27dnZCpXKMSBAxEAe/ZElmuHsCsgIIBckGpqanv27JEks66GrVu3Qo2TDfwnMzMzADh//jx7XbCtuLiYbJ2KiopydHQEgN9qnJs2Px9NTREABw5ENusiSkNqairZNu9S4/kDsVg8YcIEAGjZsiVLKXfJppKvVH2pW9auXUvekqq8T6mrqw8YMMDDwyMg4P43Vvtbs6ZizpPp01UyQ4qYzZ49m6kG161bR9ZhrtXsvGheXt7169clOQlXrlxZw+lg1lZyli1DALS3x4yMiuJDrO3zloQKO3fuZKkLlixYsAAAOnfunJ+f37p1awDYvHlzNdoRiUSdO3cGgD179pw4cQIAmjdvzl6xs6dPn7Zo0YK8N5M96yNGjGCpLxno1w8BcOvW0lOngmxtR1lbM7srwN8fORw0Ni568SKMwWalhuRY19bWfvnyJalDp6enN3To0O7duxsaGn5abK4KFRWVtm3b9u7dm2R3tbS0lNpMNtmPYWZmxl4JKVYFBQWRn3ZRUZGhoSEAMHIAz80NAVBPD2uQa0D24uPjSR2GJk2aVE7Irq+vb2dn5+LiQkqFkAqJX2+KpWQDnyKn8hjc4iUTU6dOBYDVq1efPn0aapyPRCjEoUMRADt2RHaW0KSnqKiILLyQ+2wzMzNyHQYGBlajIgrZ2aumphYaGsrGaBGRzJ5IMykie3Jzc8kigIWFRVJSUnh4uLe3t4uLS+Vz7T17juTx0NgYnZ1x/34MD0fJa0NuLnp4VMTYd+/i06c4ZgyyXBxeegoLC8lKTpMmTRjJ10zOw/N4vNOnT9e8tcrIeVpDQ8Nqv2uzFuTk5GDjxgiAt27hqlWs1qOeP38+uZTrVjq/Fy9e8Pl8Ho8nEAiWLFlCbr+qfcN3/vx58o5eUFBAipmyFPIJhUKyVX3hwoUvX74kdwPe3t5s9CUbly+XN2t25scfi4qKWrRoAQCXLl1iqu20tIptGNu3M9WkVD19+lReXp7D4Vy6dOmvv/4is91VDk8XFRXFxMQEBgb6+vru3LnT3d3d2dnZzs7O2Ni4cqZIJSUlFRWVu3fvIuKNGzcYTPH5JSUlJWTryE0pFilmFqlmePHiRZJKseYpGY8dQwCUk8P79xkZoGxUPj9z8eJFsvW3cePGn5aGJPO4FhYWEyZMWLt27enTp58/f145Jxh7yQY+lZmZqaCgIP1UN8y6desWADRt2tTBwYHUNzxz5ky116gXLUIA1NaWUkV29kiSX7ds2bJ9+/afXof6+vqOjo7u7u7e3t7h4eFfv3vx9fXlcDg8Ho/BN6NPlZeXkwMSz9k/X8CqwsJCGxsbAGjXrt2nq17Jyclnz56dP3/+5Mkn5eUR4OMfXV0cPhy3bMFHj7BxYyRHOL28sL4UEEJELCsrI0fpSL4rbW1tFxcXchFWr0E/Pz+S6+/AgQPMDhURxWJx06ZNAUAgEFSvBdaCHETctKkiD0VeHuroIADW7ODXZwkE2K/fDSUl9Wd1KsquHCqEhobKyclxudwabtvt1asXAGzatOny5csAoKWllc9CBhAy+9i8efO8vDzS43dV/K0DxOIupqYA4OPjs23bNgDo27cvQw2jg0NFMZ66uJZQWFhITnC6urq+ffuWZD45evTodzWSl5cXGRl59+5dksxnwYIFksMJUsg4vH79egAYNGgQ2x2xhFyQP/74Y2xsLJfLVVJSqsmJkRcvUFkZAbBmKTplT1KsMzs7m+T2MTMz+/DhQ2lp6atXr86fP+/l5TV9+nRra+sqVbcJDofTvHlze3v72bNnkxX1AQMGSGfKbOzYsQCwbt06KfTFEpFIROqaV8bj8dq1azd69Oi1a9eeO3cuJib5G1/xXrzA1q3xzh12xywFq1atIgsvYWFhGzZsAABFRcUFCxaQ+rCfHsGVl5c3NjZ2dnb28vLy9/eX5N5FxCdPnpBt4TXfCvif/ve//5GXZbY7Yk9ZWdngwYMBoFmzZgn/dYCmrAwFAty5E52cKu5SyZ9Tp3D8eLSzw8TEehXkiEQikjRIS0tr8uTJVS7Cpk2bjh07dufOnSEhId9Y7DsgIEBBQQEAfv31V5bGTM5+V3vWic0gp6gIDQ0RAC9cwK1bEQA7d0ZGS5kKhWhujgC4atUHBpuVgvR9+wa0bNmiRYv8/HymQoV79+4BgIaGRlZWFskltXbtWkZGK5GQkECKpfr7+//+++9kOqoOp+X9gkOHDpH7pLy8PLL48JWCa99u27aKScrvTxldK8yaNQsAOnXqlJ+fT7Zh1CQH5cuXLzkcjpqaWk5ODqmNKIW8XtnZ2eQC/nrul1qLzP3z+fxevXqRb2TMmDHXrl2LjY2txq6D58+xZUucOZONkUpP5WKdZEuPpqbm2y9X8iXVS319fT08PJycnMzNzSsXSWzRooW2tjYJHbOzs7/xnb7abty4AQCtWrVitsi3lJF8DwoKCjNnzhw/fryJiUmVbau2tp7y8hX7gry80N8fJekJBAJs1KjiJXHhQnz4EOtyIoYKp0+fliy8+Pn5cblcLpd7odKdcllZWVhY2IkTJ5YuXTpkyBCSMK0KAwODAQMGzJ49m2R5mTFjhhRGTorq6urqsn3ls0RyE6+trR0ZGfm9//z1a/T2xtmzMTISJ05EgQBHj65XQQ6phKauri4QCA7/n707j4tp/R8A/szStO8qUUqSFntcSyvKcu2Si5Q9e3YRvnY3e3a5tqzXTrZUFIVQREWpVFpp36amZub5/fG4o19ap1lq+rxf9w/Ncs4n9zjnfM7zPJ/PmTMUCoVKpTo7Ozs6OlZ7ACQnJ2dhYeHm5nbt2rXa+vCGhYWRy5BQn3Q/fvwYIdStWzf+vi7MJAdjfPQoRgibmeHiYqyjU96p0xuBHizkrrFDB5F14hGQlBSsoIBlZOIfPxZsqkBWhK9bty4kJIQ8RhLsCsUxY8aQ+6qMjAxy99+iV83WhjevKSAggKzPmzRpUhO3GRWFZWQwhYJbZslozL1585mtrYqCQlRU1Lp168hzsia2TCaH665du0iNJiMjI+Hd6j169IjMSpozZw5CyNjYWEg7EjZexflqpKWlu3Xr5uDgsH37oXPncFgYrvF/zsqVmBRn+fQJ372LHz3CDx78fMvHB7eoui0YY/w2KIjMmL1165avry+5m2xsySA2m52QkPDgwQN3d3eSeJeUlKxfv15GRsbX11dIkRNcLpeMHQUEBAh1R8JDHglJSUk9ffqU9yKLxYqMjLxw4cKaNWuGDx8+bJhf1UlB5D8dHTxiBL51C9vaYmdnjP9Lclq6t2/fkoGaI0eOvHv3Tl5eHjVgtW1BQUF4eLiPj4+bm5udnZ26ujrvn7a2tnbv3r1J1iGCAUYyua6F9iZaunQpuYmPiIhoyna+fcNOThhjvGgRHjZMQpIcsohfRkYmODj47t27ZDbv/ipT5xMTE3krl6qubEQIGRgYODs7e3l5hYeHk8t0VFQUSb9dXFyEusy1oqKC3G0mJiby8XUhJzksFjYwwAixL1wIu3CBQaN16dJFUE8ISKaAEBbyZUgIxozBCOFJk3BGRlm3bit79RJUqvD27VsKhSIrK5uWlkZGbFetWiWQLWOMr127Rk4faWlp48ePRxJWb+D/27lzJ0Jo2LBh6enppB1QHc+G61VW9rNe0KJFAoxRhNLSsLo6Rqjo5MnnwcE0Go1Go4WEhDRxq48ePUIItW/fnslkklu9O8K5mLx580ZKSsrExKS0tJSsk1ZSUmpZS/h4yPo9KSmplStXenl5LViwYMiQIWTWMtG//wTefaSGBraywnPm4N278d27OD0dm5hg0nY1IAD/73/4wgV88ODPLc+fj9++FeNv1njJybht24c2Nhs3boyLiyNlvpo4a4I0HDt79iwZIBo7dqyggq0NqQE1efJkYe9IGJ49e0bW4dQ7DFtQgENCsLc3dnPDFhY/r90I4UeP8PLl2NUVBwZKRJKTlJQ1eLCesvKiRYsyMjLIP8wZM2Y0djNcLjcxMfHOnTujR49GCNnZ2bHZ7BkzZrRt25aPogWNQg7IaSJpbyhYHh4eCCFZWdmmd6nmJTmFhVhbWxKSHP+TJxFCdDr97t27T58+JW36tmzZUtvns7OzfX19165da21tXW12pZqa2pAhQ0iGM2HCBBFcScm03v18LWUWcpKDcfnlyzdtbLoZGTGZTDKh//Tp0wLZMskUhND4W8iuXftZpDgtDY8fjxHCAu31PmHCBITQokWLPnz4QKVSZWRkBLKqtbCwkBR0OnHixIMHD8gwUWpqatO33Dzx5jW9f/+e3BY3ZUCWzcaenrhHD9wCS0ZjzOHgIUMwQnj4cJyXxzE1vWBlJage3qTGy7lz57y8vBBCVkIoT1JSUkKeTa5YsSI+Pp5UdF26dKnAdyQCYWFhZAL0qd8qmxcXF0dERFy5cuXAgcDJk3Hv3r/uI3n/7d6Nra3x2rX4xo1fSc769Tg2FsfG4ilTWlSSU1r6s/34yJHc/Pz+PXogQXRIPHPmDELI0tIyOzubzAysWvdcGNLS0mg0GoPBqG1OSLOVmJhIprjw0dKUw8EJCfj2bRwejpcvxzk52MICL1nSwpOcwkLctStGqMjJqaioiMzis7Kyakql09zcXFKdIjMzkyymb+wyyMYinSLl5eWFnU0JFpkUQ6PRqrWD509BAeaNrb58iZvwhLN5uHABS0mdGjjQx8fnzZs35CLY8LrMlZWV0dHR3t7ezs7OpJQxQqhDhw5du3YVwUpajDEpGszf6mihJzm86saHDx/+999/eQ9um7hZkikoK2MhX4AErbDw5zqlEyfw/fsYIayoiAWaKsTGxtLpdCkpqYSEBJL+Nr1CP8Z4/vz5CKF+/foVFBSQZaaHDx9u+mabMzLwbWVlRQrO0On0RYsW7du37+LFi0+fPv306VPda74TEvD48T9biZ48iaOifnbHJQRXnl74du362SMgMxM7OmKE8IABXAGNx547dw4h1LVr1+LiYjJDQyBd86qaOXMm2UVRURFZ/ONMJse0NFlZWeTB8JIGt0hMTcWBgfjYMbx0KR4+HD99iq2tcUkJHjAA3779M8kZNgxv3Ig3bsTm5i0qyZk+/Wf78bw8PHZsqbHxzCFDSkqaujiTyWSSqRExMTGkwfTOnTsFEm8dSIeZAwcOCHtHApSbm0sqyI8cObIpj3JJkoMx/ucfrKHRkpMcDudn9WtjY5ybW+7s7Najh6GhYU5OThM3TJr/Hjhw4MSJEwihoUOHCiTeOpBs6sKFC8LekaBcuHCBSqVSKBRBdQj88AHz1kAdO4aF3HdQyHx9MZ1OGmN8j40lDyamTZvG9+TwlJQUUgxg0KBBlZWVixYtMjMz47spWUMUFBSQCTXZ2dmN/a7QkxyM8d27dxFCGhoahYWFvXv3bvrZnJcpCH+hsqDNn48Rwv364YICrKODEcJCSBXIyIOzs/OXL1+kpKRoNBofK/CqCgsLo1KpDAYjOjp6yZIlCKG+ffu20Nk+DZecnFxjCdqqBg8+07EjtrDAEybgJUvwtm347Fn84AGOjMSvX2MjI0wqgqxZg0NCsLMz5v1/aFozCRGKiMAMBqZQ8L17+PRpjBBWUMD/v2Z0U1RUVJCc2c/Pjyz1mThxoqA2jjG+efMmQkhGRubjx49kolfHjh0LG9gBrjmpqKgg1UQGDhzYlMuJtTXGGN+8iQcMaMnT1fbs+XkoRkfjTZswQlhVVVCPW+fNm0cm+vr5+ZHJ6EKacZ6bm5ubm4v/awDQrl07YexFGCoqKoYMGYIQ6tWrVxMTy6govH07xhhzOPjPP1tyKxLS91xdHcfHkz6BXA2N1NjYpm/4xo0bCKHevXvn5eVJS0tTqdQ0Ife0Elk2JRC85SX7SMlnQZCcJCcoCMvIkPJcODUV6+m9srEZPXp0E9vT5efnS0lJSUlJ5eXlkabGfkIonlyVvb09QoiPbiWiSHIwxgMHDkQI7dix4+HDhwihNm3aNOU+Izsb//UXtrAQbKk24QsLw1QqZjBwdDResuRnfW0hpArJycnkVBgZGUkqYjVlwndlZSUZi9uwYcObN29oNBqdTm9ZBbv5RhpWtmvX7t69e+fPn9+9e/eyZcumTJlibW3dpUsXBQUFc/OHvy+oJf/dvInd3PDIkTg29leSc+oUfvwYP36Mu3YV9+/WECUl2NgYI4SXLsUJCT+7+l68KNid7Nq1i0w6z8rKkpGRodFo8fHxAtlyamoqmTd8/PjxZ8+ekUNX4CNForFgwQKEkLa2dhNnT5EkB2M8cmSLTXICAzGdjikUfO0a9vXFVCqmUnEjiw3U4c2bN+QixeuUVXVJvaCw2Wx7e3sDA4Po6Oj8/HyyzLeldHAieaC2tnbT50LHxmJe65eHDzG/vTrE7dSpnw2nnj7FPj4YIUynYwEVk2CxWGSUOyoqikxH37t3r0C2XBuRZVNNFxQURJaXCGoGNfHhAzY0xNOm4WnT8B9/tNgkJzISq6hghPCCBfjHD9ylC2lZyRHEvPlBgwYhhC5dukSqpS9YsKDp26zDkSNHyBKgxn5RREnO8+fPEULKysq5ubmkP0YdC55qM2XKz8lpr17h+/fxnTuYt7rs4MFfJSmbL7KKaP16/OYNptEwnS68x1ZkqtXYsWPT09Pl5OQoFArfaQmp8d+5c2dem1F3d3fBRts8XbhwASEkLy8fW/vTuJIS/OULfv4cX72Kvbzw2rXYxQUPG4a7dsXPnmE3N/z5M/7zT7x69c8kZ8cOfPo0Pn0at4ziXnPm/KyOWFSE+/XDCOEm1IyuTWFhIVky/u7du1mzZpEVZU3fLIfDGTx4MEJoxIgRubm5pEirwIuqi8b58+fJeNTr16+buCnesZybi9PTcW4u5q0ESUnBVbpiNlfJyVhD4+eDybg4rKyMEcKCbtFAlopdv3598+bNCCEnsgZZoFatWoUQ0tLSSk1NJZOBGQyGYIthCgkpySArKyuQwvr+/tjD4+efN23C9+83fZMi9+wZJk0lT57EoaFYWhojhI8eFeAeXF1dEULr1q27desWQqhnz54C3HhVHz58IOOWJJtq5k3wIiMjyeTShi8vaaAPH/DMmZjFwiwWPny4ZSY58fE/W49PmYLz83+2W+neveaym41HltFOmjQpPDycPAsWao21tLQ0CoUiJydX2sirlIiSHIzx0KFDydpfUoaYwWDs3LnT29v76tWrN2/eDAgICAkJef8+LTYWJybi3Fz8+0hPhw546lSMMb52De/fjw8dwryRq8mTW8LKMCYT79qFi4txr14YISzMVCE7O5usLXv58iW5mv755598bCc+Pp4U1ggICNi9ezdCSE9Pr+kT35u/r1+/kmaXfM/xff8ekwvEunXYzKxlTlc7fRq3aYOjo/HatRghrKsrqPNjNStWrCC3kp8/f6ZSqXJycnxMva2GJOdaWlpZWVmk7LKFhUVLnGMZERFB/g3+XmygNTp0CFMoeORIXFCATU1/Fm4R9MWVLGIePnx4amoqjUaTkZEh88oE5ebNmxQKRUpKKjg42MfHB/1X11WAuxCShw8fku7mV65cEcgG/f3x0qU4MxNnZuKVK1tgksPh4O7dMUJ47VqclPSzo+SyZYLdCXlM3KFDh7KyMjKq8/HjR8HuAmP86tUrGRmZSZMmVVZWkk6R2traAt+LoHz58oUsl506darAew+0+OlqTCbW18cI4T//xIWF2MYGI4QNDXGVJrNNRApUKCgoMJlMMuf8rZBnApibmyOE7vFGfhtGdElOeHg4aTxUxwoHW9uN1eb8yMhgVVWsq4tv38bW1njJEuzn9yvJ2b4dR0biyEg8fHjzTnKKi3FAAA4OxuXlODMTDxiADQyE/dSUjCFaW1vn5eWpqqoihIIa30eazIOcPn16cnIyqTZ2v+VdhRqtsrKSTLDkY2yUh5fkMJm4Y8eWmeRgjEtK8KtXmErFdDoODRXSTlJTU6WkpOh0ekpKysiRI5s+5BIeHs5gMCgUyoMHD06ePEmGkZNaXBeYKsUGFi9eLO5Ymo3bt3FeHnZw+PlgUgjPXAoKCuTk5KhUanJyMqnFL8Bm8x8+fCC9U44ePfrq1StSLk9QRUeFKjo6mgy67tixQ1Db9PfHffvipUvx0qW4X78WmORgjDMy8Pr1uKDgZ6OAYcOwoDtpcrlcMnc6KCiIjPutWbNGsLtITk4mOcPs2bPT09NJpzhLS0vB7kVQPn36RKaS2tvbC2PJe1IS9vL6+ef797G/v8D3IHyXLmErK1xY+PNU2b69wPugkYUMjx49WrRoEVnRINjtV0OKm89pZPtq0SU5+L/BHITQuHHj3N3dFy1a5Orq6ujoOH78eDs7OwsLi2nTzhgZ4Y4dsapq9fqnN25ga2ucn48HDsQXLvxMchwd8c6deOdO3L17M05yUlOxlRU+fhzv349tbHBREeZwfpXZEpqioiJNTU2EkL+//5YtW/hYmUMeMaqrq//48YPU/5lKhtIk3f/+9z+EkI6OTlMe37LZv9LY0lJcWYmLi3+twBJE61ehycjArq540iQ8bx7OysIVFXjtWizkiV5OTk4IoZUrVz59+hQhpKmpyXcNxpKSElL3aeXKlbya0ZcuXRJswCIgqGIDEuLlS3zjxs8TfXo67tgRq6kJ77w/bdo0MtGfLPvmu992Nbm5uaQllLOzMy+DbeaTgojMzEwy5/Ovv/4S4LyUFjxdjZTB5hVPI1Uou3atYRaKIJBOjrNnzw4NDSWzgwQ4Ll1UVESWj9vb2/OqUA4YMKCoqEhQu6gmNjb27Nmzhw8fvnLlire396FDhzw9PTds2ODu7j5v3rxZs2Y5OjqOGjXKzs6uX79+vXv3NjAw0NXVVVVVJQ8FEEIUCsXS0rKxk5daFy4Xu7r+rIcREyPwzW/atAkhNH/+fH9/f4RQVyEvNf7w4QO5N2jUkS+6JIfD4ZDSassaM5LLZOK8vJ+TxcmSWR8f3Ldvi5qutmLFrzP30aO/1vkKH5k8bW5uXlhYeOLEicbeJ+3fv19aWtrHx4c0pFdTU8tqASufmio0NJRGo1Gp1CdPnog7FnHgcrG1NY6MxBjjN2/w4MGi2e2HDx9Is/n8/Hxyia23vWBtSHVBUjOatKpwcXERbLSiQcp0Nr3YgCSYMwd7eOCrV/HYsfjqVYwxzsnBr14Jb4dBQUHkSUd5eXnbtm0RQm/evGniNjkcDhkX6tWrV2FhobW1NZlF2fwz2LKysv79+5N8uyldX37XUpOcr1+xrS1euxY7OWGy5JrLxX//LfCH5TxfvnxBCCkpKTGZzM6dOyOEBHWF4nA4ZBGBsbFxXl7e5MmTEUIdO3YUauOmOXPm1DGpp16kUEeK8B8WtzAvX+IJE34+oCRzy8PCsK4ufvFCGHt79+4duUKxWCyyOOqL4Cqv8qSmpi5btoycJMlzlka1ihJdkkNWKenq6vL9bIAkOVwutrVtUUnO6NE4Ofnnn0NCsKBXyNWhrKyMzJW8ceMGf1tISkrKz89v164dah1LAgoKCvT19RFCHrwLb2uTkYGHD//146BBWKCrEepAitLu2rWLJNVGRkZ8zLQmz91JzejVq1cjhAwMDFpizWgBFhto8WJj8dixP/9cXIzNzUWwTy6XS24lHz58SA6kpjcc+73YgK6ubvMvNsDlcqdOnYoQ0tfXF3i0eXk4MfHnn79+xU1uKiMqLi6/cuw5c3Djp4LzoW/fvgihq1evkrkGM2bMEMhmly9fTqZsfPnyxcPDg6RSUVFRAtl4bci0ZG1t7UmTJrm6ui5evNjd3X3Lli2enp7Hjx8/derUtWvX7t69GxAQ8OrVq/Dw8ISEhJSUlLy8PNJ9ksymy8jIEGqQLUx+Pv7jj5+5zf37mNcOTqBPJaoh90uvX7+eMmUKEmgVbyInJ8fU1BQhtGbNGjabTRZNzJw5s+FbEFGSk56eTuby3rlzh++N8OoCZWfjrCycm/trzk9qKm5a1W9hmjUL825Trl3DmzeLcuek4L2ampqFhYWdnd24ceMcHR1dXV0SnwCvAAAgAElEQVQXLlzo7u6+adMmT0/Po0ePent7X7t27datW6QCRHh4eFxcXGJiYlZW1p9//okQsrKyEmrpjGaCXMvNzc2b/7NVYUlIwFVXIo0ciZtcJbaBHj16hBBq3759aWkpOXU29lElr2b0iRMngoODxVUzOj4+3t7efvHixUeOHPH3909OTm7sv513795BsYFfHjzAa9f++rFHD4FXGqjR33//jRBycHCIi4sjS2ybMnunxmIDTR8dEgFyS62oqCiMxe4tVe/ev1pYnD2L9+8XwT4PHjyIEBo9enR8fDwZ9276ZK3Tp08jhKSkpJ4+ffrvv/9SKBQajSaClbeenp6oCZVayQqlhOb7bFsc/Pxw1ZVaPXqIYJ+LFy8mD4X//fdfhJA1r0eBIJSWlpLV0V27ds3JyZk+fTpCiEajPeMVVm4AESU5pGWvYNv8tRghIfjPP3F6Oo6PxxYWvx5bicTt27epVCopJM83KpX66dMnUYYtFuTOQ15ePi4uTtyxiE9FBe7ZE5Mcj8nEPXuKsh0VWcjo4+Nz7969Rp3IMMYcDodU7v/zzz95NaO3bdsmpFDrQHo7VsVgMAwMDEaNGuXu7u7t7R0SElLH4BIUG6guPBzzJhyy2bh7d9HsNisri9TDyMzMtLKyQk0oD8ArNnDkyJGwsLAWUWyAzWY/evRo/PjxioqKNBrt0aNH4o6oObG0xMXFP/988CAWycOIHz9+kAMyKyuLzOltYo27Z8+eMRgMhJC3t/eLFy/IYXlUoMWva3Po0CGE0JIlS/j7eteuXZFwSsy1YPfu4fXrf/0okiQnICAAIWRmZlZYWMhgMGg0WtMroxIsFmvYsGFkLkZGRsbKlSsRQnJyciEhIY3ajiiSHNJ0XElJqfk3lhKW0FDs5oZXrcJCHgKuprS0tGPHjgih1atXh4SEBAQE3Lx58+rVq97e3keOHPH09Pzf//7n7u6+YMGCuXPnOjo6jhs3zs7ObuDAgebm5p07d+7YsaO8vDydThfUsHhzlpiYSGpGnzt3TtyxiNvt23jIELxuHR48GD94IMo9nzt3jjy24WPYMC0trUuXLu3atcvOziY1oy0tLcVSMzonJ+f+/ft79+51dXW1tbUlKzp+p62tPWjQoHnz5u3bt+/BgwcJCQlsNhuKDdSAy8WDB+N793BGBvbwwNu3i2zP48aNQwjt3r2bHJkDBw7kYyMtrthAdHS0u7s7mRGEEJKSkmrO0YrH/v2YdJ/My8MDBmBRrZojs7wOHz5MeiOOHDmS700lJia2adMGIeTu7p6UlETKFInsf/Q///yDEJrNq9PcSGSxpUA6NUmO9HRsY/PzoeSnT7gJx0bDVVRUkOK9cXFxpLSYQO6g2Gy2o6MjQkhTUzMuLm7btm3kWSEfj1qEnuQUFhaSc/qxY8eEvS9QzbJlyxBCffr0aYntQUSpsrJywIABCCEHBwdxx9I8sFg4IUH0c0BZLJampiaVSu3Ro8f48eMXL168devWM2fO3L9///379xkZGXWv0ikpKfn48aO3tzdqZjWjCwoK3rx5c+HChQ0bNjg6Ovbo0YPMRvt9wIdUcdXR0WkNRT4aobgY792L3dzwtWui3O29e/cQQkZGRiUlJcrKyrq6uvn5+Y3aQgsqNpCWlubl5UU6PhN6enok1Xn+/Lm4o2tmOBy8fz+eNAlPnYpFeKtN1iv269cvNzeXwWCQUR0+tpObm0tKUI4cOTI/P79bt24IoWHDhlUKuvh1bS5duoQQmjJlCn9fJz3lnz59KtioWrwzZ7C9PZ49Gw8dioVQA6BGZJL/3r17jx49ihAaP358EzfI5XJJXQplZeX3798fP34cIUSj0a6SkjONJPQkh9TP/uOPPwTerQnULTIykk6n0+n0iIgIccfS3JHqnE2sGQ2aLi0tTUlJiTwZqo2qqqqpqamdnZ2zs7O7u7uXl5ePj09AQEB0dHRRUVFYWBhZm3j58mVx/zb1yMvLCwkJ8fb2dnd3HzVqlIGBAWkjpqCgcPz4cXFHBzDGmM1mk9otz58/j4mJ4eMqRooWkGIDCxYsQAi1a9euWS2YLiws9PHxGTVqFI1G4/0Tc3V1DQkJYbPZZJZdnnC6AIPGKisrI8ubY2NjSUm0w4cPN3YjFRUVpMoLSbxJfwgTE5PGJvBNQeb0juUVFGkkslS4NXTtazQu99dESpG4evUqQsjKyio9PZ1CocjJyTVxqRg5Z5KZaTdv3iTdh0+ePMnf1oSb5Lx584as/X3//r1QdwSqYbPZpDvsqlWrxB2L0DWxpGlISAipGQ2PhcSLw+HY2dkhhGxtbZ8/f37t2rWDBw+uW7du+vTpw4cP79atGxnlaAhHR0dx/zb8KC0tJffB06ZNE3cs4CfyBGTChAmkrFOjXLt2jRQbePbsWXMrNsBmswMCApydnUkaQ2IbNWrUtWvXKv4bwiVli3V1dcUbKqhq5syZCKGNGze+fPnS19e3ovHj7aSyn7a29rdv35YsWYIQUldXj4+PF0a0tXn8+DFCyN7enr+vT5w4ESF0/fp1wUYF+FBcXCwjI0OlUrOysvr06YMQ8vX15XtrpNyLlJTUw4cPAwICyDqxXbt28b1BISY5lZWVZOB73bp1wtsLqNHevXsRQh06dCgWbU4vFjo6OjIyMgYGBhYWFqNGjXJ1dd20aZO3t7evr294eHh6enodz195NaOF3awX1Gv37t0IIQ0NjczMzDo+lpeXFx0dHRAQ4OPj4+np6ebm5ujoaGFhYWBgICUlRS7YzepJeaOkpqbSaDQZGRl4dt5MvHz5UlpaWk5OjtwX2tnZubq6enp6+vr6JiYm1j228+3btz59+lQtNtAcyuWRJTe8RwZUKtXCwsLLyyvnt/rNpCB7UxZ+AIF78uQJmUnIX71Tcm8gKysbFhZ26tQphBCDwQgODhZ4nHULCQlBCFlYWPD3dRcXF4SQD6+LCBCr4cOHI4TOnDlDFs/wvdTq3LlzFAqFSqVeuXKFNymjievE6A18MsqHvXv3vn//Xl9ff/369cLbC/jdt2/fNm/ejBA6cuQIOUokGMa4qKiovLz869evX79+rfEz0tLSbdu2bdeunZaWlo6OjqamZvv27bW0tJSUlDw8PJKTk/v06UPKpAJxeffu3YYNGygUypkzZ2pbqU+oqqqqqqqamZnV+O6XL1/U1dXV1dWFE6bQ6ejo2Nvb+/n5Xbp0iVTnBGLEYrGWL19OWt1VVlZmZmZmZmZW/YC8vLyRkZGRkVGXLl2MjY3JnxUVFcm7urq6oaGhBQUFffr0YbFYS5YsmT17tjh+D4QQ+vjx46NHj86ePRsXF0deMTExmTRpkouLCynI+7uoqCiEUPfu3UUXJaiPra2tmppadna2vr5+9+7dzc3NzczMTE1NTUxMyHzXOiQmJq5du5ZCoZw/f76oqGj+/PkUCuXUqVOk2IkokacGTCaTv6+TNY18fx0I1tixY/38/O7evbtjx47w8HCS8zTWnTt35syZgzE+cOBA165dbWxsSkpKXFxcSI9N/jUlQ6pDUlISGQT39/cX0i5Abeafmo8Q+uuvv8QdiOgwmczExMSQkJBr1655eXm5u7s7OzuPGjXK3NxcW1ubdEeujZSUFJTbF6/S0lJjY2PUvEtOicz169cRQt1FVSgZ1IGsf9XT08vOzq6srIyLi/P19d2zZ8/cuXOtra1JQarftW/ffvDgwfPnzz9w4MCZM2e6dOmCxFou7/bt26SwCtG2bdvly5e/e/eu3i+OHz8etYTlba0K6X33++NLZWVlS0vLBQsWHD9+PDQ0tLYi9Tdu3Ni9e/fnz5/J0sf1VYsOi9Dnz58RQsbGxvx9nTQwFXjrScAfshpHVla2pKSEvy08efKEjHXv2LEjMTGR1DsZO3Zs0ythCCvJIYUOnXktV4GoXM27iiKQ7Qvbuuf8tCpMJjMhISE0NPT69euHDh3y8PCYPn36iBEjtLW1FRQUNm7cKO4AW7u5c+cihMzMzJhMprhjET9SYg4h9PbtW3HH0qqRYkGysrLh4eG1fSY/Pz88PPzatWuenp7Ozs7m5ua8JS5VKSkpibFcXmpqKimlRafTPT09G15s09DQECEUJdrOB6AOwcHBpLPN8ePHo6Ojr127tmnTJlK25PejjsyudHNz8/HxCQ8P5y1ezcnJ6dy5M0JowoQJ4qoIlZycjBDq0KEDf18n84PE0gYN1IjMrRg2bNiZM2c+f/7cqLmUr1+/Jkn74sWLv3//Tk5WgwcP5mMZ5O+EkuRcvHgRIaSmpvb9+3dhbB/UppBd2P5jexSBTmbzWYkCABEjZXakpaU/fPgg7liai1WrViGE5s2bJ+5AWq+XL1+Su8nGtn3gcDhfv3718/M7ePDgggUL9PT0tLS0/v33XyHF2UDfv38nU5LodPqRI0ca8pWSkhIqlcpgMJphtevWKTY2lgy/1LjO+fv37wEBAfv27ZsxY4a5ufnvHcClpaV79+49ZswYUp+tT58+TayC1RQ/fvxACLVp04a/r2/fvh0h5OHhIdioAH9evHghIyND2i7xHuvY2dlt2rTJ19e3oKCgju8WFBSQL06fPj0/P79nz54Iob59+xYVFQkkNsEnObm5ueQx5NmzZwW+cVC3eSnzUASyjLPkYn6WJAIgYmkVacMDhsu3kT906JC4Y2lGYmNjKRSKgoJCaygc0gxlZGS0a9cOSVZ1Si6Xu2nTJnIL4ubmVu94TlhYGEKoh0j6poN65ebmNmr4hc1mJyYm+vr6btq0ydHR0dTUtOqKHQaD8e3bNxGEXZuSkhKEkJycHH9f379/P0Jo2bJlgo0K8CEqKkpNTQ0hNHr06H379k2cOJGcPHnodHrfvn3d3Nz+/fff1NTU37dw6dKliRMnFhYWWlpaIoSMjIwEOEAi+CRn1qxZCCEbGxv+Sn8AvoWVhFEjqIx3jJiyGHHHAkD9OJgz5MsQFIGmxUyD00U15HR/5swZcQfS6lRUVJC//CFDhoisN6LIXL58mTzjHz58eN1PWE+ePImgmnnzUFFRMXjwYIRQr169+F72UFRU9PLly1WrVo0dOzYkJESwETYWh8OhUCgUCoW/Mz9ZmOTq6irwwECj1LZ+Jj093dfX193d3cLCggyJV51FOWrUKE9Pz5CQEN4UyoqKCtI0WVdXNyUlRYARCjjJKS8vt7a2lpGRiYuLE+yWQd1YXJZZjBmKQP/L+J+4YwGgQXZl7UIRSPODZmYFrB+r7uzZs6gJJVYB3zyueSCE9PX1s7OzxR2LUISGhpLZFt26dUtKSqrtY6SDSlM6VABBmTdvHvqvs424YxEYUiGNvylz58+fhwxc7Bq4fqa4uPjJkydbt24dMWKEiopK1YRHTk7OxsZm4cKFnTp1QghpaGh8/vxZsEEKfiSHy+VC60/R25a5DUWgztGdyzgCWKoFgLBFlEYw3jEoEZR7BffEHUtzxGQyyfUgJgYGZkXn2I9jKALZ3bdrSPGxlisxMdHExIQsinj+/HmNn7G1tUUIPXr0SMSxgWqOPzlObgfrKIDREpFC/793Z2oI0sHJwcFB4FGBBiooKOBv/UxiYqKPj4+rq6upqWnVyrdSUlLCOOvWU1WdDxQKhfzmQKhKuaWpFakIoURW4oW8CzuydlAQ5XiH4zLU6ssNAWhuSrmlTslOFbjCTdNtlPIocYfTHMnKyk6ePBkhdObMGXHH0lq8Kn21LG0ZQsipvxPpZC2pDAwMXr9+PXLkyJycHHt7e1IrqBpoktMc+Bb6LlJZZHvP9vz58+bm5uIOR5Ca0iqniW12QBMxmcxRo0ZFRkYaGRndv3+f1xmsIQwMDFxcXLy9vWNiYn78+OHr6zt69Ohu3bqdOnVKGGddwSc5QAT+zvrb4avDvh/7xiSOSWAl3C24ixCaoT5jiOIQcYcGQP2WpS2LLY81kzH7u93f4o6l+SKNI8+dO8discQdi+TLrMyc+HViBa5YqbVyhvoMcYcjdIqKinfv3l2yZAmLxXJxcVm7di2Xy+W9m56enpubq6amVm0NMRClyLJIpyQnLuIO7TPUwcFB3OEIWFMaekIzUDGqwBXLzi8LDQ3V09N78uRJbe3CGqJNmzajR4/29fX9+PGji4uLAIPkoQtjo0CokiqSHhc9DjIKoiBKJa58XvK8m2y3ne13qtNaapd30HpElkUmsZJO5ZySocpc7nhZlior7oiarz59+vTq1ev9+/e+vr6Ojo7iDkeSVeLKSUmTMiozhigO8WznKe5wRIRGox06dKhr166LFi3atWvX169fz507R56RwzCO2GVVZo1NHFvCLXFRc1nXdp24wxG8OkZj2Gx2cXFxeXl5WVlZcXExm83Oz8+vrKwsKSlhMpksFuv169cIoaSkJFEH3epxEdcl2eVGvxsjDo/wGuqlo6Mj7ojqAUlOyxNdFj1AYQAFURBCUhQp8qKRtJFYgwKgZrns3DXpawo5hXQKfWe7nQu/LfzC+oIQ2tN+T3dZuIWqx6xZs5YsWXL69GlIcoRqYerC0JJQPYbelY5X6JTWdVl0dXXV19efNGnS9evXv337dufOnbZt2378+BFBkiM+Zdyy8V/Hf6v4ZqFgcVLvpLjDEQrSKsfJyUlOTo7FYjGZzNLS0oqKClL0ryFbYLPZQo4RVLcibcXV/KtKNKXts7YbybWA287WdTaXDApUhWJOsbijAKBBlqctH6cyboLKhIzKDBqi0Sn0gzoHHxY9XKSxSNyhtQDOzs7u7u4BAQEpKSl6enriDkfSFHOK0yrTgoqDTuWckqXK3jS4qUHXEHdQYjB06NAXL16MHj369evXffr08fX1JSM53bp1E3dorRFGeHbK7LDSMH2G/i2DW9IUaXFHJBTa2toZGRmfP3/+/S0qlaqsrCwtLS0nJycvL89gMFRUVKSkpBQVFWVkZGRlZWk0Wmxs7F9//SX6sFuz9RnrD/44KEuVvdfpXm+53uIOp0EgyWl5+sr3XZa2LLkiWZ+h/4P9Q9zhAFCXd8x35/XPI4TaSf2c3O+k5uSk5iTWoFoMZWXlCRMmXLx48ezZs5s3bxZ3OJLgZenLv7P+ZlAYWlJaM9Rm7Pm+x7fQFyF0qsMpczmJWtjdKGZmZm/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",
+      "text/plain": [
+       "<IPython.core.display.Image object>"
+      ]
+     },
+     "execution_count": 1,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
    "source": [
-    "### Creating OpenFE SmallMoleculeComponents\n",
-    "\n",
-    "To keep track of the various inputs being passed through the OpenFE\n",
-    "toolkit, OpenFE implements a set of Components which define the proteins,\n",
-    "small molecules, and solvent components which a system may contain. Here we\n",
-    "use the [SmallMoleculeComponent](https://github.com/OpenFreeEnergy/gufe/blob/main/gufe/components/smallmoleculecomponent.py)\n",
-    "which takes in either [RDKit molecules](https://www.rdkit.org/docs/source/rdkit.Chem.rdmolfiles.html)\n",
-    "or [OpenFF molecules](https://open-forcefield-toolkit.readthedocs.io/en/0.9.2/api/generated/openff.toolkit.topology.Molecule.html).\n",
-    "\n",
-    "In the backend, OpenFE treats the RDKit molecules as the central representation\n",
-    "of the ligands, and uses the OpenFF toolkit to convert between objects from\n",
-    "various toolchains (for example OpenEye's OEMol).\n",
-    "\n",
-    "Here we demonstrate how to load the ligands from `inputs/tyk2_ligands.sdf` into a\n",
-    "list of OpenFE `SmallMoleculeComponent`s for further processing."
+    "import openfe\n",
+    "from rdkit import Chem\n",
+    "from rdkit.Chem import AllChem, Draw\n",
+    "\n",
+    "# Load the ligands without hydrogens for a clearer 2D depiction\n",
+    "ligand_rdmols_2d = [mol for mol in Chem.SDMolSupplier(\"inputs/tyk2_ligands.sdf\", removeHs=True)]\n",
+    "for mol in ligand_rdmols_2d:\n",
+    "    AllChem.Compute2DCoords(mol)\n",
+    "\n",
+    "Draw.MolsToGridImage(\n",
+    "    ligand_rdmols_2d,\n",
+    "    legends=[mol.GetProp(\"_Name\") for mol in ligand_rdmols_2d],\n",
+    "    molsPerRow=5,\n",
+    "    subImgSize=(220, 180),\n",
+    ")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "fbc94d04-5d68-4123-82b2-97a1b8872375",
+   "id": "e3dfe665-c0c5-444d-aaf0-f9097500bb03",
    "metadata": {},
    "source": [
-    "<u>Load ligands using RDKit:</u>"
+    "And one of them in its binding pose (left-click and drag to rotate, scroll to zoom):"
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 2,
-   "id": "4096ce97",
-   "metadata": {
-    "id": "4096ce97"
-   },
-   "outputs": [],
+   "id": "07c7ecfc-45be-4889-869e-fbf4d03a7a15",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "application/3dmoljs_load.v0": "<div id=\"3dmolviewer_1793021693034632\"  style=\"position: relative; width: 600px; height: 400px;\">\n        <p id=\"3dmolwarning_1793021693034632\" style=\"background-color:#ffcccc;color:black\">3Dmol.js failed to load for some reason.  Please check your browser console for error messages.<br></p>\n        </div>\n<script>\n\nvar loadScriptAsync = function(uri){\n  return new Promise((resolve, reject) => {\n    //this is to ignore the existence of requirejs amd\n    var savedexports, savedmodule;\n    if (typeof exports !== 'undefined') savedexports = exports;\n    else exports = {}\n    if (typeof module !== 'undefined') savedmodule = module;\n    else module = {}\n\n    var tag = document.createElement('script');\n    tag.src = uri;\n    tag.async = true;\n    tag.onload = () => {\n        exports = savedexports;\n        module = savedmodule;\n        resolve();\n    };\n  var firstScriptTag = document.getElementsByTagName('script')[0];\n  firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n});\n};\n\nif(typeof $3Dmolpromise === 'undefined') {\n$3Dmolpromise = null;\n  $3Dmolpromise = loadScriptAsync('https://cdn.jsdelivr.net/npm/3dmol@2.5.4/build/3Dmol-min.js');\n}\n\nvar viewer_1793021693034632 = null;\nvar warn = document.getElementById(\"3dmolwarning_1793021693034632\");\nif(warn) {\n    warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nviewer_1793021693034632 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_1793021693034632\"),{backgroundColor:\"white\"});\nviewer_1793021693034632.zoomTo();\n\tviewer_1793021693034632.addModel(\"HEADER    TRANSFERASE/TRANSFERASE INHIBITOR       08-AUG-12   4GIH\\nTITLE     TYK2 (JH1) IN COMPLEX WITH\\nTITLE    2 2,6-DICHLORO-N-{2-[(CYCLOPROPYLCARBONYL)\\nTITLE    3 AMINO]PYRIDIN-4-YL}BENZAMIDE\\nEXPDTA    X-RAY DIFFRACTION\\nREMARK   2 RESOLUTION.    2.00 ANGSTROMS\\nREMARK   3  R VALUE : 0.188000\\nREMARK   3  FREE R VALUE : 0.217000\\nREMARK   4 4GIH COMPLIES WITH FORMAT V. 3.30,\\nREMARK 200  TEMPERATURE           (KELVIN) : 173.00\\nREMARK 200  PH                             : 6.50\\nREMARK 350 BIOMOLECULE: 1\\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: A\\nREMARK 350   BIOMT1  1   1.000000 0.000000 0.000000   0.000000\\nREMARK 350   BIOMT2  1   0.000000 1.000000 0.000000   0.000000\\nREMARK 350   BIOMT3  1   0.000000 0.000000 1.000000   0.000000\\nREMARK 888\\nREMARK 888 WRITTEN BY MAESTRO (A PRODUCT OF SCHRODINGER, LLC)\\nSEQRES   1 A  290  ACE THR VAL PHE HIS LYS ARG TYR LEU LYS LYS ILE ARG\\nSEQRES   2 A  290  ASP LEU GLY GLU GLY HIS PHE GLY LYS VAL SER LEU TYR\\nSEQRES   3 A  290  CYS TYR ASP PRO THR ASN ASP GLY THR GLY GLU MET VAL\\nSEQRES   4 A  290  ALA VAL LYS ALA LEU LYS ALA ASP ALA GLY PRO GLN HIS\\nSEQRES   5 A  290  ARG SER GLY TRP LYS GLN GLU ILE ASP ILE LEU ARG THR\\nSEQRES   6 A  290  LEU TYR HIS GLU HIS ILE ILE LYS TYR LYS GLY CYS CYS\\nSEQRES   7 A  290  GLU ASP ALA GLY ALA ALA SER LEU GLN LEU VAL MET GLU\\nSEQRES   8 A  290  TYR VAL PRO LEU GLY SER LEU ARG ASP TYR LEU PRO ARG\\nSEQRES   9 A  290  HIS SER ILE GLY LEU ALA GLN LEU LEU LEU PHE ALA GLN\\nSEQRES  10 A  290  GLN ILE CYS GLU GLY MET ALA TYR LEU HIS ALA GLN HIS\\nSEQRES  11 A  290  TYR ILE HIS ARG ASN LEU ALA ALA ARG ASN VAL LEU LEU\\nSEQRES  12 A  290  ASP ASN ASP ARG LEU VAL LYS ILE GLY ASP PHE GLY LEU\\nSEQRES  13 A  290  ALA LYS ALA VAL PRO GLU GLY HIS GLU TYR TYR ARG VAL\\nSEQRES  14 A  290  ARG GLU ASP GLY ASP SER PRO VAL PHE TRP TYR ALA PRO\\nSEQRES  15 A  290  GLU CYS LEU LYS GLU TYR LYS PHE TYR TYR ALA SER ASP\\nSEQRES  16 A  290  VAL TRP SER PHE GLY VAL THR LEU TYR GLU LEU LEU THR\\nSEQRES  17 A  290  HIS CYS ASP SER SER GLN SER PRO PRO THR LYS PHE LEU\\nSEQRES  18 A  290  GLU LEU ILE GLY ILE ALA GLN GLY GLN MET THR VAL LEU\\nSEQRES  19 A  290  ARG LEU THR GLU LEU LEU GLU ARG GLY GLU ARG LEU PRO\\nSEQRES  20 A  290  ARG PRO ASP LYS CYS PRO ALA GLU VAL TYR HIS LEU MET\\nSEQRES  21 A  290  LYS ASN CYS TRP GLU THR GLU ALA SER PHE ARG PRO THR\\nSEQRES  22 A  290  PHE GLU ASN LEU ILE PRO ILE LEU LYS THR VAL HIS GLU\\nSEQRES  23 A  290  LYS TYR ARG NME\\nFORMUL   2  HOH   *46(H2 0)\\nHELIX    1   1 HIS A  940  HIS A  940  1\\nHELIX    2   2 ARG A  941  ARG A  941  1\\nHELIX    3   3 SER A  942  SER A  942  1\\nHELIX    4   4 GLY A  943  GLY A  943  1\\nHELIX    5   5 TRP A  944  TRP A  944  1\\nHELIX    6   6 LYS A  945  LYS A  945  1\\nHELIX    7   7 GLN A  946  GLN A  946  1\\nHELIX    8   8 GLU A  947  GLU A  947  1\\nHELIX    9   9 ILE A  948  ILE A  948  1\\nHELIX   10  10 ASP A  949  ASP A  949  1\\nHELIX   11  11 ILE A  950  ILE A  950  1\\nHELIX   12  12 LEU A  951  LEU A  951  1\\nHELIX   13  13 ARG A  952  ARG A  952  1\\nHELIX   14  14 THR A  953  THR A  953  1\\nHELIX   15  15 LEU A  986  LEU A  986  1\\nHELIX   16  16 ARG A  987  ARG A  987  1\\nHELIX   17  17 ASP A  988  ASP A  988  1\\nHELIX   18  18 TYR A  989  TYR A  989  1\\nHELIX   19  19 LEU A  997  LEU A  997  1\\nHELIX   20  20 ALA A  998  ALA A  998  1\\nHELIX   21  21 GLN A  999  GLN A  999  1\\nHELIX   22  22 LEU A 1000  LEU A 1000  1\\nHELIX   23  23 LEU A 1001  LEU A 1001  1\\nHELIX   24  24 LEU A 1002  LEU A 1002  1\\nHELIX   25  25 PHE A 1003  PHE A 1003  1\\nHELIX   26  26 ALA A 1004  ALA A 1004  1\\nHELIX   27  27 GLN A 1005  GLN A 1005  1\\nHELIX   28  28 GLN A 1006  GLN A 1006  1\\nHELIX   29  29 ILE A 1007  ILE A 1007  1\\nHELIX   30  30 CYS A 1008  CYS A 1008  1\\nHELIX   31  31 GLU A 1009  GLU A 1009  1\\nHELIX   32  32 GLY A 1010  GLY A 1010  1\\nHELIX   33  33 MET A 1011  MET A 1011  1\\nHELIX   34  34 ALA A 1012  ALA A 1012  1\\nHELIX   35  35 TYR A 1013  TYR A 1013  1\\nHELIX   36  36 LEU A 1014  LEU A 1014  1\\nHELIX   37  37 HIS A 1015  HIS A 1015  1\\nHELIX   38  38 ALA A 1016  ALA A 1016  1\\nHELIX   39  39 TYR A 1080  TYR A 1080  1\\nHELIX   40  40 ALA A 1081  ALA A 1081  1\\nHELIX   41  41 SER A 1082  SER A 1082  1\\nHELIX   42  42 ASP A 1083  ASP A 1083  1\\nHELIX   43  43 VAL A 1084  VAL A 1084  1\\nHELIX   44  44 TRP A 1085  TRP A 1085  1\\nHELIX   45  45 SER A 1086  SER A 1086  1\\nHELIX   46  46 PHE A 1087  PHE A 1087  1\\nHELIX   47  47 GLY A 1088  GLY A 1088  1\\nHELIX   48  48 VAL A 1089  VAL A 1089  1\\nHELIX   49  49 THR A 1090  THR A 1090  1\\nHELIX   50  50 LEU A 1091  LEU A 1091  1\\nHELIX   51  51 TYR A 1092  TYR A 1092  1\\nHELIX   52  52 GLU A 1093  GLU A 1093  1\\nHELIX   53  53 LEU A 1094  LEU A 1094  1\\nHELIX   54  54 LEU A 1095  LEU A 1095  1\\nHELIX   55  55 LYS A 1107  LYS A 1107  1\\nHELIX   56  56 PHE A 1108  PHE A 1108  1\\nHELIX   57  57 LEU A 1109  LEU A 1109  1\\nHELIX   58  58 GLU A 1110  GLU A 1110  1\\nHELIX   59  59 LEU A 1111  LEU A 1111  1\\nHELIX   60  60 ILE A 1112  ILE A 1112  1\\nHELIX   61  61 THR A 1120  THR A 1120  1\\nHELIX   62  62 VAL A 1121  VAL A 1121  1\\nHELIX   63  63 LEU A 1122  LEU A 1122  1\\nHELIX   64  64 ARG A 1123  ARG A 1123  1\\nHELIX   65  65 LEU A 1124  LEU A 1124  1\\nHELIX   66  66 THR A 1125  THR A 1125  1\\nHELIX   67  67 GLU A 1126  GLU A 1126  1\\nHELIX   68  68 LEU A 1127  LEU A 1127  1\\nHELIX   69  69 LEU A 1128  LEU A 1128  1\\nHELIX   70  70 GLU A 1129  GLU A 1129  1\\nHELIX   71  71 GLU A 1143  GLU A 1143  1\\nHELIX   72  72 VAL A 1144  VAL A 1144  1\\nHELIX   73  73 TYR A 1145  TYR A 1145  1\\nHELIX   74  74 HIS A 1146  HIS A 1146  1\\nHELIX   75  75 LEU A 1147  LEU A 1147  1\\nHELIX   76  76 MET A 1148  MET A 1148  1\\nHELIX   77  77 LYS A 1149  LYS A 1149  1\\nHELIX   78  78 ASN A 1150  ASN A 1150  1\\nHELIX   79  79 CYS A 1151  CYS A 1151  1\\nHELIX   80  80 PHE A 1162  PHE A 1162  1\\nHELIX   81  81 GLU A 1163  GLU A 1163  1\\nHELIX   82  82 ASN A 1164  ASN A 1164  1\\nHELIX   83  83 LEU A 1165  LEU A 1165  1\\nHELIX   84  84 ILE A 1166  ILE A 1166  1\\nHELIX   85  85 PRO A 1167  PRO A 1167  1\\nHELIX   86  86 ILE A 1168  ILE A 1168  1\\nHELIX   87  87 LEU A 1169  LEU A 1169  1\\nHELIX   88  88 LYS A 1170  LYS A 1170  1\\nHELIX   89  89 THR A 1171  THR A 1171  1\\nHELIX   90  90 VAL A 1172  VAL A 1172  1\\nHELIX   91  91 HIS A 1173  HIS A 1173  1\\nHELIX   92  92 GLU A 1174  GLU A 1174  1\\nHELIX   93  93 LYS A 1175  LYS A 1175  1\\nHELIX   94  94 TYR A 1176  TYR A 1176  1\\nTURN     1   1 THR A 890  THR A 890\\nTURN     2   2 VAL A 891  VAL A 891\\nTURN     3   3 HIS A 893  HIS A 893\\nTURN     4   4 LYS A 894  LYS A 894\\nTURN     5   5 ARG A 895  ARG A 895\\nTURN     6   6 TYR A 896  TYR A 896\\nTURN     7   7 GLY A 906  GLY A 906\\nTURN     8   8 HIS A 907  HIS A 907\\nTURN     9   9 PHE A 908  PHE A 908\\nTURN    10  10 GLY A 909  GLY A 909\\nTURN    11  11 ASP A 917  ASP A 917\\nTURN    12  12 PRO A 918  PRO A 918\\nTURN    13  13 THR A 919  THR A 919\\nTURN    14  14 ASN A 920  ASN A 920\\nTURN    15  15 ASP A 921  ASP A 921\\nTURN    16  16 GLY A 922  GLY A 922\\nTURN    17  17 THR A 923  THR A 923\\nTURN    18  18 GLY A 924  GLY A 924\\nTURN    19  19 ALA A 931  ALA A 931\\nTURN    20  20 LEU A 932  LEU A 932\\nTURN    21  21 LYS A 933  LYS A 933\\nTURN    22  22 ALA A 934  ALA A 934\\nTURN    23  23 ASP A 935  ASP A 935\\nTURN    24  24 ALA A 936  ALA A 936\\nTURN    25  25 GLY A 937  GLY A 937\\nTURN    26  26 PRO A 938  PRO A 938\\nTURN    27  27 GLN A 939  GLN A 939\\nTURN    28  28 LEU A 954  LEU A 954\\nTURN    29  29 TYR A 955  TYR A 955\\nTURN    30  30 HIS A 956  HIS A 956\\nTURN    31  31 GLU A 957  GLU A 957\\nTURN    32  32 HIS A 958  HIS A 958\\nTURN    33  33 ILE A 959  ILE A 959\\nTURN    34  34 ILE A 960  ILE A 960\\nTURN    35  35 LYS A 961  LYS A 961\\nTURN    36  36 ALA A 969  ALA A 969\\nTURN    37  37 GLY A 970  GLY A 970\\nTURN    38  38 ALA A 971  ALA A 971\\nTURN    39  39 ALA A 972  ALA A 972\\nTURN    40  40 TYR A 980  TYR A 980\\nTURN    41  41 VAL A 981  VAL A 981\\nTURN    42  42 PRO A 982  PRO A 982\\nTURN    43  43 LEU A 983  LEU A 983\\nTURN    44  44 LEU A 990  LEU A 990\\nTURN    45  45 PRO A 991  PRO A 991\\nTURN    46  46 ARG A 992  ARG A 992\\nTURN    47  47 HIS A 993  HIS A 993\\nTURN    48  48 SER A 994  SER A 994\\nTURN    49  49 ILE A 995  ILE A 995\\nTURN    50  50 GLY A 996  GLY A 996\\nTURN    51  51 GLN A1017  GLN A1017\\nTURN    52  52 HIS A1018  HIS A1018\\nTURN    53  53 HIS A1021  HIS A1021\\nTURN    54  54 ARG A1022  ARG A1022\\nTURN    55  55 ASN A1023  ASN A1023\\nTURN    56  56 LEU A1024  LEU A1024\\nTURN    57  57 ALA A1025  ALA A1025\\nTURN    58  58 ALA A1026  ALA A1026\\nTURN    59  59 ARG A1027  ARG A1027\\nTURN    60  60 ASN A1028  ASN A1028\\nTURN    61  61 ASP A1034  ASP A1034\\nTURN    62  62 ARG A1035  ARG A1035\\nTURN    63  63 GLY A1040  GLY A1040\\nTURN    64  64 ASP A1041  ASP A1041\\nTURN    65  65 PHE A1042  PHE A1042\\nTURN    66  66 GLY A1043  GLY A1043\\nTURN    67  67 LEU A1044  LEU A1044\\nTURN    68  68 ALA A1045  ALA A1045\\nTURN    69  69 VAL A1048  VAL A1048\\nTURN    70  70 PRO A1049  PRO A1049\\nTURN    71  71 GLU A1050  GLU A1050\\nTURN    72  72 GLY A1051  GLY A1051\\nTURN    73  73 HIS A1052  HIS A1052\\nTURN    74  74 GLU A1053  GLU A1053\\nTURN    75  75 VAL A1057  VAL A1057\\nTURN    76  76 ARG A1058  ARG A1058\\nTURN    77  77 GLU A1059  GLU A1059\\nTURN    78  78 ASP A1060  ASP A1060\\nTURN    79  79 GLY A1061  GLY A1061\\nTURN    80  80 ASP A1062  ASP A1062\\nTURN    81  81 SER A1063  SER A1063\\nTURN    82  82 PRO A1064  PRO A1064\\nTURN    83  83 VAL A1065  VAL A1065\\nTURN    84  84 PHE A1066  PHE A1066\\nTURN    85  85 TRP A1067  TRP A1067\\nTURN    86  86 TYR A1068  TYR A1068\\nTURN    87  87 ALA A1069  ALA A1069\\nTURN    88  88 PRO A1070  PRO A1070\\nTURN    89  89 GLU A1071  GLU A1071\\nTURN    90  90 CYS A1072  CYS A1072\\nTURN    91  91 LEU A1073  LEU A1073\\nTURN    92  92 LYS A1074  LYS A1074\\nTURN    93  93 GLU A1075  GLU A1075\\nTURN    94  94 TYR A1076  TYR A1076\\nTURN    95  95 THR A1096  THR A1096\\nTURN    96  96 HIS A1097  HIS A1097\\nTURN    97  97 CYS A1098  CYS A1098\\nTURN    98  98 ASP A1099  ASP A1099\\nTURN    99  99 SER A1100  SER A1100\\nTURN   100 100 SER A1101  SER A1101\\nTURN   101 101 GLN A1102  GLN A1102\\nTURN   102 102 SER A1103  SER A1103\\nTURN   103 103 PRO A1104  PRO A1104\\nTURN   104 104 PRO A1105  PRO A1105\\nTURN   105 105 THR A1106  THR A1106\\nTURN   106 106 GLY A1113  GLY A1113\\nTURN   107 107 ILE A1114  ILE A1114\\nTURN   108 108 ALA A1115  ALA A1115\\nTURN   109 109 GLN A1116  GLN A1116\\nTURN   110 110 GLY A1117  GLY A1117\\nTURN   111 111 GLN A1118  GLN A1118\\nTURN   112 112 MET A1119  MET A1119\\nTURN   113 113 ARG A1130  ARG A1130\\nTURN   114 114 GLY A1131  GLY A1131\\nTURN   115 115 GLU A1132  GLU A1132\\nTURN   116 116 ARG A1133  ARG A1133\\nTURN   117 117 LEU A1134  LEU A1134\\nTURN   118 118 PRO A1135  PRO A1135\\nTURN   119 119 ARG A1136  ARG A1136\\nTURN   120 120 PRO A1137  PRO A1137\\nTURN   121 121 ASP A1138  ASP A1138\\nTURN   122 122 LYS A1139  LYS A1139\\nTURN   123 123 CYS A1140  CYS A1140\\nTURN   124 124 PRO A1141  PRO A1141\\nTURN   125 125 ALA A1142  ALA A1142\\nTURN   126 126 TRP A1152  TRP A1152\\nTURN   127 127 GLU A1153  GLU A1153\\nTURN   128 128 THR A1154  THR A1154\\nTURN   129 129 GLU A1155  GLU A1155\\nTURN   130 130 ALA A1156  ALA A1156\\nTURN   131 131 SER A1157  SER A1157\\nTURN   132 132 PHE A1158  PHE A1158\\nTURN   133 133 ARG A1159  ARG A1159\\nTURN   134 134 PRO A1160  PRO A1160\\nTURN   135 135 THR A1161  THR A1161\\nTURN   136 136 ARG A1177  ARG A1177\\nSHEET    1   1 1 PHE A 892  PHE A 892  0\\nSHEET    1   2 1 LEU A 897  LEU A 897  0\\nSHEET    1   3 1 LYS A 898  LYS A 898  0\\nSHEET    1   4 1 LYS A 899  LYS A 899  0\\nSHEET    1   5 1 ILE A 900  ILE A 900  0\\nSHEET    1   6 1 ARG A 901  ARG A 901  0\\nSHEET    1   7 1 ASP A 902  ASP A 902  0\\nSHEET    1   8 1 LEU A 903  LEU A 903  0\\nSHEET    1   9 1 GLY A 904  GLY A 904  0\\nSHEET    1  10 1 GLU A 905  GLU A 905  0\\nSHEET    1  11 1 LYS A 910  LYS A 910  0\\nSHEET    1  12 1 VAL A 911  VAL A 911  0\\nSHEET    1  13 1 SER A 912  SER A 912  0\\nSHEET    1  14 1 LEU A 913  LEU A 913  0\\nSHEET    1  15 1 TYR A 914  TYR A 914  0\\nSHEET    1  16 1 CYS A 915  CYS A 915  0\\nSHEET    1  17 1 TYR A 916  TYR A 916  0\\nSHEET    1  18 1 GLU A 925  GLU A 925  0\\nSHEET    1  19 1 MET A 926  MET A 926  0\\nSHEET    1  20 1 VAL A 927  VAL A 927  0\\nSHEET    1  21 1 ALA A 928  ALA A 928  0\\nSHEET    1  22 1 VAL A 929  VAL A 929  0\\nSHEET    1  23 1 LYS A 930  LYS A 930  0\\nSHEET    1  24 1 TYR A 962  TYR A 962  0\\nSHEET    1  25 1 LYS A 963  LYS A 963  0\\nSHEET    1  26 1 GLY A 964  GLY A 964  0\\nSHEET    1  27 1 CYS A 965  CYS A 965  0\\nSHEET    1  28 1 CYS A 966  CYS A 966  0\\nSHEET    1  29 1 GLU A 967  GLU A 967  0\\nSHEET    1  30 1 ASP A 968  ASP A 968  0\\nSHEET    1  31 1 SER A 973  SER A 973  0\\nSHEET    1  32 1 LEU A 974  LEU A 974  0\\nSHEET    1  33 1 GLN A 975  GLN A 975  0\\nSHEET    1  34 1 LEU A 976  LEU A 976  0\\nSHEET    1  35 1 VAL A 977  VAL A 977  0\\nSHEET    1  36 1 MET A 978  MET A 978  0\\nSHEET    1  37 1 GLU A 979  GLU A 979  0\\nSHEET    1  38 1 GLY A 984  GLY A 984  0\\nSHEET    1  39 1 SER A 985  SER A 985  0\\nSHEET    1  40 1 TYR A1019  TYR A1019  0\\nSHEET    1  41 1 ILE A1020  ILE A1020  0\\nSHEET    1  42 1 VAL A1029  VAL A1029  0\\nSHEET    1  43 1 LEU A1030  LEU A1030  0\\nSHEET    1  44 1 LEU A1031  LEU A1031  0\\nSHEET    1  45 1 ASP A1032  ASP A1032  0\\nSHEET    1  46 1 ASN A1033  ASN A1033  0\\nSHEET    1  47 1 LEU A1036  LEU A1036  0\\nSHEET    1  48 1 VAL A1037  VAL A1037  0\\nSHEET    1  49 1 LYS A1038  LYS A1038  0\\nSHEET    1  50 1 ILE A1039  ILE A1039  0\\nSHEET    1  51 1 LYS A1046  LYS A1046  0\\nSHEET    1  52 1 ALA A1047  ALA A1047  0\\nSHEET    1  53 1 TYR A1054  TYR A1054  0\\nSHEET    1  54 1 TYR A1055  TYR A1055  0\\nSHEET    1  55 1 ARG A1056  ARG A1056  0\\nSHEET    1  56 1 LYS A1077  LYS A1077  0\\nSHEET    1  57 1 PHE A1078  PHE A1078  0\\nSHEET    1  58 1 TYR A1079  TYR A1079  0\\nCRYST1   36.165   74.378  105.855  90.00  90.00  90.00 P 21 21 21    4\\nHETATM    1  CH3 ACE A 889     -15.732 -12.864   4.220  1.00  0.00           C  \\nHETATM    2  C   ACE A 889     -15.275 -14.196   3.637  1.00  0.00           C  \\nHETATM    3  O   ACE A 889     -14.652 -14.991   4.340  1.00  0.00           O  \\nHETATM    4  H1  ACE A 889     -16.002 -12.982   5.270  1.00  0.00           H  \\nHETATM    5  H2  ACE A 889     -14.929 -12.130   4.152  1.00  0.00           H  \\nHETATM    6  H3  ACE A 889     -16.601 -12.476   3.688  1.00  0.00           H  \\nATOM      7  N   THR A 890     -15.598 -14.429   2.353  1.00 62.43           N  \\nATOM      8  CA  THR A 890     -15.253 -15.636   1.596  1.00 60.76           C  \\nATOM      9  C   THR A 890     -13.728 -15.808   1.437  1.00 61.63           C  \\nATOM     10  O   THR A 890     -13.057 -14.865   1.010  1.00 59.62           O  \\nATOM     11  CB  THR A 890     -15.878 -15.600   0.175  1.00 68.55           C  \\nATOM     12  OG1 THR A 890     -17.275 -15.404   0.279  1.00 68.98           O  \\nATOM     13  CG2 THR A 890     -15.641 -16.864  -0.673  1.00 67.10           C  \\nATOM     14  H   THR A 890     -16.131 -13.741   1.843  1.00 62.43           H  \\nATOM     15  HA  THR A 890     -15.657 -16.495   2.138  1.00 60.76           H  \\nATOM     16  HB  THR A 890     -15.486 -14.740  -0.370  1.00 68.55           H  \\nATOM     17  HG1 THR A 890     -17.660 -15.485  -0.597  1.00 68.98           H  \\nATOM     18 HG21 THR A 890     -16.174 -16.811  -1.622  1.00 67.10           H  \\nATOM     19 HG22 THR A 890     -14.586 -17.003  -0.909  1.00 67.10           H  \\nATOM     20 HG23 THR A 890     -15.983 -17.757  -0.151  1.00 67.10           H  \\nATOM     21  N   VAL A 891     -13.227 -17.004   1.789  1.00 57.37           N  \\nATOM     22  CA  VAL A 891     -11.803 -17.336   1.789  1.00 55.39           C  \\nATOM     23  C   VAL A 891     -11.483 -18.439   0.760  1.00 56.21           C  \\nATOM     24  O   VAL A 891     -12.250 -19.389   0.602  1.00 57.24           O  \\nATOM     25  CB  VAL A 891     -11.320 -17.758   3.209  1.00 60.85           C  \\nATOM     26  CG1 VAL A 891     -11.950 -19.060   3.745  1.00 62.96           C  \\nATOM     27  CG2 VAL A 891      -9.784 -17.834   3.316  1.00 59.88           C  \\nATOM     28  H   VAL A 891     -13.847 -17.732   2.112  1.00 57.37           H  \\nATOM     29  HA  VAL A 891     -11.234 -16.448   1.521  1.00 55.39           H  \\nATOM     30  HB  VAL A 891     -11.634 -16.961   3.885  1.00 60.85           H  \\nATOM     31 HG11 VAL A 891     -11.669 -19.225   4.785  1.00 62.96           H  \\nATOM     32 HG12 VAL A 891     -13.039 -19.021   3.707  1.00 62.96           H  \\nATOM     33 HG13 VAL A 891     -11.625 -19.935   3.183  1.00 62.96           H  \\nATOM     34 HG21 VAL A 891      -9.472 -17.993   4.349  1.00 59.88           H  \\nATOM     35 HG22 VAL A 891      -9.371 -18.651   2.725  1.00 59.88           H  \\nATOM     36 HG23 VAL A 891      -9.317 -16.908   2.976  1.00 59.88           H  \\nATOM     37  N   PHE A 892     -10.332 -18.268   0.093  1.00 49.19           N  \\nATOM     38  CA  PHE A 892      -9.736 -19.179  -0.880  1.00 47.07           C  \\nATOM     39  C   PHE A 892      -8.379 -19.653  -0.337  1.00 52.74           C  \\nATOM     40  O   PHE A 892      -7.608 -18.826   0.150  1.00 53.11           O  \\nATOM     41  CB  PHE A 892      -9.546 -18.424  -2.216  1.00 45.10           C  \\nATOM     42  CG  PHE A 892     -10.806 -18.200  -3.035  1.00 44.18           C  \\nATOM     43  CD1 PHE A 892     -11.099 -19.048  -4.122  1.00 44.87           C  \\nATOM     44  CD2 PHE A 892     -11.756 -17.229  -2.654  1.00 45.07           C  \\nATOM     45  CE1 PHE A 892     -12.289 -18.908  -4.823  1.00 45.27           C  \\nATOM     46  CE2 PHE A 892     -12.944 -17.110  -3.362  1.00 46.87           C  \\nATOM     47  CZ  PHE A 892     -13.211 -17.944  -4.440  1.00 44.38           C  \\nATOM     48  H   PHE A 892      -9.787 -17.438   0.287  1.00 49.19           H  \\nATOM     49  HA  PHE A 892     -10.371 -20.052  -1.044  1.00 47.07           H  \\nATOM     50  HB3 PHE A 892      -8.819 -18.942  -2.845  1.00 45.10           H  \\nATOM     51  HB2 PHE A 892      -9.116 -17.444  -2.011  1.00 45.10           H  \\nATOM     52  HD1 PHE A 892     -10.391 -19.801  -4.420  1.00 44.87           H  \\nATOM     53  HD2 PHE A 892     -11.569 -16.581  -1.809  1.00 45.07           H  \\nATOM     54  HE1 PHE A 892     -12.501 -19.556  -5.660  1.00 45.27           H  \\nATOM     55  HE2 PHE A 892     -13.672 -16.374  -3.064  1.00 46.87           H  \\nATOM     56  HZ  PHE A 892     -14.142 -17.847  -4.977  1.00 44.38           H  \\nATOM     57  N   HIS A 893      -8.096 -20.961  -0.436  1.00 50.80           N  \\nATOM     58  CA  HIS A 893      -6.829 -21.549   0.015  1.00 51.86           C  \\nATOM     59  C   HIS A 893      -5.854 -21.664  -1.167  1.00 53.50           C  \\nATOM     60  O   HIS A 893      -6.229 -22.208  -2.207  1.00 52.26           O  \\nATOM     61  CB  HIS A 893      -7.080 -22.921   0.672  1.00 55.68           C  \\nATOM     62  CG  HIS A 893      -8.193 -22.954   1.691  1.00 61.81           C  \\nATOM     63  ND1 HIS A 893      -9.452 -23.496   1.413  1.00 65.50           N  \\nATOM     64  CD2 HIS A 893      -8.184 -22.495   2.993  1.00 65.19           C  \\nATOM     65  CE1 HIS A 893     -10.148 -23.333   2.531  1.00 67.02           C  \\nATOM     66  NE2 HIS A 893      -9.446 -22.747   3.501  1.00 67.16           N  \\nATOM     67  H   HIS A 893      -8.769 -21.596  -0.844  1.00 50.80           H  \\nATOM     68  HA  HIS A 893      -6.383 -20.908   0.779  1.00 51.86           H  \\nATOM     69  HB3 HIS A 893      -6.171 -23.242   1.179  1.00 55.68           H  \\nATOM     70  HB2 HIS A 893      -7.292 -23.675  -0.087  1.00 55.68           H  \\nATOM     71  HD2 HIS A 893      -7.410 -22.016   3.574  1.00 65.19           H  \\nATOM     72  HE1 HIS A 893     -11.176 -23.645   2.643  1.00 67.02           H  \\nATOM     73  HE2 HIS A 893      -9.776 -22.523   4.430  1.00 67.16           H  \\nATOM     74  N   LYS A 894      -4.615 -21.166  -0.990  1.00 50.22           N  \\nATOM     75  CA  LYS A 894      -3.603 -21.102  -2.055  1.00 49.02           C  \\nATOM     76  C   LYS A 894      -3.093 -22.481  -2.531  1.00 53.09           C  \\nATOM     77  O   LYS A 894      -2.649 -22.591  -3.672  1.00 51.68           O  \\nATOM     78  CB  LYS A 894      -2.443 -20.167  -1.638  1.00 52.12           C  \\nATOM     79  CG  LYS A 894      -1.600 -19.701  -2.841  1.00 67.25           C  \\nATOM     80  CD  LYS A 894      -0.571 -18.609  -2.518  1.00 79.06           C  \\nATOM     81  CE  LYS A 894       0.105 -18.102  -3.806  1.00 86.18           C  \\nATOM     82  NZ  LYS A 894       1.179 -17.132  -3.537  1.00 95.28           N1+\\nATOM     83  H   LYS A 894      -4.367 -20.734  -0.111  1.00 50.22           H  \\nATOM     84  HA  LYS A 894      -4.096 -20.649  -2.916  1.00 49.02           H  \\nATOM     85  HB3 LYS A 894      -1.815 -20.639  -0.881  1.00 52.12           H  \\nATOM     86  HB2 LYS A 894      -2.857 -19.278  -1.165  1.00 52.12           H  \\nATOM     87  HG3 LYS A 894      -2.267 -19.334  -3.621  1.00 67.25           H  \\nATOM     88  HG2 LYS A 894      -1.071 -20.551  -3.272  1.00 67.25           H  \\nATOM     89  HD3 LYS A 894       0.177 -19.010  -1.831  1.00 79.06           H  \\nATOM     90  HD2 LYS A 894      -1.058 -17.783  -1.996  1.00 79.06           H  \\nATOM     91  HE3 LYS A 894      -0.633 -17.631  -4.457  1.00 86.18           H  \\nATOM     92  HE2 LYS A 894       0.534 -18.936  -4.361  1.00 86.18           H  \\nATOM     93  HZ1 LYS A 894       1.906 -17.573  -2.992  1.00 95.28           H  \\nATOM     94  HZ2 LYS A 894       1.567 -16.796  -4.406  1.00 95.28           H  \\nATOM     95  HZ3 LYS A 894       0.818 -16.346  -3.009  1.00 95.28           H  \\nATOM     96  N   ARG A 895      -3.219 -23.513  -1.678  1.00 51.74           N  \\nATOM     97  CA  ARG A 895      -2.936 -24.922  -1.981  1.00 52.94           C  \\nATOM     98  C   ARG A 895      -3.820 -25.522  -3.099  1.00 55.31           C  \\nATOM     99  O   ARG A 895      -3.417 -26.518  -3.700  1.00 55.61           O  \\nATOM    100  CB  ARG A 895      -3.055 -25.742  -0.675  1.00 57.62           C  \\nATOM    101  CG  ARG A 895      -4.449 -25.700  -0.018  1.00 70.70           C  \\nATOM    102  CD  ARG A 895      -4.551 -26.532   1.269  1.00 85.20           C  \\nATOM    103  NE  ARG A 895      -5.826 -26.282   1.965  1.00 97.62           N  \\nATOM    104  CZ  ARG A 895      -6.474 -27.088   2.829  1.00116.87           C  \\nATOM    105  NH1 ARG A 895      -6.007 -28.297   3.178  1.00109.22           N  \\nATOM    106  NH2 ARG A 895      -7.629 -26.662   3.356  1.00103.80           N1+\\nATOM    107  H   ARG A 895      -3.593 -23.332  -0.758  1.00 51.74           H  \\nATOM    108  HA  ARG A 895      -1.902 -24.980  -2.325  1.00 52.94           H  \\nATOM    109  HB3 ARG A 895      -2.322 -25.366   0.041  1.00 57.62           H  \\nATOM    110  HB2 ARG A 895      -2.772 -26.779  -0.866  1.00 57.62           H  \\nATOM    111  HG3 ARG A 895      -5.142 -26.145  -0.732  1.00 70.70           H  \\nATOM    112  HG2 ARG A 895      -4.799 -24.681   0.135  1.00 70.70           H  \\nATOM    113  HD3 ARG A 895      -3.681 -26.417   1.916  1.00 85.20           H  \\nATOM    114  HD2 ARG A 895      -4.581 -27.578   0.965  1.00 85.20           H  \\nATOM    115  HE  ARG A 895      -6.255 -25.393   1.754  1.00 97.62           H  \\nATOM    116 HH12 ARG A 895      -6.515 -28.879   3.827  1.00109.22           H  \\nATOM    117 HH11 ARG A 895      -5.149 -28.646   2.769  1.00109.22           H  \\nATOM    118 HH22 ARG A 895      -8.146 -27.249   3.995  1.00103.80           H  \\nATOM    119 HH21 ARG A 895      -8.011 -25.764   3.096  1.00103.80           H  \\nATOM    120  N   TYR A 896      -4.993 -24.917  -3.353  1.00 49.98           N  \\nATOM    121  CA  TYR A 896      -5.948 -25.341  -4.378  1.00 49.28           C  \\nATOM    122  C   TYR A 896      -5.900 -24.464  -5.642  1.00 50.16           C  \\nATOM    123  O   TYR A 896      -6.491 -24.862  -6.644  1.00 48.17           O  \\nATOM    124  CB  TYR A 896      -7.364 -25.348  -3.770  1.00 51.36           C  \\nATOM    125  CG  TYR A 896      -7.587 -26.246  -2.560  1.00 55.87           C  \\nATOM    126  CD1 TYR A 896      -6.988 -27.524  -2.475  1.00 59.63           C  \\nATOM    127  CD2 TYR A 896      -8.449 -25.818  -1.529  1.00 57.59           C  \\nATOM    128  CE1 TYR A 896      -7.261 -28.365  -1.380  1.00 63.33           C  \\nATOM    129  CE2 TYR A 896      -8.717 -26.657  -0.430  1.00 61.39           C  \\nATOM    130  CZ  TYR A 896      -8.130 -27.935  -0.360  1.00 71.07           C  \\nATOM    131  OH  TYR A 896      -8.409 -28.757   0.692  1.00 74.22           O  \\nATOM    132  H   TYR A 896      -5.258 -24.104  -2.814  1.00 49.98           H  \\nATOM    133  HA  TYR A 896      -5.716 -26.351  -4.712  1.00 49.28           H  \\nATOM    134  HB3 TYR A 896      -8.095 -25.639  -4.525  1.00 51.36           H  \\nATOM    135  HB2 TYR A 896      -7.618 -24.330  -3.482  1.00 51.36           H  \\nATOM    136  HD1 TYR A 896      -6.338 -27.885  -3.257  1.00 59.63           H  \\nATOM    137  HD2 TYR A 896      -8.922 -24.848  -1.582  1.00 57.59           H  \\nATOM    138  HE1 TYR A 896      -6.810 -29.346  -1.334  1.00 63.33           H  \\nATOM    139  HE2 TYR A 896      -9.385 -26.322   0.350  1.00 61.39           H  \\nATOM    140  HH  TYR A 896      -7.997 -29.621   0.612  1.00 74.22           H  \\nATOM    141  N   LEU A 897      -5.197 -23.318  -5.597  1.00 46.72           N  \\nATOM    142  CA  LEU A 897      -5.001 -22.416  -6.732  1.00 44.74           C  \\nATOM    143  C   LEU A 897      -3.851 -22.919  -7.625  1.00 48.16           C  \\nATOM    144  O   LEU A 897      -2.685 -22.753  -7.264  1.00 48.59           O  \\nATOM    145  CB  LEU A 897      -4.714 -20.987  -6.202  1.00 44.20           C  \\nATOM    146  CG  LEU A 897      -5.924 -20.222  -5.622  1.00 48.88           C  \\nATOM    147  CD1 LEU A 897      -5.488 -18.979  -4.825  1.00 51.85           C  \\nATOM    148  CD2 LEU A 897      -6.961 -19.837  -6.697  1.00 47.58           C  \\nATOM    149  H   LEU A 897      -4.710 -23.068  -4.748  1.00 46.72           H  \\nATOM    150  HA  LEU A 897      -5.907 -22.403  -7.338  1.00 44.74           H  \\nATOM    151  HB3 LEU A 897      -4.297 -20.372  -6.995  1.00 44.20           H  \\nATOM    152  HB2 LEU A 897      -3.930 -21.049  -5.447  1.00 44.20           H  \\nATOM    153  HG  LEU A 897      -6.405 -20.889  -4.908  1.00 48.88           H  \\nATOM    154 HD11 LEU A 897      -5.824 -19.067  -3.792  1.00 51.85           H  \\nATOM    155 HD12 LEU A 897      -4.406 -18.850  -4.810  1.00 51.85           H  \\nATOM    156 HD13 LEU A 897      -5.915 -18.056  -5.220  1.00 51.85           H  \\nATOM    157 HD21 LEU A 897      -7.934 -19.654  -6.242  1.00 47.58           H  \\nATOM    158 HD22 LEU A 897      -6.673 -18.927  -7.224  1.00 47.58           H  \\nATOM    159 HD23 LEU A 897      -7.099 -20.607  -7.454  1.00 47.58           H  \\nATOM    160  N   LYS A 898      -4.206 -23.500  -8.784  1.00 44.15           N  \\nATOM    161  CA  LYS A 898      -3.275 -23.916  -9.836  1.00 44.11           C  \\nATOM    162  C   LYS A 898      -3.159 -22.787 -10.871  1.00 46.50           C  \\nATOM    163  O   LYS A 898      -4.147 -22.500 -11.546  1.00 45.72           O  \\nATOM    164  CB  LYS A 898      -3.788 -25.205 -10.521  1.00 48.28           C  \\nATOM    165  CG  LYS A 898      -3.559 -26.517  -9.749  1.00 70.59           C  \\nATOM    166  CD  LYS A 898      -4.421 -26.693  -8.490  1.00 82.83           C  \\nATOM    167  CE  LYS A 898      -4.393 -28.144  -7.981  1.00 97.68           C  \\nATOM    168  NZ  LYS A 898      -5.185 -28.320  -6.753  1.00107.26           N1+\\nATOM    169  H   LYS A 898      -5.188 -23.612  -9.002  1.00 44.15           H  \\nATOM    170  HA  LYS A 898      -2.289 -24.117  -9.411  1.00 44.11           H  \\nATOM    171  HB3 LYS A 898      -3.252 -25.321 -11.464  1.00 48.28           H  \\nATOM    172  HB2 LYS A 898      -4.839 -25.106 -10.797  1.00 48.28           H  \\nATOM    173  HG3 LYS A 898      -2.505 -26.604  -9.484  1.00 70.59           H  \\nATOM    174  HG2 LYS A 898      -3.761 -27.344 -10.431  1.00 70.59           H  \\nATOM    175  HD3 LYS A 898      -5.444 -26.381  -8.702  1.00 82.83           H  \\nATOM    176  HD2 LYS A 898      -4.049 -26.031  -7.707  1.00 82.83           H  \\nATOM    177  HE3 LYS A 898      -3.368 -28.453  -7.777  1.00 97.68           H  \\nATOM    178  HE2 LYS A 898      -4.788 -28.816  -8.743  1.00 97.68           H  \\nATOM    179  HZ1 LYS A 898      -4.817 -27.724  -6.025  1.00107.26           H  \\nATOM    180  HZ2 LYS A 898      -6.153 -28.082  -6.930  1.00107.26           H  \\nATOM    181  HZ3 LYS A 898      -5.133 -29.284  -6.455  1.00107.26           H  \\nATOM    182  N   LYS A 899      -1.972 -22.166 -10.979  1.00 42.86           N  \\nATOM    183  CA  LYS A 899      -1.712 -21.052 -11.897  1.00 42.35           C  \\nATOM    184  C   LYS A 899      -1.708 -21.508 -13.365  1.00 45.75           C  \\nATOM    185  O   LYS A 899      -1.008 -22.465 -13.695  1.00 46.24           O  \\nATOM    186  CB  LYS A 899      -0.382 -20.375 -11.512  1.00 45.46           C  \\nATOM    187  CG  LYS A 899      -0.117 -19.063 -12.271  1.00 54.73           C  \\nATOM    188  CD  LYS A 899       1.114 -18.319 -11.740  1.00 64.90           C  \\nATOM    189  CE  LYS A 899       1.426 -17.068 -12.571  1.00 74.92           C  \\nATOM    190  NZ  LYS A 899       2.594 -16.337 -12.051  1.00 84.51           N1+\\nATOM    191  H   LYS A 899      -1.198 -22.461 -10.402  1.00 42.86           H  \\nATOM    192  HA  LYS A 899      -2.511 -20.319 -11.766  1.00 42.35           H  \\nATOM    193  HB3 LYS A 899       0.450 -21.065 -11.661  1.00 45.46           H  \\nATOM    194  HB2 LYS A 899      -0.393 -20.156 -10.446  1.00 45.46           H  \\nATOM    195  HG3 LYS A 899      -0.991 -18.414 -12.196  1.00 54.73           H  \\nATOM    196  HG2 LYS A 899       0.021 -19.269 -13.333  1.00 54.73           H  \\nATOM    197  HD3 LYS A 899       1.973 -18.993 -11.741  1.00 64.90           H  \\nATOM    198  HD2 LYS A 899       0.939 -18.039 -10.700  1.00 64.90           H  \\nATOM    199  HE3 LYS A 899       0.570 -16.395 -12.579  1.00 74.92           H  \\nATOM    200  HE2 LYS A 899       1.622 -17.344 -13.608  1.00 74.92           H  \\nATOM    201  HZ1 LYS A 899       2.755 -15.539 -12.651  1.00 84.51           H  \\nATOM    202  HZ2 LYS A 899       2.411 -16.027 -11.108  1.00 84.51           H  \\nATOM    203  HZ3 LYS A 899       3.406 -16.938 -12.065  1.00 84.51           H  \\nATOM    204  N   ILE A 900      -2.473 -20.796 -14.207  1.00 41.32           N  \\nATOM    205  CA  ILE A 900      -2.604 -21.076 -15.636  1.00 41.22           C  \\nATOM    206  C   ILE A 900      -1.686 -20.142 -16.451  1.00 44.92           C  \\nATOM    207  O   ILE A 900      -0.918 -20.640 -17.272  1.00 45.41           O  \\nATOM    208  CB  ILE A 900      -4.078 -20.931 -16.133  1.00 44.36           C  \\nATOM    209  CG1 ILE A 900      -5.025 -21.868 -15.338  1.00 45.50           C  \\nATOM    210  CG2 ILE A 900      -4.224 -21.186 -17.654  1.00 46.17           C  \\nATOM    211  CD1 ILE A 900      -6.527 -21.664 -15.604  1.00 56.14           C  \\nATOM    212  H   ILE A 900      -3.010 -20.012 -13.856  1.00 41.32           H  \\nATOM    213  HA  ILE A 900      -2.293 -22.103 -15.839  1.00 41.22           H  \\nATOM    214  HB  ILE A 900      -4.399 -19.906 -15.939  1.00 44.36           H  \\nATOM    215 HG13 ILE A 900      -4.869 -21.739 -14.267  1.00 45.50           H  \\nATOM    216 HG12 ILE A 900      -4.762 -22.906 -15.546  1.00 45.50           H  \\nATOM    217 HG21 ILE A 900      -5.257 -21.102 -17.988  1.00 46.17           H  \\nATOM    218 HG22 ILE A 900      -3.655 -20.476 -18.252  1.00 46.17           H  \\nATOM    219 HG23 ILE A 900      -3.880 -22.187 -17.914  1.00 46.17           H  \\nATOM    220 HD11 ILE A 900      -6.981 -22.574 -15.996  1.00 56.14           H  \\nATOM    221 HD12 ILE A 900      -7.057 -21.403 -14.689  1.00 56.14           H  \\nATOM    222 HD13 ILE A 900      -6.724 -20.869 -16.318  1.00 56.14           H  \\nATOM    223  N   ARG A 901      -1.769 -18.822 -16.202  1.00 40.97           N  \\nATOM    224  CA  ARG A 901      -0.997 -17.785 -16.899  1.00 41.13           C  \\nATOM    225  C   ARG A 901      -1.153 -16.426 -16.197  1.00 44.46           C  \\nATOM    226  O   ARG A 901      -2.028 -16.266 -15.349  1.00 43.07           O  \\nATOM    227  CB  ARG A 901      -1.415 -17.689 -18.393  1.00 41.29           C  \\nATOM    228  CG  ARG A 901      -2.893 -17.330 -18.655  1.00 52.38           C  \\nATOM    229  CD  ARG A 901      -3.184 -17.151 -20.154  1.00 59.92           C  \\nATOM    230  NE  ARG A 901      -4.626 -17.047 -20.439  1.00 68.07           N  \\nATOM    231  CZ  ARG A 901      -5.470 -18.056 -20.731  1.00 83.41           C  \\nATOM    232  NH1 ARG A 901      -5.064 -19.333 -20.802  1.00 64.57           N  \\nATOM    233  NH2 ARG A 901      -6.760 -17.779 -20.958  1.00 77.22           N1+\\nATOM    234  H   ARG A 901      -2.406 -18.484 -15.493  1.00 40.97           H  \\nATOM    235  HA  ARG A 901       0.058 -18.059 -16.843  1.00 41.13           H  \\nATOM    236  HB3 ARG A 901      -1.194 -18.631 -18.895  1.00 41.29           H  \\nATOM    237  HB2 ARG A 901      -0.782 -16.954 -18.894  1.00 41.29           H  \\nATOM    238  HG3 ARG A 901      -3.069 -16.365 -18.179  1.00 52.38           H  \\nATOM    239  HG2 ARG A 901      -3.588 -18.026 -18.182  1.00 52.38           H  \\nATOM    240  HD3 ARG A 901      -2.658 -17.871 -20.782  1.00 59.92           H  \\nATOM    241  HD2 ARG A 901      -2.800 -16.172 -20.446  1.00 59.92           H  \\nATOM    242  HE  ARG A 901      -5.007 -16.113 -20.381  1.00 68.07           H  \\nATOM    243 HH12 ARG A 901      -5.714 -20.071 -21.028  1.00 64.57           H  \\nATOM    244 HH11 ARG A 901      -4.093 -19.560 -20.642  1.00 64.57           H  \\nATOM    245 HH22 ARG A 901      -7.411 -18.517 -21.182  1.00 77.22           H  \\nATOM    246 HH21 ARG A 901      -7.103 -16.830 -20.897  1.00 77.22           H  \\nATOM    247  N   ASP A 902      -0.327 -15.455 -16.617  1.00 41.92           N  \\nATOM    248  CA  ASP A 902      -0.466 -14.033 -16.281  1.00 41.86           C  \\nATOM    249  C   ASP A 902      -1.534 -13.379 -17.179  1.00 43.46           C  \\nATOM    250  O   ASP A 902      -1.649 -13.756 -18.347  1.00 42.68           O  \\nATOM    251  CB  ASP A 902       0.870 -13.255 -16.417  1.00 46.10           C  \\nATOM    252  CG  ASP A 902       2.075 -13.816 -15.638  1.00 63.12           C  \\nATOM    253  OD1 ASP A 902       1.868 -14.510 -14.618  1.00 62.46           O  \\nATOM    254  OD2 ASP A 902       3.207 -13.412 -15.980  1.00 75.36           O1-\\nATOM    255  H   ASP A 902       0.372 -15.668 -17.314  1.00 41.92           H  \\nATOM    256  HA  ASP A 902      -0.795 -13.952 -15.245  1.00 41.86           H  \\nATOM    257  HB3 ASP A 902       0.722 -12.227 -16.081  1.00 46.10           H  \\nATOM    258  HB2 ASP A 902       1.153 -13.205 -17.470  1.00 46.10           H  \\nATOM    259  N   LEU A 903      -2.271 -12.398 -16.628  1.00 39.42           N  \\nATOM    260  CA  LEU A 903      -3.273 -11.609 -17.359  1.00 38.97           C  \\nATOM    261  C   LEU A 903      -2.810 -10.164 -17.625  1.00 45.51           C  \\nATOM    262  O   LEU A 903      -3.374  -9.534 -18.520  1.00 47.25           O  \\nATOM    263  CB  LEU A 903      -4.619 -11.607 -16.593  1.00 37.74           C  \\nATOM    264  CG  LEU A 903      -5.296 -12.990 -16.448  1.00 40.14           C  \\nATOM    265  CD1 LEU A 903      -6.586 -12.886 -15.603  1.00 39.42           C  \\nATOM    266  CD2 LEU A 903      -5.545 -13.682 -17.807  1.00 39.39           C  \\nATOM    267  H   LEU A 903      -2.124 -12.142 -15.660  1.00 39.42           H  \\nATOM    268  HA  LEU A 903      -3.440 -12.040 -18.346  1.00 38.97           H  \\nATOM    269  HB3 LEU A 903      -5.320 -10.938 -17.097  1.00 37.74           H  \\nATOM    270  HB2 LEU A 903      -4.461 -11.178 -15.603  1.00 37.74           H  \\nATOM    271  HG  LEU A 903      -4.609 -13.626 -15.891  1.00 40.14           H  \\nATOM    272 HD11 LEU A 903      -7.473 -13.231 -16.134  1.00 39.42           H  \\nATOM    273 HD12 LEU A 903      -6.505 -13.482 -14.694  1.00 39.42           H  \\nATOM    274 HD13 LEU A 903      -6.792 -11.860 -15.296  1.00 39.42           H  \\nATOM    275 HD21 LEU A 903      -6.525 -14.154 -17.871  1.00 39.39           H  \\nATOM    276 HD22 LEU A 903      -5.480 -12.984 -18.642  1.00 39.39           H  \\nATOM    277 HD23 LEU A 903      -4.806 -14.466 -17.979  1.00 39.39           H  \\nATOM    278  N   GLY A 904      -1.802  -9.669 -16.884  1.00 41.87           N  \\nATOM    279  CA  GLY A 904      -1.253  -8.324 -17.054  1.00 43.49           C  \\nATOM    280  C   GLY A 904      -1.005  -7.670 -15.690  1.00 48.38           C  \\nATOM    281  O   GLY A 904      -1.010  -8.335 -14.653  1.00 47.59           O  \\nATOM    282  H   GLY A 904      -1.396 -10.235 -16.152  1.00 41.87           H  \\nATOM    283  HA3 GLY A 904      -1.915  -7.681 -17.638  1.00 43.49           H  \\nATOM    284  HA2 GLY A 904      -0.308  -8.393 -17.594  1.00 43.49           H  \\nATOM    285  N   GLU A 905      -0.757  -6.351 -15.724  1.00 46.73           N  \\nATOM    286  CA  GLU A 905      -0.417  -5.520 -14.569  1.00 47.46           C  \\nATOM    287  C   GLU A 905      -1.527  -4.496 -14.305  1.00 51.67           C  \\nATOM    288  O   GLU A 905      -1.856  -3.713 -15.197  1.00 51.35           O  \\nATOM    289  CB  GLU A 905       0.926  -4.797 -14.834  1.00 51.27           C  \\nATOM    290  CG  GLU A 905       2.146  -5.732 -15.018  1.00 66.56           C  \\nATOM    291  CD  GLU A 905       2.576  -6.520 -13.769  1.00 94.70           C  \\nATOM    292  OE1 GLU A 905       2.395  -6.005 -12.643  1.00 96.75           O  \\nATOM    293  OE2 GLU A 905       3.103  -7.639 -13.964  1.00 86.75           O1-\\nATOM    294  H   GLU A 905      -0.773  -5.869 -16.611  1.00 46.73           H  \\nATOM    295  HA  GLU A 905      -0.307  -6.133 -13.677  1.00 47.46           H  \\nATOM    296  HB3 GLU A 905       1.125  -4.080 -14.036  1.00 51.27           H  \\nATOM    297  HB2 GLU A 905       0.832  -4.191 -15.737  1.00 51.27           H  \\nATOM    298  HG3 GLU A 905       3.002  -5.131 -15.326  1.00 66.56           H  \\nATOM    299  HG2 GLU A 905       1.960  -6.422 -15.843  1.00 66.56           H  \\nATOM    300  N   GLY A 906      -2.038  -4.492 -13.063  1.00 48.81           N  \\nATOM    301  CA  GLY A 906      -2.898  -3.437 -12.529  1.00 50.44           C  \\nATOM    302  C   GLY A 906      -2.033  -2.425 -11.758  1.00 59.13           C  \\nATOM    303  O   GLY A 906      -0.802  -2.468 -11.826  1.00 59.62           O  \\nATOM    304  H   GLY A 906      -1.693  -5.164 -12.391  1.00 48.81           H  \\nATOM    305  HA3 GLY A 906      -3.632  -3.885 -11.863  1.00 50.44           H  \\nATOM    306  HA2 GLY A 906      -3.453  -2.925 -13.317  1.00 50.44           H  \\nATOM    307  N   HIS A 907      -2.685  -1.495 -11.037  1.00 58.87           N  \\nATOM    308  CA  HIS A 907      -2.024  -0.392 -10.326  1.00 61.58           C  \\nATOM    309  C   HIS A 907      -1.031  -0.830  -9.225  1.00 65.75           C  \\nATOM    310  O   HIS A 907       0.140  -0.461  -9.313  1.00 67.01           O  \\nATOM    311  CB  HIS A 907      -3.071   0.615  -9.806  1.00 64.07           C  \\nATOM    312  CG  HIS A 907      -2.464   1.855  -9.191  1.00 71.10           C  \\nATOM    313  ND1 HIS A 907      -2.421   2.072  -7.824  1.00 74.01           N  \\nATOM    314  CD2 HIS A 907      -1.844   2.946  -9.759  1.00 75.68           C  \\nATOM    315  CE1 HIS A 907      -1.781   3.227  -7.629  1.00 76.67           C  \\nATOM    316  NE2 HIS A 907      -1.401   3.813  -8.758  1.00 78.22           N  \\nATOM    317  H   HIS A 907      -3.695  -1.465 -11.060  1.00 58.87           H  \\nATOM    318  HA  HIS A 907      -1.436   0.136 -11.080  1.00 61.58           H  \\nATOM    319  HB3 HIS A 907      -3.722   0.137  -9.074  1.00 64.07           H  \\nATOM    320  HB2 HIS A 907      -3.717   0.935 -10.625  1.00 64.07           H  \\nATOM    321  HD1 HIS A 907      -2.801   1.473  -7.103  1.00 74.01           H  \\nATOM    322  HD2 HIS A 907      -1.664   3.165 -10.801  1.00 75.68           H  \\nATOM    323  HE1 HIS A 907      -1.598   3.647  -6.651  1.00 76.67           H  \\nATOM    324  N   PHE A 908      -1.500  -1.593  -8.220  1.00 61.05           N  \\nATOM    325  CA  PHE A 908      -0.670  -2.041  -7.090  1.00 61.65           C  \\nATOM    326  C   PHE A 908       0.158  -3.312  -7.352  1.00 63.63           C  \\nATOM    327  O   PHE A 908       1.051  -3.603  -6.555  1.00 65.29           O  \\nATOM    328  CB  PHE A 908      -1.529  -2.186  -5.816  1.00 63.30           C  \\nATOM    329  CG  PHE A 908      -2.026  -0.870  -5.245  1.00 67.27           C  \\nATOM    330  CD1 PHE A 908      -1.113   0.118  -4.816  1.00 73.63           C  \\nATOM    331  CD2 PHE A 908      -3.407  -0.616  -5.143  1.00 68.80           C  \\nATOM    332  CE1 PHE A 908      -1.582   1.333  -4.333  1.00 76.93           C  \\nATOM    333  CE2 PHE A 908      -3.854   0.595  -4.639  1.00 73.69           C  \\nATOM    334  CZ  PHE A 908      -2.947   1.573  -4.254  1.00 75.01           C  \\nATOM    335  H   PHE A 908      -2.475  -1.851  -8.194  1.00 61.05           H  \\nATOM    336  HA  PHE A 908       0.075  -1.268  -6.889  1.00 61.65           H  \\nATOM    337  HB3 PHE A 908      -0.967  -2.687  -5.026  1.00 63.30           H  \\nATOM    338  HB2 PHE A 908      -2.382  -2.833  -6.027  1.00 63.30           H  \\nATOM    339  HD1 PHE A 908      -0.050  -0.062  -4.872  1.00 73.63           H  \\nATOM    340  HD2 PHE A 908      -4.123  -1.361  -5.449  1.00 68.80           H  \\nATOM    341  HE1 PHE A 908      -0.886   2.096  -4.018  1.00 76.93           H  \\nATOM    342  HE2 PHE A 908      -4.914   0.778  -4.550  1.00 73.69           H  \\nATOM    343  HZ  PHE A 908      -3.306   2.520  -3.880  1.00 75.01           H  \\nATOM    344  N   GLY A 909      -0.118  -4.030  -8.451  1.00 56.05           N  \\nATOM    345  CA  GLY A 909       0.641  -5.220  -8.813  1.00 53.59           C  \\nATOM    346  C   GLY A 909      -0.135  -6.069  -9.822  1.00 52.99           C  \\nATOM    347  O   GLY A 909      -1.181  -5.674 -10.342  1.00 51.95           O  \\nATOM    348  H   GLY A 909      -0.847  -3.737  -9.086  1.00 56.05           H  \\nATOM    349  HA3 GLY A 909       0.870  -5.821  -7.931  1.00 53.59           H  \\nATOM    350  HA2 GLY A 909       1.590  -4.917  -9.258  1.00 53.59           H  \\nATOM    351  N   LYS A 910       0.446  -7.242 -10.114  1.00 47.39           N  \\nATOM    352  CA  LYS A 910       0.039  -8.174 -11.161  1.00 44.86           C  \\nATOM    353  C   LYS A 910      -1.302  -8.879 -10.907  1.00 43.37           C  \\nATOM    354  O   LYS A 910      -1.655  -9.140  -9.759  1.00 42.02           O  \\nATOM    355  CB  LYS A 910       1.174  -9.198 -11.371  1.00 48.19           C  \\nATOM    356  CG  LYS A 910       1.463 -10.135 -10.177  1.00 70.18           C  \\nATOM    357  CD  LYS A 910       2.696 -11.044 -10.355  1.00 80.07           C  \\nATOM    358  CE  LYS A 910       2.500 -12.254 -11.290  1.00 90.27           C  \\nATOM    359  NZ  LYS A 910       2.509 -11.895 -12.720  1.00 99.37           N1+\\nATOM    360  H   LYS A 910       1.299  -7.487  -9.634  1.00 47.39           H  \\nATOM    361  HA  LYS A 910      -0.058  -7.598 -12.079  1.00 44.86           H  \\nATOM    362  HB3 LYS A 910       2.088  -8.663 -11.624  1.00 48.19           H  \\nATOM    363  HB2 LYS A 910       0.918  -9.787 -12.250  1.00 48.19           H  \\nATOM    364  HG3 LYS A 910       0.595 -10.759  -9.970  1.00 70.18           H  \\nATOM    365  HG2 LYS A 910       1.611  -9.535  -9.280  1.00 70.18           H  \\nATOM    366  HD3 LYS A 910       2.986 -11.415  -9.371  1.00 80.07           H  \\nATOM    367  HD2 LYS A 910       3.543 -10.445 -10.692  1.00 80.07           H  \\nATOM    368  HE3 LYS A 910       1.575 -12.777 -11.046  1.00 90.27           H  \\nATOM    369  HE2 LYS A 910       3.311 -12.965 -11.133  1.00 90.27           H  \\nATOM    370  HZ1 LYS A 910       1.759 -11.248 -12.914  1.00 99.37           H  \\nATOM    371  HZ2 LYS A 910       3.388 -11.459 -12.961  1.00 99.37           H  \\nATOM    372  HZ3 LYS A 910       2.383 -12.725 -13.287  1.00 99.37           H  \\nATOM    373  N   VAL A 911      -1.971  -9.225 -12.016  1.00 37.15           N  \\nATOM    374  CA  VAL A 911      -3.138 -10.101 -12.065  1.00 34.94           C  \\nATOM    375  C   VAL A 911      -2.732 -11.374 -12.827  1.00 36.97           C  \\nATOM    376  O   VAL A 911      -2.030 -11.287 -13.838  1.00 35.74           O  \\nATOM    377  CB  VAL A 911      -4.323  -9.449 -12.832  1.00 38.64           C  \\nATOM    378  CG1 VAL A 911      -5.604 -10.312 -12.836  1.00 37.50           C  \\nATOM    379  CG2 VAL A 911      -4.665  -8.046 -12.301  1.00 39.45           C  \\nATOM    380  H   VAL A 911      -1.594  -8.964 -12.919  1.00 37.15           H  \\nATOM    381  HA  VAL A 911      -3.461 -10.380 -11.067  1.00 34.94           H  \\nATOM    382  HB  VAL A 911      -4.013  -9.331 -13.869  1.00 38.64           H  \\nATOM    383 HG11 VAL A 911      -6.413  -9.808 -13.365  1.00 37.50           H  \\nATOM    384 HG12 VAL A 911      -5.459 -11.273 -13.327  1.00 37.50           H  \\nATOM    385 HG13 VAL A 911      -5.949 -10.509 -11.820  1.00 37.50           H  \\nATOM    386 HG21 VAL A 911      -5.489  -7.603 -12.859  1.00 39.45           H  \\nATOM    387 HG22 VAL A 911      -4.967  -8.091 -11.259  1.00 39.45           H  \\nATOM    388 HG23 VAL A 911      -3.822  -7.359 -12.381  1.00 39.45           H  \\nATOM    389  N   SER A 912      -3.188 -12.530 -12.325  1.00 32.82           N  \\nATOM    390  CA  SER A 912      -2.920 -13.839 -12.909  1.00 32.44           C  \\nATOM    391  C   SER A 912      -4.187 -14.693 -12.861  1.00 36.01           C  \\nATOM    392  O   SER A 912      -4.950 -14.617 -11.899  1.00 34.87           O  \\nATOM    393  CB  SER A 912      -1.780 -14.527 -12.136  1.00 36.04           C  \\nATOM    394  OG  SER A 912      -0.549 -13.884 -12.379  1.00 45.71           O  \\nATOM    395  H   SER A 912      -3.765 -12.527 -11.494  1.00 32.82           H  \\nATOM    396  HA  SER A 912      -2.642 -13.737 -13.958  1.00 32.44           H  \\nATOM    397  HB3 SER A 912      -1.683 -15.572 -12.436  1.00 36.04           H  \\nATOM    398  HB2 SER A 912      -1.975 -14.516 -11.066  1.00 36.04           H  \\nATOM    399  HG  SER A 912      -0.594 -13.012 -11.977  1.00 45.71           H  \\nATOM    400  N   LEU A 913      -4.360 -15.518 -13.900  1.00 32.94           N  \\nATOM    401  CA  LEU A 913      -5.421 -16.505 -14.016  1.00 32.73           C  \\nATOM    402  C   LEU A 913      -5.002 -17.794 -13.295  1.00 36.98           C  \\nATOM    403  O   LEU A 913      -3.924 -18.324 -13.568  1.00 35.71           O  \\nATOM    404  CB  LEU A 913      -5.708 -16.725 -15.517  1.00 33.31           C  \\nATOM    405  CG  LEU A 913      -6.770 -17.793 -15.857  1.00 38.67           C  \\nATOM    406  CD1 LEU A 913      -8.125 -17.524 -15.168  1.00 39.26           C  \\nATOM    407  CD2 LEU A 913      -6.897 -17.945 -17.387  1.00 40.96           C  \\nATOM    408  H   LEU A 913      -3.653 -15.554 -14.623  1.00 32.94           H  \\nATOM    409  HA  LEU A 913      -6.319 -16.103 -13.545  1.00 32.73           H  \\nATOM    410  HB3 LEU A 913      -4.776 -16.989 -16.019  1.00 33.31           H  \\nATOM    411  HB2 LEU A 913      -6.024 -15.778 -15.951  1.00 33.31           H  \\nATOM    412  HG  LEU A 913      -6.411 -18.748 -15.479  1.00 38.67           H  \\nATOM    413 HD11 LEU A 913      -8.969 -17.675 -15.835  1.00 39.26           H  \\nATOM    414 HD12 LEU A 913      -8.270 -18.198 -14.324  1.00 39.26           H  \\nATOM    415 HD13 LEU A 913      -8.203 -16.505 -14.788  1.00 39.26           H  \\nATOM    416 HD21 LEU A 913      -6.656 -18.960 -17.702  1.00 40.96           H  \\nATOM    417 HD22 LEU A 913      -7.896 -17.721 -17.755  1.00 40.96           H  \\nATOM    418 HD23 LEU A 913      -6.216 -17.279 -17.917  1.00 40.96           H  \\nATOM    419  N   TYR A 914      -5.887 -18.270 -12.410  1.00 34.34           N  \\nATOM    420  CA  TYR A 914      -5.761 -19.522 -11.672  1.00 35.26           C  \\nATOM    421  C   TYR A 914      -7.035 -20.352 -11.864  1.00 40.97           C  \\nATOM    422  O   TYR A 914      -8.122 -19.790 -11.984  1.00 41.41           O  \\nATOM    423  CB  TYR A 914      -5.585 -19.230 -10.167  1.00 36.25           C  \\nATOM    424  CG  TYR A 914      -4.258 -18.632  -9.738  1.00 37.55           C  \\nATOM    425  CD1 TYR A 914      -3.251 -19.461  -9.207  1.00 41.10           C  \\nATOM    426  CD2 TYR A 914      -4.046 -17.242  -9.800  1.00 37.73           C  \\nATOM    427  CE1 TYR A 914      -2.054 -18.909  -8.717  1.00 42.72           C  \\nATOM    428  CE2 TYR A 914      -2.845 -16.686  -9.315  1.00 39.24           C  \\nATOM    429  CZ  TYR A 914      -1.847 -17.519  -8.776  1.00 49.59           C  \\nATOM    430  OH  TYR A 914      -0.685 -16.979  -8.308  1.00 54.45           O  \\nATOM    431  H   TYR A 914      -6.749 -17.762 -12.251  1.00 34.34           H  \\nATOM    432  HA  TYR A 914      -4.909 -20.094 -12.040  1.00 35.26           H  \\nATOM    433  HB3 TYR A 914      -5.705 -20.158  -9.605  1.00 36.25           H  \\nATOM    434  HB2 TYR A 914      -6.386 -18.578  -9.817  1.00 36.25           H  \\nATOM    435  HD1 TYR A 914      -3.405 -20.526  -9.149  1.00 41.10           H  \\nATOM    436  HD2 TYR A 914      -4.816 -16.599 -10.198  1.00 37.73           H  \\nATOM    437  HE1 TYR A 914      -1.299 -19.558  -8.297  1.00 42.72           H  \\nATOM    438  HE2 TYR A 914      -2.701 -15.617  -9.335  1.00 39.24           H  \\nATOM    439  HH  TYR A 914      -0.088 -17.635  -7.941  1.00 54.45           H  \\nATOM    440  N   CYS A 915      -6.871 -21.680 -11.807  1.00 39.05           N  \\nATOM    441  CA  CYS A 915      -7.950 -22.649 -11.663  1.00 40.20           C  \\nATOM    442  C   CYS A 915      -7.988 -23.052 -10.181  1.00 43.77           C  \\nATOM    443  O   CYS A 915      -7.093 -23.769  -9.728  1.00 43.29           O  \\nATOM    444  CB  CYS A 915      -7.745 -23.856 -12.604  1.00 41.99           C  \\nATOM    445  SG  CYS A 915      -9.062 -25.098 -12.432  1.00 48.59           S  \\nATOM    446  H   CYS A 915      -5.935 -22.054 -11.712  1.00 39.05           H  \\nATOM    447  HA  CYS A 915      -8.905 -22.191 -11.927  1.00 40.20           H  \\nATOM    448  HB3 CYS A 915      -6.786 -24.339 -12.412  1.00 41.99           H  \\nATOM    449  HB2 CYS A 915      -7.727 -23.525 -13.642  1.00 41.99           H  \\nATOM    450  HG  CYS A 915     -10.049 -24.342 -12.923  1.00 48.59           H  \\nATOM    451  N   TYR A 916      -9.007 -22.565  -9.452  1.00 39.62           N  \\nATOM    452  CA  TYR A 916      -9.266 -22.950  -8.066  1.00 39.96           C  \\nATOM    453  C   TYR A 916      -9.955 -24.317  -8.054  1.00 45.20           C  \\nATOM    454  O   TYR A 916     -11.103 -24.411  -8.485  1.00 45.42           O  \\nATOM    455  CB  TYR A 916     -10.123 -21.883  -7.362  1.00 40.18           C  \\nATOM    456  CG  TYR A 916     -10.338 -22.159  -5.882  1.00 41.11           C  \\nATOM    457  CD1 TYR A 916      -9.235 -22.141  -5.005  1.00 41.72           C  \\nATOM    458  CD2 TYR A 916     -11.625 -22.431  -5.372  1.00 43.06           C  \\nATOM    459  CE1 TYR A 916      -9.421 -22.339  -3.626  1.00 42.69           C  \\nATOM    460  CE2 TYR A 916     -11.807 -22.654  -3.991  1.00 44.62           C  \\nATOM    461  CZ  TYR A 916     -10.704 -22.596  -3.116  1.00 47.56           C  \\nATOM    462  OH  TYR A 916     -10.866 -22.784  -1.774  1.00 49.11           O  \\nATOM    463  H   TYR A 916      -9.717 -21.999  -9.899  1.00 39.62           H  \\nATOM    464  HA  TYR A 916      -8.313 -23.020  -7.541  1.00 39.96           H  \\nATOM    465  HB3 TYR A 916     -11.089 -21.777  -7.861  1.00 40.18           H  \\nATOM    466  HB2 TYR A 916      -9.641 -20.909  -7.450  1.00 40.18           H  \\nATOM    467  HD1 TYR A 916      -8.244 -21.965  -5.390  1.00 41.72           H  \\nATOM    468  HD2 TYR A 916     -12.478 -22.459  -6.035  1.00 43.06           H  \\nATOM    469  HE1 TYR A 916      -8.578 -22.297  -2.958  1.00 42.69           H  \\nATOM    470  HE2 TYR A 916     -12.797 -22.853  -3.609  1.00 44.62           H  \\nATOM    471  HH  TYR A 916     -11.780 -22.931  -1.519  1.00 49.11           H  \\nATOM    472  N   ASP A 917      -9.224 -25.343  -7.600  1.00 46.60           N  \\nATOM    473  CA  ASP A 917      -9.548 -26.742  -7.857  1.00 48.33           C  \\nATOM    474  C   ASP A 917      -9.310 -27.589  -6.586  1.00 54.57           C  \\nATOM    475  O   ASP A 917      -8.280 -28.261  -6.507  1.00 54.85           O  \\nATOM    476  CB  ASP A 917      -8.720 -27.202  -9.088  1.00 50.11           C  \\nATOM    477  CG  ASP A 917      -8.948 -28.619  -9.626  1.00 62.07           C  \\nATOM    478  OD1 ASP A 917     -10.074 -29.144  -9.481  1.00 63.23           O  \\nATOM    479  OD2 ASP A 917      -8.018 -29.099 -10.308  1.00 69.60           O1-\\nATOM    480  H   ASP A 917      -8.291 -25.168  -7.248  1.00 46.60           H  \\nATOM    481  HA  ASP A 917     -10.604 -26.840  -8.110  1.00 48.33           H  \\nATOM    482  HB3 ASP A 917      -7.660 -27.061  -8.876  1.00 50.11           H  \\nATOM    483  HB2 ASP A 917      -8.925 -26.518  -9.911  1.00 50.11           H  \\nATOM    484  N   PRO A 918     -10.233 -27.531  -5.592  1.00 52.47           N  \\nATOM    485  CA  PRO A 918     -10.097 -28.298  -4.337  1.00 54.47           C  \\nATOM    486  C   PRO A 918     -10.108 -29.832  -4.468  1.00 61.35           C  \\nATOM    487  O   PRO A 918      -9.390 -30.493  -3.718  1.00 62.40           O  \\nATOM    488  CB  PRO A 918     -11.249 -27.795  -3.449  1.00 56.45           C  \\nATOM    489  CG  PRO A 918     -11.619 -26.442  -4.028  1.00 58.90           C  \\nATOM    490  CD  PRO A 918     -11.398 -26.646  -5.519  1.00 53.43           C  \\nATOM    491  HA  PRO A 918      -9.154 -28.002  -3.890  1.00 54.47           H  \\nATOM    492  HB3 PRO A 918     -10.970 -27.730  -2.397  1.00 56.45           H  \\nATOM    493  HB2 PRO A 918     -12.112 -28.460  -3.518  1.00 56.45           H  \\nATOM    494  HG3 PRO A 918     -10.924 -25.686  -3.658  1.00 58.90           H  \\nATOM    495  HG2 PRO A 918     -12.631 -26.122  -3.778  1.00 58.90           H  \\nATOM    496  HD2 PRO A 918     -12.253 -27.150  -5.969  1.00 53.43           H  \\nATOM    497  HD3 PRO A 918     -11.278 -25.684  -6.008  1.00 53.43           H  \\nATOM    498  N   THR A 919     -10.909 -30.361  -5.407  1.00 59.02           N  \\nATOM    499  CA  THR A 919     -11.072 -31.799  -5.649  1.00 61.06           C  \\nATOM    500  C   THR A 919      -9.985 -32.394  -6.578  1.00 66.39           C  \\nATOM    501  O   THR A 919      -9.864 -33.618  -6.624  1.00 67.71           O  \\nATOM    502  CB  THR A 919     -12.460 -32.093  -6.275  1.00 69.24           C  \\nATOM    503  OG1 THR A 919     -12.585 -31.469  -7.533  1.00 68.64           O  \\nATOM    504  CG2 THR A 919     -13.638 -31.637  -5.400  1.00 68.24           C  \\nATOM    505  H   THR A 919     -11.466 -29.756  -5.994  1.00 59.02           H  \\nATOM    506  HA  THR A 919     -11.011 -32.326  -4.695  1.00 61.06           H  \\nATOM    507  HB  THR A 919     -12.561 -33.168  -6.437  1.00 69.24           H  \\nATOM    508  HG1 THR A 919     -13.251 -31.932  -8.052  1.00 68.64           H  \\nATOM    509 HG21 THR A 919     -14.591 -31.908  -5.855  1.00 68.24           H  \\nATOM    510 HG22 THR A 919     -13.598 -32.106  -4.417  1.00 68.24           H  \\nATOM    511 HG23 THR A 919     -13.640 -30.556  -5.253  1.00 68.24           H  \\nATOM    512  N   ASN A 920      -9.199 -31.539  -7.261  1.00 62.42           N  \\nATOM    513  CA  ASN A 920      -8.037 -31.885  -8.094  1.00 62.48           C  \\nATOM    514  C   ASN A 920      -8.379 -32.616  -9.418  1.00 68.30           C  \\nATOM    515  O   ASN A 920      -7.483 -33.225 -10.005  1.00 68.75           O  \\nATOM    516  CB  ASN A 920      -6.961 -32.649  -7.260  1.00 64.50           C  \\nATOM    517  CG  ASN A 920      -5.483 -32.372  -7.591  1.00 90.28           C  \\nATOM    518  OD1 ASN A 920      -4.611 -32.755  -6.815  1.00 80.74           O  \\nATOM    519  ND2 ASN A 920      -5.167 -31.729  -8.718  1.00 86.67           N  \\nATOM    520  H   ASN A 920      -9.390 -30.550  -7.183  1.00 62.42           H  \\nATOM    521  HA  ASN A 920      -7.608 -30.945  -8.433  1.00 62.48           H  \\nATOM    522  HB3 ASN A 920      -7.149 -33.724  -7.262  1.00 64.50           H  \\nATOM    523  HB2 ASN A 920      -7.058 -32.342  -6.217  1.00 64.50           H  \\nATOM    524 HD22 ASN A 920      -4.198 -31.571  -8.954  1.00 86.67           H  \\nATOM    525 HD21 ASN A 920      -5.888 -31.454  -9.372  1.00 86.67           H  \\nATOM    526  N   ASP A 921      -9.638 -32.539  -9.885  1.00 65.11           N  \\nATOM    527  CA  ASP A 921     -10.110 -33.196 -11.116  1.00 65.45           C  \\nATOM    528  C   ASP A 921      -9.985 -32.313 -12.380  1.00 68.10           C  \\nATOM    529  O   ASP A 921     -10.142 -32.837 -13.482  1.00 68.54           O  \\nATOM    530  CB  ASP A 921     -11.542 -33.785 -10.972  1.00 68.72           C  \\nATOM    531  CG  ASP A 921     -12.662 -32.858 -10.464  1.00 75.04           C  \\nATOM    532  OD1 ASP A 921     -12.517 -31.619 -10.549  1.00 72.94           O  \\nATOM    533  OD2 ASP A 921     -13.716 -33.411 -10.080  1.00 81.22           O1-\\nATOM    534  H   ASP A 921     -10.326 -31.995  -9.382  1.00 65.11           H  \\nATOM    535  HA  ASP A 921      -9.464 -34.056 -11.306  1.00 65.45           H  \\nATOM    536  HB3 ASP A 921     -11.484 -34.629 -10.282  1.00 68.72           H  \\nATOM    537  HB2 ASP A 921     -11.865 -34.214 -11.922  1.00 68.72           H  \\nATOM    538  N   GLY A 922      -9.711 -31.008 -12.210  1.00 62.38           N  \\nATOM    539  CA  GLY A 922      -9.551 -30.041 -13.297  1.00 60.09           C  \\nATOM    540  C   GLY A 922     -10.863 -29.330 -13.668  1.00 63.42           C  \\nATOM    541  O   GLY A 922     -10.834 -28.480 -14.557  1.00 62.74           O  \\nATOM    542  H   GLY A 922      -9.599 -30.648 -11.270  1.00 62.38           H  \\nATOM    543  HA3 GLY A 922      -9.136 -30.518 -14.186  1.00 60.09           H  \\nATOM    544  HA2 GLY A 922      -8.828 -29.287 -12.986  1.00 60.09           H  \\nATOM    545  N   THR A 923     -11.995 -29.645 -13.011  1.00 59.47           N  \\nATOM    546  CA  THR A 923     -13.310 -29.037 -13.264  1.00 58.79           C  \\nATOM    547  C   THR A 923     -13.573 -27.766 -12.417  1.00 58.95           C  \\nATOM    548  O   THR A 923     -14.667 -27.206 -12.506  1.00 58.00           O  \\nATOM    549  CB  THR A 923     -14.472 -30.055 -13.053  1.00 71.45           C  \\nATOM    550  OG1 THR A 923     -14.846 -30.240 -11.699  1.00 74.26           O  \\nATOM    551  CG2 THR A 923     -14.234 -31.420 -13.720  1.00 71.82           C  \\nATOM    552  H   THR A 923     -11.966 -30.341 -12.275  1.00 59.47           H  \\nATOM    553  HA  THR A 923     -13.355 -28.722 -14.308  1.00 58.79           H  \\nATOM    554  HB  THR A 923     -15.355 -29.634 -13.535  1.00 71.45           H  \\nATOM    555  HG1 THR A 923     -14.145 -30.727 -11.249  1.00 74.26           H  \\nATOM    556 HG21 THR A 923     -15.102 -32.069 -13.603  1.00 71.82           H  \\nATOM    557 HG22 THR A 923     -14.051 -31.305 -14.788  1.00 71.82           H  \\nATOM    558 HG23 THR A 923     -13.377 -31.943 -13.294  1.00 71.82           H  \\nATOM    559  N   GLY A 924     -12.571 -27.323 -11.637  1.00 53.95           N  \\nATOM    560  CA  GLY A 924     -12.623 -26.151 -10.763  1.00 52.08           C  \\nATOM    561  C   GLY A 924     -12.788 -24.830 -11.535  1.00 53.45           C  \\nATOM    562  O   GLY A 924     -12.426 -24.728 -12.708  1.00 52.18           O  \\nATOM    563  H   GLY A 924     -11.706 -27.844 -11.632  1.00 53.95           H  \\nATOM    564  HA3 GLY A 924     -11.683 -26.125 -10.215  1.00 52.08           H  \\nATOM    565  HA2 GLY A 924     -13.425 -26.270 -10.033  1.00 52.08           H  \\nATOM    566  N   GLU A 925     -13.324 -23.810 -10.844  1.00 49.00           N  \\nATOM    567  CA  GLU A 925     -13.602 -22.474 -11.376  1.00 47.60           C  \\nATOM    568  C   GLU A 925     -12.333 -21.684 -11.730  1.00 48.02           C  \\nATOM    569  O   GLU A 925     -11.391 -21.647 -10.938  1.00 45.98           O  \\nATOM    570  CB  GLU A 925     -14.441 -21.680 -10.347  1.00 49.51           C  \\nATOM    571  CG  GLU A 925     -15.856 -22.247 -10.096  1.00 66.63           C  \\nATOM    572  CD  GLU A 925     -16.796 -22.122 -11.304  1.00 94.52           C  \\nATOM    573  OE1 GLU A 925     -16.972 -20.979 -11.784  1.00 89.72           O  \\nATOM    574  OE2 GLU A 925     -17.331 -23.170 -11.725  1.00 93.17           O1-\\nATOM    575  H   GLU A 925     -13.590 -23.957  -9.880  1.00 49.00           H  \\nATOM    576  HA  GLU A 925     -14.185 -22.600 -12.290  1.00 47.60           H  \\nATOM    577  HB3 GLU A 925     -14.507 -20.633 -10.646  1.00 49.51           H  \\nATOM    578  HB2 GLU A 925     -13.910 -21.669  -9.394  1.00 49.51           H  \\nATOM    579  HG3 GLU A 925     -16.312 -21.709  -9.264  1.00 66.63           H  \\nATOM    580  HG2 GLU A 925     -15.791 -23.287  -9.773  1.00 66.63           H  \\nATOM    581  N   MET A 926     -12.376 -21.016 -12.893  1.00 43.85           N  \\nATOM    582  CA  MET A 926     -11.372 -20.052 -13.336  1.00 42.46           C  \\nATOM    583  C   MET A 926     -11.611 -18.704 -12.636  1.00 43.50           C  \\nATOM    584  O   MET A 926     -12.731 -18.192 -12.664  1.00 43.72           O  \\nATOM    585  CB  MET A 926     -11.429 -19.907 -14.871  1.00 44.66           C  \\nATOM    586  CG  MET A 926     -11.085 -21.206 -15.622  1.00 50.18           C  \\nATOM    587  SD  MET A 926     -11.210 -21.107 -17.430  1.00 55.18           S  \\nATOM    588  CE  MET A 926      -9.740 -20.126 -17.815  1.00 50.66           C  \\nATOM    589  H   MET A 926     -13.209 -21.073 -13.464  1.00 43.85           H  \\nATOM    590  HA  MET A 926     -10.384 -20.428 -13.070  1.00 42.46           H  \\nATOM    591  HB3 MET A 926     -10.737 -19.124 -15.180  1.00 44.66           H  \\nATOM    592  HB2 MET A 926     -12.419 -19.565 -15.178  1.00 44.66           H  \\nATOM    593  HG3 MET A 926     -11.755 -22.005 -15.304  1.00 50.18           H  \\nATOM    594  HG2 MET A 926     -10.078 -21.532 -15.362  1.00 50.18           H  \\nATOM    595  HE1 MET A 926      -9.634 -20.012 -18.894  1.00 50.66           H  \\nATOM    596  HE2 MET A 926      -9.824 -19.135 -17.376  1.00 50.66           H  \\nATOM    597  HE3 MET A 926      -8.844 -20.609 -17.427  1.00 50.66           H  \\nATOM    598  N   VAL A 927     -10.551 -18.168 -12.017  1.00 36.95           N  \\nATOM    599  CA  VAL A 927     -10.570 -16.927 -11.247  1.00 34.96           C  \\nATOM    600  C   VAL A 927      -9.331 -16.077 -11.575  1.00 36.30           C  \\nATOM    601  O   VAL A 927      -8.232 -16.612 -11.722  1.00 35.86           O  \\nATOM    602  CB  VAL A 927     -10.610 -17.194  -9.711  1.00 39.31           C  \\nATOM    603  CG1 VAL A 927     -11.992 -17.683  -9.251  1.00 40.52           C  \\nATOM    604  CG2 VAL A 927      -9.507 -18.134  -9.180  1.00 39.38           C  \\nATOM    605  H   VAL A 927      -9.662 -18.654 -12.039  1.00 36.95           H  \\nATOM    606  HA  VAL A 927     -11.448 -16.339 -11.522  1.00 34.96           H  \\nATOM    607  HB  VAL A 927     -10.456 -16.236  -9.212  1.00 39.31           H  \\nATOM    608 HG11 VAL A 927     -12.038 -17.771  -8.165  1.00 40.52           H  \\nATOM    609 HG12 VAL A 927     -12.769 -16.982  -9.554  1.00 40.52           H  \\nATOM    610 HG13 VAL A 927     -12.235 -18.658  -9.674  1.00 40.52           H  \\nATOM    611 HG21 VAL A 927      -9.586 -18.255  -8.099  1.00 39.38           H  \\nATOM    612 HG22 VAL A 927      -9.578 -19.128  -9.623  1.00 39.38           H  \\nATOM    613 HG23 VAL A 927      -8.510 -17.750  -9.382  1.00 39.38           H  \\nATOM    614  N   ALA A 928      -9.546 -14.756 -11.667  1.00 33.12           N  \\nATOM    615  CA  ALA A 928      -8.506 -13.752 -11.857  1.00 33.29           C  \\nATOM    616  C   ALA A 928      -8.086 -13.216 -10.483  1.00 37.02           C  \\nATOM    617  O   ALA A 928      -8.817 -12.428  -9.884  1.00 37.68           O  \\nATOM    618  CB  ALA A 928      -9.054 -12.636 -12.757  1.00 33.26           C  \\nATOM    619  H   ALA A 928     -10.476 -14.395 -11.503  1.00 33.12           H  \\nATOM    620  HA  ALA A 928      -7.640 -14.190 -12.357  1.00 33.29           H  \\nATOM    621  HB1 ALA A 928      -8.316 -11.845 -12.901  1.00 33.26           H  \\nATOM    622  HB2 ALA A 928      -9.308 -13.028 -13.742  1.00 33.26           H  \\nATOM    623  HB3 ALA A 928      -9.953 -12.181 -12.339  1.00 33.26           H  \\nATOM    624  N   VAL A 929      -6.929 -13.685  -9.998  1.00 32.01           N  \\nATOM    625  CA  VAL A 929      -6.385 -13.331  -8.692  1.00 31.43           C  \\nATOM    626  C   VAL A 929      -5.339 -12.221  -8.875  1.00 34.06           C  \\nATOM    627  O   VAL A 929      -4.322 -12.445  -9.535  1.00 33.04           O  \\nATOM    628  CB  VAL A 929      -5.698 -14.547  -8.012  1.00 35.67           C  \\nATOM    629  CG1 VAL A 929      -5.130 -14.225  -6.617  1.00 35.66           C  \\nATOM    630  CG2 VAL A 929      -6.643 -15.756  -7.910  1.00 35.86           C  \\nATOM    631  H   VAL A 929      -6.365 -14.309 -10.561  1.00 32.01           H  \\nATOM    632  HA  VAL A 929      -7.179 -12.977  -8.034  1.00 31.43           H  \\nATOM    633  HB  VAL A 929      -4.857 -14.854  -8.629  1.00 35.67           H  \\nATOM    634 HG11 VAL A 929      -4.714 -15.115  -6.143  1.00 35.66           H  \\nATOM    635 HG12 VAL A 929      -4.328 -13.487  -6.657  1.00 35.66           H  \\nATOM    636 HG13 VAL A 929      -5.914 -13.838  -5.965  1.00 35.66           H  \\nATOM    637 HG21 VAL A 929      -6.160 -16.590  -7.401  1.00 35.86           H  \\nATOM    638 HG22 VAL A 929      -7.545 -15.504  -7.357  1.00 35.86           H  \\nATOM    639 HG23 VAL A 929      -6.942 -16.112  -8.895  1.00 35.86           H  \\nATOM    640  N   LYS A 930      -5.610 -11.055  -8.273  1.00 30.97           N  \\nATOM    641  CA  LYS A 930      -4.688  -9.925  -8.224  1.00 30.96           C  \\nATOM    642  C   LYS A 930      -3.874  -9.976  -6.925  1.00 37.68           C  \\nATOM    643  O   LYS A 930      -4.421 -10.310  -5.875  1.00 36.55           O  \\nATOM    644  CB  LYS A 930      -5.482  -8.618  -8.397  1.00 33.16           C  \\nATOM    645  CG  LYS A 930      -4.599  -7.367  -8.542  1.00 48.15           C  \\nATOM    646  CD  LYS A 930      -5.416  -6.121  -8.900  1.00 51.77           C  \\nATOM    647  CE  LYS A 930      -4.523  -4.890  -9.108  1.00 60.76           C  \\nATOM    648  NZ  LYS A 930      -5.318  -3.714  -9.493  1.00 63.79           N1+\\nATOM    649  H   LYS A 930      -6.465 -10.954  -7.740  1.00 30.97           H  \\nATOM    650  HA  LYS A 930      -3.992  -9.993  -9.053  1.00 30.96           H  \\nATOM    651  HB3 LYS A 930      -6.191  -8.486  -7.580  1.00 33.16           H  \\nATOM    652  HB2 LYS A 930      -6.087  -8.710  -9.299  1.00 33.16           H  \\nATOM    653  HG3 LYS A 930      -3.847  -7.538  -9.312  1.00 48.15           H  \\nATOM    654  HG2 LYS A 930      -4.040  -7.183  -7.626  1.00 48.15           H  \\nATOM    655  HD3 LYS A 930      -6.143  -5.928  -8.109  1.00 51.77           H  \\nATOM    656  HD2 LYS A 930      -5.995  -6.317  -9.804  1.00 51.77           H  \\nATOM    657  HE3 LYS A 930      -3.789  -5.088  -9.888  1.00 60.76           H  \\nATOM    658  HE2 LYS A 930      -3.969  -4.658  -8.199  1.00 60.76           H  \\nATOM    659  HZ1 LYS A 930      -5.988  -3.511  -8.759  1.00 63.79           H  \\nATOM    660  HZ2 LYS A 930      -4.721  -2.911  -9.618  1.00 63.79           H  \\nATOM    661  HZ3 LYS A 930      -5.818  -3.896 -10.350  1.00 63.79           H  \\nATOM    662  N   ALA A 931      -2.580  -9.642  -7.031  1.00 37.96           N  \\nATOM    663  CA  ALA A 931      -1.623  -9.687  -5.933  1.00 40.37           C  \\nATOM    664  C   ALA A 931      -0.830  -8.379  -5.859  1.00 49.88           C  \\nATOM    665  O   ALA A 931      -0.449  -7.826  -6.890  1.00 48.28           O  \\nATOM    666  CB  ALA A 931      -0.678 -10.880  -6.150  1.00 41.64           C  \\nATOM    667  H   ALA A 931      -2.209  -9.351  -7.928  1.00 37.96           H  \\nATOM    668  HA  ALA A 931      -2.145  -9.825  -4.984  1.00 40.37           H  \\nATOM    669  HB1 ALA A 931       0.015 -10.988  -5.314  1.00 41.64           H  \\nATOM    670  HB2 ALA A 931      -1.235 -11.814  -6.232  1.00 41.64           H  \\nATOM    671  HB3 ALA A 931      -0.088 -10.766  -7.060  1.00 41.64           H  \\nATOM    672  N   LEU A 932      -0.559  -7.956  -4.618  1.00 51.32           N  \\nATOM    673  CA  LEU A 932       0.354  -6.877  -4.255  1.00 53.72           C  \\nATOM    674  C   LEU A 932       1.768  -7.462  -4.129  1.00 62.30           C  \\nATOM    675  O   LEU A 932       1.938  -8.492  -3.473  1.00 63.20           O  \\nATOM    676  CB  LEU A 932      -0.203  -6.237  -2.959  1.00 54.88           C  \\nATOM    677  CG  LEU A 932       0.643  -5.234  -2.140  1.00 61.02           C  \\nATOM    678  CD1 LEU A 932       1.578  -5.910  -1.118  1.00 63.21           C  \\nATOM    679  CD2 LEU A 932       1.333  -4.164  -3.002  1.00 63.43           C  \\nATOM    680  H   LEU A 932      -0.898  -8.507  -3.839  1.00 51.32           H  \\nATOM    681  HA  LEU A 932       0.353  -6.121  -5.044  1.00 53.72           H  \\nATOM    682  HB3 LEU A 932      -0.550  -7.017  -2.280  1.00 54.88           H  \\nATOM    683  HB2 LEU A 932      -1.098  -5.708  -3.275  1.00 54.88           H  \\nATOM    684  HG  LEU A 932      -0.082  -4.685  -1.537  1.00 61.02           H  \\nATOM    685 HD11 LEU A 932       2.578  -5.486  -1.128  1.00 63.21           H  \\nATOM    686 HD12 LEU A 932       1.192  -5.785  -0.107  1.00 63.21           H  \\nATOM    687 HD13 LEU A 932       1.671  -6.983  -1.281  1.00 63.21           H  \\nATOM    688 HD21 LEU A 932       1.351  -3.201  -2.490  1.00 63.43           H  \\nATOM    689 HD22 LEU A 932       2.361  -4.440  -3.233  1.00 63.43           H  \\nATOM    690 HD23 LEU A 932       0.815  -4.017  -3.948  1.00 63.43           H  \\nATOM    691  N   LYS A 933       2.746  -6.805  -4.775  1.00 61.35           N  \\nATOM    692  CA  LYS A 933       4.151  -7.223  -4.806  1.00 63.52           C  \\nATOM    693  C   LYS A 933       4.791  -7.220  -3.401  1.00 70.14           C  \\nATOM    694  O   LYS A 933       4.505  -6.330  -2.602  1.00 70.50           O  \\nATOM    695  CB  LYS A 933       4.920  -6.342  -5.819  1.00 66.45           C  \\nATOM    696  CG  LYS A 933       5.118  -4.872  -5.401  1.00 83.56           C  \\nATOM    697  CD  LYS A 933       5.932  -4.051  -6.408  1.00 96.14           C  \\nATOM    698  CE  LYS A 933       6.299  -2.668  -5.844  1.00107.75           C  \\nATOM    699  NZ  LYS A 933       7.319  -1.991  -6.663  1.00116.59           N1+\\nATOM    700  H   LYS A 933       2.523  -5.965  -5.289  1.00 61.35           H  \\nATOM    701  HA  LYS A 933       4.168  -8.249  -5.180  1.00 63.52           H  \\nATOM    702  HB3 LYS A 933       4.426  -6.386  -6.790  1.00 66.45           H  \\nATOM    703  HB2 LYS A 933       5.906  -6.784  -5.971  1.00 66.45           H  \\nATOM    704  HG3 LYS A 933       5.647  -4.840  -4.451  1.00 83.56           H  \\nATOM    705  HG2 LYS A 933       4.149  -4.396  -5.240  1.00 83.56           H  \\nATOM    706  HD3 LYS A 933       5.354  -3.933  -7.326  1.00 96.14           H  \\nATOM    707  HD2 LYS A 933       6.830  -4.606  -6.684  1.00 96.14           H  \\nATOM    708  HE3 LYS A 933       6.712  -2.771  -4.840  1.00107.75           H  \\nATOM    709  HE2 LYS A 933       5.413  -2.038  -5.765  1.00107.75           H  \\nATOM    710  HZ1 LYS A 933       8.154  -2.563  -6.671  1.00116.59           H  \\nATOM    711  HZ2 LYS A 933       6.989  -1.866  -7.610  1.00116.59           H  \\nATOM    712  HZ3 LYS A 933       7.539  -1.092  -6.261  1.00116.59           H  \\nATOM    713  N   ALA A 934       5.650  -8.217  -3.131  1.00 68.33           N  \\nATOM    714  CA  ALA A 934       6.298  -8.425  -1.831  1.00 69.84           C  \\nATOM    715  C   ALA A 934       7.265  -7.306  -1.401  1.00 75.29           C  \\nATOM    716  O   ALA A 934       7.435  -7.096  -0.201  1.00 75.68           O  \\nATOM    717  CB  ALA A 934       7.019  -9.781  -1.846  1.00 71.23           C  \\nATOM    718  H   ALA A 934       5.847  -8.909  -3.840  1.00 68.33           H  \\nATOM    719  HA  ALA A 934       5.511  -8.468  -1.076  1.00 69.84           H  \\nATOM    720  HB1 ALA A 934       7.460 -10.006  -0.874  1.00 71.23           H  \\nATOM    721  HB2 ALA A 934       6.330 -10.591  -2.085  1.00 71.23           H  \\nATOM    722  HB3 ALA A 934       7.820  -9.799  -2.587  1.00 71.23           H  \\nATOM    723  N   ASP A 935       7.863  -6.609  -2.380  1.00 72.17           N  \\nATOM    724  CA  ASP A 935       8.836  -5.527  -2.197  1.00 73.50           C  \\nATOM    725  C   ASP A 935       8.185  -4.144  -1.962  1.00 75.83           C  \\nATOM    726  O   ASP A 935       8.922  -3.179  -1.754  1.00 76.32           O  \\nATOM    727  CB  ASP A 935       9.864  -5.475  -3.361  1.00 76.23           C  \\nATOM    728  CG  ASP A 935       9.276  -5.328  -4.776  1.00 89.05           C  \\nATOM    729  OD1 ASP A 935       8.665  -6.306  -5.264  1.00 88.80           O  \\nATOM    730  OD2 ASP A 935       9.356  -4.200  -5.311  1.00 97.21           O1-\\nATOM    731  H   ASP A 935       7.672  -6.851  -3.344  1.00 72.17           H  \\nATOM    732  HA  ASP A 935       9.406  -5.746  -1.292  1.00 73.50           H  \\nATOM    733  HB3 ASP A 935      10.432  -6.406  -3.352  1.00 76.23           H  \\nATOM    734  HB2 ASP A 935      10.609  -4.697  -3.179  1.00 76.23           H  \\nATOM    735  N   ALA A 936       6.842  -4.054  -1.996  1.00 70.25           N  \\nATOM    736  CA  ALA A 936       6.074  -2.822  -1.798  1.00 69.55           C  \\nATOM    737  C   ALA A 936       6.250  -2.196  -0.405  1.00 73.05           C  \\nATOM    738  O   ALA A 936       6.327  -2.920   0.589  1.00 73.05           O  \\nATOM    739  CB  ALA A 936       4.591  -3.122  -2.034  1.00 68.72           C  \\nATOM    740  H   ALA A 936       6.301  -4.891  -2.162  1.00 70.25           H  \\nATOM    741  HA  ALA A 936       6.404  -2.099  -2.546  1.00 69.55           H  \\nATOM    742  HB1 ALA A 936       3.968  -2.252  -1.839  1.00 68.72           H  \\nATOM    743  HB2 ALA A 936       4.413  -3.419  -3.064  1.00 68.72           H  \\nATOM    744  HB3 ALA A 936       4.241  -3.921  -1.381  1.00 68.72           H  \\nATOM    745  N   GLY A 937       6.263  -0.854  -0.374  1.00 68.94           N  \\nATOM    746  CA  GLY A 937       6.335  -0.057   0.850  1.00 69.45           C  \\nATOM    747  C   GLY A 937       4.933   0.143   1.460  1.00 71.44           C  \\nATOM    748  O   GLY A 937       3.934  -0.265   0.865  1.00 69.33           O  \\nATOM    749  H   GLY A 937       6.175  -0.344  -1.241  1.00 68.94           H  \\nATOM    750  HA3 GLY A 937       6.771   0.911   0.607  1.00 69.45           H  \\nATOM    751  HA2 GLY A 937       6.996  -0.534   1.576  1.00 69.45           H  \\nATOM    752  N   PRO A 938       4.847   0.779   2.651  1.00 68.74           N  \\nATOM    753  CA  PRO A 938       3.589   0.933   3.409  1.00 68.21           C  \\nATOM    754  C   PRO A 938       2.501   1.788   2.729  1.00 71.10           C  \\nATOM    755  O   PRO A 938       1.321   1.556   2.990  1.00 70.04           O  \\nATOM    756  CB  PRO A 938       4.043   1.532   4.751  1.00 71.88           C  \\nATOM    757  CG  PRO A 938       5.339   2.259   4.429  1.00 77.34           C  \\nATOM    758  CD  PRO A 938       5.977   1.366   3.372  1.00 72.04           C  \\nATOM    759  HA  PRO A 938       3.163  -0.053   3.593  1.00 68.21           H  \\nATOM    760  HB3 PRO A 938       4.244   0.723   5.455  1.00 71.88           H  \\nATOM    761  HB2 PRO A 938       3.305   2.188   5.216  1.00 71.88           H  \\nATOM    762  HG3 PRO A 938       5.975   2.421   5.300  1.00 77.34           H  \\nATOM    763  HG2 PRO A 938       5.111   3.233   3.994  1.00 77.34           H  \\nATOM    764  HD2 PRO A 938       6.648   1.939   2.732  1.00 72.04           H  \\nATOM    765  HD3 PRO A 938       6.549   0.565   3.842  1.00 72.04           H  \\nATOM    766  N   GLN A 939       2.905   2.724   1.853  1.00 67.61           N  \\nATOM    767  CA  GLN A 939       2.021   3.560   1.038  1.00 66.36           C  \\nATOM    768  C   GLN A 939       1.200   2.757   0.008  1.00 68.88           C  \\nATOM    769  O   GLN A 939       0.018   3.051  -0.168  1.00 67.37           O  \\nATOM    770  CB  GLN A 939       2.817   4.723   0.389  1.00 68.30           C  \\nATOM    771  CG  GLN A 939       3.855   4.379  -0.712  1.00 77.62           C  \\nATOM    772  CD  GLN A 939       5.122   3.666  -0.222  1.00 79.26           C  \\nATOM    773  OE1 GLN A 939       5.529   3.809   0.929  1.00 70.91           O  \\nATOM    774  NE2 GLN A 939       5.769   2.907  -1.106  1.00 67.19           N  \\nATOM    775  H   GLN A 939       3.896   2.872   1.712  1.00 67.61           H  \\nATOM    776  HA  GLN A 939       1.304   4.015   1.725  1.00 66.36           H  \\nATOM    777  HB3 GLN A 939       3.296   5.311   1.174  1.00 68.30           H  \\nATOM    778  HB2 GLN A 939       2.092   5.403  -0.059  1.00 68.30           H  \\nATOM    779  HG3 GLN A 939       4.183   5.309  -1.175  1.00 77.62           H  \\nATOM    780  HG2 GLN A 939       3.393   3.803  -1.513  1.00 77.62           H  \\nATOM    781 HE22 GLN A 939       6.630   2.450  -0.845  1.00 67.19           H  \\nATOM    782 HE21 GLN A 939       5.407   2.784  -2.042  1.00 67.19           H  \\nATOM    783  N   HIS A 940       1.825   1.743  -0.617  1.00 64.95           N  \\nATOM    784  CA  HIS A 940       1.173   0.836  -1.562  1.00 63.06           C  \\nATOM    785  C   HIS A 940       0.336  -0.247  -0.865  1.00 62.55           C  \\nATOM    786  O   HIS A 940      -0.666  -0.669  -1.435  1.00 60.85           O  \\nATOM    787  CB  HIS A 940       2.221   0.189  -2.485  1.00 64.66           C  \\nATOM    788  CG  HIS A 940       2.915   1.133  -3.435  1.00 69.42           C  \\nATOM    789  ND1 HIS A 940       4.296   1.361  -3.394  1.00 71.01           N  \\nATOM    790  CD2 HIS A 940       2.373   1.877  -4.463  1.00 73.12           C  \\nATOM    791  CE1 HIS A 940       4.528   2.217  -4.381  1.00 71.34           C  \\nATOM    792  NE2 HIS A 940       3.425   2.560  -5.046  1.00 72.94           N  \\nATOM    793  H   HIS A 940       2.793   1.547  -0.404  1.00 64.95           H  \\nATOM    794  HA  HIS A 940       0.488   1.415  -2.185  1.00 63.06           H  \\nATOM    795  HB3 HIS A 940       1.764  -0.598  -3.086  1.00 64.66           H  \\nATOM    796  HB2 HIS A 940       2.982  -0.293  -1.874  1.00 64.66           H  \\nATOM    797  HD2 HIS A 940       1.359   1.973  -4.821  1.00 73.12           H  \\nATOM    798  HE1 HIS A 940       5.511   2.597  -4.622  1.00 71.34           H  \\nATOM    799  HE2 HIS A 940       3.370   3.192  -5.834  1.00 72.94           H  \\nATOM    800  N   ARG A 941       0.746  -0.666   0.344  1.00 57.11           N  \\nATOM    801  CA  ARG A 941       0.052  -1.670   1.157  1.00 55.94           C  \\nATOM    802  C   ARG A 941      -1.244  -1.135   1.786  1.00 58.15           C  \\nATOM    803  O   ARG A 941      -2.224  -1.878   1.834  1.00 56.90           O  \\nATOM    804  CB  ARG A 941       1.002  -2.196   2.248  1.00 56.27           C  \\nATOM    805  CG  ARG A 941       2.156  -3.035   1.684  1.00 60.46           C  \\nATOM    806  CD  ARG A 941       3.217  -3.361   2.743  1.00 68.18           C  \\nATOM    807  NE  ARG A 941       4.165  -4.372   2.252  1.00 73.45           N  \\nATOM    808  CZ  ARG A 941       4.018  -5.707   2.308  1.00 81.37           C  \\nATOM    809  NH1 ARG A 941       2.961  -6.288   2.896  1.00 62.04           N  \\nATOM    810  NH2 ARG A 941       4.956  -6.483   1.753  1.00 66.65           N1+\\nATOM    811  H   ARG A 941       1.591  -0.278   0.739  1.00 57.11           H  \\nATOM    812  HA  ARG A 941      -0.219  -2.508   0.511  1.00 55.94           H  \\nATOM    813  HB3 ARG A 941       0.446  -2.825   2.943  1.00 56.27           H  \\nATOM    814  HB2 ARG A 941       1.388  -1.363   2.836  1.00 56.27           H  \\nATOM    815  HG3 ARG A 941       2.640  -2.439   0.911  1.00 60.46           H  \\nATOM    816  HG2 ARG A 941       1.797  -3.928   1.174  1.00 60.46           H  \\nATOM    817  HD3 ARG A 941       2.794  -3.586   3.722  1.00 68.18           H  \\nATOM    818  HD2 ARG A 941       3.836  -2.474   2.881  1.00 68.18           H  \\nATOM    819  HE  ARG A 941       4.974  -4.003   1.765  1.00 73.45           H  \\nATOM    820 HH12 ARG A 941       2.887  -7.298   2.921  1.00 62.04           H  \\nATOM    821 HH11 ARG A 941       2.246  -5.725   3.329  1.00 62.04           H  \\nATOM    822 HH22 ARG A 941       4.856  -7.489   1.785  1.00 66.65           H  \\nATOM    823 HH21 ARG A 941       5.763  -6.083   1.293  1.00 66.65           H  \\nATOM    824  N   SER A 942      -1.239   0.131   2.236  1.00 54.55           N  \\nATOM    825  CA  SER A 942      -2.417   0.822   2.767  1.00 53.96           C  \\nATOM    826  C   SER A 942      -3.462   1.145   1.681  1.00 53.99           C  \\nATOM    827  O   SER A 942      -4.658   1.084   1.968  1.00 53.04           O  \\nATOM    828  CB  SER A 942      -1.974   2.067   3.564  1.00 59.58           C  \\nATOM    829  OG  SER A 942      -1.436   3.085   2.742  1.00 72.10           O  \\nATOM    830  H   SER A 942      -0.386   0.673   2.189  1.00 54.55           H  \\nATOM    831  HA  SER A 942      -2.895   0.143   3.476  1.00 53.96           H  \\nATOM    832  HB3 SER A 942      -1.237   1.795   4.320  1.00 59.58           H  \\nATOM    833  HB2 SER A 942      -2.827   2.484   4.101  1.00 59.58           H  \\nATOM    834  HG  SER A 942      -0.537   2.843   2.506  1.00 72.10           H  \\nATOM    835  N   GLY A 943      -2.996   1.435   0.454  1.00 48.43           N  \\nATOM    836  CA  GLY A 943      -3.852   1.679  -0.702  1.00 46.49           C  \\nATOM    837  C   GLY A 943      -4.391   0.364  -1.290  1.00 48.75           C  \\nATOM    838  O   GLY A 943      -5.500   0.360  -1.821  1.00 47.89           O  \\nATOM    839  H   GLY A 943      -1.998   1.478   0.302  1.00 48.43           H  \\nATOM    840  HA3 GLY A 943      -3.269   2.198  -1.462  1.00 46.49           H  \\nATOM    841  HA2 GLY A 943      -4.681   2.335  -0.430  1.00 46.49           H  \\nATOM    842  N   TRP A 944      -3.627  -0.738  -1.184  1.00 44.46           N  \\nATOM    843  CA  TRP A 944      -4.021  -2.081  -1.615  1.00 42.89           C  \\nATOM    844  C   TRP A 944      -5.169  -2.670  -0.781  1.00 46.22           C  \\nATOM    845  O   TRP A 944      -6.091  -3.245  -1.358  1.00 45.15           O  \\nATOM    846  CB  TRP A 944      -2.793  -3.010  -1.631  1.00 42.12           C  \\nATOM    847  CG  TRP A 944      -3.080  -4.467  -1.824  1.00 42.65           C  \\nATOM    848  CD1 TRP A 944      -2.885  -5.439  -0.904  1.00 46.33           C  \\nATOM    849  CD2 TRP A 944      -3.681  -5.119  -2.981  1.00 41.21           C  \\nATOM    850  NE1 TRP A 944      -3.284  -6.649  -1.429  1.00 45.34           N  \\nATOM    851  CE2 TRP A 944      -3.782  -6.515  -2.707  1.00 45.67           C  \\nATOM    852  CE3 TRP A 944      -4.149  -4.674  -4.238  1.00 41.70           C  \\nATOM    853  CZ2 TRP A 944      -4.298  -7.428  -3.640  1.00 44.10           C  \\nATOM    854  CZ3 TRP A 944      -4.676  -5.579  -5.179  1.00 42.27           C  \\nATOM    855  CH2 TRP A 944      -4.740  -6.953  -4.884  1.00 43.10           C  \\nATOM    856  H   TRP A 944      -2.705  -0.662  -0.777  1.00 44.46           H  \\nATOM    857  HA  TRP A 944      -4.393  -2.009  -2.639  1.00 42.89           H  \\nATOM    858  HB3 TRP A 944      -2.239  -2.906  -0.699  1.00 42.12           H  \\nATOM    859  HB2 TRP A 944      -2.112  -2.699  -2.425  1.00 42.12           H  \\nATOM    860  HD1 TRP A 944      -2.471  -5.278   0.081  1.00 46.33           H  \\nATOM    861  HE1 TRP A 944      -3.228  -7.524  -0.922  1.00 45.34           H  \\nATOM    862  HE3 TRP A 944      -4.103  -3.624  -4.481  1.00 41.70           H  \\nATOM    863  HZ2 TRP A 944      -4.352  -8.480  -3.407  1.00 44.10           H  \\nATOM    864  HZ3 TRP A 944      -5.029  -5.218  -6.131  1.00 42.27           H  \\nATOM    865  HH2 TRP A 944      -5.129  -7.641  -5.615  1.00 43.10           H  \\nATOM    866  N   LYS A 945      -5.105  -2.485   0.550  1.00 43.92           N  \\nATOM    867  CA  LYS A 945      -6.191  -2.822   1.471  1.00 44.34           C  \\nATOM    868  C   LYS A 945      -7.476  -2.042   1.160  1.00 46.56           C  \\nATOM    869  O   LYS A 945      -8.554  -2.623   1.243  1.00 45.36           O  \\nATOM    870  CB  LYS A 945      -5.751  -2.571   2.926  1.00 49.05           C  \\nATOM    871  CG  LYS A 945      -4.726  -3.589   3.445  1.00 67.10           C  \\nATOM    872  CD  LYS A 945      -4.305  -3.287   4.894  1.00 82.17           C  \\nATOM    873  CE  LYS A 945      -3.208  -4.218   5.438  1.00 95.75           C  \\nATOM    874  NZ  LYS A 945      -1.895  -3.952   4.822  1.00106.63           N1+\\nATOM    875  H   LYS A 945      -4.304  -2.017   0.951  1.00 43.92           H  \\nATOM    876  HA  LYS A 945      -6.411  -3.885   1.350  1.00 44.34           H  \\nATOM    877  HB3 LYS A 945      -6.625  -2.624   3.579  1.00 49.05           H  \\nATOM    878  HB2 LYS A 945      -5.361  -1.556   3.025  1.00 49.05           H  \\nATOM    879  HG3 LYS A 945      -3.858  -3.605   2.789  1.00 67.10           H  \\nATOM    880  HG2 LYS A 945      -5.156  -4.590   3.397  1.00 67.10           H  \\nATOM    881  HD3 LYS A 945      -5.182  -3.377   5.537  1.00 82.17           H  \\nATOM    882  HD2 LYS A 945      -3.988  -2.245   4.978  1.00 82.17           H  \\nATOM    883  HE3 LYS A 945      -3.481  -5.262   5.281  1.00 95.75           H  \\nATOM    884  HE2 LYS A 945      -3.108  -4.074   6.514  1.00 95.75           H  \\nATOM    885  HZ1 LYS A 945      -1.958  -4.096   3.824  1.00106.63           H  \\nATOM    886  HZ2 LYS A 945      -1.626  -2.996   5.006  1.00106.63           H  \\nATOM    887  HZ3 LYS A 945      -1.206  -4.578   5.214  1.00106.63           H  \\nATOM    888  N   GLN A 946      -7.327  -0.768   0.757  1.00 43.11           N  \\nATOM    889  CA  GLN A 946      -8.435   0.101   0.379  1.00 42.59           C  \\nATOM    890  C   GLN A 946      -9.104  -0.329  -0.944  1.00 44.21           C  \\nATOM    891  O   GLN A 946     -10.323  -0.212  -1.029  1.00 44.62           O  \\nATOM    892  CB  GLN A 946      -7.949   1.562   0.342  1.00 44.07           C  \\nATOM    893  CG  GLN A 946      -9.112   2.570   0.435  1.00 72.22           C  \\nATOM    894  CD  GLN A 946      -8.722   4.039   0.262  1.00 92.80           C  \\nATOM    895  OE1 GLN A 946      -9.605   4.886   0.154  1.00 86.97           O  \\nATOM    896  NE2 GLN A 946      -7.426   4.364   0.235  1.00 85.94           N  \\nATOM    897  H   GLN A 946      -6.402  -0.366   0.700  1.00 43.11           H  \\nATOM    898  HA  GLN A 946      -9.185   0.018   1.169  1.00 42.59           H  \\nATOM    899  HB3 GLN A 946      -7.370   1.733  -0.566  1.00 44.07           H  \\nATOM    900  HB2 GLN A 946      -7.272   1.737   1.180  1.00 44.07           H  \\nATOM    901  HG3 GLN A 946      -9.613   2.463   1.399  1.00 72.22           H  \\nATOM    902  HG2 GLN A 946      -9.861   2.347  -0.322  1.00 72.22           H  \\nATOM    903 HE22 GLN A 946      -7.136   5.321   0.106  1.00 85.94           H  \\nATOM    904 HE21 GLN A 946      -6.724   3.644   0.323  1.00 85.94           H  \\nATOM    905  N   GLU A 947      -8.341  -0.874  -1.917  1.00 38.42           N  \\nATOM    906  CA  GLU A 947      -8.896  -1.497  -3.128  1.00 36.42           C  \\nATOM    907  C   GLU A 947      -9.773  -2.720  -2.812  1.00 41.24           C  \\nATOM    908  O   GLU A 947     -10.865  -2.832  -3.369  1.00 41.44           O  \\nATOM    909  CB  GLU A 947      -7.793  -1.835  -4.165  1.00 36.47           C  \\nATOM    910  CG  GLU A 947      -8.321  -2.647  -5.383  1.00 37.83           C  \\nATOM    911  CD  GLU A 947      -7.332  -2.963  -6.510  1.00 51.81           C  \\nATOM    912  OE1 GLU A 947      -6.118  -2.704  -6.360  1.00 50.51           O  \\nATOM    913  OE2 GLU A 947      -7.819  -3.483  -7.537  1.00 44.67           O1-\\nATOM    914  H   GLU A 947      -7.338  -0.927  -1.800  1.00 38.42           H  \\nATOM    915  HA  GLU A 947      -9.549  -0.755  -3.593  1.00 36.42           H  \\nATOM    916  HB3 GLU A 947      -6.983  -2.382  -3.682  1.00 36.47           H  \\nATOM    917  HB2 GLU A 947      -7.355  -0.901  -4.515  1.00 36.47           H  \\nATOM    918  HG3 GLU A 947      -9.177  -2.127  -5.813  1.00 37.83           H  \\nATOM    919  HG2 GLU A 947      -8.692  -3.617  -5.051  1.00 37.83           H  \\nATOM    920  N   ILE A 948      -9.272  -3.599  -1.926  1.00 37.07           N  \\nATOM    921  CA  ILE A 948      -9.967  -4.801  -1.461  1.00 37.44           C  \\nATOM    922  C   ILE A 948     -11.283  -4.464  -0.730  1.00 42.50           C  \\nATOM    923  O   ILE A 948     -12.288  -5.117  -1.003  1.00 40.78           O  \\nATOM    924  CB  ILE A 948      -9.054  -5.688  -0.558  1.00 40.85           C  \\nATOM    925  CG1 ILE A 948      -7.887  -6.291  -1.375  1.00 40.33           C  \\nATOM    926  CG2 ILE A 948      -9.796  -6.814   0.199  1.00 41.59           C  \\nATOM    927  CD1 ILE A 948      -6.671  -6.699  -0.527  1.00 45.34           C  \\nATOM    928  H   ILE A 948      -8.358  -3.431  -1.528  1.00 37.07           H  \\nATOM    929  HA  ILE A 948     -10.228  -5.382  -2.348  1.00 37.44           H  \\nATOM    930  HB  ILE A 948      -8.610  -5.037   0.195  1.00 40.85           H  \\nATOM    931 HG13 ILE A 948      -7.538  -5.577  -2.122  1.00 40.33           H  \\nATOM    932 HG12 ILE A 948      -8.245  -7.151  -1.939  1.00 40.33           H  \\nATOM    933 HG21 ILE A 948      -9.110  -7.460   0.744  1.00 41.59           H  \\nATOM    934 HG22 ILE A 948     -10.494  -6.421   0.937  1.00 41.59           H  \\nATOM    935 HG23 ILE A 948     -10.361  -7.442  -0.491  1.00 41.59           H  \\nATOM    936 HD11 ILE A 948      -6.199  -7.594  -0.931  1.00 45.34           H  \\nATOM    937 HD12 ILE A 948      -5.924  -5.906  -0.520  1.00 45.34           H  \\nATOM    938 HD13 ILE A 948      -6.932  -6.902   0.510  1.00 45.34           H  \\nATOM    939  N   ASP A 949     -11.260  -3.427   0.129  1.00 41.37           N  \\nATOM    940  CA  ASP A 949     -12.433  -2.867   0.812  1.00 43.58           C  \\nATOM    941  C   ASP A 949     -13.472  -2.293  -0.166  1.00 46.27           C  \\nATOM    942  O   ASP A 949     -14.650  -2.611  -0.023  1.00 45.58           O  \\nATOM    943  CB  ASP A 949     -12.082  -1.793   1.877  1.00 47.36           C  \\nATOM    944  CG  ASP A 949     -11.137  -2.216   3.016  1.00 66.46           C  \\nATOM    945  OD1 ASP A 949     -11.033  -3.431   3.296  1.00 66.64           O  \\nATOM    946  OD2 ASP A 949     -10.616  -1.293   3.681  1.00 76.34           O1-\\nATOM    947  H   ASP A 949     -10.380  -2.965   0.319  1.00 41.37           H  \\nATOM    948  HA  ASP A 949     -12.919  -3.699   1.326  1.00 43.58           H  \\nATOM    949  HB3 ASP A 949     -13.001  -1.432   2.342  1.00 47.36           H  \\nATOM    950  HB2 ASP A 949     -11.627  -0.936   1.377  1.00 47.36           H  \\nATOM    951  N   ILE A 950     -13.021  -1.484  -1.143  1.00 42.07           N  \\nATOM    952  CA  ILE A 950     -13.865  -0.856  -2.165  1.00 41.21           C  \\nATOM    953  C   ILE A 950     -14.584  -1.879  -3.065  1.00 44.57           C  \\nATOM    954  O   ILE A 950     -15.796  -1.776  -3.223  1.00 44.89           O  \\nATOM    955  CB  ILE A 950     -13.074   0.179  -3.030  1.00 43.50           C  \\nATOM    956  CG1 ILE A 950     -12.772   1.447  -2.199  1.00 44.25           C  \\nATOM    957  CG2 ILE A 950     -13.743   0.588  -4.366  1.00 43.82           C  \\nATOM    958  CD1 ILE A 950     -11.740   2.389  -2.835  1.00 47.81           C  \\nATOM    959  H   ILE A 950     -12.034  -1.263  -1.187  1.00 42.07           H  \\nATOM    960  HA  ILE A 950     -14.646  -0.310  -1.630  1.00 41.21           H  \\nATOM    961  HB  ILE A 950     -12.115  -0.277  -3.283  1.00 43.50           H  \\nATOM    962 HG13 ILE A 950     -12.436   1.183  -1.197  1.00 44.25           H  \\nATOM    963 HG12 ILE A 950     -13.700   1.993  -2.049  1.00 44.25           H  \\nATOM    964 HG21 ILE A 950     -13.176   1.363  -4.881  1.00 43.82           H  \\nATOM    965 HG22 ILE A 950     -13.808  -0.244  -5.066  1.00 43.82           H  \\nATOM    966 HG23 ILE A 950     -14.750   0.974  -4.203  1.00 43.82           H  \\nATOM    967 HD11 ILE A 950     -11.203   2.958  -2.077  1.00 47.81           H  \\nATOM    968 HD12 ILE A 950     -11.002   1.842  -3.421  1.00 47.81           H  \\nATOM    969 HD13 ILE A 950     -12.224   3.110  -3.494  1.00 47.81           H  \\nATOM    970  N   LEU A 951     -13.844  -2.860  -3.609  1.00 41.27           N  \\nATOM    971  CA  LEU A 951     -14.394  -3.889  -4.496  1.00 41.85           C  \\nATOM    972  C   LEU A 951     -15.322  -4.889  -3.774  1.00 47.62           C  \\nATOM    973  O   LEU A 951     -16.249  -5.398  -4.403  1.00 47.54           O  \\nATOM    974  CB  LEU A 951     -13.231  -4.574  -5.249  1.00 41.42           C  \\nATOM    975  CG  LEU A 951     -13.649  -5.508  -6.410  1.00 46.53           C  \\nATOM    976  CD1 LEU A 951     -14.414  -4.752  -7.521  1.00 46.18           C  \\nATOM    977  CD2 LEU A 951     -12.432  -6.278  -6.956  1.00 49.35           C  \\nATOM    978  H   LEU A 951     -12.847  -2.896  -3.436  1.00 41.27           H  \\nATOM    979  HA  LEU A 951     -15.012  -3.367  -5.227  1.00 41.85           H  \\nATOM    980  HB3 LEU A 951     -12.633  -5.137  -4.530  1.00 41.42           H  \\nATOM    981  HB2 LEU A 951     -12.564  -3.808  -5.649  1.00 41.42           H  \\nATOM    982  HG  LEU A 951     -14.325  -6.266  -6.019  1.00 46.53           H  \\nATOM    983 HD11 LEU A 951     -14.019  -4.940  -8.518  1.00 46.18           H  \\nATOM    984 HD12 LEU A 951     -15.464  -5.047  -7.534  1.00 46.18           H  \\nATOM    985 HD13 LEU A 951     -14.385  -3.672  -7.381  1.00 46.18           H  \\nATOM    986 HD21 LEU A 951     -12.413  -6.333  -8.044  1.00 49.35           H  \\nATOM    987 HD22 LEU A 951     -11.496  -5.819  -6.643  1.00 49.35           H  \\nATOM    988 HD23 LEU A 951     -12.429  -7.303  -6.584  1.00 49.35           H  \\nATOM    989  N   ARG A 952     -15.086  -5.118  -2.470  1.00 45.43           N  \\nATOM    990  CA  ARG A 952     -15.912  -5.959  -1.601  1.00 47.25           C  \\nATOM    991  C   ARG A 952     -17.298  -5.357  -1.286  1.00 52.09           C  \\nATOM    992  O   ARG A 952     -18.247  -6.129  -1.145  1.00 53.68           O  \\nATOM    993  CB  ARG A 952     -15.091  -6.318  -0.340  1.00 49.60           C  \\nATOM    994  CG  ARG A 952     -15.843  -7.068   0.779  1.00 64.86           C  \\nATOM    995  CD  ARG A 952     -14.937  -7.823   1.770  1.00 76.56           C  \\nATOM    996  NE  ARG A 952     -13.881  -6.986   2.376  1.00 87.65           N  \\nATOM    997  CZ  ARG A 952     -12.715  -7.407   2.908  1.00104.51           C  \\nATOM    998  NH1 ARG A 952     -12.352  -8.699   2.914  1.00 93.37           N  \\nATOM    999  NH2 ARG A 952     -11.884  -6.512   3.453  1.00 92.17           N1+\\nATOM   1000  H   ARG A 952     -14.301  -4.663  -2.025  1.00 45.43           H  \\nATOM   1001  HA  ARG A 952     -16.101  -6.892  -2.134  1.00 47.25           H  \\nATOM   1002  HB3 ARG A 952     -14.697  -5.398   0.092  1.00 49.60           H  \\nATOM   1003  HB2 ARG A 952     -14.226  -6.906  -0.649  1.00 49.60           H  \\nATOM   1004  HG3 ARG A 952     -16.421  -7.837   0.264  1.00 64.86           H  \\nATOM   1005  HG2 ARG A 952     -16.577  -6.448   1.297  1.00 64.86           H  \\nATOM   1006  HD3 ARG A 952     -14.592  -8.768   1.357  1.00 76.56           H  \\nATOM   1007  HD2 ARG A 952     -15.557  -8.089   2.626  1.00 76.56           H  \\nATOM   1008  HE  ARG A 952     -14.078  -5.996   2.402  1.00 87.65           H  \\nATOM   1009 HH12 ARG A 952     -11.476  -8.988   3.325  1.00 93.37           H  \\nATOM   1010 HH11 ARG A 952     -12.951  -9.389   2.485  1.00 93.37           H  \\nATOM   1011 HH22 ARG A 952     -12.087  -5.519   3.426  1.00 92.17           H  \\nATOM   1012 HH21 ARG A 952     -11.009  -6.805   3.861  1.00 92.17           H  \\nATOM   1013  N   THR A 953     -17.407  -4.018  -1.203  1.00 47.85           N  \\nATOM   1014  CA  THR A 953     -18.679  -3.317  -0.978  1.00 48.24           C  \\nATOM   1015  C   THR A 953     -19.466  -3.052  -2.282  1.00 50.96           C  \\nATOM   1016  O   THR A 953     -20.681  -2.871  -2.196  1.00 52.21           O  \\nATOM   1017  CB  THR A 953     -18.474  -1.955  -0.257  1.00 56.81           C  \\nATOM   1018  OG1 THR A 953     -17.729  -1.035  -1.034  1.00 60.06           O  \\nATOM   1019  CG2 THR A 953     -17.848  -2.087   1.139  1.00 56.45           C  \\nATOM   1020  H   THR A 953     -16.592  -3.432  -1.323  1.00 47.85           H  \\nATOM   1021  HA  THR A 953     -19.313  -3.933  -0.338  1.00 48.24           H  \\nATOM   1022  HB  THR A 953     -19.453  -1.494  -0.115  1.00 56.81           H  \\nATOM   1023  HG1 THR A 953     -17.579  -0.237  -0.518  1.00 60.06           H  \\nATOM   1024 HG21 THR A 953     -17.701  -1.110   1.601  1.00 56.45           H  \\nATOM   1025 HG22 THR A 953     -18.495  -2.666   1.798  1.00 56.45           H  \\nATOM   1026 HG23 THR A 953     -16.885  -2.591   1.111  1.00 56.45           H  \\nATOM   1027  N   LEU A 954     -18.797  -3.053  -3.450  1.00 45.03           N  \\nATOM   1028  CA  LEU A 954     -19.441  -2.879  -4.754  1.00 43.59           C  \\nATOM   1029  C   LEU A 954     -20.046  -4.200  -5.254  1.00 47.51           C  \\nATOM   1030  O   LEU A 954     -19.407  -5.248  -5.151  1.00 46.90           O  \\nATOM   1031  CB  LEU A 954     -18.416  -2.343  -5.779  1.00 41.91           C  \\nATOM   1032  CG  LEU A 954     -17.939  -0.893  -5.544  1.00 44.98           C  \\nATOM   1033  CD1 LEU A 954     -16.672  -0.604  -6.360  1.00 43.77           C  \\nATOM   1034  CD2 LEU A 954     -19.026   0.163  -5.817  1.00 45.62           C  \\nATOM   1035  H   LEU A 954     -17.798  -3.203  -3.455  1.00 45.03           H  \\nATOM   1036  HA  LEU A 954     -20.251  -2.157  -4.649  1.00 43.59           H  \\nATOM   1037  HB3 LEU A 954     -18.832  -2.405  -6.787  1.00 41.91           H  \\nATOM   1038  HB2 LEU A 954     -17.551  -3.010  -5.778  1.00 41.91           H  \\nATOM   1039  HG  LEU A 954     -17.680  -0.790  -4.492  1.00 44.98           H  \\nATOM   1040 HD11 LEU A 954     -16.372   0.440  -6.268  1.00 43.77           H  \\nATOM   1041 HD12 LEU A 954     -15.835  -1.211  -6.014  1.00 43.77           H  \\nATOM   1042 HD13 LEU A 954     -16.821  -0.822  -7.417  1.00 43.77           H  \\nATOM   1043 HD21 LEU A 954     -18.846   1.060  -5.227  1.00 45.62           H  \\nATOM   1044 HD22 LEU A 954     -19.047   0.454  -6.867  1.00 45.62           H  \\nATOM   1045 HD23 LEU A 954     -20.022  -0.184  -5.556  1.00 45.62           H  \\nATOM   1046  N   TYR A 955     -21.260  -4.105  -5.819  1.00 44.63           N  \\nATOM   1047  CA  TYR A 955     -21.983  -5.219  -6.422  1.00 45.07           C  \\nATOM   1048  C   TYR A 955     -22.881  -4.667  -7.538  1.00 45.96           C  \\nATOM   1049  O   TYR A 955     -23.879  -4.007  -7.245  1.00 46.41           O  \\nATOM   1050  CB  TYR A 955     -22.766  -5.994  -5.338  1.00 49.65           C  \\nATOM   1051  CG  TYR A 955     -23.413  -7.280  -5.825  1.00 54.91           C  \\nATOM   1052  CD1 TYR A 955     -22.690  -8.491  -5.774  1.00 57.41           C  \\nATOM   1053  CD2 TYR A 955     -24.729  -7.275  -6.334  1.00 57.57           C  \\nATOM   1054  CE1 TYR A 955     -23.279  -9.687  -6.228  1.00 59.75           C  \\nATOM   1055  CE2 TYR A 955     -25.314  -8.469  -6.797  1.00 60.10           C  \\nATOM   1056  CZ  TYR A 955     -24.590  -9.676  -6.742  1.00 68.68           C  \\nATOM   1057  OH  TYR A 955     -25.161 -10.833  -7.187  1.00 72.06           O  \\nATOM   1058  H   TYR A 955     -21.733  -3.211  -5.844  1.00 44.63           H  \\nATOM   1059  HA  TYR A 955     -21.264  -5.905  -6.873  1.00 45.07           H  \\nATOM   1060  HB3 TYR A 955     -23.529  -5.356  -4.888  1.00 49.65           H  \\nATOM   1061  HB2 TYR A 955     -22.091  -6.258  -4.522  1.00 49.65           H  \\nATOM   1062  HD1 TYR A 955     -21.681  -8.504  -5.389  1.00 57.41           H  \\nATOM   1063  HD2 TYR A 955     -25.291  -6.353  -6.378  1.00 57.57           H  \\nATOM   1064  HE1 TYR A 955     -22.717 -10.608  -6.181  1.00 59.75           H  \\nATOM   1065  HE2 TYR A 955     -26.320  -8.458  -7.190  1.00 60.10           H  \\nATOM   1066  HH  TYR A 955     -24.592 -11.599  -7.087  1.00 72.06           H  \\nATOM   1067  N   HIS A 956     -22.500  -4.944  -8.794  1.00 39.68           N  \\nATOM   1068  CA  HIS A 956     -23.212  -4.512  -9.996  1.00 38.26           C  \\nATOM   1069  C   HIS A 956     -22.866  -5.445 -11.162  1.00 41.07           C  \\nATOM   1070  O   HIS A 956     -21.760  -5.986 -11.208  1.00 39.48           O  \\nATOM   1071  CB  HIS A 956     -22.844  -3.047 -10.318  1.00 37.69           C  \\nATOM   1072  CG  HIS A 956     -23.836  -2.324 -11.193  1.00 40.30           C  \\nATOM   1073  ND1 HIS A 956     -23.676  -2.210 -12.577  1.00 40.74           N  \\nATOM   1074  CD2 HIS A 956     -25.002  -1.686 -10.825  1.00 42.24           C  \\nATOM   1075  CE1 HIS A 956     -24.733  -1.519 -12.984  1.00 40.29           C  \\nATOM   1076  NE2 HIS A 956     -25.550  -1.179 -11.989  1.00 41.53           N  \\nATOM   1077  H   HIS A 956     -21.665  -5.494  -8.953  1.00 39.68           H  \\nATOM   1078  HA  HIS A 956     -24.284  -4.585  -9.796  1.00 38.26           H  \\nATOM   1079  HB3 HIS A 956     -21.857  -2.986 -10.778  1.00 37.69           H  \\nATOM   1080  HB2 HIS A 956     -22.772  -2.476  -9.395  1.00 37.69           H  \\nATOM   1081  HD2 HIS A 956     -25.467  -1.557  -9.859  1.00 42.24           H  \\nATOM   1082  HE1 HIS A 956     -24.909  -1.252 -14.014  1.00 40.29           H  \\nATOM   1083  HE2 HIS A 956     -26.411  -0.655 -12.072  1.00 41.53           H  \\nATOM   1084  N   GLU A 957     -23.808  -5.580 -12.110  1.00 37.79           N  \\nATOM   1085  CA  GLU A 957     -23.646  -6.366 -13.338  1.00 37.07           C  \\nATOM   1086  C   GLU A 957     -22.581  -5.811 -14.309  1.00 38.36           C  \\nATOM   1087  O   GLU A 957     -22.069  -6.584 -15.119  1.00 38.29           O  \\nATOM   1088  CB  GLU A 957     -25.017  -6.521 -14.032  1.00 39.83           C  \\nATOM   1089  CG  GLU A 957     -25.639  -5.202 -14.545  1.00 51.33           C  \\nATOM   1090  CD  GLU A 957     -26.973  -5.377 -15.283  1.00 75.08           C  \\nATOM   1091  OE1 GLU A 957     -27.876  -4.551 -15.023  1.00 76.02           O  \\nATOM   1092  OE2 GLU A 957     -27.077  -6.311 -16.109  1.00 61.54           O1-\\nATOM   1093  H   GLU A 957     -24.697  -5.109 -11.999  1.00 37.79           H  \\nATOM   1094  HA  GLU A 957     -23.315  -7.363 -13.038  1.00 37.07           H  \\nATOM   1095  HB3 GLU A 957     -25.713  -7.007 -13.347  1.00 39.83           H  \\nATOM   1096  HB2 GLU A 957     -24.898  -7.214 -14.866  1.00 39.83           H  \\nATOM   1097  HG3 GLU A 957     -24.955  -4.731 -15.244  1.00 51.33           H  \\nATOM   1098  HG2 GLU A 957     -25.753  -4.493 -13.725  1.00 51.33           H  \\nATOM   1099  N   HIS A 958     -22.266  -4.507 -14.202  1.00 33.06           N  \\nATOM   1100  CA  HIS A 958     -21.263  -3.805 -15.008  1.00 30.23           C  \\nATOM   1101  C   HIS A 958     -20.045  -3.370 -14.175  1.00 34.52           C  \\nATOM   1102  O   HIS A 958     -19.363  -2.415 -14.546  1.00 33.24           O  \\nATOM   1103  CB  HIS A 958     -21.913  -2.635 -15.775  1.00 29.49           C  \\nATOM   1104  CG  HIS A 958     -23.094  -3.030 -16.626  1.00 32.84           C  \\nATOM   1105  ND1 HIS A 958     -23.069  -4.116 -17.483  1.00 34.50           N  \\nATOM   1106  CD2 HIS A 958     -24.367  -2.515 -16.722  1.00 35.61           C  \\nATOM   1107  CE1 HIS A 958     -24.286  -4.227 -18.018  1.00 34.74           C  \\nATOM   1108  NE2 HIS A 958     -25.123  -3.285 -17.606  1.00 35.88           N  \\nATOM   1109  H   HIS A 958     -22.751  -3.939 -13.519  1.00 33.06           H  \\nATOM   1110  HA  HIS A 958     -20.862  -4.495 -15.749  1.00 30.23           H  \\nATOM   1111  HB3 HIS A 958     -21.178  -2.172 -16.435  1.00 29.49           H  \\nATOM   1112  HB2 HIS A 958     -22.237  -1.860 -15.079  1.00 29.49           H  \\nATOM   1113  HD1 HIS A 958     -22.273  -4.714 -17.661  1.00 34.50           H  \\nATOM   1114  HD2 HIS A 958     -24.807  -1.676 -16.210  1.00 35.61           H  \\nATOM   1115  HE1 HIS A 958     -24.562  -4.994 -18.726  1.00 34.74           H  \\nATOM   1116  N   ILE A 959     -19.758  -4.122 -13.102  1.00 33.55           N  \\nATOM   1117  CA  ILE A 959     -18.513  -4.085 -12.339  1.00 33.44           C  \\nATOM   1118  C   ILE A 959     -18.048  -5.543 -12.152  1.00 38.25           C  \\nATOM   1119  O   ILE A 959     -18.891  -6.426 -11.973  1.00 38.75           O  \\nATOM   1120  CB  ILE A 959     -18.700  -3.369 -10.959  1.00 37.20           C  \\nATOM   1121  CG1 ILE A 959     -18.910  -1.848 -11.173  1.00 36.98           C  \\nATOM   1122  CG2 ILE A 959     -17.554  -3.612  -9.949  1.00 38.30           C  \\nATOM   1123  CD1 ILE A 959     -19.229  -1.049  -9.902  1.00 43.20           C  \\nATOM   1124  H   ILE A 959     -20.381  -4.880 -12.858  1.00 33.55           H  \\nATOM   1125  HA  ILE A 959     -17.747  -3.561 -12.911  1.00 33.44           H  \\nATOM   1126  HB  ILE A 959     -19.610  -3.762 -10.502  1.00 37.20           H  \\nATOM   1127 HG13 ILE A 959     -19.722  -1.677 -11.879  1.00 36.98           H  \\nATOM   1128 HG12 ILE A 959     -18.021  -1.424 -11.638  1.00 36.98           H  \\nATOM   1129 HG21 ILE A 959     -17.680  -3.036  -9.034  1.00 38.30           H  \\nATOM   1130 HG22 ILE A 959     -17.504  -4.652  -9.633  1.00 38.30           H  \\nATOM   1131 HG23 ILE A 959     -16.590  -3.347 -10.379  1.00 38.30           H  \\nATOM   1132 HD11 ILE A 959     -19.719  -0.110 -10.158  1.00 43.20           H  \\nATOM   1133 HD12 ILE A 959     -19.889  -1.604  -9.235  1.00 43.20           H  \\nATOM   1134 HD13 ILE A 959     -18.323  -0.797  -9.352  1.00 43.20           H  \\nATOM   1135  N   ILE A 960     -16.722  -5.778 -12.199  1.00 34.04           N  \\nATOM   1136  CA  ILE A 960     -16.103  -7.089 -11.969  1.00 34.30           C  \\nATOM   1137  C   ILE A 960     -16.404  -7.598 -10.542  1.00 39.83           C  \\nATOM   1138  O   ILE A 960     -16.171  -6.877  -9.571  1.00 39.81           O  \\nATOM   1139  CB  ILE A 960     -14.562  -7.077 -12.223  1.00 35.69           C  \\nATOM   1140  CG1 ILE A 960     -13.980  -8.512 -12.252  1.00 36.05           C  \\nATOM   1141  CG2 ILE A 960     -13.761  -6.184 -11.246  1.00 35.48           C  \\nATOM   1142  CD1 ILE A 960     -12.566  -8.631 -12.844  1.00 37.96           C  \\nATOM   1143  H   ILE A 960     -16.085  -5.009 -12.369  1.00 34.04           H  \\nATOM   1144  HA  ILE A 960     -16.557  -7.774 -12.688  1.00 34.30           H  \\nATOM   1145  HB  ILE A 960     -14.424  -6.656 -13.220  1.00 35.69           H  \\nATOM   1146 HG13 ILE A 960     -14.642  -9.150 -12.839  1.00 36.05           H  \\nATOM   1147 HG12 ILE A 960     -13.984  -8.936 -11.247  1.00 36.05           H  \\nATOM   1148 HG21 ILE A 960     -12.742  -6.020 -11.594  1.00 35.48           H  \\nATOM   1149 HG22 ILE A 960     -14.222  -5.203 -11.131  1.00 35.48           H  \\nATOM   1150 HG23 ILE A 960     -13.683  -6.633 -10.257  1.00 35.48           H  \\nATOM   1151 HD11 ILE A 960     -11.934  -9.264 -12.221  1.00 37.96           H  \\nATOM   1152 HD12 ILE A 960     -12.597  -9.084 -13.834  1.00 37.96           H  \\nATOM   1153 HD13 ILE A 960     -12.065  -7.670 -12.948  1.00 37.96           H  \\nATOM   1154  N   LYS A 961     -16.984  -8.804 -10.450  1.00 38.47           N  \\nATOM   1155  CA  LYS A 961     -17.508  -9.334  -9.197  1.00 40.15           C  \\nATOM   1156  C   LYS A 961     -16.382  -9.870  -8.302  1.00 44.21           C  \\nATOM   1157  O   LYS A 961     -15.549 -10.660  -8.753  1.00 42.58           O  \\nATOM   1158  CB  LYS A 961     -18.572 -10.416  -9.471  1.00 43.99           C  \\nATOM   1159  CG  LYS A 961     -19.531 -10.611  -8.279  1.00 65.82           C  \\nATOM   1160  CD  LYS A 961     -20.376 -11.889  -8.358  1.00 82.27           C  \\nATOM   1161  CE  LYS A 961     -19.590 -13.141  -7.933  1.00 98.09           C  \\nATOM   1162  NZ  LYS A 961     -20.439 -14.344  -7.951  1.00108.33           N1+\\nATOM   1163  H   LYS A 961     -17.162  -9.351 -11.285  1.00 38.47           H  \\nATOM   1164  HA  LYS A 961     -18.005  -8.516  -8.672  1.00 40.15           H  \\nATOM   1165  HB3 LYS A 961     -18.087 -11.352  -9.750  1.00 43.99           H  \\nATOM   1166  HB2 LYS A 961     -19.179 -10.126 -10.330  1.00 43.99           H  \\nATOM   1167  HG3 LYS A 961     -20.200  -9.751  -8.233  1.00 65.82           H  \\nATOM   1168  HG2 LYS A 961     -18.986 -10.605  -7.335  1.00 65.82           H  \\nATOM   1169  HD3 LYS A 961     -20.746 -12.012  -9.378  1.00 82.27           H  \\nATOM   1170  HD2 LYS A 961     -21.259 -11.767  -7.729  1.00 82.27           H  \\nATOM   1171  HE3 LYS A 961     -19.197 -13.012  -6.923  1.00 98.09           H  \\nATOM   1172  HE2 LYS A 961     -18.735 -13.304  -8.589  1.00 98.09           H  \\nATOM   1173  HZ1 LYS A 961     -20.777 -14.500  -8.890  1.00108.33           H  \\nATOM   1174  HZ2 LYS A 961     -19.902 -15.143  -7.647  1.00108.33           H  \\nATOM   1175  HZ3 LYS A 961     -21.224 -14.213  -7.329  1.00108.33           H  \\nATOM   1176  N   TYR A 962     -16.430  -9.444  -7.032  1.00 42.43           N  \\nATOM   1177  CA  TYR A 962     -15.610  -9.940  -5.935  1.00 43.53           C  \\nATOM   1178  C   TYR A 962     -16.001 -11.390  -5.592  1.00 47.09           C  \\nATOM   1179  O   TYR A 962     -17.139 -11.625  -5.182  1.00 48.07           O  \\nATOM   1180  CB  TYR A 962     -15.807  -8.977  -4.743  1.00 46.00           C  \\nATOM   1181  CG  TYR A 962     -15.052  -9.322  -3.473  1.00 48.99           C  \\nATOM   1182  CD1 TYR A 962     -13.693  -8.973  -3.349  1.00 50.72           C  \\nATOM   1183  CD2 TYR A 962     -15.708  -9.972  -2.407  1.00 51.43           C  \\nATOM   1184  CE1 TYR A 962     -12.986  -9.292  -2.173  1.00 52.08           C  \\nATOM   1185  CE2 TYR A 962     -15.003 -10.287  -1.231  1.00 53.15           C  \\nATOM   1186  CZ  TYR A 962     -13.638  -9.957  -1.118  1.00 59.98           C  \\nATOM   1187  OH  TYR A 962     -12.946 -10.296   0.007  1.00 63.78           O  \\nATOM   1188  H   TYR A 962     -17.144  -8.781  -6.769  1.00 42.43           H  \\nATOM   1189  HA  TYR A 962     -14.562  -9.907  -6.242  1.00 43.53           H  \\nATOM   1190  HB3 TYR A 962     -16.868  -8.902  -4.498  1.00 46.00           H  \\nATOM   1191  HB2 TYR A 962     -15.510  -7.972  -5.041  1.00 46.00           H  \\nATOM   1192  HD1 TYR A 962     -13.193  -8.463  -4.159  1.00 50.72           H  \\nATOM   1193  HD2 TYR A 962     -16.752 -10.238  -2.492  1.00 51.43           H  \\nATOM   1194  HE1 TYR A 962     -11.942  -9.032  -2.085  1.00 52.08           H  \\nATOM   1195  HE2 TYR A 962     -15.506 -10.796  -0.421  1.00 53.15           H  \\nATOM   1196  HH  TYR A 962     -12.006 -10.107  -0.068  1.00 63.78           H  \\nATOM   1197  N   LYS A 963     -15.056 -12.326  -5.771  1.00 42.37           N  \\nATOM   1198  CA  LYS A 963     -15.203 -13.726  -5.366  1.00 42.56           C  \\nATOM   1199  C   LYS A 963     -14.894 -13.913  -3.870  1.00 48.47           C  \\nATOM   1200  O   LYS A 963     -15.618 -14.649  -3.202  1.00 50.00           O  \\nATOM   1201  CB  LYS A 963     -14.273 -14.612  -6.220  1.00 43.06           C  \\nATOM   1202  CG  LYS A 963     -14.767 -14.929  -7.644  1.00 48.30           C  \\nATOM   1203  CD  LYS A 963     -15.641 -16.192  -7.735  1.00 61.25           C  \\nATOM   1204  CE  LYS A 963     -15.976 -16.567  -9.192  1.00 72.82           C  \\nATOM   1205  NZ  LYS A 963     -16.598 -17.901  -9.298  1.00 84.70           N1+\\nATOM   1206  H   LYS A 963     -14.146 -12.058  -6.119  1.00 42.37           H  \\nATOM   1207  HA  LYS A 963     -16.234 -14.043  -5.540  1.00 42.56           H  \\nATOM   1208  HB3 LYS A 963     -14.079 -15.557  -5.715  1.00 43.06           H  \\nATOM   1209  HB2 LYS A 963     -13.305 -14.125  -6.282  1.00 43.06           H  \\nATOM   1210  HG3 LYS A 963     -13.891 -15.083  -8.273  1.00 48.30           H  \\nATOM   1211  HG2 LYS A 963     -15.294 -14.072  -8.064  1.00 48.30           H  \\nATOM   1212  HD3 LYS A 963     -16.561 -16.038  -7.170  1.00 61.25           H  \\nATOM   1213  HD2 LYS A 963     -15.118 -17.020  -7.253  1.00 61.25           H  \\nATOM   1214  HE3 LYS A 963     -15.071 -16.580  -9.798  1.00 72.82           H  \\nATOM   1215  HE2 LYS A 963     -16.640 -15.822  -9.633  1.00 72.82           H  \\nATOM   1216  HZ1 LYS A 963     -17.463 -17.922  -8.778  1.00 84.70           H  \\nATOM   1217  HZ2 LYS A 963     -16.786 -18.114 -10.268  1.00 84.70           H  \\nATOM   1218  HZ3 LYS A 963     -15.968 -18.599  -8.928  1.00 84.70           H  \\nATOM   1219  N   GLY A 964     -13.828 -13.257  -3.383  1.00 44.37           N  \\nATOM   1220  CA  GLY A 964     -13.322 -13.425  -2.026  1.00 45.35           C  \\nATOM   1221  C   GLY A 964     -11.876 -12.923  -1.976  1.00 49.58           C  \\nATOM   1222  O   GLY A 964     -11.436 -12.157  -2.835  1.00 45.71           O  \\nATOM   1223  H   GLY A 964     -13.284 -12.660  -3.993  1.00 44.37           H  \\nATOM   1224  HA3 GLY A 964     -13.348 -14.475  -1.734  1.00 45.35           H  \\nATOM   1225  HA2 GLY A 964     -13.937 -12.871  -1.318  1.00 45.35           H  \\nATOM   1226  N   CYS A 965     -11.142 -13.356  -0.943  1.00 49.54           N  \\nATOM   1227  CA  CYS A 965      -9.711 -13.105  -0.776  1.00 51.02           C  \\nATOM   1228  C   CYS A 965      -8.996 -14.425  -0.468  1.00 57.60           C  \\nATOM   1229  O   CYS A 965      -9.612 -15.360   0.039  1.00 57.77           O  \\nATOM   1230  CB  CYS A 965      -9.421 -12.070   0.332  1.00 52.68           C  \\nATOM   1231  SG  CYS A 965      -9.626 -10.388  -0.314  1.00 55.96           S  \\nATOM   1232  H   CYS A 965     -11.563 -13.969  -0.256  1.00 49.54           H  \\nATOM   1233  HA  CYS A 965      -9.296 -12.749  -1.718  1.00 51.02           H  \\nATOM   1234  HB3 CYS A 965      -8.393 -12.146   0.688  1.00 52.68           H  \\nATOM   1235  HB2 CYS A 965     -10.070 -12.219   1.196  1.00 52.68           H  \\nATOM   1236  HG  CYS A 965      -8.572 -10.428  -1.135  1.00 55.96           H  \\nATOM   1237  N   CYS A 966      -7.692 -14.458  -0.772  1.00 56.83           N  \\nATOM   1238  CA  CYS A 966      -6.805 -15.582  -0.501  1.00 59.37           C  \\nATOM   1239  C   CYS A 966      -5.684 -15.111   0.433  1.00 64.61           C  \\nATOM   1240  O   CYS A 966      -5.062 -14.084   0.157  1.00 62.66           O  \\nATOM   1241  CB  CYS A 966      -6.273 -16.194  -1.818  1.00 59.95           C  \\nATOM   1242  SG  CYS A 966      -5.028 -17.487  -1.549  1.00 65.77           S  \\nATOM   1243  H   CYS A 966      -7.257 -13.642  -1.183  1.00 56.83           H  \\nATOM   1244  HA  CYS A 966      -7.354 -16.359   0.028  1.00 59.37           H  \\nATOM   1245  HB3 CYS A 966      -5.833 -15.427  -2.450  1.00 59.95           H  \\nATOM   1246  HB2 CYS A 966      -7.087 -16.624  -2.397  1.00 59.95           H  \\nATOM   1247  HG  CYS A 966      -5.856 -18.347  -0.947  1.00 65.77           H  \\nATOM   1248  N   GLU A 967      -5.426 -15.894   1.495  1.00 64.28           N  \\nATOM   1249  CA  GLU A 967      -4.285 -15.722   2.393  1.00 65.86           C  \\nATOM   1250  C   GLU A 967      -2.977 -16.001   1.633  1.00 70.57           C  \\nATOM   1251  O   GLU A 967      -2.751 -17.140   1.218  1.00 70.73           O  \\nATOM   1252  CB  GLU A 967      -4.432 -16.675   3.601  1.00 69.10           C  \\nATOM   1253  CG  GLU A 967      -3.299 -16.537   4.661  1.00 81.26           C  \\nATOM   1254  CD  GLU A 967      -2.819 -17.832   5.345  1.00 98.19           C  \\nATOM   1255  OE1 GLU A 967      -1.791 -17.730   6.051  1.00 78.88           O  \\nATOM   1256  OE2 GLU A 967      -3.452 -18.898   5.170  1.00 93.22           O1-\\nATOM   1257  H   GLU A 967      -5.983 -16.723   1.647  1.00 64.28           H  \\nATOM   1258  HA  GLU A 967      -4.285 -14.693   2.759  1.00 65.86           H  \\nATOM   1259  HB3 GLU A 967      -4.506 -17.692   3.214  1.00 69.10           H  \\nATOM   1260  HB2 GLU A 967      -5.388 -16.487   4.092  1.00 69.10           H  \\nATOM   1261  HG3 GLU A 967      -3.640 -15.856   5.442  1.00 81.26           H  \\nATOM   1262  HG2 GLU A 967      -2.419 -16.055   4.236  1.00 81.26           H  \\nATOM   1263  N   ASP A 968      -2.146 -14.959   1.486  1.00 66.99           N  \\nATOM   1264  CA  ASP A 968      -0.819 -15.061   0.893  1.00 67.07           C  \\nATOM   1265  C   ASP A 968       0.183 -15.084   2.058  1.00 72.70           C  \\nATOM   1266  O   ASP A 968       0.385 -14.059   2.713  1.00 72.95           O  \\nATOM   1267  CB  ASP A 968      -0.562 -13.898  -0.102  1.00 67.90           C  \\nATOM   1268  CG  ASP A 968       0.531 -14.115  -1.163  1.00 83.41           C  \\nATOM   1269  OD1 ASP A 968       1.212 -15.166  -1.136  1.00 85.94           O  \\nATOM   1270  OD2 ASP A 968       0.684 -13.199  -2.001  1.00 90.83           O1-\\nATOM   1271  H   ASP A 968      -2.394 -14.052   1.856  1.00 66.99           H  \\nATOM   1272  HA  ASP A 968      -0.742 -16.003   0.347  1.00 67.07           H  \\nATOM   1273  HB3 ASP A 968      -0.318 -12.982   0.436  1.00 67.90           H  \\nATOM   1274  HB2 ASP A 968      -1.498 -13.674  -0.611  1.00 67.90           H  \\nATOM   1275  N   ALA A 969       0.769 -16.269   2.300  1.00 69.93           N  \\nATOM   1276  CA  ALA A 969       1.803 -16.496   3.313  1.00 70.98           C  \\nATOM   1277  C   ALA A 969       3.133 -15.800   2.972  1.00 74.28           C  \\nATOM   1278  O   ALA A 969       3.798 -15.301   3.880  1.00 74.55           O  \\nATOM   1279  CB  ALA A 969       1.999 -18.007   3.503  1.00 72.54           C  \\nATOM   1280  H   ALA A 969       0.520 -17.067   1.734  1.00 69.93           H  \\nATOM   1281  HA  ALA A 969       1.442 -16.082   4.258  1.00 70.98           H  \\nATOM   1282  HB1 ALA A 969       2.753 -18.215   4.264  1.00 72.54           H  \\nATOM   1283  HB2 ALA A 969       1.072 -18.482   3.826  1.00 72.54           H  \\nATOM   1284  HB3 ALA A 969       2.317 -18.490   2.579  1.00 72.54           H  \\nATOM   1285  N   GLY A 970       3.455 -15.723   1.668  1.00 69.45           N  \\nATOM   1286  CA  GLY A 970       4.486 -14.840   1.127  1.00 69.02           C  \\nATOM   1287  C   GLY A 970       3.895 -13.429   0.997  1.00 72.14           C  \\nATOM   1288  O   GLY A 970       2.682 -13.266   0.899  1.00 71.87           O  \\nATOM   1289  H   GLY A 970       2.832 -16.144   0.993  1.00 69.45           H  \\nATOM   1290  HA3 GLY A 970       4.784 -15.198   0.141  1.00 69.02           H  \\nATOM   1291  HA2 GLY A 970       5.374 -14.835   1.761  1.00 69.02           H  \\nATOM   1292  N   ALA A 971       4.753 -12.396   1.021  1.00 67.87           N  \\nATOM   1293  CA  ALA A 971       4.399 -10.968   0.975  1.00 66.36           C  \\nATOM   1294  C   ALA A 971       3.642 -10.423   2.209  1.00 68.68           C  \\nATOM   1295  O   ALA A 971       3.602  -9.204   2.353  1.00 67.93           O  \\nATOM   1296  CB  ALA A 971       3.635 -10.620  -0.324  1.00 65.39           C  \\nATOM   1297  H   ALA A 971       5.740 -12.592   1.108  1.00 67.87           H  \\nATOM   1298  HA  ALA A 971       5.351 -10.437   0.943  1.00 66.36           H  \\nATOM   1299  HB1 ALA A 971       3.520  -9.542  -0.439  1.00 65.39           H  \\nATOM   1300  HB2 ALA A 971       4.163 -10.985  -1.204  1.00 65.39           H  \\nATOM   1301  HB3 ALA A 971       2.631 -11.045  -0.345  1.00 65.39           H  \\nATOM   1302  N   ALA A 972       3.071 -11.293   3.066  1.00 64.62           N  \\nATOM   1303  CA  ALA A 972       2.294 -10.981   4.274  1.00 64.42           C  \\nATOM   1304  C   ALA A 972       1.103 -10.047   3.984  1.00 65.37           C  \\nATOM   1305  O   ALA A 972       1.060  -8.921   4.484  1.00 65.17           O  \\nATOM   1306  CB  ALA A 972       3.227 -10.442   5.377  1.00 66.93           C  \\nATOM   1307  H   ALA A 972       3.134 -12.278   2.848  1.00 64.62           H  \\nATOM   1308  HA  ALA A 972       1.876 -11.926   4.624  1.00 64.42           H  \\nATOM   1309  HB1 ALA A 972       2.682 -10.275   6.307  1.00 66.93           H  \\nATOM   1310  HB2 ALA A 972       4.025 -11.154   5.594  1.00 66.93           H  \\nATOM   1311  HB3 ALA A 972       3.695  -9.499   5.094  1.00 66.93           H  \\nATOM   1312  N   SER A 973       0.184 -10.522   3.129  1.00 59.44           N  \\nATOM   1313  CA  SER A 973      -0.932  -9.741   2.593  1.00 57.90           C  \\nATOM   1314  C   SER A 973      -2.075 -10.655   2.119  1.00 59.01           C  \\nATOM   1315  O   SER A 973      -1.921 -11.876   2.086  1.00 59.49           O  \\nATOM   1316  CB  SER A 973      -0.403  -8.798   1.481  1.00 60.76           C  \\nATOM   1317  OG  SER A 973       0.026  -9.508   0.334  1.00 68.97           O  \\nATOM   1318  H   SER A 973       0.267 -11.466   2.774  1.00 59.44           H  \\nATOM   1319  HA  SER A 973      -1.339  -9.130   3.402  1.00 57.90           H  \\nATOM   1320  HB3 SER A 973       0.421  -8.183   1.842  1.00 60.76           H  \\nATOM   1321  HB2 SER A 973      -1.186  -8.105   1.171  1.00 60.76           H  \\nATOM   1322  HG  SER A 973       0.794 -10.035   0.572  1.00 68.97           H  \\nATOM   1323  N   LEU A 974      -3.205 -10.033   1.747  1.00 52.28           N  \\nATOM   1324  CA  LEU A 974      -4.302 -10.697   1.044  1.00 50.34           C  \\nATOM   1325  C   LEU A 974      -4.106 -10.533  -0.466  1.00 50.70           C  \\nATOM   1326  O   LEU A 974      -3.776  -9.438  -0.918  1.00 49.90           O  \\nATOM   1327  CB  LEU A 974      -5.652 -10.057   1.444  1.00 50.33           C  \\nATOM   1328  CG  LEU A 974      -6.133 -10.385   2.872  1.00 55.89           C  \\nATOM   1329  CD1 LEU A 974      -7.390  -9.560   3.225  1.00 55.99           C  \\nATOM   1330  CD2 LEU A 974      -6.349 -11.900   3.087  1.00 57.89           C  \\nATOM   1331  H   LEU A 974      -3.270  -9.028   1.815  1.00 52.28           H  \\nATOM   1332  HA  LEU A 974      -4.317 -11.761   1.282  1.00 50.34           H  \\nATOM   1333  HB3 LEU A 974      -6.429 -10.378   0.746  1.00 50.33           H  \\nATOM   1334  HB2 LEU A 974      -5.580  -8.974   1.322  1.00 50.33           H  \\nATOM   1335  HG  LEU A 974      -5.348 -10.068   3.560  1.00 55.89           H  \\nATOM   1336 HD11 LEU A 974      -7.239  -9.004   4.151  1.00 55.99           H  \\nATOM   1337 HD12 LEU A 974      -7.635  -8.832   2.451  1.00 55.99           H  \\nATOM   1338 HD13 LEU A 974      -8.277 -10.179   3.359  1.00 55.99           H  \\nATOM   1339 HD21 LEU A 974      -7.274 -12.124   3.617  1.00 57.89           H  \\nATOM   1340 HD22 LEU A 974      -6.384 -12.447   2.144  1.00 57.89           H  \\nATOM   1341 HD23 LEU A 974      -5.535 -12.324   3.676  1.00 57.89           H  \\nATOM   1342  N   GLN A 975      -4.395 -11.603  -1.216  1.00 44.54           N  \\nATOM   1343  CA  GLN A 975      -4.655 -11.549  -2.651  1.00 42.17           C  \\nATOM   1344  C   GLN A 975      -6.158 -11.329  -2.878  1.00 43.56           C  \\nATOM   1345  O   GLN A 975      -6.971 -11.919  -2.168  1.00 42.93           O  \\nATOM   1346  CB  GLN A 975      -4.191 -12.855  -3.311  1.00 43.83           C  \\nATOM   1347  CG  GLN A 975      -2.665 -12.973  -3.441  1.00 59.19           C  \\nATOM   1348  CD  GLN A 975      -2.252 -14.354  -3.950  1.00 77.91           C  \\nATOM   1349  OE1 GLN A 975      -1.888 -14.512  -5.113  1.00 74.64           O  \\nATOM   1350  NE2 GLN A 975      -2.324 -15.365  -3.082  1.00 71.32           N  \\nATOM   1351  H   GLN A 975      -4.643 -12.473  -0.760  1.00 44.54           H  \\nATOM   1352  HA  GLN A 975      -4.101 -10.725  -3.104  1.00 42.17           H  \\nATOM   1353  HB3 GLN A 975      -4.625 -12.926  -4.306  1.00 43.83           H  \\nATOM   1354  HB2 GLN A 975      -4.582 -13.695  -2.742  1.00 43.83           H  \\nATOM   1355  HG3 GLN A 975      -2.186 -12.784  -2.484  1.00 59.19           H  \\nATOM   1356  HG2 GLN A 975      -2.291 -12.209  -4.121  1.00 59.19           H  \\nATOM   1357 HE22 GLN A 975      -2.096 -16.302  -3.374  1.00 71.32           H  \\nATOM   1358 HE21 GLN A 975      -2.627 -15.202  -2.132  1.00 71.32           H  \\nATOM   1359  N   LEU A 976      -6.488 -10.492  -3.868  1.00 37.72           N  \\nATOM   1360  CA  LEU A 976      -7.847 -10.131  -4.255  1.00 36.76           C  \\nATOM   1361  C   LEU A 976      -8.327 -11.093  -5.350  1.00 38.66           C  \\nATOM   1362  O   LEU A 976      -7.956 -10.919  -6.512  1.00 37.25           O  \\nATOM   1363  CB  LEU A 976      -7.819  -8.656  -4.717  1.00 36.56           C  \\nATOM   1364  CG  LEU A 976      -9.143  -8.055  -5.237  1.00 41.61           C  \\nATOM   1365  CD1 LEU A 976     -10.288  -8.184  -4.216  1.00 43.42           C  \\nATOM   1366  CD2 LEU A 976      -8.926  -6.598  -5.699  1.00 42.85           C  \\nATOM   1367  H   LEU A 976      -5.752 -10.099  -4.441  1.00 37.72           H  \\nATOM   1368  HA  LEU A 976      -8.510 -10.216  -3.392  1.00 36.76           H  \\nATOM   1369  HB3 LEU A 976      -7.085  -8.565  -5.513  1.00 36.56           H  \\nATOM   1370  HB2 LEU A 976      -7.445  -8.039  -3.900  1.00 36.56           H  \\nATOM   1371  HG  LEU A 976      -9.442  -8.613  -6.124  1.00 41.61           H  \\nATOM   1372 HD11 LEU A 976     -10.930  -7.303  -4.187  1.00 43.42           H  \\nATOM   1373 HD12 LEU A 976     -10.920  -9.035  -4.469  1.00 43.42           H  \\nATOM   1374 HD13 LEU A 976      -9.917  -8.343  -3.204  1.00 43.42           H  \\nATOM   1375 HD21 LEU A 976      -9.526  -5.885  -5.134  1.00 42.85           H  \\nATOM   1376 HD22 LEU A 976      -7.888  -6.282  -5.594  1.00 42.85           H  \\nATOM   1377 HD23 LEU A 976      -9.185  -6.482  -6.752  1.00 42.85           H  \\nATOM   1378  N   VAL A 977      -9.134 -12.091  -4.958  1.00 35.03           N  \\nATOM   1379  CA  VAL A 977      -9.722 -13.059  -5.882  1.00 34.91           C  \\nATOM   1380  C   VAL A 977     -10.993 -12.447  -6.502  1.00 38.85           C  \\nATOM   1381  O   VAL A 977     -11.896 -12.025  -5.778  1.00 39.08           O  \\nATOM   1382  CB  VAL A 977     -10.085 -14.406  -5.191  1.00 39.71           C  \\nATOM   1383  CG1 VAL A 977     -10.564 -15.484  -6.188  1.00 39.45           C  \\nATOM   1384  CG2 VAL A 977      -8.900 -14.967  -4.381  1.00 39.89           C  \\nATOM   1385  H   VAL A 977      -9.424 -12.162  -3.993  1.00 35.03           H  \\nATOM   1386  HA  VAL A 977      -9.005 -13.279  -6.676  1.00 34.91           H  \\nATOM   1387  HB  VAL A 977     -10.902 -14.237  -4.489  1.00 39.71           H  \\nATOM   1388 HG11 VAL A 977     -10.841 -16.401  -5.668  1.00 39.45           H  \\nATOM   1389 HG12 VAL A 977     -11.429 -15.174  -6.770  1.00 39.45           H  \\nATOM   1390 HG13 VAL A 977      -9.779 -15.739  -6.898  1.00 39.45           H  \\nATOM   1391 HG21 VAL A 977      -9.153 -15.924  -3.927  1.00 39.89           H  \\nATOM   1392 HG22 VAL A 977      -8.024 -15.122  -5.011  1.00 39.89           H  \\nATOM   1393 HG23 VAL A 977      -8.610 -14.298  -3.573  1.00 39.89           H  \\nATOM   1394  N   MET A 978     -11.015 -12.404  -7.839  1.00 34.03           N  \\nATOM   1395  CA  MET A 978     -12.113 -11.896  -8.660  1.00 34.32           C  \\nATOM   1396  C   MET A 978     -12.538 -12.993  -9.643  1.00 36.69           C  \\nATOM   1397  O   MET A 978     -11.818 -13.978  -9.822  1.00 35.63           O  \\nATOM   1398  CB  MET A 978     -11.644 -10.647  -9.443  1.00 36.81           C  \\nATOM   1399  CG  MET A 978     -10.999  -9.544  -8.586  1.00 41.50           C  \\nATOM   1400  SD  MET A 978     -10.358  -8.128  -9.522  1.00 45.78           S  \\nATOM   1401  CE  MET A 978      -8.942  -8.902 -10.352  1.00 42.96           C  \\nATOM   1402  H   MET A 978     -10.221 -12.753  -8.360  1.00 34.03           H  \\nATOM   1403  HA  MET A 978     -12.972 -11.635  -8.040  1.00 34.32           H  \\nATOM   1404  HB3 MET A 978     -12.500 -10.218  -9.964  1.00 36.81           H  \\nATOM   1405  HB2 MET A 978     -10.949 -10.945 -10.226  1.00 36.81           H  \\nATOM   1406  HG3 MET A 978     -10.167  -9.942  -8.007  1.00 41.50           H  \\nATOM   1407  HG2 MET A 978     -11.729  -9.178  -7.865  1.00 41.50           H  \\nATOM   1408  HE1 MET A 978      -8.326  -8.141 -10.832  1.00 42.96           H  \\nATOM   1409  HE2 MET A 978      -8.328  -9.444  -9.634  1.00 42.96           H  \\nATOM   1410  HE3 MET A 978      -9.276  -9.600 -11.120  1.00 42.96           H  \\nATOM   1411  N   GLU A 979     -13.692 -12.793 -10.297  1.00 33.63           N  \\nATOM   1412  CA  GLU A 979     -14.132 -13.639 -11.407  1.00 33.95           C  \\nATOM   1413  C   GLU A 979     -13.224 -13.450 -12.637  1.00 35.56           C  \\nATOM   1414  O   GLU A 979     -12.741 -12.343 -12.884  1.00 32.73           O  \\nATOM   1415  CB  GLU A 979     -15.611 -13.341 -11.735  1.00 36.17           C  \\nATOM   1416  CG  GLU A 979     -15.895 -11.927 -12.301  1.00 42.68           C  \\nATOM   1417  CD  GLU A 979     -17.362 -11.631 -12.644  1.00 58.73           C  \\nATOM   1418  OE1 GLU A 979     -18.206 -12.554 -12.607  1.00 57.48           O  \\nATOM   1419  OE2 GLU A 979     -17.624 -10.444 -12.930  1.00 43.43           O1-\\nATOM   1420  H   GLU A 979     -14.250 -11.971 -10.107  1.00 33.63           H  \\nATOM   1421  HA  GLU A 979     -14.064 -14.680 -11.082  1.00 33.95           H  \\nATOM   1422  HB3 GLU A 979     -16.208 -13.495 -10.835  1.00 36.17           H  \\nATOM   1423  HB2 GLU A 979     -15.958 -14.090 -12.449  1.00 36.17           H  \\nATOM   1424  HG3 GLU A 979     -15.329 -11.770 -13.218  1.00 42.68           H  \\nATOM   1425  HG2 GLU A 979     -15.547 -11.175 -11.591  1.00 42.68           H  \\nATOM   1426  N   TYR A 980     -13.046 -14.537 -13.401  1.00 33.04           N  \\nATOM   1427  CA  TYR A 980     -12.435 -14.501 -14.725  1.00 34.05           C  \\nATOM   1428  C   TYR A 980     -13.483 -14.026 -15.745  1.00 39.90           C  \\nATOM   1429  O   TYR A 980     -14.472 -14.726 -15.958  1.00 41.17           O  \\nATOM   1430  CB  TYR A 980     -11.868 -15.895 -15.054  1.00 36.60           C  \\nATOM   1431  CG  TYR A 980     -11.332 -16.062 -16.464  1.00 38.89           C  \\nATOM   1432  CD1 TYR A 980     -10.181 -15.355 -16.870  1.00 40.20           C  \\nATOM   1433  CD2 TYR A 980     -11.982 -16.925 -17.372  1.00 40.57           C  \\nATOM   1434  CE1 TYR A 980      -9.674 -15.525 -18.172  1.00 41.79           C  \\nATOM   1435  CE2 TYR A 980     -11.480 -17.085 -18.677  1.00 41.35           C  \\nATOM   1436  CZ  TYR A 980     -10.325 -16.386 -19.077  1.00 46.65           C  \\nATOM   1437  OH  TYR A 980      -9.838 -16.543 -20.341  1.00 46.21           O  \\nATOM   1438  H   TYR A 980     -13.471 -15.414 -13.135  1.00 33.04           H  \\nATOM   1439  HA  TYR A 980     -11.599 -13.798 -14.714  1.00 34.05           H  \\nATOM   1440  HB3 TYR A 980     -12.642 -16.648 -14.893  1.00 36.60           H  \\nATOM   1441  HB2 TYR A 980     -11.066 -16.137 -14.355  1.00 36.60           H  \\nATOM   1442  HD1 TYR A 980      -9.678 -14.693 -16.181  1.00 40.20           H  \\nATOM   1443  HD2 TYR A 980     -12.868 -17.466 -17.073  1.00 40.57           H  \\nATOM   1444  HE1 TYR A 980      -8.783 -14.995 -18.472  1.00 41.79           H  \\nATOM   1445  HE2 TYR A 980     -11.986 -17.745 -19.366  1.00 41.35           H  \\nATOM   1446  HH  TYR A 980     -10.419 -17.063 -20.902  1.00 46.21           H  \\nATOM   1447  N   VAL A 981     -13.243 -12.844 -16.331  1.00 35.70           N  \\nATOM   1448  CA  VAL A 981     -14.105 -12.203 -17.322  1.00 35.13           C  \\nATOM   1449  C   VAL A 981     -13.580 -12.610 -18.729  1.00 39.95           C  \\nATOM   1450  O   VAL A 981     -12.511 -12.123 -19.104  1.00 40.49           O  \\nATOM   1451  CB  VAL A 981     -14.061 -10.658 -17.131  1.00 37.53           C  \\nATOM   1452  CG1 VAL A 981     -14.865  -9.900 -18.194  1.00 37.76           C  \\nATOM   1453  CG2 VAL A 981     -14.577 -10.251 -15.736  1.00 36.89           C  \\nATOM   1454  H   VAL A 981     -12.403 -12.336 -16.094  1.00 35.70           H  \\nATOM   1455  HA  VAL A 981     -15.141 -12.487 -17.157  1.00 35.13           H  \\nATOM   1456  HB  VAL A 981     -13.027 -10.316 -17.194  1.00 37.53           H  \\nATOM   1457 HG11 VAL A 981     -15.030  -8.860 -17.916  1.00 37.76           H  \\nATOM   1458 HG12 VAL A 981     -14.337  -9.900 -19.144  1.00 37.76           H  \\nATOM   1459 HG13 VAL A 981     -15.848 -10.347 -18.332  1.00 37.76           H  \\nATOM   1460 HG21 VAL A 981     -14.545  -9.169 -15.601  1.00 36.89           H  \\nATOM   1461 HG22 VAL A 981     -15.608 -10.571 -15.585  1.00 36.89           H  \\nATOM   1462 HG23 VAL A 981     -13.974 -10.689 -14.942  1.00 36.89           H  \\nATOM   1463  N   PRO A 982     -14.241 -13.581 -19.416  1.00 37.29           N  \\nATOM   1464  CA  PRO A 982     -13.592 -14.428 -20.446  1.00 36.67           C  \\nATOM   1465  C   PRO A 982     -12.871 -13.788 -21.645  1.00 38.06           C  \\nATOM   1466  O   PRO A 982     -11.842 -14.330 -22.047  1.00 37.41           O  \\nATOM   1467  CB  PRO A 982     -14.705 -15.369 -20.926  1.00 39.18           C  \\nATOM   1468  CG  PRO A 982     -15.606 -15.513 -19.720  1.00 44.96           C  \\nATOM   1469  CD  PRO A 982     -15.576 -14.120 -19.111  1.00 40.09           C  \\nATOM   1470  HA  PRO A 982     -12.855 -15.022 -19.904  1.00 36.67           H  \\nATOM   1471  HB3 PRO A 982     -14.326 -16.330 -21.276  1.00 39.18           H  \\nATOM   1472  HB2 PRO A 982     -15.269 -14.915 -21.745  1.00 39.18           H  \\nATOM   1473  HG3 PRO A 982     -15.167 -16.226 -19.021  1.00 44.96           H  \\nATOM   1474  HG2 PRO A 982     -16.612 -15.855 -19.966  1.00 44.96           H  \\nATOM   1475  HD2 PRO A 982     -16.322 -13.488 -19.589  1.00 40.09           H  \\nATOM   1476  HD3 PRO A 982     -15.833 -14.200 -18.058  1.00 40.09           H  \\nATOM   1477  N   LEU A 983     -13.410 -12.695 -22.212  1.00 33.36           N  \\nATOM   1478  CA  LEU A 983     -12.867 -12.076 -23.431  1.00 31.91           C  \\nATOM   1479  C   LEU A 983     -11.838 -10.960 -23.155  1.00 34.62           C  \\nATOM   1480  O   LEU A 983     -11.266 -10.441 -24.114  1.00 34.03           O  \\nATOM   1481  CB  LEU A 983     -14.023 -11.600 -24.346  1.00 31.79           C  \\nATOM   1482  CG  LEU A 983     -14.935 -12.735 -24.868  1.00 36.75           C  \\nATOM   1483  CD1 LEU A 983     -16.149 -12.165 -25.617  1.00 37.07           C  \\nATOM   1484  CD2 LEU A 983     -14.182 -13.760 -25.739  1.00 39.07           C  \\nATOM   1485  H   LEU A 983     -14.253 -12.283 -21.835  1.00 33.36           H  \\nATOM   1486  HA  LEU A 983     -12.308 -12.827 -23.990  1.00 31.91           H  \\nATOM   1487  HB3 LEU A 983     -13.617 -11.066 -25.205  1.00 31.79           H  \\nATOM   1488  HB2 LEU A 983     -14.631 -10.871 -23.818  1.00 31.79           H  \\nATOM   1489  HG  LEU A 983     -15.336 -13.264 -24.002  1.00 36.75           H  \\nATOM   1490 HD11 LEU A 983     -16.944 -12.908 -25.684  1.00 37.07           H  \\nATOM   1491 HD12 LEU A 983     -16.559 -11.295 -25.106  1.00 37.07           H  \\nATOM   1492 HD13 LEU A 983     -15.890 -11.865 -26.633  1.00 37.07           H  \\nATOM   1493 HD21 LEU A 983     -14.730 -14.004 -26.649  1.00 39.07           H  \\nATOM   1494 HD22 LEU A 983     -13.202 -13.396 -26.048  1.00 39.07           H  \\nATOM   1495 HD23 LEU A 983     -14.030 -14.692 -25.194  1.00 39.07           H  \\nATOM   1496  N   GLY A 984     -11.577 -10.645 -21.872  1.00 30.54           N  \\nATOM   1497  CA  GLY A 984     -10.542  -9.702 -21.438  1.00 29.44           C  \\nATOM   1498  C   GLY A 984     -10.893  -8.247 -21.772  1.00 30.46           C  \\nATOM   1499  O   GLY A 984     -12.035  -7.935 -22.104  1.00 29.51           O  \\nATOM   1500  H   GLY A 984     -12.090 -11.120 -21.142  1.00 30.54           H  \\nATOM   1501  HA3 GLY A 984      -9.590  -9.962 -21.901  1.00 29.44           H  \\nATOM   1502  HA2 GLY A 984     -10.415  -9.792 -20.359  1.00 29.44           H  \\nATOM   1503  N   SER A 985      -9.900  -7.349 -21.647  1.00 25.72           N  \\nATOM   1504  CA  SER A 985     -10.058  -5.906 -21.855  1.00 25.55           C  \\nATOM   1505  C   SER A 985     -10.449  -5.533 -23.295  1.00 28.85           C  \\nATOM   1506  O   SER A 985     -10.017  -6.199 -24.235  1.00 26.31           O  \\nATOM   1507  CB  SER A 985      -8.804  -5.158 -21.361  1.00 29.24           C  \\nATOM   1508  OG  SER A 985      -7.724  -5.184 -22.273  1.00 35.45           O  \\nATOM   1509  H   SER A 985      -8.976  -7.668 -21.385  1.00 25.72           H  \\nATOM   1510  HA  SER A 985     -10.867  -5.593 -21.205  1.00 25.55           H  \\nATOM   1511  HB3 SER A 985      -8.479  -5.544 -20.395  1.00 29.24           H  \\nATOM   1512  HB2 SER A 985      -9.060  -4.111 -21.202  1.00 29.24           H  \\nATOM   1513  HG  SER A 985      -7.369  -6.078 -22.315  1.00 35.45           H  \\nATOM   1514  N   LEU A 986     -11.219  -4.440 -23.432  1.00 27.52           N  \\nATOM   1515  CA  LEU A 986     -11.584  -3.835 -24.717  1.00 27.90           C  \\nATOM   1516  C   LEU A 986     -10.369  -3.303 -25.499  1.00 31.20           C  \\nATOM   1517  O   LEU A 986     -10.426  -3.281 -26.727  1.00 30.54           O  \\nATOM   1518  CB  LEU A 986     -12.621  -2.712 -24.492  1.00 27.75           C  \\nATOM   1519  CG  LEU A 986     -14.045  -3.208 -24.157  1.00 32.92           C  \\nATOM   1520  CD1 LEU A 986     -14.956  -2.019 -23.808  1.00 33.36           C  \\nATOM   1521  CD2 LEU A 986     -14.667  -4.058 -25.284  1.00 36.70           C  \\nATOM   1522  H   LEU A 986     -11.542  -3.953 -22.605  1.00 27.52           H  \\nATOM   1523  HA  LEU A 986     -12.030  -4.614 -25.334  1.00 27.90           H  \\nATOM   1524  HB3 LEU A 986     -12.688  -2.084 -25.381  1.00 27.75           H  \\nATOM   1525  HB2 LEU A 986     -12.263  -2.052 -23.700  1.00 27.75           H  \\nATOM   1526  HG  LEU A 986     -13.980  -3.829 -23.262  1.00 32.92           H  \\nATOM   1527 HD11 LEU A 986     -15.724  -2.314 -23.100  1.00 33.36           H  \\nATOM   1528 HD12 LEU A 986     -14.399  -1.202 -23.350  1.00 33.36           H  \\nATOM   1529 HD13 LEU A 986     -15.463  -1.625 -24.690  1.00 33.36           H  \\nATOM   1530 HD21 LEU A 986     -15.731  -3.859 -25.406  1.00 36.70           H  \\nATOM   1531 HD22 LEU A 986     -14.192  -3.868 -26.245  1.00 36.70           H  \\nATOM   1532 HD23 LEU A 986     -14.561  -5.121 -25.075  1.00 36.70           H  \\nATOM   1533  N   ARG A 987      -9.286  -2.929 -24.793  1.00 29.06           N  \\nATOM   1534  CA  ARG A 987      -8.017  -2.516 -25.394  1.00 29.96           C  \\nATOM   1535  C   ARG A 987      -7.291  -3.652 -26.137  1.00 34.81           C  \\nATOM   1536  O   ARG A 987      -6.680  -3.387 -27.172  1.00 34.10           O  \\nATOM   1537  CB  ARG A 987      -7.130  -1.836 -24.336  1.00 32.11           C  \\nATOM   1538  CG  ARG A 987      -5.888  -1.139 -24.920  1.00 46.98           C  \\nATOM   1539  CD  ARG A 987      -5.085  -0.392 -23.849  1.00 59.29           C  \\nATOM   1540  NE  ARG A 987      -3.827   0.162 -24.375  1.00 65.62           N  \\nATOM   1541  CZ  ARG A 987      -2.647  -0.473 -24.496  1.00 80.85           C  \\nATOM   1542  NH1 ARG A 987      -1.601   0.204 -24.984  1.00 71.30           N  \\nATOM   1543  NH2 ARG A 987      -2.483  -1.757 -24.139  1.00 64.23           N1+\\nATOM   1544  H   ARG A 987      -9.312  -2.973 -23.784  1.00 29.06           H  \\nATOM   1545  HA  ARG A 987      -8.262  -1.763 -26.133  1.00 29.96           H  \\nATOM   1546  HB3 ARG A 987      -6.823  -2.568 -23.588  1.00 32.11           H  \\nATOM   1547  HB2 ARG A 987      -7.722  -1.088 -23.808  1.00 32.11           H  \\nATOM   1548  HG3 ARG A 987      -6.268  -0.398 -25.626  1.00 46.98           H  \\nATOM   1549  HG2 ARG A 987      -5.251  -1.807 -25.500  1.00 46.98           H  \\nATOM   1550  HD3 ARG A 987      -4.953  -0.979 -22.940  1.00 59.29           H  \\nATOM   1551  HD2 ARG A 987      -5.653   0.492 -23.566  1.00 59.29           H  \\nATOM   1552  HE  ARG A 987      -3.886   1.115 -24.706  1.00 65.62           H  \\nATOM   1553 HH12 ARG A 987      -0.701  -0.246 -25.082  1.00 71.30           H  \\nATOM   1554 HH11 ARG A 987      -1.705   1.173 -25.259  1.00 71.30           H  \\nATOM   1555 HH22 ARG A 987      -1.576  -2.198 -24.220  1.00 64.23           H  \\nATOM   1556 HH21 ARG A 987      -3.272  -2.303 -23.824  1.00 64.23           H  \\nATOM   1557  N   ASP A 988      -7.393  -4.883 -25.612  1.00 32.33           N  \\nATOM   1558  CA  ASP A 988      -6.818  -6.091 -26.208  1.00 32.03           C  \\nATOM   1559  C   ASP A 988      -7.773  -6.753 -27.216  1.00 34.79           C  \\nATOM   1560  O   ASP A 988      -7.292  -7.360 -28.172  1.00 33.45           O  \\nATOM   1561  CB  ASP A 988      -6.383  -7.129 -25.141  1.00 34.09           C  \\nATOM   1562  CG  ASP A 988      -5.386  -6.633 -24.076  1.00 50.64           C  \\nATOM   1563  OD1 ASP A 988      -4.621  -5.682 -24.352  1.00 52.94           O  \\nATOM   1564  OD2 ASP A 988      -5.324  -7.306 -23.023  1.00 55.56           O1-\\nATOM   1565  H   ASP A 988      -7.905  -5.013 -24.750  1.00 32.33           H  \\nATOM   1566  HA  ASP A 988      -5.926  -5.807 -26.770  1.00 32.03           H  \\nATOM   1567  HB3 ASP A 988      -5.929  -7.992 -25.631  1.00 34.09           H  \\nATOM   1568  HB2 ASP A 988      -7.271  -7.493 -24.620  1.00 34.09           H  \\nATOM   1569  N   TYR A 989      -9.092  -6.640 -26.993  1.00 30.87           N  \\nATOM   1570  CA  TYR A 989     -10.115  -7.301 -27.799  1.00 30.93           C  \\nATOM   1571  C   TYR A 989     -10.388  -6.577 -29.130  1.00 31.61           C  \\nATOM   1572  O   TYR A 989     -10.312  -7.223 -30.174  1.00 30.88           O  \\nATOM   1573  CB  TYR A 989     -11.391  -7.498 -26.954  1.00 32.58           C  \\nATOM   1574  CG  TYR A 989     -12.492  -8.296 -27.630  1.00 35.88           C  \\nATOM   1575  CD1 TYR A 989     -12.518  -9.702 -27.516  1.00 38.76           C  \\nATOM   1576  CD2 TYR A 989     -13.493  -7.638 -28.372  1.00 37.33           C  \\nATOM   1577  CE1 TYR A 989     -13.542 -10.443 -28.137  1.00 41.81           C  \\nATOM   1578  CE2 TYR A 989     -14.514  -8.378 -28.996  1.00 39.43           C  \\nATOM   1579  CZ  TYR A 989     -14.541  -9.782 -28.878  1.00 47.08           C  \\nATOM   1580  OH  TYR A 989     -15.532 -10.501 -29.479  1.00 54.57           O  \\nATOM   1581  H   TYR A 989      -9.417  -6.150 -26.170  1.00 30.87           H  \\nATOM   1582  HA  TYR A 989      -9.748  -8.300 -28.046  1.00 30.93           H  \\nATOM   1583  HB3 TYR A 989     -11.794  -6.531 -26.652  1.00 32.58           H  \\nATOM   1584  HB2 TYR A 989     -11.134  -8.012 -26.026  1.00 32.58           H  \\nATOM   1585  HD1 TYR A 989     -11.755 -10.216 -26.949  1.00 38.76           H  \\nATOM   1586  HD2 TYR A 989     -13.476  -6.563 -28.464  1.00 37.33           H  \\nATOM   1587  HE1 TYR A 989     -13.559 -11.519 -28.045  1.00 41.81           H  \\nATOM   1588  HE2 TYR A 989     -15.272  -7.863 -29.563  1.00 39.43           H  \\nATOM   1589  HH  TYR A 989     -16.158  -9.956 -29.961  1.00 54.57           H  \\nATOM   1590  N   LEU A 990     -10.706  -5.269 -29.079  1.00 26.64           N  \\nATOM   1591  CA  LEU A 990     -11.169  -4.493 -30.238  1.00 26.55           C  \\nATOM   1592  C   LEU A 990     -10.208  -4.338 -31.443  1.00 32.26           C  \\nATOM   1593  O   LEU A 990     -10.730  -4.254 -32.554  1.00 32.40           O  \\nATOM   1594  CB  LEU A 990     -11.721  -3.111 -29.816  1.00 25.29           C  \\nATOM   1595  CG  LEU A 990     -12.967  -3.137 -28.906  1.00 28.64           C  \\nATOM   1596  CD1 LEU A 990     -13.282  -1.724 -28.386  1.00 28.39           C  \\nATOM   1597  CD2 LEU A 990     -14.197  -3.752 -29.604  1.00 27.70           C  \\nATOM   1598  H   LEU A 990     -10.708  -4.785 -28.191  1.00 26.64           H  \\nATOM   1599  HA  LEU A 990     -12.009  -5.067 -30.634  1.00 26.55           H  \\nATOM   1600  HB3 LEU A 990     -11.971  -2.532 -30.706  1.00 25.29           H  \\nATOM   1601  HB2 LEU A 990     -10.926  -2.554 -29.318  1.00 25.29           H  \\nATOM   1602  HG  LEU A 990     -12.740  -3.756 -28.038  1.00 28.64           H  \\nATOM   1603 HD11 LEU A 990     -14.289  -1.658 -27.974  1.00 28.39           H  \\nATOM   1604 HD12 LEU A 990     -12.591  -1.441 -27.593  1.00 28.39           H  \\nATOM   1605 HD13 LEU A 990     -13.197  -0.978 -29.176  1.00 28.39           H  \\nATOM   1606 HD21 LEU A 990     -15.056  -3.083 -29.591  1.00 27.70           H  \\nATOM   1607 HD22 LEU A 990     -14.006  -3.989 -30.651  1.00 27.70           H  \\nATOM   1608 HD23 LEU A 990     -14.506  -4.670 -29.108  1.00 27.70           H  \\nATOM   1609  N   PRO A 991      -8.862  -4.368 -31.272  1.00 29.17           N  \\nATOM   1610  CA  PRO A 991      -7.934  -4.390 -32.422  1.00 30.32           C  \\nATOM   1611  C   PRO A 991      -7.982  -5.660 -33.292  1.00 37.04           C  \\nATOM   1612  O   PRO A 991      -7.685  -5.568 -34.482  1.00 39.83           O  \\nATOM   1613  CB  PRO A 991      -6.545  -4.175 -31.796  1.00 31.53           C  \\nATOM   1614  CG  PRO A 991      -6.828  -3.468 -30.483  1.00 34.07           C  \\nATOM   1615  CD  PRO A 991      -8.127  -4.120 -30.032  1.00 29.12           C  \\nATOM   1616  HA  PRO A 991      -8.172  -3.530 -33.048  1.00 30.32           H  \\nATOM   1617  HB3 PRO A 991      -5.880  -3.597 -32.438  1.00 31.53           H  \\nATOM   1618  HB2 PRO A 991      -6.059  -5.130 -31.592  1.00 31.53           H  \\nATOM   1619  HG3 PRO A 991      -6.998  -2.407 -30.671  1.00 34.07           H  \\nATOM   1620  HG2 PRO A 991      -6.017  -3.559 -29.761  1.00 34.07           H  \\nATOM   1621  HD2 PRO A 991      -7.914  -5.074 -29.554  1.00 29.12           H  \\nATOM   1622  HD3 PRO A 991      -8.663  -3.490 -29.323  1.00 29.12           H  \\nATOM   1623  N   ARG A 992      -8.364  -6.801 -32.693  1.00 33.12           N  \\nATOM   1624  CA  ARG A 992      -8.473  -8.101 -33.362  1.00 35.22           C  \\nATOM   1625  C   ARG A 992      -9.923  -8.477 -33.721  1.00 42.35           C  \\nATOM   1626  O   ARG A 992     -10.101  -9.442 -34.464  1.00 43.35           O  \\nATOM   1627  CB  ARG A 992      -7.847  -9.181 -32.452  1.00 36.79           C  \\nATOM   1628  CG  ARG A 992      -6.321  -9.042 -32.266  1.00 49.00           C  \\nATOM   1629  CD  ARG A 992      -5.895  -8.581 -30.862  1.00 65.39           C  \\nATOM   1630  NE  ARG A 992      -4.429  -8.630 -30.709  1.00 83.52           N  \\nATOM   1631  CZ  ARG A 992      -3.697  -8.245 -29.646  1.00101.34           C  \\nATOM   1632  NH1 ARG A 992      -4.252  -7.730 -28.539  1.00 87.97           N  \\nATOM   1633  NH2 ARG A 992      -2.366  -8.382 -29.694  1.00 90.05           N1+\\nATOM   1634  H   ARG A 992      -8.610  -6.788 -31.713  1.00 33.12           H  \\nATOM   1635  HA  ARG A 992      -7.920  -8.089 -34.303  1.00 35.22           H  \\nATOM   1636  HB3 ARG A 992      -8.028 -10.163 -32.891  1.00 36.79           H  \\nATOM   1637  HB2 ARG A 992      -8.353  -9.200 -31.486  1.00 36.79           H  \\nATOM   1638  HG3 ARG A 992      -5.962  -8.307 -32.988  1.00 49.00           H  \\nATOM   1639  HG2 ARG A 992      -5.815  -9.970 -32.534  1.00 49.00           H  \\nATOM   1640  HD3 ARG A 992      -6.407  -9.141 -30.079  1.00 65.39           H  \\nATOM   1641  HD2 ARG A 992      -6.177  -7.534 -30.743  1.00 65.39           H  \\nATOM   1642  HE  ARG A 992      -3.934  -9.003 -31.505  1.00 83.52           H  \\nATOM   1643 HH12 ARG A 992      -3.684  -7.448 -27.753  1.00 87.97           H  \\nATOM   1644 HH11 ARG A 992      -5.259  -7.626 -28.485  1.00 87.97           H  \\nATOM   1645 HH22 ARG A 992      -1.795  -8.104 -28.909  1.00 90.05           H  \\nATOM   1646 HH21 ARG A 992      -1.920  -8.767 -30.514  1.00 90.05           H  \\nATOM   1647  N   HIS A 993     -10.920  -7.742 -33.199  1.00 39.31           N  \\nATOM   1648  CA  HIS A 993     -12.343  -8.029 -33.380  1.00 40.02           C  \\nATOM   1649  C   HIS A 993     -13.064  -6.735 -33.771  1.00 44.39           C  \\nATOM   1650  O   HIS A 993     -13.235  -5.856 -32.926  1.00 42.90           O  \\nATOM   1651  CB  HIS A 993     -12.933  -8.636 -32.087  1.00 40.24           C  \\nATOM   1652  CG  HIS A 993     -12.280  -9.913 -31.615  1.00 43.95           C  \\nATOM   1653  ND1 HIS A 993     -11.178  -9.921 -30.777  1.00 44.82           N  \\nATOM   1654  CD2 HIS A 993     -12.584 -11.239 -31.832  1.00 46.86           C  \\nATOM   1655  CE1 HIS A 993     -10.862 -11.196 -30.543  1.00 45.15           C  \\nATOM   1656  NE2 HIS A 993     -11.674 -12.053 -31.151  1.00 46.64           N  \\nATOM   1657  H   HIS A 993     -10.700  -6.953 -32.607  1.00 39.31           H  \\nATOM   1658  HA  HIS A 993     -12.488  -8.755 -34.182  1.00 40.02           H  \\nATOM   1659  HB3 HIS A 993     -13.998  -8.834 -32.223  1.00 40.24           H  \\nATOM   1660  HB2 HIS A 993     -12.864  -7.911 -31.275  1.00 40.24           H  \\nATOM   1661  HD1 HIS A 993     -10.706  -9.101 -30.417  1.00 44.82           H  \\nATOM   1662  HD2 HIS A 993     -13.381 -11.668 -32.421  1.00 46.86           H  \\nATOM   1663  HE1 HIS A 993     -10.035 -11.499 -29.918  1.00 45.15           H  \\nATOM   1664  N   SER A 994     -13.470  -6.644 -35.048  1.00 43.61           N  \\nATOM   1665  CA  SER A 994     -14.209  -5.516 -35.617  1.00 44.09           C  \\nATOM   1666  C   SER A 994     -15.687  -5.527 -35.171  1.00 48.55           C  \\nATOM   1667  O   SER A 994     -16.525  -6.165 -35.809  1.00 49.91           O  \\nATOM   1668  CB  SER A 994     -14.007  -5.502 -37.150  1.00 50.40           C  \\nATOM   1669  OG  SER A 994     -14.571  -6.626 -37.802  1.00 64.99           O  \\nATOM   1670  H   SER A 994     -13.279  -7.408 -35.685  1.00 43.61           H  \\nATOM   1671  HA  SER A 994     -13.757  -4.597 -35.238  1.00 44.09           H  \\nATOM   1672  HB3 SER A 994     -12.944  -5.455 -37.390  1.00 50.40           H  \\nATOM   1673  HB2 SER A 994     -14.458  -4.603 -37.573  1.00 50.40           H  \\nATOM   1674  HG  SER A 994     -15.515  -6.632 -37.619  1.00 64.99           H  \\nATOM   1675  N   ILE A 995     -15.965  -4.828 -34.059  1.00 42.04           N  \\nATOM   1676  CA  ILE A 995     -17.296  -4.714 -33.464  1.00 40.91           C  \\nATOM   1677  C   ILE A 995     -18.064  -3.520 -34.068  1.00 43.90           C  \\nATOM   1678  O   ILE A 995     -17.480  -2.455 -34.267  1.00 43.46           O  \\nATOM   1679  CB  ILE A 995     -17.192  -4.556 -31.916  1.00 42.36           C  \\nATOM   1680  CG1 ILE A 995     -16.536  -5.790 -31.248  1.00 42.65           C  \\nATOM   1681  CG2 ILE A 995     -18.529  -4.242 -31.218  1.00 41.71           C  \\nATOM   1682  CD1 ILE A 995     -17.228  -7.139 -31.513  1.00 43.19           C  \\nATOM   1683  H   ILE A 995     -15.219  -4.349 -33.575  1.00 42.04           H  \\nATOM   1684  HA  ILE A 995     -17.863  -5.619 -33.689  1.00 40.91           H  \\nATOM   1685  HB  ILE A 995     -16.532  -3.711 -31.714  1.00 42.36           H  \\nATOM   1686 HG13 ILE A 995     -16.475  -5.629 -30.172  1.00 42.65           H  \\nATOM   1687 HG12 ILE A 995     -15.501  -5.868 -31.578  1.00 42.65           H  \\nATOM   1688 HG21 ILE A 995     -18.434  -4.276 -30.134  1.00 41.71           H  \\nATOM   1689 HG22 ILE A 995     -18.899  -3.250 -31.464  1.00 41.71           H  \\nATOM   1690 HG23 ILE A 995     -19.292  -4.958 -31.512  1.00 41.71           H  \\nATOM   1691 HD11 ILE A 995     -16.639  -7.748 -32.199  1.00 43.19           H  \\nATOM   1692 HD12 ILE A 995     -17.348  -7.704 -30.589  1.00 43.19           H  \\nATOM   1693 HD13 ILE A 995     -18.221  -7.025 -31.946  1.00 43.19           H  \\nATOM   1694  N   GLY A 996     -19.363  -3.733 -34.347  1.00 39.60           N  \\nATOM   1695  CA  GLY A 996     -20.252  -2.755 -34.979  1.00 39.64           C  \\nATOM   1696  C   GLY A 996     -20.596  -1.588 -34.040  1.00 40.81           C  \\nATOM   1697  O   GLY A 996     -20.520  -1.711 -32.818  1.00 40.20           O  \\nATOM   1698  H   GLY A 996     -19.764  -4.635 -34.139  1.00 39.60           H  \\nATOM   1699  HA3 GLY A 996     -21.173  -3.256 -35.273  1.00 39.64           H  \\nATOM   1700  HA2 GLY A 996     -19.788  -2.377 -35.892  1.00 39.64           H  \\nATOM   1701  N   LEU A 997     -20.997  -0.458 -34.647  1.00 36.29           N  \\nATOM   1702  CA  LEU A 997     -21.277   0.836 -34.014  1.00 34.21           C  \\nATOM   1703  C   LEU A 997     -22.273   0.785 -32.840  1.00 36.59           C  \\nATOM   1704  O   LEU A 997     -21.980   1.361 -31.794  1.00 34.53           O  \\nATOM   1705  CB  LEU A 997     -21.711   1.829 -35.121  1.00 34.53           C  \\nATOM   1706  CG  LEU A 997     -22.124   3.249 -34.665  1.00 38.00           C  \\nATOM   1707  CD1 LEU A 997     -21.037   3.947 -33.824  1.00 36.32           C  \\nATOM   1708  CD2 LEU A 997     -22.558   4.106 -35.869  1.00 39.98           C  \\nATOM   1709  H   LEU A 997     -21.051  -0.455 -35.657  1.00 36.29           H  \\nATOM   1710  HA  LEU A 997     -20.326   1.179 -33.603  1.00 34.21           H  \\nATOM   1711  HB3 LEU A 997     -22.545   1.391 -35.671  1.00 34.53           H  \\nATOM   1712  HB2 LEU A 997     -20.897   1.921 -35.842  1.00 34.53           H  \\nATOM   1713  HG  LEU A 997     -23.015   3.149 -34.047  1.00 38.00           H  \\nATOM   1714 HD11 LEU A 997     -20.949   5.005 -34.060  1.00 36.32           H  \\nATOM   1715 HD12 LEU A 997     -21.263   3.882 -32.760  1.00 36.32           H  \\nATOM   1716 HD13 LEU A 997     -20.056   3.499 -33.980  1.00 36.32           H  \\nATOM   1717 HD21 LEU A 997     -23.419   4.725 -35.614  1.00 39.98           H  \\nATOM   1718 HD22 LEU A 997     -21.763   4.769 -36.208  1.00 39.98           H  \\nATOM   1719 HD23 LEU A 997     -22.845   3.494 -36.724  1.00 39.98           H  \\nATOM   1720  N   ALA A 998     -23.409   0.089 -33.016  1.00 34.25           N  \\nATOM   1721  CA  ALA A 998     -24.444  -0.055 -31.989  1.00 34.26           C  \\nATOM   1722  C   ALA A 998     -23.979  -0.830 -30.750  1.00 36.18           C  \\nATOM   1723  O   ALA A 998     -24.385  -0.484 -29.643  1.00 35.22           O  \\nATOM   1724  CB  ALA A 998     -25.666  -0.747 -32.595  1.00 36.52           C  \\nATOM   1725  H   ALA A 998     -23.583  -0.370 -33.900  1.00 34.25           H  \\nATOM   1726  HA  ALA A 998     -24.741   0.949 -31.677  1.00 34.26           H  \\nATOM   1727  HB1 ALA A 998     -26.532  -0.659 -31.938  1.00 36.52           H  \\nATOM   1728  HB2 ALA A 998     -25.920  -0.291 -33.546  1.00 36.52           H  \\nATOM   1729  HB3 ALA A 998     -25.492  -1.807 -32.778  1.00 36.52           H  \\nATOM   1730  N   GLN A 999     -23.130  -1.847 -30.960  1.00 32.90           N  \\nATOM   1731  CA  GLN A 999     -22.559  -2.689 -29.914  1.00 31.66           C  \\nATOM   1732  C   GLN A 999     -21.446  -1.975 -29.116  1.00 31.83           C  \\nATOM   1733  O   GLN A 999     -21.293  -2.274 -27.934  1.00 31.42           O  \\nATOM   1734  CB  GLN A 999     -22.134  -4.016 -30.571  1.00 33.78           C  \\nATOM   1735  CG  GLN A 999     -21.621  -5.106 -29.611  1.00 53.37           C  \\nATOM   1736  CD  GLN A 999     -21.398  -6.443 -30.329  1.00 79.04           C  \\nATOM   1737  OE1 GLN A 999     -22.211  -6.864 -31.150  1.00 77.41           O  \\nATOM   1738  NE2 GLN A 999     -20.304  -7.132 -30.005  1.00 70.04           N  \\nATOM   1739  H   GLN A 999     -22.847  -2.066 -31.906  1.00 32.90           H  \\nATOM   1740  HA  GLN A 999     -23.358  -2.921 -29.208  1.00 31.66           H  \\nATOM   1741  HB3 GLN A 999     -21.389  -3.822 -31.342  1.00 33.78           H  \\nATOM   1742  HB2 GLN A 999     -23.006  -4.407 -31.098  1.00 33.78           H  \\nATOM   1743  HG3 GLN A 999     -22.345  -5.266 -28.811  1.00 53.37           H  \\nATOM   1744  HG2 GLN A 999     -20.695  -4.784 -29.133  1.00 53.37           H  \\nATOM   1745 HE22 GLN A 999     -20.123  -8.026 -30.439  1.00 70.04           H  \\nATOM   1746 HE21 GLN A 999     -19.667  -6.780 -29.305  1.00 70.04           H  \\nATOM   1747  N   LEU A1000     -20.751  -0.997 -29.732  1.00 27.73           N  \\nATOM   1748  CA  LEU A1000     -19.837  -0.069 -29.050  1.00 27.15           C  \\nATOM   1749  C   LEU A1000     -20.595   0.953 -28.181  1.00 30.03           C  \\nATOM   1750  O   LEU A1000     -20.124   1.276 -27.092  1.00 28.40           O  \\nATOM   1751  CB  LEU A1000     -18.945   0.674 -30.074  1.00 27.39           C  \\nATOM   1752  CG  LEU A1000     -17.991  -0.227 -30.886  1.00 31.72           C  \\nATOM   1753  CD1 LEU A1000     -17.371   0.546 -32.070  1.00 31.24           C  \\nATOM   1754  CD2 LEU A1000     -16.934  -0.917 -29.997  1.00 32.46           C  \\nATOM   1755  H   LEU A1000     -20.916  -0.817 -30.713  1.00 27.73           H  \\nATOM   1756  HA  LEU A1000     -19.200  -0.650 -28.383  1.00 27.15           H  \\nATOM   1757  HB3 LEU A1000     -18.351   1.434 -29.562  1.00 27.39           H  \\nATOM   1758  HB2 LEU A1000     -19.586   1.222 -30.765  1.00 27.39           H  \\nATOM   1759  HG  LEU A1000     -18.585  -1.019 -31.332  1.00 31.72           H  \\nATOM   1760 HD11 LEU A1000     -16.292   0.426 -32.140  1.00 31.24           H  \\nATOM   1761 HD12 LEU A1000     -17.786   0.194 -33.015  1.00 31.24           H  \\nATOM   1762 HD13 LEU A1000     -17.569   1.617 -32.011  1.00 31.24           H  \\nATOM   1763 HD21 LEU A1000     -15.920  -0.822 -30.385  1.00 32.46           H  \\nATOM   1764 HD22 LEU A1000     -16.925  -0.518 -28.983  1.00 32.46           H  \\nATOM   1765 HD23 LEU A1000     -17.146  -1.982 -29.914  1.00 32.46           H  \\nATOM   1766  N   LEU A1001     -21.763   1.420 -28.659  1.00 27.18           N  \\nATOM   1767  CA  LEU A1001     -22.668   2.317 -27.931  1.00 26.38           C  \\nATOM   1768  C   LEU A1001     -23.415   1.608 -26.786  1.00 30.80           C  \\nATOM   1769  O   LEU A1001     -23.803   2.280 -25.831  1.00 31.19           O  \\nATOM   1770  CB  LEU A1001     -23.664   2.964 -28.916  1.00 26.55           C  \\nATOM   1771  CG  LEU A1001     -23.009   3.940 -29.919  1.00 30.43           C  \\nATOM   1772  CD1 LEU A1001     -23.960   4.224 -31.098  1.00 31.54           C  \\nATOM   1773  CD2 LEU A1001     -22.500   5.228 -29.235  1.00 29.53           C  \\nATOM   1774  H   LEU A1001     -22.074   1.125 -29.576  1.00 27.18           H  \\nATOM   1775  HA  LEU A1001     -22.066   3.104 -27.475  1.00 26.38           H  \\nATOM   1776  HB3 LEU A1001     -24.448   3.493 -28.371  1.00 26.55           H  \\nATOM   1777  HB2 LEU A1001     -24.174   2.171 -29.464  1.00 26.55           H  \\nATOM   1778  HG  LEU A1001     -22.132   3.458 -30.347  1.00 30.43           H  \\nATOM   1779 HD11 LEU A1001     -23.986   5.276 -31.382  1.00 31.54           H  \\nATOM   1780 HD12 LEU A1001     -23.649   3.668 -31.980  1.00 31.54           H  \\nATOM   1781 HD13 LEU A1001     -24.984   3.918 -30.880  1.00 31.54           H  \\nATOM   1782 HD21 LEU A1001     -22.846   6.137 -29.725  1.00 29.53           H  \\nATOM   1783 HD22 LEU A1001     -22.816   5.291 -28.193  1.00 29.53           H  \\nATOM   1784 HD23 LEU A1001     -21.410   5.261 -29.241  1.00 29.53           H  \\nATOM   1785  N   LEU A1002     -23.566   0.274 -26.876  1.00 28.48           N  \\nATOM   1786  CA  LEU A1002     -24.071  -0.573 -25.798  1.00 29.15           C  \\nATOM   1787  C   LEU A1002     -23.034  -0.720 -24.674  1.00 32.78           C  \\nATOM   1788  O   LEU A1002     -23.419  -0.645 -23.512  1.00 33.09           O  \\nATOM   1789  CB  LEU A1002     -24.495  -1.945 -26.361  1.00 30.13           C  \\nATOM   1790  CG  LEU A1002     -25.243  -2.859 -25.364  1.00 35.32           C  \\nATOM   1791  CD1 LEU A1002     -26.559  -2.231 -24.853  1.00 35.94           C  \\nATOM   1792  CD2 LEU A1002     -25.461  -4.257 -25.970  1.00 37.39           C  \\nATOM   1793  H   LEU A1002     -23.251  -0.204 -27.709  1.00 28.48           H  \\nATOM   1794  HA  LEU A1002     -24.950  -0.077 -25.383  1.00 29.15           H  \\nATOM   1795  HB3 LEU A1002     -23.607  -2.464 -26.722  1.00 30.13           H  \\nATOM   1796  HB2 LEU A1002     -25.123  -1.797 -27.238  1.00 30.13           H  \\nATOM   1797  HG  LEU A1002     -24.597  -3.010 -24.498  1.00 35.32           H  \\nATOM   1798 HD11 LEU A1002     -27.382  -2.945 -24.829  1.00 35.94           H  \\nATOM   1799 HD12 LEU A1002     -26.434  -1.855 -23.837  1.00 35.94           H  \\nATOM   1800 HD13 LEU A1002     -26.882  -1.394 -25.473  1.00 35.94           H  \\nATOM   1801 HD21 LEU A1002     -25.178  -5.038 -25.263  1.00 37.39           H  \\nATOM   1802 HD22 LEU A1002     -26.499  -4.429 -26.254  1.00 37.39           H  \\nATOM   1803 HD23 LEU A1002     -24.861  -4.403 -26.868  1.00 37.39           H  \\nATOM   1804  N   PHE A1003     -21.743  -0.871 -25.023  1.00 28.23           N  \\nATOM   1805  CA  PHE A1003     -20.641  -0.882 -24.054  1.00 28.18           C  \\nATOM   1806  C   PHE A1003     -20.492   0.469 -23.336  1.00 29.97           C  \\nATOM   1807  O   PHE A1003     -20.248   0.473 -22.133  1.00 28.15           O  \\nATOM   1808  CB  PHE A1003     -19.312  -1.272 -24.735  1.00 29.26           C  \\nATOM   1809  CG  PHE A1003     -19.273  -2.605 -25.466  1.00 30.64           C  \\nATOM   1810  CD1 PHE A1003     -20.024  -3.718 -25.024  1.00 35.83           C  \\nATOM   1811  CD2 PHE A1003     -18.349  -2.783 -26.518  1.00 32.41           C  \\nATOM   1812  CE1 PHE A1003     -19.919  -4.932 -25.687  1.00 37.36           C  \\nATOM   1813  CE2 PHE A1003     -18.254  -4.007 -27.165  1.00 35.63           C  \\nATOM   1814  CZ  PHE A1003     -19.051  -5.071 -26.763  1.00 35.58           C  \\nATOM   1815  H   PHE A1003     -21.488  -0.949 -25.998  1.00 28.23           H  \\nATOM   1816  HA  PHE A1003     -20.872  -1.624 -23.287  1.00 28.18           H  \\nATOM   1817  HB3 PHE A1003     -18.513  -1.280 -23.993  1.00 29.26           H  \\nATOM   1818  HB2 PHE A1003     -19.040  -0.498 -25.453  1.00 29.26           H  \\nATOM   1819  HD1 PHE A1003     -20.697  -3.642 -24.184  1.00 35.83           H  \\nATOM   1820  HD2 PHE A1003     -17.720  -1.964 -26.835  1.00 32.41           H  \\nATOM   1821  HE1 PHE A1003     -20.509  -5.774 -25.354  1.00 37.36           H  \\nATOM   1822  HE2 PHE A1003     -17.555  -4.132 -27.978  1.00 35.63           H  \\nATOM   1823  HZ  PHE A1003     -18.975  -6.020 -27.272  1.00 35.58           H  \\nATOM   1824  N   ALA A1004     -20.705   1.578 -24.067  1.00 26.49           N  \\nATOM   1825  CA  ALA A1004     -20.726   2.944 -23.542  1.00 26.36           C  \\nATOM   1826  C   ALA A1004     -21.860   3.187 -22.532  1.00 28.13           C  \\nATOM   1827  O   ALA A1004     -21.618   3.810 -21.500  1.00 27.39           O  \\nATOM   1828  CB  ALA A1004     -20.837   3.926 -24.715  1.00 27.23           C  \\nATOM   1829  H   ALA A1004     -20.890   1.484 -25.057  1.00 26.49           H  \\nATOM   1830  HA  ALA A1004     -19.773   3.115 -23.041  1.00 26.36           H  \\nATOM   1831  HB1 ALA A1004     -20.637   4.947 -24.390  1.00 27.23           H  \\nATOM   1832  HB2 ALA A1004     -20.122   3.678 -25.500  1.00 27.23           H  \\nATOM   1833  HB3 ALA A1004     -21.829   3.918 -25.164  1.00 27.23           H  \\nATOM   1834  N   GLN A1005     -23.060   2.661 -22.839  1.00 24.98           N  \\nATOM   1835  CA  GLN A1005     -24.241   2.670 -21.976  1.00 26.13           C  \\nATOM   1836  C   GLN A1005     -24.005   1.880 -20.676  1.00 30.14           C  \\nATOM   1837  O   GLN A1005     -24.287   2.400 -19.601  1.00 29.23           O  \\nATOM   1838  CB  GLN A1005     -25.433   2.097 -22.770  1.00 27.37           C  \\nATOM   1839  CG  GLN A1005     -26.787   2.123 -22.034  1.00 34.59           C  \\nATOM   1840  CD  GLN A1005     -27.753   1.102 -22.634  1.00 45.52           C  \\nATOM   1841  OE1 GLN A1005     -28.014   1.121 -23.835  1.00 37.97           O  \\nATOM   1842  NE2 GLN A1005     -28.296   0.216 -21.798  1.00 40.39           N  \\nATOM   1843  H   GLN A1005     -23.170   2.180 -23.722  1.00 24.98           H  \\nATOM   1844  HA  GLN A1005     -24.463   3.706 -21.713  1.00 26.13           H  \\nATOM   1845  HB3 GLN A1005     -25.200   1.069 -23.046  1.00 27.37           H  \\nATOM   1846  HB2 GLN A1005     -25.542   2.624 -23.717  1.00 27.37           H  \\nATOM   1847  HG3 GLN A1005     -27.223   3.120 -22.095  1.00 34.59           H  \\nATOM   1848  HG2 GLN A1005     -26.674   1.906 -20.973  1.00 34.59           H  \\nATOM   1849 HE22 GLN A1005     -28.941  -0.481 -22.142  1.00 40.39           H  \\nATOM   1850 HE21 GLN A1005     -28.027   0.204 -20.821  1.00 40.39           H  \\nATOM   1851  N   GLN A1006     -23.477   0.652 -20.811  1.00 27.56           N  \\nATOM   1852  CA  GLN A1006     -23.173  -0.270 -19.716  1.00 27.14           C  \\nATOM   1853  C   GLN A1006     -22.072   0.236 -18.768  1.00 28.50           C  \\nATOM   1854  O   GLN A1006     -22.194   0.035 -17.560  1.00 29.35           O  \\nATOM   1855  CB  GLN A1006     -22.838  -1.652 -20.304  1.00 28.20           C  \\nATOM   1856  CG  GLN A1006     -24.071  -2.360 -20.908  1.00 30.44           C  \\nATOM   1857  CD  GLN A1006     -23.732  -3.689 -21.587  1.00 43.69           C  \\nATOM   1858  OE1 GLN A1006     -22.570  -4.021 -21.806  1.00 40.01           O  \\nATOM   1859  NE2 GLN A1006     -24.762  -4.459 -21.939  1.00 39.19           N  \\nATOM   1860  H   GLN A1006     -23.289   0.300 -21.741  1.00 27.56           H  \\nATOM   1861  HA  GLN A1006     -24.079  -0.372 -19.117  1.00 27.14           H  \\nATOM   1862  HB3 GLN A1006     -22.408  -2.289 -19.530  1.00 28.20           H  \\nATOM   1863  HB2 GLN A1006     -22.063  -1.537 -21.063  1.00 28.20           H  \\nATOM   1864  HG3 GLN A1006     -24.572  -1.725 -21.635  1.00 30.44           H  \\nATOM   1865  HG2 GLN A1006     -24.815  -2.535 -20.135  1.00 30.44           H  \\nATOM   1866 HE22 GLN A1006     -24.602  -5.353 -22.387  1.00 39.19           H  \\nATOM   1867 HE21 GLN A1006     -25.716  -4.155 -21.777  1.00 39.19           H  \\nATOM   1868  N   ILE A1007     -21.062   0.943 -19.312  1.00 24.53           N  \\nATOM   1869  CA  ILE A1007     -20.069   1.692 -18.536  1.00 23.52           C  \\nATOM   1870  C   ILE A1007     -20.727   2.816 -17.713  1.00 26.94           C  \\nATOM   1871  O   ILE A1007     -20.405   2.941 -16.536  1.00 25.88           O  \\nATOM   1872  CB  ILE A1007     -18.931   2.286 -19.427  1.00 26.23           C  \\nATOM   1873  CG1 ILE A1007     -18.024   1.167 -19.988  1.00 26.44           C  \\nATOM   1874  CG2 ILE A1007     -18.040   3.356 -18.749  1.00 26.63           C  \\nATOM   1875  CD1 ILE A1007     -17.291   1.555 -21.285  1.00 29.19           C  \\nATOM   1876  H   ILE A1007     -21.013   1.046 -20.317  1.00 24.53           H  \\nATOM   1877  HA  ILE A1007     -19.614   0.992 -17.831  1.00 23.52           H  \\nATOM   1878  HB  ILE A1007     -19.417   2.769 -20.276  1.00 26.23           H  \\nATOM   1879 HG13 ILE A1007     -18.608   0.270 -20.180  1.00 26.44           H  \\nATOM   1880 HG12 ILE A1007     -17.298   0.870 -19.230  1.00 26.44           H  \\nATOM   1881 HG21 ILE A1007     -17.216   3.653 -19.397  1.00 26.63           H  \\nATOM   1882 HG22 ILE A1007     -18.590   4.267 -18.511  1.00 26.63           H  \\nATOM   1883 HG23 ILE A1007     -17.606   2.974 -17.825  1.00 26.63           H  \\nATOM   1884 HD11 ILE A1007     -17.143   0.685 -21.925  1.00 29.19           H  \\nATOM   1885 HD12 ILE A1007     -17.847   2.290 -21.866  1.00 29.19           H  \\nATOM   1886 HD13 ILE A1007     -16.313   1.980 -21.071  1.00 29.19           H  \\nATOM   1887  N   CYS A1008     -21.665   3.570 -18.316  1.00 24.96           N  \\nATOM   1888  CA  CYS A1008     -22.405   4.643 -17.644  1.00 26.23           C  \\nATOM   1889  C   CYS A1008     -23.328   4.144 -16.518  1.00 28.78           C  \\nATOM   1890  O   CYS A1008     -23.468   4.853 -15.526  1.00 27.82           O  \\nATOM   1891  CB  CYS A1008     -23.199   5.533 -18.619  1.00 27.44           C  \\nATOM   1892  SG  CYS A1008     -22.060   6.457 -19.678  1.00 31.30           S  \\nATOM   1893  H   CYS A1008     -21.894   3.406 -19.288  1.00 24.96           H  \\nATOM   1894  HA  CYS A1008     -21.653   5.263 -17.158  1.00 26.23           H  \\nATOM   1895  HB3 CYS A1008     -23.802   6.261 -18.076  1.00 27.44           H  \\nATOM   1896  HB2 CYS A1008     -23.879   4.950 -19.240  1.00 27.44           H  \\nATOM   1897  HG  CYS A1008     -21.658   5.407 -20.404  1.00 31.30           H  \\nATOM   1898  N   GLU A1009     -23.905   2.938 -16.664  1.00 27.13           N  \\nATOM   1899  CA  GLU A1009     -24.712   2.274 -15.636  1.00 27.79           C  \\nATOM   1900  C   GLU A1009     -23.884   1.789 -14.430  1.00 31.65           C  \\nATOM   1901  O   GLU A1009     -24.361   1.902 -13.301  1.00 32.67           O  \\nATOM   1902  CB  GLU A1009     -25.530   1.130 -16.269  1.00 29.33           C  \\nATOM   1903  CG  GLU A1009     -26.650   1.632 -17.202  1.00 35.16           C  \\nATOM   1904  CD  GLU A1009     -27.432   0.501 -17.874  1.00 58.21           C  \\nATOM   1905  OE1 GLU A1009     -26.942  -0.003 -18.909  1.00 48.70           O  \\nATOM   1906  OE2 GLU A1009     -28.529   0.175 -17.369  1.00 60.77           O1-\\nATOM   1907  H   GLU A1009     -23.769   2.425 -17.524  1.00 27.13           H  \\nATOM   1908  HA  GLU A1009     -25.420   3.006 -15.244  1.00 27.79           H  \\nATOM   1909  HB3 GLU A1009     -25.961   0.497 -15.492  1.00 29.33           H  \\nATOM   1910  HB2 GLU A1009     -24.857   0.492 -16.843  1.00 29.33           H  \\nATOM   1911  HG3 GLU A1009     -26.235   2.264 -17.984  1.00 35.16           H  \\nATOM   1912  HG2 GLU A1009     -27.341   2.262 -16.641  1.00 35.16           H  \\nATOM   1913  N   GLY A1010     -22.657   1.295 -14.679  1.00 27.84           N  \\nATOM   1914  CA  GLY A1010     -21.732   0.852 -13.634  1.00 27.29           C  \\nATOM   1915  C   GLY A1010     -21.077   2.043 -12.915  1.00 30.56           C  \\nATOM   1916  O   GLY A1010     -20.854   1.969 -11.707  1.00 30.70           O  \\nATOM   1917  H   GLY A1010     -22.337   1.226 -15.636  1.00 27.84           H  \\nATOM   1918  HA3 GLY A1010     -20.956   0.239 -14.093  1.00 27.29           H  \\nATOM   1919  HA2 GLY A1010     -22.247   0.220 -12.909  1.00 27.29           H  \\nATOM   1920  N   MET A1011     -20.798   3.140 -13.643  1.00 27.80           N  \\nATOM   1921  CA  MET A1011     -20.230   4.381 -13.113  1.00 26.42           C  \\nATOM   1922  C   MET A1011     -21.251   5.243 -12.348  1.00 31.30           C  \\nATOM   1923  O   MET A1011     -20.854   5.901 -11.387  1.00 31.07           O  \\nATOM   1924  CB  MET A1011     -19.591   5.196 -14.253  1.00 27.40           C  \\nATOM   1925  CG  MET A1011     -18.266   4.634 -14.804  1.00 29.13           C  \\nATOM   1926  SD  MET A1011     -16.888   4.453 -13.634  1.00 32.16           S  \\nATOM   1927  CE  MET A1011     -16.919   6.084 -12.860  1.00 29.76           C  \\nATOM   1928  H   MET A1011     -20.981   3.129 -14.638  1.00 27.80           H  \\nATOM   1929  HA  MET A1011     -19.451   4.119 -12.397  1.00 26.42           H  \\nATOM   1930  HB3 MET A1011     -19.416   6.218 -13.918  1.00 27.40           H  \\nATOM   1931  HB2 MET A1011     -20.304   5.291 -15.073  1.00 27.40           H  \\nATOM   1932  HG3 MET A1011     -17.929   5.278 -15.615  1.00 29.13           H  \\nATOM   1933  HG2 MET A1011     -18.424   3.657 -15.250  1.00 29.13           H  \\nATOM   1934  HE1 MET A1011     -15.990   6.273 -12.328  1.00 29.76           H  \\nATOM   1935  HE2 MET A1011     -17.055   6.852 -13.618  1.00 29.76           H  \\nATOM   1936  HE3 MET A1011     -17.742   6.148 -12.148  1.00 29.76           H  \\nATOM   1937  N   ALA A1012     -22.535   5.211 -12.749  1.00 27.75           N  \\nATOM   1938  CA  ALA A1012     -23.634   5.849 -12.016  1.00 28.69           C  \\nATOM   1939  C   ALA A1012     -23.888   5.180 -10.659  1.00 34.11           C  \\nATOM   1940  O   ALA A1012     -24.101   5.891  -9.678  1.00 34.50           O  \\nATOM   1941  CB  ALA A1012     -24.917   5.843 -12.856  1.00 29.26           C  \\nATOM   1942  H   ALA A1012     -22.793   4.685 -13.573  1.00 27.75           H  \\nATOM   1943  HA  ALA A1012     -23.360   6.890 -11.829  1.00 28.69           H  \\nATOM   1944  HB1 ALA A1012     -25.767   6.222 -12.287  1.00 29.26           H  \\nATOM   1945  HB2 ALA A1012     -24.815   6.478 -13.734  1.00 29.26           H  \\nATOM   1946  HB3 ALA A1012     -25.167   4.837 -13.194  1.00 29.26           H  \\nATOM   1947  N   TYR A1013     -23.802   3.837 -10.621  1.00 31.58           N  \\nATOM   1948  CA  TYR A1013     -23.833   3.052  -9.389  1.00 32.97           C  \\nATOM   1949  C   TYR A1013     -22.647   3.367  -8.458  1.00 36.19           C  \\nATOM   1950  O   TYR A1013     -22.873   3.547  -7.265  1.00 37.27           O  \\nATOM   1951  CB  TYR A1013     -23.952   1.546  -9.717  1.00 34.46           C  \\nATOM   1952  CG  TYR A1013     -23.724   0.624  -8.528  1.00 37.28           C  \\nATOM   1953  CD1 TYR A1013     -24.733   0.447  -7.560  1.00 41.29           C  \\nATOM   1954  CD2 TYR A1013     -22.475  -0.004  -8.357  1.00 37.10           C  \\nATOM   1955  CE1 TYR A1013     -24.484  -0.335  -6.415  1.00 41.87           C  \\nATOM   1956  CE2 TYR A1013     -22.228  -0.795  -7.220  1.00 38.57           C  \\nATOM   1957  CZ  TYR A1013     -23.227  -0.947  -6.240  1.00 45.11           C  \\nATOM   1958  OH  TYR A1013     -22.971  -1.682  -5.119  1.00 46.37           O  \\nATOM   1959  H   TYR A1013     -23.632   3.324 -11.475  1.00 31.58           H  \\nATOM   1960  HA  TYR A1013     -24.744   3.336  -8.858  1.00 32.97           H  \\nATOM   1961  HB3 TYR A1013     -23.229   1.281 -10.489  1.00 34.46           H  \\nATOM   1962  HB2 TYR A1013     -24.932   1.339 -10.149  1.00 34.46           H  \\nATOM   1963  HD1 TYR A1013     -25.691   0.933  -7.679  1.00 41.29           H  \\nATOM   1964  HD2 TYR A1013     -21.699   0.134  -9.093  1.00 37.10           H  \\nATOM   1965  HE1 TYR A1013     -25.254  -0.453  -5.668  1.00 41.87           H  \\nATOM   1966  HE2 TYR A1013     -21.271  -1.279  -7.103  1.00 38.57           H  \\nATOM   1967  HH  TYR A1013     -23.715  -1.718  -4.512  1.00 46.37           H  \\nATOM   1968  N   LEU A1014     -21.426   3.458  -9.016  1.00 29.93           N  \\nATOM   1969  CA  LEU A1014     -20.195   3.785  -8.288  1.00 29.88           C  \\nATOM   1970  C   LEU A1014     -20.270   5.149  -7.570  1.00 33.60           C  \\nATOM   1971  O   LEU A1014     -19.846   5.249  -6.419  1.00 34.49           O  \\nATOM   1972  CB  LEU A1014     -19.001   3.715  -9.269  1.00 29.28           C  \\nATOM   1973  CG  LEU A1014     -17.604   3.885  -8.634  1.00 33.67           C  \\nATOM   1974  CD1 LEU A1014     -17.247   2.688  -7.739  1.00 34.68           C  \\nATOM   1975  CD2 LEU A1014     -16.526   4.121  -9.705  1.00 34.91           C  \\nATOM   1976  H   LEU A1014     -21.321   3.285 -10.007  1.00 29.93           H  \\nATOM   1977  HA  LEU A1014     -20.068   3.014  -7.526  1.00 29.88           H  \\nATOM   1978  HB3 LEU A1014     -19.131   4.492 -10.023  1.00 29.28           H  \\nATOM   1979  HB2 LEU A1014     -19.028   2.770  -9.814  1.00 29.28           H  \\nATOM   1980  HG  LEU A1014     -17.600   4.778  -8.012  1.00 33.67           H  \\nATOM   1981 HD11 LEU A1014     -16.188   2.679  -7.476  1.00 34.68           H  \\nATOM   1982 HD12 LEU A1014     -17.808   2.711  -6.806  1.00 34.68           H  \\nATOM   1983 HD13 LEU A1014     -17.477   1.744  -8.233  1.00 34.68           H  \\nATOM   1984 HD21 LEU A1014     -15.644   3.497  -9.557  1.00 34.91           H  \\nATOM   1985 HD22 LEU A1014     -16.898   3.915 -10.707  1.00 34.91           H  \\nATOM   1986 HD23 LEU A1014     -16.193   5.159  -9.688  1.00 34.91           H  \\nATOM   1987  N   HIS A1015     -20.849   6.150  -8.253  1.00 30.39           N  \\nATOM   1988  CA  HIS A1015     -21.057   7.508  -7.748  1.00 30.40           C  \\nATOM   1989  C   HIS A1015     -22.203   7.615  -6.730  1.00 37.10           C  \\nATOM   1990  O   HIS A1015     -22.134   8.480  -5.858  1.00 37.94           O  \\nATOM   1991  CB  HIS A1015     -21.294   8.459  -8.934  1.00 29.83           C  \\nATOM   1992  CG  HIS A1015     -20.101   8.684  -9.828  1.00 31.72           C  \\nATOM   1993  ND1 HIS A1015     -20.082   9.715 -10.769  1.00 32.83           N  \\nATOM   1994  CD2 HIS A1015     -18.898   8.007  -9.891  1.00 32.40           C  \\nATOM   1995  CE1 HIS A1015     -18.890   9.629 -11.339  1.00 31.99           C  \\nATOM   1996  NE2 HIS A1015     -18.143   8.644 -10.852  1.00 31.94           N  \\nATOM   1997  H   HIS A1015     -21.169   5.978  -9.197  1.00 30.39           H  \\nATOM   1998  HA  HIS A1015     -20.152   7.828  -7.229  1.00 30.40           H  \\nATOM   1999  HB3 HIS A1015     -21.608   9.438  -8.569  1.00 29.83           H  \\nATOM   2000  HB2 HIS A1015     -22.112   8.089  -9.554  1.00 29.83           H  \\nATOM   2001  HD2 HIS A1015     -18.524   7.155  -9.345  1.00 32.40           H  \\nATOM   2002  HE1 HIS A1015     -18.573  10.275 -12.138  1.00 31.99           H  \\nATOM   2003  HE2 HIS A1015     -17.190   8.424 -11.119  1.00 31.94           H  \\nATOM   2004  N   ALA A1016     -23.211   6.730  -6.834  1.00 34.33           N  \\nATOM   2005  CA  ALA A1016     -24.292   6.585  -5.856  1.00 35.70           C  \\nATOM   2006  C   ALA A1016     -23.821   5.922  -4.546  1.00 40.39           C  \\nATOM   2007  O   ALA A1016     -24.360   6.244  -3.489  1.00 42.00           O  \\nATOM   2008  CB  ALA A1016     -25.451   5.800  -6.489  1.00 36.70           C  \\nATOM   2009  H   ALA A1016     -23.210   6.064  -7.594  1.00 34.33           H  \\nATOM   2010  HA  ALA A1016     -24.662   7.581  -5.608  1.00 35.70           H  \\nATOM   2011  HB1 ALA A1016     -26.291   5.712  -5.799  1.00 36.70           H  \\nATOM   2012  HB2 ALA A1016     -25.818   6.300  -7.386  1.00 36.70           H  \\nATOM   2013  HB3 ALA A1016     -25.152   4.791  -6.772  1.00 36.70           H  \\nATOM   2014  N   GLN A1017     -22.787   5.064  -4.635  1.00 37.13           N  \\nATOM   2015  CA  GLN A1017     -22.036   4.512  -3.502  1.00 37.34           C  \\nATOM   2016  C   GLN A1017     -20.962   5.483  -2.955  1.00 40.83           C  \\nATOM   2017  O   GLN A1017     -20.257   5.120  -2.013  1.00 41.85           O  \\nATOM   2018  CB  GLN A1017     -21.413   3.155  -3.915  1.00 37.57           C  \\nATOM   2019  CG  GLN A1017     -22.410   2.027  -4.261  1.00 50.69           C  \\nATOM   2020  CD  GLN A1017     -23.428   1.735  -3.159  1.00 63.42           C  \\nATOM   2021  OE1 GLN A1017     -23.055   1.428  -2.030  1.00 61.45           O  \\nATOM   2022  NE2 GLN A1017     -24.719   1.815  -3.487  1.00 53.50           N  \\nATOM   2023  H   GLN A1017     -22.426   4.834  -5.551  1.00 37.13           H  \\nATOM   2024  HA  GLN A1017     -22.727   4.347  -2.674  1.00 37.34           H  \\nATOM   2025  HB3 GLN A1017     -20.770   2.791  -3.113  1.00 37.57           H  \\nATOM   2026  HB2 GLN A1017     -20.758   3.304  -4.773  1.00 37.57           H  \\nATOM   2027  HG3 GLN A1017     -21.859   1.109  -4.466  1.00 50.69           H  \\nATOM   2028  HG2 GLN A1017     -22.944   2.264  -5.177  1.00 50.69           H  \\nATOM   2029 HE22 GLN A1017     -25.427   1.631  -2.791  1.00 53.50           H  \\nATOM   2030 HE21 GLN A1017     -24.995   2.075  -4.422  1.00 53.50           H  \\nATOM   2031  N   HIS A1018     -20.868   6.694  -3.535  1.00 43.65           N  \\nATOM   2032  CA  HIS A1018     -19.987   7.804  -3.159  1.00 42.72           C  \\nATOM   2033  C   HIS A1018     -18.485   7.544  -3.385  1.00 42.39           C  \\nATOM   2034  O   HIS A1018     -17.658   8.063  -2.636  1.00 42.28           O  \\nATOM   2035  CB  HIS A1018     -20.325   8.353  -1.751  1.00 46.64           C  \\nATOM   2036  CG  HIS A1018     -21.690   8.984  -1.654  1.00 52.37           C  \\nATOM   2037  ND1 HIS A1018     -21.945  10.278  -2.076  1.00 54.35           N  \\nATOM   2038  CD2 HIS A1018     -22.888   8.509  -1.166  1.00 56.51           C  \\nATOM   2039  CE1 HIS A1018     -23.236  10.521  -1.839  1.00 55.92           C  \\nATOM   2040  NE2 HIS A1018     -23.871   9.493  -1.289  1.00 57.64           N  \\nATOM   2041  H   HIS A1018     -21.499   6.901  -4.297  1.00 43.65           H  \\nATOM   2042  HA  HIS A1018     -20.228   8.589  -3.873  1.00 42.72           H  \\nATOM   2043  HB3 HIS A1018     -19.613   9.122  -1.457  1.00 46.64           H  \\nATOM   2044  HB2 HIS A1018     -20.245   7.572  -0.994  1.00 46.64           H  \\nATOM   2045  HD1 HIS A1018     -21.281  10.930  -2.475  1.00 54.35           H  \\nATOM   2046  HD2 HIS A1018     -23.116   7.542  -0.744  1.00 56.51           H  \\nATOM   2047  HE1 HIS A1018     -23.715  11.462  -2.067  1.00 55.92           H  \\nATOM   2048  N   TYR A1019     -18.162   6.786  -4.443  1.00 35.47           N  \\nATOM   2049  CA  TYR A1019     -16.796   6.540  -4.899  1.00 33.30           C  \\nATOM   2050  C   TYR A1019     -16.560   7.203  -6.265  1.00 34.14           C  \\nATOM   2051  O   TYR A1019     -17.489   7.334  -7.060  1.00 33.14           O  \\nATOM   2052  CB  TYR A1019     -16.557   5.022  -5.022  1.00 34.28           C  \\nATOM   2053  CG  TYR A1019     -16.661   4.215  -3.739  1.00 38.78           C  \\nATOM   2054  CD1 TYR A1019     -15.668   4.330  -2.746  1.00 41.85           C  \\nATOM   2055  CD2 TYR A1019     -17.732   3.318  -3.549  1.00 40.74           C  \\nATOM   2056  CE1 TYR A1019     -15.753   3.568  -1.566  1.00 44.99           C  \\nATOM   2057  CE2 TYR A1019     -17.808   2.539  -2.378  1.00 43.80           C  \\nATOM   2058  CZ  TYR A1019     -16.817   2.663  -1.385  1.00 51.67           C  \\nATOM   2059  OH  TYR A1019     -16.885   1.906  -0.251  1.00 54.79           O  \\nATOM   2060  H   TYR A1019     -18.894   6.392  -5.020  1.00 35.47           H  \\nATOM   2061  HA  TYR A1019     -16.081   6.951  -4.188  1.00 33.30           H  \\nATOM   2062  HB3 TYR A1019     -15.565   4.835  -5.438  1.00 34.28           H  \\nATOM   2063  HB2 TYR A1019     -17.263   4.613  -5.740  1.00 34.28           H  \\nATOM   2064  HD1 TYR A1019     -14.835   4.996  -2.893  1.00 41.85           H  \\nATOM   2065  HD2 TYR A1019     -18.492   3.220  -4.308  1.00 40.74           H  \\nATOM   2066  HE1 TYR A1019     -14.987   3.663  -0.812  1.00 44.99           H  \\nATOM   2067  HE2 TYR A1019     -18.625   1.845  -2.245  1.00 43.80           H  \\nATOM   2068  HH  TYR A1019     -16.158   2.067   0.354  1.00 54.79           H  \\nATOM   2069  N   ILE A1020     -15.289   7.536  -6.521  1.00 29.77           N  \\nATOM   2070  CA  ILE A1020     -14.732   7.899  -7.826  1.00 28.07           C  \\nATOM   2071  C   ILE A1020     -13.745   6.798  -8.262  1.00 32.77           C  \\nATOM   2072  O   ILE A1020     -13.145   6.156  -7.399  1.00 34.18           O  \\nATOM   2073  CB  ILE A1020     -13.975   9.261  -7.762  1.00 30.74           C  \\nATOM   2074  CG1 ILE A1020     -12.981   9.361  -6.573  1.00 31.83           C  \\nATOM   2075  CG2 ILE A1020     -14.990  10.419  -7.776  1.00 31.74           C  \\nATOM   2076  CD1 ILE A1020     -12.103  10.614  -6.545  1.00 34.37           C  \\nATOM   2077  H   ILE A1020     -14.600   7.396  -5.793  1.00 29.77           H  \\nATOM   2078  HA  ILE A1020     -15.529   7.954  -8.569  1.00 28.07           H  \\nATOM   2079  HB  ILE A1020     -13.387   9.362  -8.676  1.00 30.74           H  \\nATOM   2080 HG13 ILE A1020     -12.317   8.498  -6.563  1.00 31.83           H  \\nATOM   2081 HG12 ILE A1020     -13.528   9.323  -5.635  1.00 31.83           H  \\nATOM   2082 HG21 ILE A1020     -14.504  11.393  -7.804  1.00 31.74           H  \\nATOM   2083 HG22 ILE A1020     -15.631  10.362  -8.656  1.00 31.74           H  \\nATOM   2084 HG23 ILE A1020     -15.638  10.391  -6.901  1.00 31.74           H  \\nATOM   2085 HD11 ILE A1020     -11.396  10.561  -5.718  1.00 34.37           H  \\nATOM   2086 HD12 ILE A1020     -11.523  10.701  -7.459  1.00 34.37           H  \\nATOM   2087 HD13 ILE A1020     -12.688  11.525  -6.418  1.00 34.37           H  \\nATOM   2088  N   HIS A1021     -13.614   6.578  -9.582  1.00 29.57           N  \\nATOM   2089  CA  HIS A1021     -12.786   5.511 -10.155  1.00 28.01           C  \\nATOM   2090  C   HIS A1021     -11.322   5.937 -10.347  1.00 30.31           C  \\nATOM   2091  O   HIS A1021     -10.436   5.175  -9.969  1.00 28.41           O  \\nATOM   2092  CB  HIS A1021     -13.403   5.013 -11.479  1.00 27.19           C  \\nATOM   2093  CG  HIS A1021     -12.853   3.693 -11.959  1.00 29.30           C  \\nATOM   2094  ND1 HIS A1021     -11.667   3.594 -12.689  1.00 30.35           N  \\nATOM   2095  CD2 HIS A1021     -13.363   2.425 -11.774  1.00 30.30           C  \\nATOM   2096  CE1 HIS A1021     -11.504   2.297 -12.912  1.00 29.49           C  \\nATOM   2097  NE2 HIS A1021     -12.474   1.556 -12.382  1.00 29.77           N  \\nATOM   2098  H   HIS A1021     -14.123   7.159 -10.238  1.00 29.57           H  \\nATOM   2099  HA  HIS A1021     -12.801   4.668  -9.461  1.00 28.01           H  \\nATOM   2100  HB3 HIS A1021     -13.282   5.753 -12.271  1.00 27.19           H  \\nATOM   2101  HB2 HIS A1021     -14.474   4.880 -11.356  1.00 27.19           H  \\nATOM   2102  HD2 HIS A1021     -14.255   2.085 -11.273  1.00 30.30           H  \\nATOM   2103  HE1 HIS A1021     -10.667   1.883 -13.456  1.00 29.49           H  \\nATOM   2104  HE2 HIS A1021     -12.538   0.547 -12.425  1.00 29.77           H  \\nATOM   2105  N   ARG A1022     -11.096   7.121 -10.943  1.00 26.88           N  \\nATOM   2106  CA  ARG A1022      -9.784   7.722 -11.235  1.00 26.62           C  \\nATOM   2107  C   ARG A1022      -8.908   6.986 -12.278  1.00 29.84           C  \\nATOM   2108  O   ARG A1022      -7.774   7.416 -12.489  1.00 30.79           O  \\nATOM   2109  CB  ARG A1022      -8.980   7.994  -9.941  1.00 26.30           C  \\nATOM   2110  CG  ARG A1022      -9.678   8.917  -8.919  1.00 34.16           C  \\nATOM   2111  CD  ARG A1022      -8.867   9.205  -7.638  1.00 40.37           C  \\nATOM   2112  NE  ARG A1022      -7.494   9.662  -7.927  1.00 53.37           N  \\nATOM   2113  CZ  ARG A1022      -6.339   9.249  -7.370  1.00 66.01           C  \\nATOM   2114  NH1 ARG A1022      -6.301   8.376  -6.352  1.00 50.08           N  \\nATOM   2115  NH2 ARG A1022      -5.186   9.718  -7.861  1.00 58.24           N1+\\nATOM   2116  H   ARG A1022     -11.894   7.664 -11.248  1.00 26.88           H  \\nATOM   2117  HA  ARG A1022     -10.003   8.685 -11.691  1.00 26.62           H  \\nATOM   2118  HB3 ARG A1022      -8.038   8.461 -10.224  1.00 26.30           H  \\nATOM   2119  HB2 ARG A1022      -8.703   7.055  -9.468  1.00 26.30           H  \\nATOM   2120  HG3 ARG A1022     -10.571   8.380  -8.599  1.00 34.16           H  \\nATOM   2121  HG2 ARG A1022     -10.035   9.838  -9.374  1.00 34.16           H  \\nATOM   2122  HD3 ARG A1022      -8.962   8.416  -6.896  1.00 40.37           H  \\nATOM   2123  HD2 ARG A1022      -9.304  10.086  -7.170  1.00 40.37           H  \\nATOM   2124  HE  ARG A1022      -7.428  10.323  -8.688  1.00 53.37           H  \\nATOM   2125 HH12 ARG A1022      -5.420   8.065  -5.971  1.00 50.08           H  \\nATOM   2126 HH11 ARG A1022      -7.160   7.948  -6.033  1.00 50.08           H  \\nATOM   2127 HH22 ARG A1022      -4.301   9.402  -7.489  1.00 58.24           H  \\nATOM   2128 HH21 ARG A1022      -5.185  10.345  -8.654  1.00 58.24           H  \\nATOM   2129  N   ASN A1023      -9.418   5.931 -12.935  1.00 25.28           N  \\nATOM   2130  CA  ASN A1023      -8.672   5.162 -13.934  1.00 24.95           C  \\nATOM   2131  C   ASN A1023      -9.615   4.581 -15.005  1.00 27.49           C  \\nATOM   2132  O   ASN A1023      -9.413   3.447 -15.436  1.00 27.32           O  \\nATOM   2133  CB  ASN A1023      -7.816   4.068 -13.232  1.00 27.86           C  \\nATOM   2134  CG  ASN A1023      -6.588   3.573 -14.014  1.00 46.94           C  \\nATOM   2135  OD1 ASN A1023      -6.243   4.089 -15.076  1.00 37.71           O  \\nATOM   2136  ND2 ASN A1023      -5.925   2.544 -13.483  1.00 47.99           N  \\nATOM   2137  H   ASN A1023     -10.358   5.614 -12.735  1.00 25.28           H  \\nATOM   2138  HA  ASN A1023      -8.030   5.821 -14.520  1.00 24.95           H  \\nATOM   2139  HB3 ASN A1023      -8.437   3.219 -12.941  1.00 27.86           H  \\nATOM   2140  HB2 ASN A1023      -7.417   4.470 -12.303  1.00 27.86           H  \\nATOM   2141 HD22 ASN A1023      -5.119   2.161 -13.957  1.00 47.99           H  \\nATOM   2142 HD21 ASN A1023      -6.237   2.118 -12.622  1.00 47.99           H  \\nATOM   2143  N   LEU A1024     -10.648   5.336 -15.411  1.00 23.70           N  \\nATOM   2144  CA  LEU A1024     -11.619   4.879 -16.405  1.00 23.85           C  \\nATOM   2145  C   LEU A1024     -11.026   4.992 -17.823  1.00 29.77           C  \\nATOM   2146  O   LEU A1024     -10.781   6.099 -18.301  1.00 30.30           O  \\nATOM   2147  CB  LEU A1024     -12.947   5.643 -16.212  1.00 23.60           C  \\nATOM   2148  CG  LEU A1024     -14.133   5.123 -17.053  1.00 28.86           C  \\nATOM   2149  CD1 LEU A1024     -14.514   3.664 -16.722  1.00 29.18           C  \\nATOM   2150  CD2 LEU A1024     -15.338   6.057 -16.884  1.00 32.57           C  \\nATOM   2151  H   LEU A1024     -10.782   6.267 -15.035  1.00 23.70           H  \\nATOM   2152  HA  LEU A1024     -11.821   3.825 -16.203  1.00 23.85           H  \\nATOM   2153  HB3 LEU A1024     -12.786   6.698 -16.431  1.00 23.60           H  \\nATOM   2154  HB2 LEU A1024     -13.227   5.603 -15.157  1.00 23.60           H  \\nATOM   2155  HG  LEU A1024     -13.855   5.162 -18.107  1.00 28.86           H  \\nATOM   2156 HD11 LEU A1024     -15.581   3.551 -16.533  1.00 29.18           H  \\nATOM   2157 HD12 LEU A1024     -14.259   2.998 -17.547  1.00 29.18           H  \\nATOM   2158 HD13 LEU A1024     -14.004   3.295 -15.832  1.00 29.18           H  \\nATOM   2159 HD21 LEU A1024     -16.218   5.670 -17.397  1.00 32.57           H  \\nATOM   2160 HD22 LEU A1024     -15.592   6.194 -15.833  1.00 32.57           H  \\nATOM   2161 HD23 LEU A1024     -15.118   7.041 -17.292  1.00 32.57           H  \\nATOM   2162  N   ALA A1025     -10.781   3.825 -18.437  1.00 25.59           N  \\nATOM   2163  CA  ALA A1025     -10.140   3.647 -19.741  1.00 24.45           C  \\nATOM   2164  C   ALA A1025     -10.518   2.265 -20.300  1.00 24.35           C  \\nATOM   2165  O   ALA A1025     -10.969   1.410 -19.538  1.00 23.60           O  \\nATOM   2166  CB  ALA A1025      -8.617   3.790 -19.578  1.00 25.60           C  \\nATOM   2167  H   ALA A1025     -11.033   2.965 -17.971  1.00 25.59           H  \\nATOM   2168  HA  ALA A1025     -10.493   4.413 -20.432  1.00 24.45           H  \\nATOM   2169  HB1 ALA A1025      -8.133   3.871 -20.549  1.00 25.60           H  \\nATOM   2170  HB2 ALA A1025      -8.354   4.689 -19.019  1.00 25.60           H  \\nATOM   2171  HB3 ALA A1025      -8.180   2.936 -19.064  1.00 25.60           H  \\nATOM   2172  N   ALA A1026     -10.313   2.052 -21.613  1.00 21.93           N  \\nATOM   2173  CA  ALA A1026     -10.616   0.790 -22.307  1.00 22.59           C  \\nATOM   2174  C   ALA A1026      -9.798  -0.431 -21.830  1.00 27.08           C  \\nATOM   2175  O   ALA A1026     -10.290  -1.554 -21.927  1.00 26.36           O  \\nATOM   2176  CB  ALA A1026     -10.453   0.991 -23.819  1.00 24.44           C  \\nATOM   2177  H   ALA A1026      -9.928   2.793 -22.186  1.00 21.93           H  \\nATOM   2178  HA  ALA A1026     -11.668   0.563 -22.117  1.00 22.59           H  \\nATOM   2179  HB1 ALA A1026     -10.733   0.090 -24.365  1.00 24.44           H  \\nATOM   2180  HB2 ALA A1026     -11.089   1.800 -24.179  1.00 24.44           H  \\nATOM   2181  HB3 ALA A1026      -9.423   1.233 -24.083  1.00 24.44           H  \\nATOM   2182  N   ARG A1027      -8.591  -0.185 -21.289  1.00 25.25           N  \\nATOM   2183  CA  ARG A1027      -7.742  -1.139 -20.565  1.00 25.45           C  \\nATOM   2184  C   ARG A1027      -8.425  -1.710 -19.307  1.00 28.29           C  \\nATOM   2185  O   ARG A1027      -8.223  -2.878 -18.976  1.00 27.42           O  \\nATOM   2186  CB  ARG A1027      -6.432  -0.403 -20.184  1.00 27.95           C  \\nATOM   2187  CG  ARG A1027      -5.435  -1.193 -19.307  1.00 42.70           C  \\nATOM   2188  CD  ARG A1027      -4.162  -0.408 -18.947  1.00 56.67           C  \\nATOM   2189  NE  ARG A1027      -3.234  -0.266 -20.085  1.00 69.04           N  \\nATOM   2190  CZ  ARG A1027      -2.191   0.580 -20.180  1.00 82.45           C  \\nATOM   2191  NH1 ARG A1027      -1.417   0.527 -21.271  1.00 58.12           N  \\nATOM   2192  NH2 ARG A1027      -1.893   1.468 -19.218  1.00 78.84           N1+\\nATOM   2193  H   ARG A1027      -8.243   0.766 -21.316  1.00 25.25           H  \\nATOM   2194  HA  ARG A1027      -7.506  -1.970 -21.231  1.00 25.45           H  \\nATOM   2195  HB3 ARG A1027      -6.693   0.509 -19.645  1.00 27.95           H  \\nATOM   2196  HB2 ARG A1027      -5.932  -0.070 -21.091  1.00 27.95           H  \\nATOM   2197  HG3 ARG A1027      -5.149  -2.068 -19.890  1.00 42.70           H  \\nATOM   2198  HG2 ARG A1027      -5.880  -1.580 -18.390  1.00 42.70           H  \\nATOM   2199  HD3 ARG A1027      -3.675  -0.813 -18.060  1.00 56.67           H  \\nATOM   2200  HD2 ARG A1027      -4.467   0.608 -18.695  1.00 56.67           H  \\nATOM   2201  HE  ARG A1027      -3.396  -0.904 -20.850  1.00 69.04           H  \\nATOM   2202 HH12 ARG A1027      -0.649   1.172 -21.381  1.00 58.12           H  \\nATOM   2203 HH11 ARG A1027      -1.615  -0.134 -22.007  1.00 58.12           H  \\nATOM   2204 HH22 ARG A1027      -1.107   2.094 -19.316  1.00 78.84           H  \\nATOM   2205 HH21 ARG A1027      -2.462   1.513 -18.385  1.00 78.84           H  \\nATOM   2206  N   ASN A1028      -9.194  -0.846 -18.632  1.00 25.48           N  \\nATOM   2207  CA  ASN A1028      -9.823  -1.077 -17.334  1.00 25.69           C  \\nATOM   2208  C   ASN A1028     -11.317  -1.429 -17.473  1.00 31.11           C  \\nATOM   2209  O   ASN A1028     -11.999  -1.498 -16.454  1.00 31.65           O  \\nATOM   2210  CB  ASN A1028      -9.602   0.176 -16.449  1.00 25.12           C  \\nATOM   2211  CG  ASN A1028      -8.115   0.495 -16.245  1.00 40.47           C  \\nATOM   2212  OD1 ASN A1028      -7.402  -0.253 -15.588  1.00 35.79           O  \\nATOM   2213  ND2 ASN A1028      -7.627   1.597 -16.814  1.00 30.20           N  \\nATOM   2214  H   ASN A1028      -9.333   0.079 -19.016  1.00 25.48           H  \\nATOM   2215  HA  ASN A1028      -9.355  -1.930 -16.841  1.00 25.69           H  \\nATOM   2216  HB3 ASN A1028     -10.038   0.026 -15.461  1.00 25.12           H  \\nATOM   2217  HB2 ASN A1028     -10.111   1.042 -16.878  1.00 25.12           H  \\nATOM   2218 HD22 ASN A1028      -6.658   1.847 -16.685  1.00 30.20           H  \\nATOM   2219 HD21 ASN A1028      -8.239   2.229 -17.310  1.00 30.20           H  \\nATOM   2220  N   VAL A1029     -11.798  -1.668 -18.706  1.00 26.95           N  \\nATOM   2221  CA  VAL A1029     -13.139  -2.175 -18.986  1.00 26.70           C  \\nATOM   2222  C   VAL A1029     -12.988  -3.520 -19.714  1.00 31.33           C  \\nATOM   2223  O   VAL A1029     -12.373  -3.583 -20.778  1.00 31.48           O  \\nATOM   2224  CB  VAL A1029     -13.976  -1.193 -19.852  1.00 30.65           C  \\nATOM   2225  CG1 VAL A1029     -15.338  -1.776 -20.277  1.00 31.45           C  \\nATOM   2226  CG2 VAL A1029     -14.220   0.131 -19.105  1.00 29.49           C  \\nATOM   2227  H   VAL A1029     -11.183  -1.583 -19.503  1.00 26.95           H  \\nATOM   2228  HA  VAL A1029     -13.684  -2.346 -18.056  1.00 26.70           H  \\nATOM   2229  HB  VAL A1029     -13.412  -0.960 -20.757  1.00 30.65           H  \\nATOM   2230 HG11 VAL A1029     -15.924  -1.049 -20.837  1.00 31.45           H  \\nATOM   2231 HG12 VAL A1029     -15.230  -2.654 -20.910  1.00 31.45           H  \\nATOM   2232 HG13 VAL A1029     -15.921  -2.070 -19.403  1.00 31.45           H  \\nATOM   2233 HG21 VAL A1029     -14.744   0.849 -19.734  1.00 29.49           H  \\nATOM   2234 HG22 VAL A1029     -14.822  -0.027 -18.209  1.00 29.49           H  \\nATOM   2235 HG23 VAL A1029     -13.291   0.602 -18.790  1.00 29.49           H  \\nATOM   2236  N   LEU A1030     -13.548  -4.562 -19.088  1.00 29.26           N  \\nATOM   2237  CA  LEU A1030     -13.434  -5.968 -19.450  1.00 29.87           C  \\nATOM   2238  C   LEU A1030     -14.733  -6.447 -20.113  1.00 34.28           C  \\nATOM   2239  O   LEU A1030     -15.816  -6.037 -19.705  1.00 33.78           O  \\nATOM   2240  CB  LEU A1030     -13.138  -6.783 -18.169  1.00 30.51           C  \\nATOM   2241  CG  LEU A1030     -11.936  -6.290 -17.328  1.00 34.35           C  \\nATOM   2242  CD1 LEU A1030     -11.856  -7.064 -16.001  1.00 34.54           C  \\nATOM   2243  CD2 LEU A1030     -10.610  -6.344 -18.112  1.00 35.67           C  \\nATOM   2244  H   LEU A1030     -14.085  -4.388 -18.246  1.00 29.26           H  \\nATOM   2245  HA  LEU A1030     -12.621  -6.109 -20.154  1.00 29.87           H  \\nATOM   2246  HB3 LEU A1030     -12.970  -7.825 -18.443  1.00 30.51           H  \\nATOM   2247  HB2 LEU A1030     -14.023  -6.771 -17.529  1.00 30.51           H  \\nATOM   2248  HG  LEU A1030     -12.099  -5.248 -17.048  1.00 34.35           H  \\nATOM   2249 HD11 LEU A1030     -10.853  -7.056 -15.576  1.00 34.54           H  \\nATOM   2250 HD12 LEU A1030     -12.517  -6.617 -15.257  1.00 34.54           H  \\nATOM   2251 HD13 LEU A1030     -12.155  -8.106 -16.124  1.00 34.54           H  \\nATOM   2252 HD21 LEU A1030      -9.796  -6.774 -17.533  1.00 35.67           H  \\nATOM   2253 HD22 LEU A1030     -10.700  -6.943 -19.016  1.00 35.67           H  \\nATOM   2254 HD23 LEU A1030     -10.295  -5.343 -18.409  1.00 35.67           H  \\nATOM   2255  N   LEU A1031     -14.593  -7.319 -21.118  1.00 30.49           N  \\nATOM   2256  CA  LEU A1031     -15.677  -7.865 -21.925  1.00 32.51           C  \\nATOM   2257  C   LEU A1031     -15.990  -9.291 -21.448  1.00 35.33           C  \\nATOM   2258  O   LEU A1031     -15.113 -10.153 -21.506  1.00 35.33           O  \\nATOM   2259  CB  LEU A1031     -15.209  -7.845 -23.396  1.00 33.91           C  \\nATOM   2260  CG  LEU A1031     -16.302  -8.174 -24.433  1.00 41.72           C  \\nATOM   2261  CD1 LEU A1031     -17.357  -7.065 -24.522  1.00 42.04           C  \\nATOM   2262  CD2 LEU A1031     -15.696  -8.439 -25.818  1.00 45.52           C  \\nATOM   2263  H   LEU A1031     -13.662  -7.617 -21.389  1.00 30.49           H  \\nATOM   2264  HA  LEU A1031     -16.567  -7.241 -21.825  1.00 32.51           H  \\nATOM   2265  HB3 LEU A1031     -14.375  -8.541 -23.507  1.00 33.91           H  \\nATOM   2266  HB2 LEU A1031     -14.790  -6.866 -23.627  1.00 33.91           H  \\nATOM   2267  HG  LEU A1031     -16.801  -9.093 -24.128  1.00 41.72           H  \\nATOM   2268 HD11 LEU A1031     -17.957  -7.181 -25.423  1.00 42.04           H  \\nATOM   2269 HD12 LEU A1031     -18.043  -7.102 -23.679  1.00 42.04           H  \\nATOM   2270 HD13 LEU A1031     -16.903  -6.074 -24.546  1.00 42.04           H  \\nATOM   2271 HD21 LEU A1031     -16.156  -9.306 -26.290  1.00 45.52           H  \\nATOM   2272 HD22 LEU A1031     -15.839  -7.592 -26.491  1.00 45.52           H  \\nATOM   2273 HD23 LEU A1031     -14.625  -8.629 -25.764  1.00 45.52           H  \\nATOM   2274  N   ASP A1032     -17.230  -9.515 -20.985  1.00 33.70           N  \\nATOM   2275  CA  ASP A1032     -17.712 -10.827 -20.543  1.00 35.49           C  \\nATOM   2276  C   ASP A1032     -18.166 -11.661 -21.755  1.00 42.98           C  \\nATOM   2277  O   ASP A1032     -17.727 -12.798 -21.921  1.00 43.01           O  \\nATOM   2278  CB  ASP A1032     -18.822 -10.678 -19.476  1.00 38.24           C  \\nATOM   2279  CG  ASP A1032     -19.218 -11.987 -18.779  1.00 57.45           C  \\nATOM   2280  OD1 ASP A1032     -20.169 -12.639 -19.268  1.00 62.50           O  \\nATOM   2281  OD2 ASP A1032     -18.465 -12.387 -17.864  1.00 62.05           O1-\\nATOM   2282  H   ASP A1032     -17.907  -8.764 -20.978  1.00 33.70           H  \\nATOM   2283  HA  ASP A1032     -16.879 -11.358 -20.082  1.00 35.49           H  \\nATOM   2284  HB3 ASP A1032     -19.703 -10.217 -19.924  1.00 38.24           H  \\nATOM   2285  HB2 ASP A1032     -18.498  -9.962 -18.720  1.00 38.24           H  \\nATOM   2286  N   ASN A1033     -19.010 -11.038 -22.589  1.00 43.24           N  \\nATOM   2287  CA  ASN A1033     -19.496 -11.544 -23.869  1.00 46.44           C  \\nATOM   2288  C   ASN A1033     -19.762 -10.349 -24.801  1.00 51.69           C  \\nATOM   2289  O   ASN A1033     -19.561  -9.203 -24.398  1.00 49.09           O  \\nATOM   2290  CB  ASN A1033     -20.703 -12.502 -23.675  1.00 48.31           C  \\nATOM   2291  CG  ASN A1033     -21.947 -11.875 -23.033  1.00 66.28           C  \\nATOM   2292  OD1 ASN A1033     -22.671 -11.117 -23.674  1.00 59.86           O  \\nATOM   2293  ND2 ASN A1033     -22.211 -12.205 -21.767  1.00 59.92           N  \\nATOM   2294  H   ASN A1033     -19.289 -10.090 -22.377  1.00 43.24           H  \\nATOM   2295  HA  ASN A1033     -18.694 -12.117 -24.331  1.00 46.44           H  \\nATOM   2296  HB3 ASN A1033     -20.389 -13.358 -23.076  1.00 48.31           H  \\nATOM   2297  HB2 ASN A1033     -21.002 -12.918 -24.638  1.00 48.31           H  \\nATOM   2298 HD22 ASN A1033     -23.026 -11.828 -21.307  1.00 59.92           H  \\nATOM   2299 HD21 ASN A1033     -21.579 -12.797 -21.242  1.00 59.92           H  \\nATOM   2300  N   ASP A1034     -20.218 -10.631 -26.032  1.00 52.34           N  \\nATOM   2301  CA  ASP A1034     -20.535  -9.640 -27.073  1.00 53.71           C  \\nATOM   2302  C   ASP A1034     -21.507  -8.516 -26.646  1.00 56.50           C  \\nATOM   2303  O   ASP A1034     -21.409  -7.420 -27.190  1.00 55.06           O  \\nATOM   2304  CB  ASP A1034     -20.990 -10.266 -28.427  1.00 59.25           C  \\nATOM   2305  CG  ASP A1034     -21.924 -11.494 -28.402  1.00 77.62           C  \\nATOM   2306  OD1 ASP A1034     -22.639 -11.706 -27.397  1.00 79.51           O  \\nATOM   2307  OD2 ASP A1034     -22.007 -12.140 -29.469  1.00 88.40           O1-\\nATOM   2308  H   ASP A1034     -20.398 -11.592 -26.284  1.00 52.34           H  \\nATOM   2309  HA  ASP A1034     -19.585  -9.140 -27.273  1.00 53.71           H  \\nATOM   2310  HB3 ASP A1034     -20.095 -10.532 -28.993  1.00 59.25           H  \\nATOM   2311  HB2 ASP A1034     -21.495  -9.512 -29.032  1.00 59.25           H  \\nATOM   2312  N   ARG A1035     -22.406  -8.796 -25.687  1.00 52.42           N  \\nATOM   2313  CA  ARG A1035     -23.448  -7.882 -25.216  1.00 52.12           C  \\nATOM   2314  C   ARG A1035     -23.343  -7.580 -23.704  1.00 53.91           C  \\nATOM   2315  O   ARG A1035     -24.336  -7.124 -23.136  1.00 54.42           O  \\nATOM   2316  CB  ARG A1035     -24.835  -8.467 -25.595  1.00 56.06           C  \\nATOM   2317  CG  ARG A1035     -25.086  -8.703 -27.101  1.00 68.03           C  \\nATOM   2318  CD  ARG A1035     -24.897  -7.444 -27.966  1.00 74.26           C  \\nATOM   2319  NE  ARG A1035     -25.309  -7.644 -29.365  1.00 83.22           N  \\nATOM   2320  CZ  ARG A1035     -26.494  -7.332 -29.925  1.00103.41           C  \\nATOM   2321  NH1 ARG A1035     -27.506  -6.799 -29.222  1.00 95.23           N  \\nATOM   2322  NH2 ARG A1035     -26.668  -7.561 -31.233  1.00 92.56           N1+\\nATOM   2323  H   ARG A1035     -22.419  -9.724 -25.282  1.00 52.42           H  \\nATOM   2324  HA  ARG A1035     -23.344  -6.910 -25.700  1.00 52.12           H  \\nATOM   2325  HB3 ARG A1035     -25.620  -7.801 -25.237  1.00 56.06           H  \\nATOM   2326  HB2 ARG A1035     -24.983  -9.410 -25.066  1.00 56.06           H  \\nATOM   2327  HG3 ARG A1035     -26.057  -9.166 -27.280  1.00 68.03           H  \\nATOM   2328  HG2 ARG A1035     -24.352  -9.442 -27.423  1.00 68.03           H  \\nATOM   2329  HD3 ARG A1035     -23.832  -7.242 -28.056  1.00 74.26           H  \\nATOM   2330  HD2 ARG A1035     -25.331  -6.559 -27.506  1.00 74.26           H  \\nATOM   2331  HE  ARG A1035     -24.607  -8.071 -29.954  1.00 83.22           H  \\nATOM   2332 HH12 ARG A1035     -28.382  -6.569 -29.667  1.00 95.23           H  \\nATOM   2333 HH11 ARG A1035     -27.412  -6.662 -28.223  1.00 95.23           H  \\nATOM   2334 HH22 ARG A1035     -27.544  -7.335 -31.681  1.00 92.56           H  \\nATOM   2335 HH21 ARG A1035     -25.921  -7.962 -31.782  1.00 92.56           H  \\nATOM   2336  N   LEU A1036     -22.174  -7.803 -23.070  1.00 47.46           N  \\nATOM   2337  CA  LEU A1036     -21.967  -7.538 -21.640  1.00 44.95           C  \\nATOM   2338  C   LEU A1036     -20.533  -7.065 -21.368  1.00 44.87           C  \\nATOM   2339  O   LEU A1036     -19.582  -7.752 -21.739  1.00 44.01           O  \\nATOM   2340  CB  LEU A1036     -22.340  -8.791 -20.812  1.00 46.48           C  \\nATOM   2341  CG  LEU A1036     -22.180  -8.679 -19.274  1.00 50.35           C  \\nATOM   2342  CD1 LEU A1036     -22.973  -7.502 -18.671  1.00 50.69           C  \\nATOM   2343  CD2 LEU A1036     -22.529 -10.018 -18.591  1.00 54.50           C  \\nATOM   2344  H   LEU A1036     -21.382  -8.171 -23.579  1.00 47.46           H  \\nATOM   2345  HA  LEU A1036     -22.630  -6.724 -21.343  1.00 44.95           H  \\nATOM   2346  HB3 LEU A1036     -21.719  -9.617 -21.159  1.00 46.48           H  \\nATOM   2347  HB2 LEU A1036     -23.369  -9.073 -21.040  1.00 46.48           H  \\nATOM   2348  HG  LEU A1036     -21.127  -8.494 -19.056  1.00 50.35           H  \\nATOM   2349 HD11 LEU A1036     -23.473  -7.760 -17.737  1.00 50.69           H  \\nATOM   2350 HD12 LEU A1036     -22.306  -6.670 -18.448  1.00 50.69           H  \\nATOM   2351 HD13 LEU A1036     -23.741  -7.137 -19.353  1.00 50.69           H  \\nATOM   2352 HD21 LEU A1036     -21.721 -10.346 -17.938  1.00 54.50           H  \\nATOM   2353 HD22 LEU A1036     -23.433  -9.959 -17.986  1.00 54.50           H  \\nATOM   2354 HD23 LEU A1036     -22.691 -10.816 -19.315  1.00 54.50           H  \\nATOM   2355  N   VAL A1037     -20.428  -5.918 -20.680  1.00 38.25           N  \\nATOM   2356  CA  VAL A1037     -19.183  -5.244 -20.316  1.00 36.27           C  \\nATOM   2357  C   VAL A1037     -19.170  -4.944 -18.803  1.00 39.75           C  \\nATOM   2358  O   VAL A1037     -20.229  -4.712 -18.218  1.00 42.27           O  \\nATOM   2359  CB  VAL A1037     -19.016  -3.946 -21.177  1.00 39.78           C  \\nATOM   2360  CG1 VAL A1037     -19.009  -2.583 -20.456  1.00 38.54           C  \\nATOM   2361  CG2 VAL A1037     -17.802  -4.070 -22.103  1.00 38.84           C  \\nATOM   2362  H   VAL A1037     -21.272  -5.428 -20.415  1.00 38.25           H  \\nATOM   2363  HA  VAL A1037     -18.349  -5.920 -20.508  1.00 36.27           H  \\nATOM   2364  HB  VAL A1037     -19.873  -3.887 -21.850  1.00 39.78           H  \\nATOM   2365 HG11 VAL A1037     -18.916  -1.774 -21.181  1.00 38.54           H  \\nATOM   2366 HG12 VAL A1037     -19.935  -2.413 -19.907  1.00 38.54           H  \\nATOM   2367 HG13 VAL A1037     -18.179  -2.490 -19.757  1.00 38.54           H  \\nATOM   2368 HG21 VAL A1037     -17.730  -3.211 -22.767  1.00 38.84           H  \\nATOM   2369 HG22 VAL A1037     -16.873  -4.154 -21.540  1.00 38.84           H  \\nATOM   2370 HG23 VAL A1037     -17.890  -4.953 -22.732  1.00 38.84           H  \\nATOM   2371  N   LYS A1038     -17.968  -4.982 -18.204  1.00 33.36           N  \\nATOM   2372  CA  LYS A1038     -17.714  -4.878 -16.766  1.00 33.06           C  \\nATOM   2373  C   LYS A1038     -16.485  -4.002 -16.491  1.00 35.92           C  \\nATOM   2374  O   LYS A1038     -15.436  -4.235 -17.082  1.00 35.20           O  \\nATOM   2375  CB  LYS A1038     -17.479  -6.290 -16.190  1.00 36.83           C  \\nATOM   2376  CG  LYS A1038     -18.749  -7.145 -16.080  1.00 43.54           C  \\nATOM   2377  CD  LYS A1038     -18.421  -8.608 -15.749  1.00 43.25           C  \\nATOM   2378  CE  LYS A1038     -19.663  -9.482 -15.509  1.00 48.33           C  \\nATOM   2379  NZ  LYS A1038     -20.306  -9.193 -14.214  1.00 58.37           N1+\\nATOM   2380  H   LYS A1038     -17.149  -5.184 -18.767  1.00 33.36           H  \\nATOM   2381  HA  LYS A1038     -18.574  -4.425 -16.277  1.00 33.06           H  \\nATOM   2382  HB3 LYS A1038     -17.052  -6.212 -15.188  1.00 36.83           H  \\nATOM   2383  HB2 LYS A1038     -16.730  -6.807 -16.793  1.00 36.83           H  \\nATOM   2384  HG3 LYS A1038     -19.317  -7.118 -17.009  1.00 43.54           H  \\nATOM   2385  HG2 LYS A1038     -19.391  -6.713 -15.312  1.00 43.54           H  \\nATOM   2386  HD3 LYS A1038     -17.751  -8.642 -14.891  1.00 43.25           H  \\nATOM   2387  HD2 LYS A1038     -17.852  -9.036 -16.575  1.00 43.25           H  \\nATOM   2388  HE3 LYS A1038     -19.380 -10.535 -15.514  1.00 48.33           H  \\nATOM   2389  HE2 LYS A1038     -20.386  -9.341 -16.312  1.00 48.33           H  \\nATOM   2390  HZ1 LYS A1038     -20.568  -8.218 -14.175  1.00 58.37           H  \\nATOM   2391  HZ2 LYS A1038     -21.132  -9.766 -14.115  1.00 58.37           H  \\nATOM   2392  HZ3 LYS A1038     -19.651  -9.405 -13.472  1.00 58.37           H  \\nATOM   2393  N   ILE A1039     -16.614  -3.050 -15.556  1.00 32.33           N  \\nATOM   2394  CA  ILE A1039     -15.529  -2.171 -15.108  1.00 30.26           C  \\nATOM   2395  C   ILE A1039     -14.627  -2.911 -14.094  1.00 36.96           C  \\nATOM   2396  O   ILE A1039     -15.145  -3.519 -13.160  1.00 36.41           O  \\nATOM   2397  CB  ILE A1039     -16.108  -0.894 -14.429  1.00 32.08           C  \\nATOM   2398  CG1 ILE A1039     -17.001  -0.080 -15.398  1.00 32.40           C  \\nATOM   2399  CG2 ILE A1039     -15.044   0.034 -13.803  1.00 30.46           C  \\nATOM   2400  CD1 ILE A1039     -18.035   0.790 -14.673  1.00 32.90           C  \\nATOM   2401  H   ILE A1039     -17.509  -2.910 -15.106  1.00 32.33           H  \\nATOM   2402  HA  ILE A1039     -14.934  -1.867 -15.971  1.00 30.26           H  \\nATOM   2403  HB  ILE A1039     -16.746  -1.235 -13.613  1.00 32.08           H  \\nATOM   2404 HG13 ILE A1039     -17.551  -0.733 -16.075  1.00 32.40           H  \\nATOM   2405 HG12 ILE A1039     -16.380   0.544 -16.043  1.00 32.40           H  \\nATOM   2406 HG21 ILE A1039     -15.498   0.926 -13.372  1.00 30.46           H  \\nATOM   2407 HG22 ILE A1039     -14.493  -0.448 -12.997  1.00 30.46           H  \\nATOM   2408 HG23 ILE A1039     -14.320   0.364 -14.550  1.00 30.46           H  \\nATOM   2409 HD11 ILE A1039     -18.793   1.149 -15.368  1.00 32.90           H  \\nATOM   2410 HD12 ILE A1039     -18.548   0.231 -13.890  1.00 32.90           H  \\nATOM   2411 HD13 ILE A1039     -17.570   1.656 -14.208  1.00 32.90           H  \\nATOM   2412  N   GLY A1040     -13.302  -2.826 -14.292  1.00 34.99           N  \\nATOM   2413  CA  GLY A1040     -12.289  -3.434 -13.430  1.00 35.46           C  \\nATOM   2414  C   GLY A1040     -11.231  -2.398 -13.023  1.00 40.57           C  \\nATOM   2415  O   GLY A1040     -11.286  -1.237 -13.431  1.00 40.24           O  \\nATOM   2416  H   GLY A1040     -12.951  -2.287 -15.075  1.00 34.99           H  \\nATOM   2417  HA3 GLY A1040     -11.814  -4.254 -13.968  1.00 35.46           H  \\nATOM   2418  HA2 GLY A1040     -12.724  -3.850 -12.522  1.00 35.46           H  \\nATOM   2419  N   ASP A1041     -10.271  -2.859 -12.199  1.00 37.60           N  \\nATOM   2420  CA  ASP A1041      -9.139  -2.132 -11.605  1.00 37.19           C  \\nATOM   2421  C   ASP A1041      -9.620  -0.924 -10.778  1.00 39.90           C  \\nATOM   2422  O   ASP A1041      -9.731   0.180 -11.309  1.00 40.83           O  \\nATOM   2423  CB  ASP A1041      -8.025  -1.778 -12.635  1.00 38.16           C  \\nATOM   2424  CG  ASP A1041      -6.667  -1.263 -12.095  1.00 45.68           C  \\nATOM   2425  OD1 ASP A1041      -5.762  -1.083 -12.938  1.00 47.53           O  \\nATOM   2426  OD2 ASP A1041      -6.511  -1.058 -10.870  1.00 46.86           O1-\\nATOM   2427  H   ASP A1041     -10.325  -3.828 -11.918  1.00 37.60           H  \\nATOM   2428  HA  ASP A1041      -8.695  -2.841 -10.905  1.00 37.19           H  \\nATOM   2429  HB3 ASP A1041      -8.418  -1.044 -13.339  1.00 38.16           H  \\nATOM   2430  HB2 ASP A1041      -7.825  -2.662 -13.241  1.00 38.16           H  \\nATOM   2431  N   PHE A1042      -9.874  -1.177  -9.486  1.00 32.99           N  \\nATOM   2432  CA  PHE A1042     -10.252  -0.180  -8.482  1.00 32.48           C  \\nATOM   2433  C   PHE A1042      -9.048   0.246  -7.614  1.00 35.62           C  \\nATOM   2434  O   PHE A1042      -9.241   0.681  -6.480  1.00 35.44           O  \\nATOM   2435  CB  PHE A1042     -11.446  -0.723  -7.659  1.00 35.36           C  \\nATOM   2436  CG  PHE A1042     -12.746  -0.802  -8.444  1.00 36.03           C  \\nATOM   2437  CD1 PHE A1042     -13.628   0.299  -8.473  1.00 39.47           C  \\nATOM   2438  CD2 PHE A1042     -12.997  -1.898  -9.298  1.00 37.32           C  \\nATOM   2439  CE1 PHE A1042     -14.757   0.263  -9.281  1.00 39.56           C  \\nATOM   2440  CE2 PHE A1042     -14.124  -1.908 -10.107  1.00 40.21           C  \\nATOM   2441  CZ  PHE A1042     -15.004  -0.835 -10.094  1.00 38.02           C  \\nATOM   2442  H   PHE A1042      -9.761  -2.121  -9.143  1.00 32.99           H  \\nATOM   2443  HA  PHE A1042     -10.592   0.732  -8.974  1.00 32.48           H  \\nATOM   2444  HB3 PHE A1042     -11.630  -0.106  -6.779  1.00 35.36           H  \\nATOM   2445  HB2 PHE A1042     -11.210  -1.720  -7.281  1.00 35.36           H  \\nATOM   2446  HD1 PHE A1042     -13.434   1.171  -7.865  1.00 39.47           H  \\nATOM   2447  HD2 PHE A1042     -12.311  -2.731  -9.331  1.00 37.32           H  \\nATOM   2448  HE1 PHE A1042     -15.438   1.099  -9.293  1.00 39.56           H  \\nATOM   2449  HE2 PHE A1042     -14.309  -2.752 -10.753  1.00 40.21           H  \\nATOM   2450  HZ  PHE A1042     -15.878  -0.849 -10.728  1.00 38.02           H  \\nATOM   2451  N   GLY A1043      -7.822   0.119  -8.156  1.00 33.72           N  \\nATOM   2452  CA  GLY A1043      -6.562   0.403  -7.464  1.00 35.61           C  \\nATOM   2453  C   GLY A1043      -6.236   1.898  -7.376  1.00 40.83           C  \\nATOM   2454  O   GLY A1043      -5.336   2.268  -6.627  1.00 42.94           O  \\nATOM   2455  H   GLY A1043      -7.738  -0.245  -9.097  1.00 33.72           H  \\nATOM   2456  HA3 GLY A1043      -5.756  -0.110  -7.987  1.00 35.61           H  \\nATOM   2457  HA2 GLY A1043      -6.588  -0.000  -6.454  1.00 35.61           H  \\nATOM   2458  N   LEU A1044      -6.964   2.757  -8.101  1.00 35.95           N  \\nATOM   2459  CA  LEU A1044      -6.868   4.212  -8.002  1.00 35.55           C  \\nATOM   2460  C   LEU A1044      -8.174   4.815  -7.450  1.00 38.20           C  \\nATOM   2461  O   LEU A1044      -8.207   6.019  -7.209  1.00 37.43           O  \\nATOM   2462  CB  LEU A1044      -6.463   4.769  -9.392  1.00 34.71           C  \\nATOM   2463  CG  LEU A1044      -5.546   6.012  -9.370  1.00 41.15           C  \\nATOM   2464  CD1 LEU A1044      -4.267   5.793  -8.534  1.00 45.80           C  \\nATOM   2465  CD2 LEU A1044      -5.202   6.468 -10.803  1.00 40.55           C  \\nATOM   2466  H   LEU A1044      -7.669   2.407  -8.738  1.00 35.95           H  \\nATOM   2467  HA  LEU A1044      -6.111   4.481  -7.266  1.00 35.55           H  \\nATOM   2468  HB3 LEU A1044      -7.359   4.978  -9.980  1.00 34.71           H  \\nATOM   2469  HB2 LEU A1044      -5.931   3.993  -9.948  1.00 34.71           H  \\nATOM   2470  HG  LEU A1044      -6.111   6.821  -8.906  1.00 41.15           H  \\nATOM   2471 HD11 LEU A1044      -3.368   6.181  -9.013  1.00 45.80           H  \\nATOM   2472 HD12 LEU A1044      -4.346   6.292  -7.569  1.00 45.80           H  \\nATOM   2473 HD13 LEU A1044      -4.091   4.735  -8.341  1.00 45.80           H  \\nATOM   2474 HD21 LEU A1044      -5.457   7.516 -10.941  1.00 40.55           H  \\nATOM   2475 HD22 LEU A1044      -4.144   6.362 -11.044  1.00 40.55           H  \\nATOM   2476 HD23 LEU A1044      -5.746   5.901 -11.558  1.00 40.55           H  \\nATOM   2477  N   ALA A1045      -9.209   3.982  -7.223  1.00 34.45           N  \\nATOM   2478  CA  ALA A1045     -10.511   4.387  -6.698  1.00 35.33           C  \\nATOM   2479  C   ALA A1045     -10.439   4.900  -5.252  1.00 41.48           C  \\nATOM   2480  O   ALA A1045      -9.613   4.431  -4.467  1.00 41.92           O  \\nATOM   2481  CB  ALA A1045     -11.497   3.216  -6.820  1.00 35.84           C  \\nATOM   2482  H   ALA A1045      -9.099   2.998  -7.419  1.00 34.45           H  \\nATOM   2483  HA  ALA A1045     -10.854   5.202  -7.333  1.00 35.33           H  \\nATOM   2484  HB1 ALA A1045     -12.507   3.520  -6.545  1.00 35.84           H  \\nATOM   2485  HB2 ALA A1045     -11.536   2.843  -7.844  1.00 35.84           H  \\nATOM   2486  HB3 ALA A1045     -11.218   2.387  -6.170  1.00 35.84           H  \\nATOM   2487  N   LYS A1046     -11.313   5.867  -4.943  1.00 39.67           N  \\nATOM   2488  CA  LYS A1046     -11.335   6.594  -3.679  1.00 41.51           C  \\nATOM   2489  C   LYS A1046     -12.769   6.933  -3.274  1.00 46.70           C  \\nATOM   2490  O   LYS A1046     -13.584   7.254  -4.135  1.00 45.21           O  \\nATOM   2491  CB  LYS A1046     -10.496   7.886  -3.832  1.00 43.95           C  \\nATOM   2492  CG  LYS A1046      -9.006   7.725  -3.484  1.00 52.94           C  \\nATOM   2493  CD  LYS A1046      -8.701   7.356  -2.018  1.00 61.30           C  \\nATOM   2494  CE  LYS A1046      -9.532   8.134  -0.976  1.00 72.46           C  \\nATOM   2495  NZ  LYS A1046      -9.060   7.912   0.401  1.00 80.50           N1+\\nATOM   2496  H   LYS A1046     -11.985   6.167  -5.638  1.00 39.67           H  \\nATOM   2497  HA  LYS A1046     -10.921   5.960  -2.893  1.00 41.51           H  \\nATOM   2498  HB3 LYS A1046     -10.898   8.679  -3.200  1.00 43.95           H  \\nATOM   2499  HB2 LYS A1046     -10.597   8.276  -4.845  1.00 43.95           H  \\nATOM   2500  HG3 LYS A1046      -8.499   8.654  -3.726  1.00 52.94           H  \\nATOM   2501  HG2 LYS A1046      -8.557   6.980  -4.141  1.00 52.94           H  \\nATOM   2502  HD3 LYS A1046      -7.640   7.539  -1.844  1.00 61.30           H  \\nATOM   2503  HD2 LYS A1046      -8.836   6.282  -1.891  1.00 61.30           H  \\nATOM   2504  HE3 LYS A1046     -10.578   7.837  -1.019  1.00 72.46           H  \\nATOM   2505  HE2 LYS A1046      -9.499   9.201  -1.183  1.00 72.46           H  \\nATOM   2506  HZ1 LYS A1046      -8.099   8.211   0.485  1.00 80.50           H  \\nATOM   2507  HZ2 LYS A1046      -9.635   8.436   1.044  1.00 80.50           H  \\nATOM   2508  HZ3 LYS A1046      -9.132   6.925   0.616  1.00 80.50           H  \\nATOM   2509  N   ALA A1047     -13.023   6.914  -1.956  1.00 45.97           N  \\nATOM   2510  CA  ALA A1047     -14.239   7.449  -1.350  1.00 47.89           C  \\nATOM   2511  C   ALA A1047     -14.187   8.983  -1.308  1.00 53.43           C  \\nATOM   2512  O   ALA A1047     -13.174   9.547  -0.891  1.00 53.75           O  \\nATOM   2513  CB  ALA A1047     -14.388   6.876   0.067  1.00 51.21           C  \\nATOM   2514  H   ALA A1047     -12.304   6.619  -1.313  1.00 45.97           H  \\nATOM   2515  HA  ALA A1047     -15.102   7.133  -1.938  1.00 47.89           H  \\nATOM   2516  HB1 ALA A1047     -15.310   7.226   0.534  1.00 51.21           H  \\nATOM   2517  HB2 ALA A1047     -14.428   5.787   0.048  1.00 51.21           H  \\nATOM   2518  HB3 ALA A1047     -13.557   7.165   0.711  1.00 51.21           H  \\nATOM   2519  N   VAL A1048     -15.298   9.611  -1.716  1.00 51.14           N  \\nATOM   2520  CA  VAL A1048     -15.535  11.047  -1.614  1.00 52.52           C  \\nATOM   2521  C   VAL A1048     -16.597  11.229  -0.503  1.00 61.61           C  \\nATOM   2522  O   VAL A1048     -17.722  10.765  -0.700  1.00 62.08           O  \\nATOM   2523  CB  VAL A1048     -16.114  11.607  -2.948  1.00 54.59           C  \\nATOM   2524  CG1 VAL A1048     -16.530  13.092  -2.876  1.00 55.28           C  \\nATOM   2525  CG2 VAL A1048     -15.135  11.410  -4.114  1.00 51.78           C  \\nATOM   2526  H   VAL A1048     -16.088   9.063  -2.035  1.00 51.14           H  \\nATOM   2527  HA  VAL A1048     -14.610  11.585  -1.415  1.00 52.52           H  \\nATOM   2528  HB  VAL A1048     -17.003  11.032  -3.204  1.00 54.59           H  \\nATOM   2529 HG11 VAL A1048     -16.861  13.457  -3.849  1.00 55.28           H  \\nATOM   2530 HG12 VAL A1048     -17.357  13.256  -2.187  1.00 55.28           H  \\nATOM   2531 HG13 VAL A1048     -15.699  13.722  -2.555  1.00 55.28           H  \\nATOM   2532 HG21 VAL A1048     -15.521  11.853  -5.033  1.00 51.78           H  \\nATOM   2533 HG22 VAL A1048     -14.167  11.868  -3.908  1.00 51.78           H  \\nATOM   2534 HG23 VAL A1048     -14.975  10.351  -4.307  1.00 51.78           H  \\nATOM   2535  N   PRO A1049     -16.236  11.864   0.641  1.00 62.00           N  \\nATOM   2536  CA  PRO A1049     -17.184  12.176   1.737  1.00 66.09           C  \\nATOM   2537  C   PRO A1049     -18.459  12.905   1.278  1.00 73.83           C  \\nATOM   2538  O   PRO A1049     -18.379  13.730   0.371  1.00 71.64           O  \\nATOM   2539  CB  PRO A1049     -16.360  13.056   2.691  1.00 69.51           C  \\nATOM   2540  CG  PRO A1049     -14.922  12.638   2.458  1.00 71.48           C  \\nATOM   2541  CD  PRO A1049     -14.889  12.341   0.967  1.00 63.48           C  \\nATOM   2542  HA  PRO A1049     -17.442  11.236   2.228  1.00 66.09           H  \\nATOM   2543  HB3 PRO A1049     -16.661  12.943   3.733  1.00 69.51           H  \\nATOM   2544  HB2 PRO A1049     -16.469  14.109   2.431  1.00 69.51           H  \\nATOM   2545  HG3 PRO A1049     -14.718  11.723   3.016  1.00 71.48           H  \\nATOM   2546  HG2 PRO A1049     -14.195  13.390   2.766  1.00 71.48           H  \\nATOM   2547  HD2 PRO A1049     -14.690  13.250   0.396  1.00 63.48           H  \\nATOM   2548  HD3 PRO A1049     -14.110  11.611   0.746  1.00 63.48           H  \\nATOM   2549  N   GLU A1050     -19.602  12.569   1.895  1.00 75.69           N  \\nATOM   2550  CA  GLU A1050     -20.946  13.047   1.546  1.00 77.51           C  \\nATOM   2551  C   GLU A1050     -21.137  14.581   1.530  1.00 84.15           C  \\nATOM   2552  O   GLU A1050     -21.986  15.059   0.779  1.00 83.15           O  \\nATOM   2553  CB  GLU A1050     -22.008  12.341   2.426  1.00 82.22           C  \\nATOM   2554  CG  GLU A1050     -21.885  12.532   3.963  1.00 97.93           C  \\nATOM   2555  CD  GLU A1050     -20.916  11.603   4.721  1.00120.70           C  \\nATOM   2556  OE1 GLU A1050     -20.359  10.662   4.111  1.00108.26           O  \\nATOM   2557  OE2 GLU A1050     -20.744  11.858   5.932  1.00119.67           O1-\\nATOM   2558  H   GLU A1050     -19.579  11.872   2.631  1.00 75.69           H  \\nATOM   2559  HA  GLU A1050     -21.125  12.712   0.524  1.00 77.51           H  \\nATOM   2560  HB3 GLU A1050     -22.050  11.282   2.167  1.00 82.22           H  \\nATOM   2561  HB2 GLU A1050     -22.989  12.719   2.132  1.00 82.22           H  \\nATOM   2562  HG3 GLU A1050     -22.872  12.366   4.398  1.00 97.93           H  \\nATOM   2563  HG2 GLU A1050     -21.638  13.568   4.194  1.00 97.93           H  \\nATOM   2564  N   GLY A1051     -20.338  15.319   2.321  1.00 83.36           N  \\nATOM   2565  CA  GLY A1051     -20.349  16.784   2.369  1.00 84.58           C  \\nATOM   2566  C   GLY A1051     -19.399  17.422   1.337  1.00 86.36           C  \\nATOM   2567  O   GLY A1051     -19.389  18.646   1.220  1.00 86.86           O  \\nATOM   2568  H   GLY A1051     -19.670  14.844   2.911  1.00 83.36           H  \\nATOM   2569  HA3 GLY A1051     -20.033  17.094   3.366  1.00 84.58           H  \\nATOM   2570  HA2 GLY A1051     -21.358  17.172   2.226  1.00 84.58           H  \\nATOM   2571  N   HIS A1052     -18.603  16.617   0.612  1.00 79.97           N  \\nATOM   2572  CA  HIS A1052     -17.629  17.044  -0.396  1.00 76.91           C  \\nATOM   2573  C   HIS A1052     -18.094  16.595  -1.790  1.00 76.64           C  \\nATOM   2574  O   HIS A1052     -18.787  15.585  -1.914  1.00 75.70           O  \\nATOM   2575  CB  HIS A1052     -16.251  16.409  -0.088  1.00 77.26           C  \\nATOM   2576  CG  HIS A1052     -15.567  16.850   1.187  1.00 83.91           C  \\nATOM   2577  ND1 HIS A1052     -16.152  16.768   2.440  1.00 88.78           N  \\nATOM   2578  CD2 HIS A1052     -14.313  17.378   1.406  1.00 86.52           C  \\nATOM   2579  CE1 HIS A1052     -15.265  17.223   3.327  1.00 90.57           C  \\nATOM   2580  NE2 HIS A1052     -14.124  17.610   2.771  1.00 89.68           N  \\nATOM   2581  H   HIS A1052     -18.692  15.614   0.718  1.00 79.97           H  \\nATOM   2582  HA  HIS A1052     -17.523  18.131  -0.401  1.00 76.91           H  \\nATOM   2583  HB3 HIS A1052     -15.563  16.629  -0.906  1.00 77.26           H  \\nATOM   2584  HB2 HIS A1052     -16.332  15.322  -0.062  1.00 77.26           H  \\nATOM   2585  HD1 HIS A1052     -17.082  16.431   2.642  1.00 88.78           H  \\nATOM   2586  HD2 HIS A1052     -13.535  17.600   0.692  1.00 86.52           H  \\nATOM   2587  HE1 HIS A1052     -15.456  17.273   4.389  1.00 90.57           H  \\nATOM   2588  N   GLU A1053     -17.659  17.337  -2.818  1.00 70.38           N  \\nATOM   2589  CA  GLU A1053     -17.883  17.022  -4.230  1.00 67.41           C  \\nATOM   2590  C   GLU A1053     -16.584  16.601  -4.949  1.00 65.39           C  \\nATOM   2591  O   GLU A1053     -16.664  16.257  -6.128  1.00 62.86           O  \\nATOM   2592  CB  GLU A1053     -18.593  18.212  -4.927  1.00 69.51           C  \\nATOM   2593  CG  GLU A1053     -17.779  19.512  -5.135  1.00 81.78           C  \\nATOM   2594  CD  GLU A1053     -17.774  20.453  -3.921  1.00109.48           C  \\nATOM   2595  OE1 GLU A1053     -16.893  20.272  -3.050  1.00107.26           O  \\nATOM   2596  OE2 GLU A1053     -18.640  21.354  -3.893  1.00107.68           O1-\\nATOM   2597  H   GLU A1053     -17.139  18.188  -2.639  1.00 70.38           H  \\nATOM   2598  HA  GLU A1053     -18.554  16.164  -4.313  1.00 67.41           H  \\nATOM   2599  HB3 GLU A1053     -19.513  18.442  -4.385  1.00 69.51           H  \\nATOM   2600  HB2 GLU A1053     -18.934  17.872  -5.906  1.00 69.51           H  \\nATOM   2601  HG3 GLU A1053     -18.205  20.053  -5.981  1.00 81.78           H  \\nATOM   2602  HG2 GLU A1053     -16.758  19.288  -5.435  1.00 81.78           H  \\nATOM   2603  N   TYR A1054     -15.432  16.620  -4.250  1.00 59.91           N  \\nATOM   2604  CA  TYR A1054     -14.128  16.231  -4.792  1.00 57.06           C  \\nATOM   2605  C   TYR A1054     -13.225  15.603  -3.718  1.00 59.88           C  \\nATOM   2606  O   TYR A1054     -13.480  15.733  -2.520  1.00 61.73           O  \\nATOM   2607  CB  TYR A1054     -13.443  17.442  -5.481  1.00 57.75           C  \\nATOM   2608  CG  TYR A1054     -12.910  18.540  -4.568  1.00 61.72           C  \\nATOM   2609  CD1 TYR A1054     -13.741  19.618  -4.206  1.00 65.51           C  \\nATOM   2610  CD2 TYR A1054     -11.587  18.494  -4.077  1.00 63.03           C  \\nATOM   2611  CE1 TYR A1054     -13.273  20.625  -3.342  1.00 68.28           C  \\nATOM   2612  CE2 TYR A1054     -11.118  19.497  -3.207  1.00 66.37           C  \\nATOM   2613  CZ  TYR A1054     -11.960  20.564  -2.838  1.00 76.35           C  \\nATOM   2614  OH  TYR A1054     -11.500  21.539  -2.001  1.00 81.80           O  \\nATOM   2615  H   TYR A1054     -15.438  16.902  -3.281  1.00 59.91           H  \\nATOM   2616  HA  TYR A1054     -14.295  15.452  -5.536  1.00 57.06           H  \\nATOM   2617  HB3 TYR A1054     -14.127  17.883  -6.202  1.00 57.75           H  \\nATOM   2618  HB2 TYR A1054     -12.603  17.084  -6.077  1.00 57.75           H  \\nATOM   2619  HD1 TYR A1054     -14.747  19.671  -4.589  1.00 65.51           H  \\nATOM   2620  HD2 TYR A1054     -10.931  17.684  -4.358  1.00 63.03           H  \\nATOM   2621  HE1 TYR A1054     -13.928  21.440  -3.069  1.00 68.28           H  \\nATOM   2622  HE2 TYR A1054     -10.112  19.450  -2.823  1.00 66.37           H  \\nATOM   2623  HH  TYR A1054     -12.176  22.187  -1.785  1.00 81.80           H  \\nATOM   2624  N   TYR A1055     -12.149  14.975  -4.212  1.00 53.09           N  \\nATOM   2625  CA  TYR A1055     -11.007  14.471  -3.457  1.00 53.10           C  \\nATOM   2626  C   TYR A1055      -9.726  15.055  -4.077  1.00 56.32           C  \\nATOM   2627  O   TYR A1055      -9.573  14.988  -5.298  1.00 53.18           O  \\nATOM   2628  CB  TYR A1055     -11.033  12.925  -3.512  1.00 53.04           C  \\nATOM   2629  CG  TYR A1055      -9.744  12.229  -3.105  1.00 55.26           C  \\nATOM   2630  CD1 TYR A1055      -9.403  12.116  -1.742  1.00 59.33           C  \\nATOM   2631  CD2 TYR A1055      -8.864  11.731  -4.090  1.00 54.82           C  \\nATOM   2632  CE1 TYR A1055      -8.189  11.509  -1.366  1.00 60.69           C  \\nATOM   2633  CE2 TYR A1055      -7.648  11.129  -3.714  1.00 56.92           C  \\nATOM   2634  CZ  TYR A1055      -7.317  11.005  -2.350  1.00 68.28           C  \\nATOM   2635  OH  TYR A1055      -6.152  10.396  -1.981  1.00 72.13           O  \\nATOM   2636  H   TYR A1055     -12.056  14.902  -5.217  1.00 53.09           H  \\nATOM   2637  HA  TYR A1055     -11.071  14.792  -2.416  1.00 53.10           H  \\nATOM   2638  HB3 TYR A1055     -11.259  12.613  -4.532  1.00 53.04           H  \\nATOM   2639  HB2 TYR A1055     -11.853  12.545  -2.902  1.00 53.04           H  \\nATOM   2640  HD1 TYR A1055     -10.066  12.505  -0.983  1.00 59.33           H  \\nATOM   2641  HD2 TYR A1055      -9.109  11.827  -5.138  1.00 54.82           H  \\nATOM   2642  HE1 TYR A1055      -7.931  11.427  -0.320  1.00 60.69           H  \\nATOM   2643  HE2 TYR A1055      -6.979  10.757  -4.475  1.00 56.92           H  \\nATOM   2644  HH  TYR A1055      -5.609  10.143  -2.731  1.00 72.13           H  \\nATOM   2645  N   ARG A1056      -8.817  15.579  -3.235  1.00 56.46           N  \\nATOM   2646  CA  ARG A1056      -7.489  16.027  -3.666  1.00 57.19           C  \\nATOM   2647  C   ARG A1056      -6.566  14.824  -3.911  1.00 61.89           C  \\nATOM   2648  O   ARG A1056      -6.398  13.993  -3.019  1.00 62.29           O  \\nATOM   2649  CB  ARG A1056      -6.850  16.976  -2.627  1.00 60.29           C  \\nATOM   2650  CG  ARG A1056      -6.976  18.462  -2.999  1.00 71.82           C  \\nATOM   2651  CD  ARG A1056      -6.155  19.357  -2.056  1.00 85.08           C  \\nATOM   2652  NE  ARG A1056      -6.336  20.793  -2.326  1.00 93.43           N  \\nATOM   2653  CZ  ARG A1056      -7.282  21.607  -1.821  1.00108.81           C  \\nATOM   2654  NH1 ARG A1056      -8.250  21.157  -1.008  1.00 96.57           N  \\nATOM   2655  NH2 ARG A1056      -7.252  22.907  -2.136  1.00 96.30           N1+\\nATOM   2656  H   ARG A1056      -8.994  15.588  -2.241  1.00 56.46           H  \\nATOM   2657  HA  ARG A1056      -7.612  16.564  -4.604  1.00 57.19           H  \\nATOM   2658  HB3 ARG A1056      -5.781  16.771  -2.542  1.00 60.29           H  \\nATOM   2659  HB2 ARG A1056      -7.256  16.789  -1.632  1.00 60.29           H  \\nATOM   2660  HG3 ARG A1056      -8.009  18.791  -3.096  1.00 71.82           H  \\nATOM   2661  HG2 ARG A1056      -6.539  18.558  -3.995  1.00 71.82           H  \\nATOM   2662  HD3 ARG A1056      -5.101  19.189  -2.278  1.00 85.08           H  \\nATOM   2663  HD2 ARG A1056      -6.280  19.090  -1.006  1.00 85.08           H  \\nATOM   2664  HE  ARG A1056      -5.661  21.191  -2.965  1.00 93.43           H  \\nATOM   2665 HH12 ARG A1056      -8.966  21.778  -0.657  1.00 96.57           H  \\nATOM   2666 HH11 ARG A1056      -8.277  20.181  -0.750  1.00 96.57           H  \\nATOM   2667 HH22 ARG A1056      -7.936  23.542  -1.749  1.00 96.30           H  \\nATOM   2668 HH21 ARG A1056      -6.504  23.276  -2.706  1.00 96.30           H  \\nATOM   2669  N   VAL A1057      -5.959  14.797  -5.106  1.00 58.85           N  \\nATOM   2670  CA  VAL A1057      -5.003  13.780  -5.542  1.00 59.44           C  \\nATOM   2671  C   VAL A1057      -3.557  14.281  -5.359  1.00 68.20           C  \\nATOM   2672  O   VAL A1057      -3.329  15.483  -5.206  1.00 69.34           O  \\nATOM   2673  CB  VAL A1057      -5.225  13.404  -7.038  1.00 60.80           C  \\nATOM   2674  CG1 VAL A1057      -6.682  12.977  -7.283  1.00 59.13           C  \\nATOM   2675  CG2 VAL A1057      -4.790  14.446  -8.089  1.00 60.31           C  \\nATOM   2676  H   VAL A1057      -6.124  15.552  -5.759  1.00 58.85           H  \\nATOM   2677  HA  VAL A1057      -5.125  12.877  -4.941  1.00 59.44           H  \\nATOM   2678  HB  VAL A1057      -4.617  12.519  -7.229  1.00 60.80           H  \\nATOM   2679 HG11 VAL A1057      -6.821  12.608  -8.299  1.00 59.13           H  \\nATOM   2680 HG12 VAL A1057      -6.979  12.188  -6.594  1.00 59.13           H  \\nATOM   2681 HG13 VAL A1057      -7.368  13.812  -7.139  1.00 59.13           H  \\nATOM   2682 HG21 VAL A1057      -4.998  14.090  -9.099  1.00 60.31           H  \\nATOM   2683 HG22 VAL A1057      -5.330  15.380  -7.961  1.00 60.31           H  \\nATOM   2684 HG23 VAL A1057      -3.723  14.663  -8.049  1.00 60.31           H  \\nATOM   2685  N   ARG A1058      -2.607  13.334  -5.385  1.00 67.56           N  \\nATOM   2686  CA  ARG A1058      -1.172  13.599  -5.282  1.00 70.37           C  \\nATOM   2687  C   ARG A1058      -0.536  13.789  -6.667  1.00 74.80           C  \\nATOM   2688  O   ARG A1058      -1.065  13.300  -7.667  1.00 72.29           O  \\nATOM   2689  CB  ARG A1058      -0.482  12.425  -4.555  1.00 73.21           C  \\nATOM   2690  CG  ARG A1058      -1.096  12.069  -3.190  1.00 89.24           C  \\nATOM   2691  CD  ARG A1058      -0.267  11.012  -2.441  1.00105.70           C  \\nATOM   2692  NE  ARG A1058      -0.997  10.452  -1.291  1.00119.40           N  \\nATOM   2693  CZ  ARG A1058      -1.790   9.362  -1.293  1.00134.49           C  \\nATOM   2694  NH1 ARG A1058      -1.990   8.620  -2.394  1.00120.12           N  \\nATOM   2695  NH2 ARG A1058      -2.400   9.001  -0.157  1.00122.85           N1+\\nATOM   2696  H   ARG A1058      -2.868  12.371  -5.537  1.00 67.56           H  \\nATOM   2697  HA  ARG A1058      -1.012  14.506  -4.696  1.00 70.37           H  \\nATOM   2698  HB3 ARG A1058       0.576  12.656  -4.421  1.00 73.21           H  \\nATOM   2699  HB2 ARG A1058      -0.516  11.536  -5.188  1.00 73.21           H  \\nATOM   2700  HG3 ARG A1058      -2.147  11.782  -3.259  1.00 89.24           H  \\nATOM   2701  HG2 ARG A1058      -1.072  12.989  -2.605  1.00 89.24           H  \\nATOM   2702  HD3 ARG A1058       0.578  11.523  -1.980  1.00105.70           H  \\nATOM   2703  HD2 ARG A1058       0.168  10.261  -3.102  1.00105.70           H  \\nATOM   2704  HE  ARG A1058      -0.910  10.974  -0.431  1.00119.40           H  \\nATOM   2705 HH12 ARG A1058      -2.574   7.793  -2.360  1.00120.12           H  \\nATOM   2706 HH11 ARG A1058      -1.525   8.863  -3.256  1.00120.12           H  \\nATOM   2707 HH22 ARG A1058      -2.991   8.183  -0.135  1.00122.85           H  \\nATOM   2708 HH21 ARG A1058      -2.266   9.536   0.689  1.00122.85           H  \\nATOM   2709  N   GLU A1059       0.632  14.450  -6.673  1.00 74.50           N  \\nATOM   2710  CA  GLU A1059       1.553  14.525  -7.807  1.00 74.23           C  \\nATOM   2711  C   GLU A1059       2.254  13.163  -7.955  1.00 77.46           C  \\nATOM   2712  O   GLU A1059       3.042  12.795  -7.083  1.00 79.77           O  \\nATOM   2713  CB  GLU A1059       2.560  15.668  -7.559  1.00 78.25           C  \\nATOM   2714  CG  GLU A1059       1.890  17.055  -7.402  1.00 89.76           C  \\nATOM   2715  CD  GLU A1059       2.828  18.212  -7.020  1.00113.50           C  \\nATOM   2716  OE1 GLU A1059       4.065  18.018  -7.008  1.00107.60           O  \\nATOM   2717  OE2 GLU A1059       2.274  19.295  -6.731  1.00107.56           O1-\\nATOM   2718  H   GLU A1059       0.989  14.826  -5.807  1.00 74.50           H  \\nATOM   2719  HA  GLU A1059       0.987  14.746  -8.714  1.00 74.23           H  \\nATOM   2720  HB3 GLU A1059       3.270  15.702  -8.387  1.00 78.25           H  \\nATOM   2721  HB2 GLU A1059       3.147  15.447  -6.666  1.00 78.25           H  \\nATOM   2722  HG3 GLU A1059       1.105  17.011  -6.647  1.00 89.76           H  \\nATOM   2723  HG2 GLU A1059       1.396  17.315  -8.337  1.00 89.76           H  \\nATOM   2724  N   ASP A1060       1.895  12.418  -9.011  1.00 70.23           N  \\nATOM   2725  CA  ASP A1060       2.226  11.001  -9.159  1.00 68.85           C  \\nATOM   2726  C   ASP A1060       2.470  10.671 -10.644  1.00 68.50           C  \\nATOM   2727  O   ASP A1060       1.778  11.208 -11.510  1.00 66.16           O  \\nATOM   2728  CB  ASP A1060       1.134  10.133  -8.477  1.00 69.42           C  \\nATOM   2729  CG  ASP A1060       1.308   8.615  -8.603  1.00 81.45           C  \\nATOM   2730  OD1 ASP A1060       0.565   8.022  -9.413  1.00 81.04           O  \\nATOM   2731  OD2 ASP A1060       2.259   8.097  -7.975  1.00 89.83           O1-\\nATOM   2732  H   ASP A1060       1.248  12.789  -9.693  1.00 70.23           H  \\nATOM   2733  HA  ASP A1060       3.171  10.811  -8.645  1.00 68.85           H  \\nATOM   2734  HB3 ASP A1060       0.147  10.430  -8.837  1.00 69.42           H  \\nATOM   2735  HB2 ASP A1060       1.112  10.376  -7.413  1.00 69.42           H  \\nATOM   2736  N   GLY A1061       3.463   9.803 -10.905  1.00 63.47           N  \\nATOM   2737  CA  GLY A1061       3.919   9.458 -12.253  1.00 61.92           C  \\nATOM   2738  C   GLY A1061       3.025   8.411 -12.936  1.00 61.80           C  \\nATOM   2739  O   GLY A1061       2.926   8.424 -14.163  1.00 61.49           O  \\nATOM   2740  H   GLY A1061       3.960   9.380 -10.133  1.00 63.47           H  \\nATOM   2741  HA3 GLY A1061       4.930   9.056 -12.184  1.00 61.92           H  \\nATOM   2742  HA2 GLY A1061       3.980  10.354 -12.873  1.00 61.92           H  \\nATOM   2743  N   ASP A1062       2.365   7.532 -12.159  1.00 55.28           N  \\nATOM   2744  CA  ASP A1062       1.462   6.477 -12.645  1.00 52.23           C  \\nATOM   2745  C   ASP A1062       0.018   6.962 -12.892  1.00 50.35           C  \\nATOM   2746  O   ASP A1062      -0.809   6.161 -13.330  1.00 49.00           O  \\nATOM   2747  CB  ASP A1062       1.471   5.215 -11.744  1.00 54.90           C  \\nATOM   2748  CG  ASP A1062       2.871   4.616 -11.542  1.00 73.36           C  \\nATOM   2749  OD1 ASP A1062       3.348   3.959 -12.494  1.00 75.14           O  \\nATOM   2750  OD2 ASP A1062       3.499   4.932 -10.507  1.00 82.10           O1-\\nATOM   2751  H   ASP A1062       2.477   7.575 -11.155  1.00 55.28           H  \\nATOM   2752  HA  ASP A1062       1.824   6.157 -13.624  1.00 52.23           H  \\nATOM   2753  HB3 ASP A1062       0.835   4.437 -12.171  1.00 54.90           H  \\nATOM   2754  HB2 ASP A1062       1.050   5.454 -10.766  1.00 54.90           H  \\nATOM   2755  N   SER A1063      -0.262   8.254 -12.645  1.00 43.08           N  \\nATOM   2756  CA  SER A1063      -1.541   8.912 -12.926  1.00 39.71           C  \\nATOM   2757  C   SER A1063      -1.834   8.917 -14.445  1.00 36.74           C  \\nATOM   2758  O   SER A1063      -0.950   9.325 -15.200  1.00 35.65           O  \\nATOM   2759  CB  SER A1063      -1.451  10.363 -12.416  1.00 44.05           C  \\nATOM   2760  OG  SER A1063      -1.561  10.394 -11.008  1.00 56.19           O  \\nATOM   2761  H   SER A1063       0.470   8.845 -12.278  1.00 43.08           H  \\nATOM   2762  HA  SER A1063      -2.308   8.385 -12.360  1.00 39.71           H  \\nATOM   2763  HB3 SER A1063      -2.274  10.959 -12.814  1.00 44.05           H  \\nATOM   2764  HB2 SER A1063      -0.529  10.848 -12.736  1.00 44.05           H  \\nATOM   2765  HG  SER A1063      -0.820   9.909 -10.633  1.00 56.19           H  \\nATOM   2766  N   PRO A1064      -3.031   8.450 -14.878  1.00 30.99           N  \\nATOM   2767  CA  PRO A1064      -3.409   8.434 -16.303  1.00 29.59           C  \\nATOM   2768  C   PRO A1064      -3.804   9.836 -16.823  1.00 32.01           C  \\nATOM   2769  O   PRO A1064      -4.987  10.123 -17.008  1.00 29.67           O  \\nATOM   2770  CB  PRO A1064      -4.545   7.398 -16.344  1.00 29.56           C  \\nATOM   2771  CG  PRO A1064      -5.231   7.543 -14.998  1.00 33.51           C  \\nATOM   2772  CD  PRO A1064      -4.076   7.842 -14.049  1.00 30.17           C  \\nATOM   2773  HA  PRO A1064      -2.580   8.066 -16.908  1.00 29.59           H  \\nATOM   2774  HB3 PRO A1064      -4.115   6.399 -16.418  1.00 29.56           H  \\nATOM   2775  HB2 PRO A1064      -5.230   7.518 -17.184  1.00 29.56           H  \\nATOM   2776  HG3 PRO A1064      -5.811   6.671 -14.703  1.00 33.51           H  \\nATOM   2777  HG2 PRO A1064      -5.910   8.392 -15.038  1.00 33.51           H  \\nATOM   2778  HD2 PRO A1064      -4.396   8.489 -13.233  1.00 30.17           H  \\nATOM   2779  HD3 PRO A1064      -3.692   6.913 -13.624  1.00 30.17           H  \\nATOM   2780  N   VAL A1065      -2.786  10.690 -17.026  1.00 29.66           N  \\nATOM   2781  CA  VAL A1065      -2.902  12.106 -17.382  1.00 29.04           C  \\nATOM   2782  C   VAL A1065      -3.565  12.389 -18.746  1.00 30.30           C  \\nATOM   2783  O   VAL A1065      -4.209  13.429 -18.873  1.00 30.19           O  \\nATOM   2784  CB  VAL A1065      -1.522  12.819 -17.348  1.00 34.62           C  \\nATOM   2785  CG1 VAL A1065      -0.968  12.886 -15.914  1.00 34.92           C  \\nATOM   2786  CG2 VAL A1065      -0.478  12.246 -18.328  1.00 35.44           C  \\nATOM   2787  H   VAL A1065      -1.845  10.366 -16.844  1.00 29.66           H  \\nATOM   2788  HA  VAL A1065      -3.532  12.562 -16.618  1.00 29.04           H  \\nATOM   2789  HB  VAL A1065      -1.673  13.855 -17.651  1.00 34.62           H  \\nATOM   2790 HG11 VAL A1065      -0.022  13.424 -15.880  1.00 34.92           H  \\nATOM   2791 HG12 VAL A1065      -1.661  13.400 -15.247  1.00 34.92           H  \\nATOM   2792 HG13 VAL A1065      -0.786  11.895 -15.503  1.00 34.92           H  \\nATOM   2793 HG21 VAL A1065       0.477  12.764 -18.227  1.00 35.44           H  \\nATOM   2794 HG22 VAL A1065      -0.296  11.188 -18.145  1.00 35.44           H  \\nATOM   2795 HG23 VAL A1065      -0.788  12.357 -19.367  1.00 35.44           H  \\nATOM   2796  N   PHE A1066      -3.447  11.462 -19.715  1.00 25.62           N  \\nATOM   2797  CA  PHE A1066      -4.084  11.560 -21.034  1.00 24.82           C  \\nATOM   2798  C   PHE A1066      -5.578  11.163 -21.042  1.00 26.45           C  \\nATOM   2799  O   PHE A1066      -6.220  11.285 -22.086  1.00 25.78           O  \\nATOM   2800  CB  PHE A1066      -3.251  10.779 -22.074  1.00 26.47           C  \\nATOM   2801  CG  PHE A1066      -1.844  11.322 -22.286  1.00 27.98           C  \\nATOM   2802  CD1 PHE A1066      -1.649  12.632 -22.772  1.00 31.46           C  \\nATOM   2803  CD2 PHE A1066      -0.713  10.538 -21.974  1.00 29.97           C  \\nATOM   2804  CE1 PHE A1066      -0.365  13.135 -22.936  1.00 33.77           C  \\nATOM   2805  CE2 PHE A1066       0.563  11.055 -22.150  1.00 33.43           C  \\nATOM   2806  CZ  PHE A1066       0.737  12.349 -22.625  1.00 32.31           C  \\nATOM   2807  H   PHE A1066      -2.904  10.626 -19.541  1.00 25.62           H  \\nATOM   2808  HA  PHE A1066      -4.075  12.609 -21.337  1.00 24.82           H  \\nATOM   2809  HB3 PHE A1066      -3.756  10.782 -23.040  1.00 26.47           H  \\nATOM   2810  HB2 PHE A1066      -3.184   9.732 -21.779  1.00 26.47           H  \\nATOM   2811  HD1 PHE A1066      -2.496  13.256 -23.012  1.00 31.46           H  \\nATOM   2812  HD2 PHE A1066      -0.829   9.530 -21.608  1.00 29.97           H  \\nATOM   2813  HE1 PHE A1066      -0.222  14.140 -23.303  1.00 33.77           H  \\nATOM   2814  HE2 PHE A1066       1.426  10.449 -21.914  1.00 33.43           H  \\nATOM   2815  HZ  PHE A1066       1.733  12.745 -22.753  1.00 32.31           H  \\nATOM   2816  N   TRP A1067      -6.110  10.745 -19.880  1.00 22.72           N  \\nATOM   2817  CA  TRP A1067      -7.531  10.523 -19.603  1.00 23.65           C  \\nATOM   2818  C   TRP A1067      -8.099  11.559 -18.615  1.00 26.48           C  \\nATOM   2819  O   TRP A1067      -9.285  11.467 -18.304  1.00 25.01           O  \\nATOM   2820  CB  TRP A1067      -7.743   9.090 -19.059  1.00 21.85           C  \\nATOM   2821  CG  TRP A1067      -7.607   7.990 -20.066  1.00 23.25           C  \\nATOM   2822  CD1 TRP A1067      -8.642   7.341 -20.645  1.00 25.76           C  \\nATOM   2823  CD2 TRP A1067      -6.398   7.444 -20.678  1.00 23.75           C  \\nATOM   2824  NE1 TRP A1067      -8.162   6.446 -21.576  1.00 25.21           N  \\nATOM   2825  CE2 TRP A1067      -6.788   6.472 -21.648  1.00 27.61           C  \\nATOM   2826  CE3 TRP A1067      -5.010   7.675 -20.529  1.00 25.53           C  \\nATOM   2827  CZ2 TRP A1067      -5.855   5.779 -22.436  1.00 27.61           C  \\nATOM   2828  CZ3 TRP A1067      -4.067   6.991 -21.323  1.00 27.51           C  \\nATOM   2829  CH2 TRP A1067      -4.488   6.046 -22.275  1.00 28.26           C  \\nATOM   2830  H   TRP A1067      -5.501  10.650 -19.078  1.00 22.72           H  \\nATOM   2831  HA  TRP A1067      -8.122  10.631 -20.512  1.00 23.65           H  \\nATOM   2832  HB3 TRP A1067      -8.742   8.988 -18.631  1.00 21.85           H  \\nATOM   2833  HB2 TRP A1067      -7.054   8.892 -18.237  1.00 21.85           H  \\nATOM   2834  HD1 TRP A1067      -9.684   7.521 -20.419  1.00 25.76           H  \\nATOM   2835  HE1 TRP A1067      -8.763   5.856 -22.143  1.00 25.21           H  \\nATOM   2836  HE3 TRP A1067      -4.665   8.393 -19.801  1.00 25.53           H  \\nATOM   2837  HZ2 TRP A1067      -6.179   5.054 -23.162  1.00 27.61           H  \\nATOM   2838  HZ3 TRP A1067      -3.015   7.191 -21.200  1.00 27.51           H  \\nATOM   2839  HH2 TRP A1067      -3.763   5.530 -22.885  1.00 28.26           H  \\nATOM   2840  N   TYR A1068      -7.272  12.497 -18.115  1.00 25.06           N  \\nATOM   2841  CA  TYR A1068      -7.642  13.429 -17.048  1.00 24.40           C  \\nATOM   2842  C   TYR A1068      -8.088  14.804 -17.559  1.00 29.09           C  \\nATOM   2843  O   TYR A1068      -7.539  15.325 -18.530  1.00 29.03           O  \\nATOM   2844  CB  TYR A1068      -6.472  13.562 -16.048  1.00 25.40           C  \\nATOM   2845  CG  TYR A1068      -6.380  12.528 -14.932  1.00 26.29           C  \\nATOM   2846  CD1 TYR A1068      -7.163  11.349 -14.925  1.00 27.65           C  \\nATOM   2847  CD2 TYR A1068      -5.512  12.778 -13.847  1.00 27.90           C  \\nATOM   2848  CE1 TYR A1068      -7.106  10.464 -13.835  1.00 28.32           C  \\nATOM   2849  CE2 TYR A1068      -5.448  11.886 -12.759  1.00 27.93           C  \\nATOM   2850  CZ  TYR A1068      -6.256  10.733 -12.747  1.00 32.15           C  \\nATOM   2851  OH  TYR A1068      -6.220   9.881 -11.685  1.00 34.10           O  \\nATOM   2852  H   TYR A1068      -6.314  12.541 -18.432  1.00 25.06           H  \\nATOM   2853  HA  TYR A1068      -8.495  13.017 -16.518  1.00 24.40           H  \\nATOM   2854  HB3 TYR A1068      -6.558  14.518 -15.532  1.00 25.40           H  \\nATOM   2855  HB2 TYR A1068      -5.525  13.618 -16.580  1.00 25.40           H  \\nATOM   2856  HD1 TYR A1068      -7.828  11.106 -15.737  1.00 27.65           H  \\nATOM   2857  HD2 TYR A1068      -4.905  13.672 -13.836  1.00 27.90           H  \\nATOM   2858  HE1 TYR A1068      -7.730   9.583 -13.840  1.00 28.32           H  \\nATOM   2859  HE2 TYR A1068      -4.789  12.095 -11.929  1.00 27.93           H  \\nATOM   2860  HH  TYR A1068      -6.736   9.083 -11.841  1.00 34.10           H  \\nATOM   2861  N   ALA A1069      -9.063  15.368 -16.828  1.00 26.27           N  \\nATOM   2862  CA  ALA A1069      -9.621  16.707 -17.003  1.00 27.33           C  \\nATOM   2863  C   ALA A1069      -8.659  17.817 -16.518  1.00 31.87           C  \\nATOM   2864  O   ALA A1069      -7.763  17.513 -15.730  1.00 30.37           O  \\nATOM   2865  CB  ALA A1069     -10.947  16.754 -16.231  1.00 27.85           C  \\nATOM   2866  H   ALA A1069      -9.448  14.841 -16.054  1.00 26.27           H  \\nATOM   2867  HA  ALA A1069      -9.810  16.823 -18.066  1.00 27.33           H  \\nATOM   2868  HB1 ALA A1069     -11.438  17.722 -16.320  1.00 27.85           H  \\nATOM   2869  HB2 ALA A1069     -11.646  16.004 -16.594  1.00 27.85           H  \\nATOM   2870  HB3 ALA A1069     -10.785  16.554 -15.172  1.00 27.85           H  \\nATOM   2871  N   PRO A1070      -8.853  19.082 -16.970  1.00 28.98           N  \\nATOM   2872  CA  PRO A1070      -7.923  20.191 -16.665  1.00 30.25           C  \\nATOM   2873  C   PRO A1070      -7.700  20.518 -15.175  1.00 34.14           C  \\nATOM   2874  O   PRO A1070      -6.573  20.852 -14.818  1.00 33.30           O  \\nATOM   2875  CB  PRO A1070      -8.493  21.396 -17.433  1.00 33.24           C  \\nATOM   2876  CG  PRO A1070      -9.331  20.784 -18.540  1.00 37.12           C  \\nATOM   2877  CD  PRO A1070      -9.901  19.534 -17.888  1.00 31.16           C  \\nATOM   2878  HA  PRO A1070      -6.962  19.920 -17.107  1.00 30.25           H  \\nATOM   2879  HB3 PRO A1070      -7.714  22.051 -17.825  1.00 33.24           H  \\nATOM   2880  HB2 PRO A1070      -9.134  22.001 -16.791  1.00 33.24           H  \\nATOM   2881  HG3 PRO A1070      -8.680  20.494 -19.364  1.00 37.12           H  \\nATOM   2882  HG2 PRO A1070     -10.095  21.455 -18.934  1.00 37.12           H  \\nATOM   2883  HD2 PRO A1070     -10.795  19.780 -17.314  1.00 31.16           H  \\nATOM   2884  HD3 PRO A1070     -10.174  18.813 -18.654  1.00 31.16           H  \\nATOM   2885  N   GLU A1071      -8.744  20.397 -14.334  1.00 30.48           N  \\nATOM   2886  CA  GLU A1071      -8.670  20.632 -12.886  1.00 31.43           C  \\nATOM   2887  C   GLU A1071      -8.015  19.474 -12.104  1.00 36.54           C  \\nATOM   2888  O   GLU A1071      -7.610  19.696 -10.965  1.00 37.63           O  \\nATOM   2889  CB  GLU A1071     -10.061  21.021 -12.323  1.00 32.56           C  \\nATOM   2890  CG  GLU A1071     -11.111  19.899 -12.136  1.00 35.76           C  \\nATOM   2891  CD  GLU A1071     -11.663  19.243 -13.409  1.00 37.74           C  \\nATOM   2892  OE1 GLU A1071     -11.773  19.921 -14.455  1.00 31.58           O  \\nATOM   2893  OE2 GLU A1071     -12.001  18.047 -13.308  1.00 25.56           O1-\\nATOM   2894  H   GLU A1071      -9.652  20.128 -14.691  1.00 30.48           H  \\nATOM   2895  HA  GLU A1071      -8.027  21.502 -12.737  1.00 31.43           H  \\nATOM   2896  HB3 GLU A1071     -10.485  21.824 -12.925  1.00 32.56           H  \\nATOM   2897  HB2 GLU A1071      -9.904  21.480 -11.346  1.00 32.56           H  \\nATOM   2898  HG3 GLU A1071     -11.971  20.327 -11.620  1.00 35.76           H  \\nATOM   2899  HG2 GLU A1071     -10.723  19.135 -11.462  1.00 35.76           H  \\nATOM   2900  N   CYS A1072      -7.886  18.284 -12.717  1.00 32.49           N  \\nATOM   2901  CA  CYS A1072      -7.132  17.152 -12.167  1.00 32.58           C  \\nATOM   2902  C   CYS A1072      -5.622  17.310 -12.419  1.00 37.39           C  \\nATOM   2903  O   CYS A1072      -4.826  16.835 -11.611  1.00 38.08           O  \\nATOM   2904  CB  CYS A1072      -7.587  15.806 -12.759  1.00 31.25           C  \\nATOM   2905  SG  CYS A1072      -9.352  15.554 -12.470  1.00 34.42           S  \\nATOM   2906  H   CYS A1072      -8.257  18.161 -13.649  1.00 32.49           H  \\nATOM   2907  HA  CYS A1072      -7.287  17.115 -11.087  1.00 32.58           H  \\nATOM   2908  HB3 CYS A1072      -7.039  14.977 -12.309  1.00 31.25           H  \\nATOM   2909  HB2 CYS A1072      -7.406  15.766 -13.832  1.00 31.25           H  \\nATOM   2910  HG  CYS A1072      -9.290  15.627 -11.137  1.00 34.42           H  \\nATOM   2911  N   LEU A1073      -5.266  17.967 -13.536  1.00 33.94           N  \\nATOM   2912  CA  LEU A1073      -3.891  18.219 -13.963  1.00 35.43           C  \\nATOM   2913  C   LEU A1073      -3.294  19.478 -13.307  1.00 43.48           C  \\nATOM   2914  O   LEU A1073      -2.085  19.509 -13.081  1.00 44.33           O  \\nATOM   2915  CB  LEU A1073      -3.869  18.390 -15.499  1.00 35.06           C  \\nATOM   2916  CG  LEU A1073      -4.341  17.170 -16.321  1.00 37.87           C  \\nATOM   2917  CD1 LEU A1073      -4.517  17.552 -17.804  1.00 38.52           C  \\nATOM   2918  CD2 LEU A1073      -3.436  15.937 -16.139  1.00 39.19           C  \\nATOM   2919  H   LEU A1073      -5.988  18.313 -14.153  1.00 33.94           H  \\nATOM   2920  HA  LEU A1073      -3.265  17.368 -13.686  1.00 35.43           H  \\nATOM   2921  HB3 LEU A1073      -2.858  18.647 -15.817  1.00 35.06           H  \\nATOM   2922  HB2 LEU A1073      -4.489  19.252 -15.755  1.00 35.06           H  \\nATOM   2923  HG  LEU A1073      -5.329  16.889 -15.963  1.00 37.87           H  \\nATOM   2924 HD11 LEU A1073      -5.382  17.049 -18.237  1.00 38.52           H  \\nATOM   2925 HD12 LEU A1073      -4.671  18.624 -17.940  1.00 38.52           H  \\nATOM   2926 HD13 LEU A1073      -3.644  17.286 -18.396  1.00 38.52           H  \\nATOM   2927 HD21 LEU A1073      -3.149  15.499 -17.094  1.00 39.19           H  \\nATOM   2928 HD22 LEU A1073      -2.519  16.169 -15.600  1.00 39.19           H  \\nATOM   2929 HD23 LEU A1073      -3.949  15.160 -15.574  1.00 39.19           H  \\nATOM   2930  N   LYS A1074      -4.137  20.497 -13.064  1.00 42.49           N  \\nATOM   2931  CA  LYS A1074      -3.729  21.836 -12.643  1.00 45.58           C  \\nATOM   2932  C   LYS A1074      -3.934  22.044 -11.135  1.00 51.72           C  \\nATOM   2933  O   LYS A1074      -2.973  22.372 -10.442  1.00 52.85           O  \\nATOM   2934  CB  LYS A1074      -4.514  22.869 -13.483  1.00 49.18           C  \\nATOM   2935  CG  LYS A1074      -4.055  24.328 -13.301  1.00 71.38           C  \\nATOM   2936  CD  LYS A1074      -4.725  25.346 -14.249  1.00 85.44           C  \\nATOM   2937  CE  LYS A1074      -6.183  25.718 -13.902  1.00 97.19           C  \\nATOM   2938  NZ  LYS A1074      -7.173  24.740 -14.390  1.00104.18           N1+\\nATOM   2939  H   LYS A1074      -5.112  20.390 -13.308  1.00 42.49           H  \\nATOM   2940  HA  LYS A1074      -2.667  21.980 -12.852  1.00 45.58           H  \\nATOM   2941  HB3 LYS A1074      -5.576  22.781 -13.261  1.00 49.18           H  \\nATOM   2942  HB2 LYS A1074      -4.402  22.609 -14.535  1.00 49.18           H  \\nATOM   2943  HG3 LYS A1074      -2.977  24.371 -13.462  1.00 71.38           H  \\nATOM   2944  HG2 LYS A1074      -4.211  24.646 -12.269  1.00 71.38           H  \\nATOM   2945  HD3 LYS A1074      -4.664  24.985 -15.278  1.00 85.44           H  \\nATOM   2946  HD2 LYS A1074      -4.129  26.259 -14.237  1.00 85.44           H  \\nATOM   2947  HE3 LYS A1074      -6.429  26.674 -14.365  1.00 97.19           H  \\nATOM   2948  HE2 LYS A1074      -6.297  25.853 -12.826  1.00 97.19           H  \\nATOM   2949  HZ1 LYS A1074      -7.139  24.699 -15.403  1.00104.18           H  \\nATOM   2950  HZ2 LYS A1074      -6.976  23.827 -14.010  1.00104.18           H  \\nATOM   2951  HZ3 LYS A1074      -8.101  25.030 -14.113  1.00104.18           H  \\nATOM   2952  N   GLU A1075      -5.180  21.863 -10.665  1.00 48.00           N  \\nATOM   2953  CA  GLU A1075      -5.585  22.077  -9.272  1.00 49.76           C  \\nATOM   2954  C   GLU A1075      -5.469  20.825  -8.390  1.00 53.28           C  \\nATOM   2955  O   GLU A1075      -5.564  20.955  -7.169  1.00 53.10           O  \\nATOM   2956  CB  GLU A1075      -7.027  22.637  -9.249  1.00 51.48           C  \\nATOM   2957  CG  GLU A1075      -7.124  24.120  -9.674  1.00 66.34           C  \\nATOM   2958  CD  GLU A1075      -6.547  25.137  -8.670  1.00 98.88           C  \\nATOM   2959  OE1 GLU A1075      -6.396  24.794  -7.475  1.00 95.63           O  \\nATOM   2960  OE2 GLU A1075      -6.278  26.270  -9.122  1.00 98.68           O1-\\nATOM   2961  H   GLU A1075      -5.913  21.578 -11.297  1.00 48.00           H  \\nATOM   2962  HA  GLU A1075      -4.918  22.813  -8.819  1.00 49.76           H  \\nATOM   2963  HB3 GLU A1075      -7.494  22.492  -8.274  1.00 51.48           H  \\nATOM   2964  HB2 GLU A1075      -7.647  22.060  -9.934  1.00 51.48           H  \\nATOM   2965  HG3 GLU A1075      -8.175  24.373  -9.823  1.00 66.34           H  \\nATOM   2966  HG2 GLU A1075      -6.644  24.255 -10.644  1.00 66.34           H  \\nATOM   2967  N   TYR A1076      -5.279  19.648  -9.014  1.00 50.13           N  \\nATOM   2968  CA  TYR A1076      -5.184  18.331  -8.378  1.00 50.19           C  \\nATOM   2969  C   TYR A1076      -6.446  17.957  -7.577  1.00 52.11           C  \\nATOM   2970  O   TYR A1076      -6.327  17.366  -6.507  1.00 53.52           O  \\nATOM   2971  CB  TYR A1076      -3.875  18.202  -7.561  1.00 54.13           C  \\nATOM   2972  CG  TYR A1076      -2.614  18.454  -8.368  1.00 57.78           C  \\nATOM   2973  CD1 TYR A1076      -1.910  19.668  -8.226  1.00 62.12           C  \\nATOM   2974  CD2 TYR A1076      -2.156  17.481  -9.280  1.00 57.80           C  \\nATOM   2975  CE1 TYR A1076      -0.757  19.910  -8.998  1.00 64.82           C  \\nATOM   2976  CE2 TYR A1076      -1.005  17.725 -10.054  1.00 59.85           C  \\nATOM   2977  CZ  TYR A1076      -0.305  18.940  -9.913  1.00 71.28           C  \\nATOM   2978  OH  TYR A1076       0.811  19.178 -10.660  1.00 75.29           O  \\nATOM   2979  H   TYR A1076      -5.206  19.646 -10.021  1.00 50.13           H  \\nATOM   2980  HA  TYR A1076      -5.136  17.606  -9.189  1.00 50.19           H  \\nATOM   2981  HB3 TYR A1076      -3.793  17.199  -7.144  1.00 54.13           H  \\nATOM   2982  HB2 TYR A1076      -3.889  18.877  -6.704  1.00 54.13           H  \\nATOM   2983  HD1 TYR A1076      -2.257  20.423  -7.536  1.00 62.12           H  \\nATOM   2984  HD2 TYR A1076      -2.693  16.552  -9.399  1.00 57.80           H  \\nATOM   2985  HE1 TYR A1076      -0.223  20.842  -8.889  1.00 64.82           H  \\nATOM   2986  HE2 TYR A1076      -0.665  16.978 -10.756  1.00 59.85           H  \\nATOM   2987  HH  TYR A1076       1.035  18.453 -11.248  1.00 75.29           H  \\nATOM   2988  N   LYS A1077      -7.625  18.303  -8.117  1.00 44.81           N  \\nATOM   2989  CA  LYS A1077      -8.935  17.968  -7.561  1.00 43.60           C  \\nATOM   2990  C   LYS A1077      -9.643  17.020  -8.530  1.00 41.76           C  \\nATOM   2991  O   LYS A1077      -9.712  17.322  -9.722  1.00 38.21           O  \\nATOM   2992  CB  LYS A1077      -9.773  19.248  -7.392  1.00 46.62           C  \\nATOM   2993  CG  LYS A1077      -9.225  20.227  -6.347  1.00 58.33           C  \\nATOM   2994  CD  LYS A1077     -10.181  21.413  -6.133  1.00 67.59           C  \\nATOM   2995  CE  LYS A1077      -9.692  22.437  -5.097  1.00 79.50           C  \\nATOM   2996  NZ  LYS A1077      -8.547  23.225  -5.587  1.00 87.69           N1+\\nATOM   2997  H   LYS A1077      -7.639  18.785  -9.007  1.00 44.81           H  \\nATOM   2998  HA  LYS A1077      -8.838  17.480  -6.589  1.00 43.60           H  \\nATOM   2999  HB3 LYS A1077     -10.784  18.965  -7.093  1.00 46.62           H  \\nATOM   3000  HB2 LYS A1077      -9.869  19.760  -8.351  1.00 46.62           H  \\nATOM   3001  HG3 LYS A1077      -8.247  20.587  -6.666  1.00 58.33           H  \\nATOM   3002  HG2 LYS A1077      -9.067  19.705  -5.403  1.00 58.33           H  \\nATOM   3003  HD3 LYS A1077     -11.151  21.030  -5.811  1.00 67.59           H  \\nATOM   3004  HD2 LYS A1077     -10.370  21.908  -7.087  1.00 67.59           H  \\nATOM   3005  HE3 LYS A1077      -9.420  21.938  -4.166  1.00 79.50           H  \\nATOM   3006  HE2 LYS A1077     -10.500  23.130  -4.860  1.00 79.50           H  \\nATOM   3007  HZ1 LYS A1077      -8.803  23.715  -6.432  1.00 87.69           H  \\nATOM   3008  HZ2 LYS A1077      -8.267  23.900  -4.892  1.00 87.69           H  \\nATOM   3009  HZ3 LYS A1077      -7.769  22.614  -5.792  1.00 87.69           H  \\nATOM   3010  N   PHE A1078     -10.177  15.913  -7.995  1.00 36.93           N  \\nATOM   3011  CA  PHE A1078     -10.895  14.905  -8.764  1.00 34.49           C  \\nATOM   3012  C   PHE A1078     -12.338  14.858  -8.243  1.00 39.60           C  \\nATOM   3013  O   PHE A1078     -12.585  14.362  -7.144  1.00 40.48           O  \\nATOM   3014  CB  PHE A1078     -10.163  13.553  -8.631  1.00 35.26           C  \\nATOM   3015  CG  PHE A1078     -10.493  12.591  -9.753  1.00 34.98           C  \\nATOM   3016  CD1 PHE A1078      -9.616  12.456 -10.849  1.00 36.30           C  \\nATOM   3017  CD2 PHE A1078     -11.752  11.962  -9.802  1.00 35.94           C  \\nATOM   3018  CE1 PHE A1078      -9.990  11.692 -11.946  1.00 35.94           C  \\nATOM   3019  CE2 PHE A1078     -12.103  11.200 -10.902  1.00 37.30           C  \\nATOM   3020  CZ  PHE A1078     -11.232  11.074 -11.975  1.00 34.53           C  \\nATOM   3021  H   PHE A1078     -10.074  15.726  -7.005  1.00 36.93           H  \\nATOM   3022  HA  PHE A1078     -10.911  15.172  -9.822  1.00 34.49           H  \\nATOM   3023  HB3 PHE A1078     -10.381  13.079  -7.673  1.00 35.26           H  \\nATOM   3024  HB2 PHE A1078      -9.086  13.717  -8.642  1.00 35.26           H  \\nATOM   3025  HD1 PHE A1078      -8.660  12.960 -10.852  1.00 36.30           H  \\nATOM   3026  HD2 PHE A1078     -12.462  12.090  -8.999  1.00 35.94           H  \\nATOM   3027  HE1 PHE A1078      -9.324  11.597 -12.788  1.00 35.94           H  \\nATOM   3028  HE2 PHE A1078     -13.078  10.743 -10.924  1.00 37.30           H  \\nATOM   3029  HZ  PHE A1078     -11.523  10.502 -12.843  1.00 34.53           H  \\nATOM   3030  N   TYR A1079     -13.251  15.383  -9.069  1.00 35.49           N  \\nATOM   3031  CA  TYR A1079     -14.699  15.432  -8.867  1.00 35.71           C  \\nATOM   3032  C   TYR A1079     -15.372  14.145  -9.384  1.00 36.13           C  \\nATOM   3033  O   TYR A1079     -14.705  13.288  -9.964  1.00 33.76           O  \\nATOM   3034  CB  TYR A1079     -15.243  16.673  -9.619  1.00 37.14           C  \\nATOM   3035  CG  TYR A1079     -14.753  18.019  -9.104  1.00 41.82           C  \\nATOM   3036  CD1 TYR A1079     -15.584  18.803  -8.276  1.00 45.55           C  \\nATOM   3037  CD2 TYR A1079     -13.470  18.498  -9.452  1.00 42.95           C  \\nATOM   3038  CE1 TYR A1079     -15.127  20.039  -7.777  1.00 48.19           C  \\nATOM   3039  CE2 TYR A1079     -13.011  19.728  -8.945  1.00 44.97           C  \\nATOM   3040  CZ  TYR A1079     -13.835  20.496  -8.101  1.00 54.63           C  \\nATOM   3041  OH  TYR A1079     -13.381  21.681  -7.599  1.00 58.40           O  \\nATOM   3042  H   TYR A1079     -12.940  15.728  -9.968  1.00 35.49           H  \\nATOM   3043  HA  TYR A1079     -14.910  15.528  -7.804  1.00 35.71           H  \\nATOM   3044  HB3 TYR A1079     -16.331  16.687  -9.569  1.00 37.14           H  \\nATOM   3045  HB2 TYR A1079     -15.004  16.605 -10.682  1.00 37.14           H  \\nATOM   3046  HD1 TYR A1079     -16.571  18.454  -8.007  1.00 45.55           H  \\nATOM   3047  HD2 TYR A1079     -12.828  17.919 -10.099  1.00 42.95           H  \\nATOM   3048  HE1 TYR A1079     -15.767  20.629  -7.137  1.00 48.19           H  \\nATOM   3049  HE2 TYR A1079     -12.025  20.081  -9.205  1.00 44.97           H  \\nATOM   3050  HH  TYR A1079     -14.028  22.123  -7.043  1.00 58.40           H  \\nATOM   3051  N   TYR A1080     -16.702  14.042  -9.223  1.00 32.40           N  \\nATOM   3052  CA  TYR A1080     -17.512  13.046  -9.939  1.00 30.87           C  \\nATOM   3053  C   TYR A1080     -17.542  13.317 -11.455  1.00 32.51           C  \\nATOM   3054  O   TYR A1080     -17.430  12.377 -12.238  1.00 30.72           O  \\nATOM   3055  CB  TYR A1080     -18.938  12.999  -9.362  1.00 32.98           C  \\nATOM   3056  CG  TYR A1080     -19.032  12.486  -7.936  1.00 35.85           C  \\nATOM   3057  CD1 TYR A1080     -18.695  11.147  -7.644  1.00 37.45           C  \\nATOM   3058  CD2 TYR A1080     -19.477  13.336  -6.902  1.00 38.07           C  \\nATOM   3059  CE1 TYR A1080     -18.818  10.655  -6.331  1.00 40.49           C  \\nATOM   3060  CE2 TYR A1080     -19.600  12.844  -5.588  1.00 40.41           C  \\nATOM   3061  CZ  TYR A1080     -19.277  11.503  -5.305  1.00 44.30           C  \\nATOM   3062  OH  TYR A1080     -19.410  11.026  -4.036  1.00 44.69           O  \\nATOM   3063  H   TYR A1080     -17.208  14.750  -8.710  1.00 32.40           H  \\nATOM   3064  HA  TYR A1080     -17.052  12.066  -9.794  1.00 30.87           H  \\nATOM   3065  HB3 TYR A1080     -19.560  12.345  -9.974  1.00 32.98           H  \\nATOM   3066  HB2 TYR A1080     -19.400  13.985  -9.425  1.00 32.98           H  \\nATOM   3067  HD1 TYR A1080     -18.346  10.490  -8.426  1.00 37.45           H  \\nATOM   3068  HD2 TYR A1080     -19.735  14.363  -7.111  1.00 38.07           H  \\nATOM   3069  HE1 TYR A1080     -18.566   9.627  -6.116  1.00 40.49           H  \\nATOM   3070  HE2 TYR A1080     -19.946  13.496  -4.799  1.00 40.41           H  \\nATOM   3071  HH  TYR A1080     -19.090  10.127  -3.938  1.00 44.69           H  \\nATOM   3072  N   ALA A1081     -17.605  14.604 -11.842  1.00 29.56           N  \\nATOM   3073  CA  ALA A1081     -17.512  15.064 -13.228  1.00 27.95           C  \\nATOM   3074  C   ALA A1081     -16.170  14.748 -13.915  1.00 27.99           C  \\nATOM   3075  O   ALA A1081     -16.124  14.729 -15.142  1.00 26.14           O  \\nATOM   3076  CB  ALA A1081     -17.798  16.573 -13.264  1.00 28.95           C  \\nATOM   3077  H   ALA A1081     -17.713  15.325 -11.141  1.00 29.56           H  \\nATOM   3078  HA  ALA A1081     -18.290  14.551 -13.796  1.00 27.95           H  \\nATOM   3079  HB1 ALA A1081     -17.793  16.956 -14.285  1.00 28.95           H  \\nATOM   3080  HB2 ALA A1081     -18.781  16.794 -12.847  1.00 28.95           H  \\nATOM   3081  HB3 ALA A1081     -17.061  17.135 -12.690  1.00 28.95           H  \\nATOM   3082  N   SER A1082     -15.102  14.505 -13.138  1.00 25.39           N  \\nATOM   3083  CA  SER A1082     -13.776  14.151 -13.646  1.00 24.95           C  \\nATOM   3084  C   SER A1082     -13.745  12.745 -14.282  1.00 27.35           C  \\nATOM   3085  O   SER A1082     -13.055  12.563 -15.284  1.00 26.99           O  \\nATOM   3086  CB  SER A1082     -12.763  14.260 -12.500  1.00 28.68           C  \\nATOM   3087  OG  SER A1082     -12.732  15.566 -11.967  1.00 33.92           O  \\nATOM   3088  H   SER A1082     -15.195  14.533 -12.132  1.00 25.39           H  \\nATOM   3089  HA  SER A1082     -13.498  14.869 -14.420  1.00 24.95           H  \\nATOM   3090  HB3 SER A1082     -11.764  14.000 -12.839  1.00 28.68           H  \\nATOM   3091  HB2 SER A1082     -13.008  13.569 -11.703  1.00 28.68           H  \\nATOM   3092  HG  SER A1082     -12.333  16.169 -12.606  1.00 33.92           H  \\nATOM   3093  N   ASP A1083     -14.537  11.799 -13.743  1.00 23.13           N  \\nATOM   3094  CA  ASP A1083     -14.788  10.488 -14.354  1.00 22.18           C  \\nATOM   3095  C   ASP A1083     -15.611  10.564 -15.651  1.00 25.02           C  \\nATOM   3096  O   ASP A1083     -15.428   9.691 -16.496  1.00 23.63           O  \\nATOM   3097  CB  ASP A1083     -15.474   9.498 -13.386  1.00 24.19           C  \\nATOM   3098  CG  ASP A1083     -14.601   8.937 -12.259  1.00 28.00           C  \\nATOM   3099  OD1 ASP A1083     -13.433   8.581 -12.529  1.00 27.87           O  \\nATOM   3100  OD2 ASP A1083     -15.162   8.716 -11.167  1.00 31.18           O1-\\nATOM   3101  H   ASP A1083     -15.083  12.016 -12.921  1.00 23.13           H  \\nATOM   3102  HA  ASP A1083     -13.818  10.082 -14.642  1.00 22.18           H  \\nATOM   3103  HB3 ASP A1083     -15.865   8.648 -13.943  1.00 24.19           H  \\nATOM   3104  HB2 ASP A1083     -16.333   9.997 -12.937  1.00 24.19           H  \\nATOM   3105  N   VAL A1084     -16.478  11.581 -15.808  1.00 23.20           N  \\nATOM   3106  CA  VAL A1084     -17.237  11.816 -17.043  1.00 22.46           C  \\nATOM   3107  C   VAL A1084     -16.326  12.236 -18.215  1.00 25.25           C  \\nATOM   3108  O   VAL A1084     -16.560  11.779 -19.334  1.00 23.49           O  \\nATOM   3109  CB  VAL A1084     -18.378  12.855 -16.849  1.00 25.40           C  \\nATOM   3110  CG1 VAL A1084     -19.004  13.409 -18.149  1.00 24.52           C  \\nATOM   3111  CG2 VAL A1084     -19.467  12.272 -15.928  1.00 25.38           C  \\nATOM   3112  H   VAL A1084     -16.590  12.265 -15.073  1.00 23.20           H  \\nATOM   3113  HA  VAL A1084     -17.704  10.870 -17.322  1.00 22.46           H  \\nATOM   3114  HB  VAL A1084     -17.970  13.719 -16.335  1.00 25.40           H  \\nATOM   3115 HG11 VAL A1084     -19.744  14.170 -17.923  1.00 24.52           H  \\nATOM   3116 HG12 VAL A1084     -18.280  13.911 -18.790  1.00 24.52           H  \\nATOM   3117 HG13 VAL A1084     -19.487  12.624 -18.732  1.00 24.52           H  \\nATOM   3118 HG21 VAL A1084     -20.235  13.007 -15.704  1.00 25.38           H  \\nATOM   3119 HG22 VAL A1084     -19.957  11.412 -16.385  1.00 25.38           H  \\nATOM   3120 HG23 VAL A1084     -19.053  11.952 -14.972  1.00 25.38           H  \\nATOM   3121  N   TRP A1085     -15.279  13.034 -17.932  1.00 23.54           N  \\nATOM   3122  CA  TRP A1085     -14.206  13.342 -18.882  1.00 23.20           C  \\nATOM   3123  C   TRP A1085     -13.454  12.077 -19.319  1.00 25.99           C  \\nATOM   3124  O   TRP A1085     -13.253  11.889 -20.518  1.00 26.38           O  \\nATOM   3125  CB  TRP A1085     -13.269  14.426 -18.303  1.00 22.62           C  \\nATOM   3126  CG  TRP A1085     -12.128  14.881 -19.175  1.00 22.84           C  \\nATOM   3127  CD1 TRP A1085     -11.055  14.132 -19.515  1.00 25.30           C  \\nATOM   3128  CD2 TRP A1085     -11.921  16.174 -19.828  1.00 22.79           C  \\nATOM   3129  NE1 TRP A1085     -10.233  14.839 -20.359  1.00 24.54           N  \\nATOM   3130  CE2 TRP A1085     -10.718  16.104 -20.594  1.00 26.50           C  \\nATOM   3131  CE3 TRP A1085     -12.618  17.404 -19.853  1.00 24.28           C  \\nATOM   3132  CZ2 TRP A1085     -10.252  17.180 -21.365  1.00 26.19           C  \\nATOM   3133  CZ3 TRP A1085     -12.152  18.496 -20.615  1.00 25.94           C  \\nATOM   3134  CH2 TRP A1085     -10.975  18.384 -21.378  1.00 26.22           C  \\nATOM   3135  H   TRP A1085     -15.153  13.373 -16.988  1.00 23.54           H  \\nATOM   3136  HA  TRP A1085     -14.660  13.744 -19.784  1.00 23.20           H  \\nATOM   3137  HB3 TRP A1085     -12.840  14.080 -17.363  1.00 22.62           H  \\nATOM   3138  HB2 TRP A1085     -13.860  15.308 -18.052  1.00 22.62           H  \\nATOM   3139  HD1 TRP A1085     -10.890  13.120 -19.184  1.00 25.30           H  \\nATOM   3140  HE1 TRP A1085      -9.371  14.455 -20.731  1.00 24.54           H  \\nATOM   3141  HE3 TRP A1085     -13.527  17.507 -19.285  1.00 24.28           H  \\nATOM   3142  HZ2 TRP A1085      -9.346  17.075 -21.938  1.00 26.19           H  \\nATOM   3143  HZ3 TRP A1085     -12.701  19.424 -20.620  1.00 25.94           H  \\nATOM   3144  HH2 TRP A1085     -10.626  19.223 -21.962  1.00 26.22           H  \\nATOM   3145  N   SER A1086     -13.092  11.228 -18.343  1.00 23.27           N  \\nATOM   3146  CA  SER A1086     -12.412   9.953 -18.565  1.00 22.29           C  \\nATOM   3147  C   SER A1086     -13.274   8.947 -19.353  1.00 25.76           C  \\nATOM   3148  O   SER A1086     -12.707   8.181 -20.130  1.00 25.35           O  \\nATOM   3149  CB  SER A1086     -11.978   9.362 -17.215  1.00 24.31           C  \\nATOM   3150  OG  SER A1086     -11.144  10.256 -16.504  1.00 27.11           O  \\nATOM   3151  H   SER A1086     -13.281  11.465 -17.378  1.00 23.27           H  \\nATOM   3152  HA  SER A1086     -11.518  10.152 -19.159  1.00 22.29           H  \\nATOM   3153  HB3 SER A1086     -11.420   8.439 -17.370  1.00 24.31           H  \\nATOM   3154  HB2 SER A1086     -12.840   9.115 -16.597  1.00 24.31           H  \\nATOM   3155  HG  SER A1086     -10.415  10.519 -17.077  1.00 27.11           H  \\nATOM   3156  N   PHE A1087     -14.612   9.007 -19.195  1.00 22.49           N  \\nATOM   3157  CA  PHE A1087     -15.589   8.295 -20.022  1.00 21.87           C  \\nATOM   3158  C   PHE A1087     -15.618   8.765 -21.483  1.00 26.76           C  \\nATOM   3159  O   PHE A1087     -15.773   7.924 -22.363  1.00 27.22           O  \\nATOM   3160  CB  PHE A1087     -16.998   8.282 -19.373  1.00 24.21           C  \\nATOM   3161  CG  PHE A1087     -18.139   7.909 -20.310  1.00 25.86           C  \\nATOM   3162  CD1 PHE A1087     -18.280   6.574 -20.745  1.00 28.01           C  \\nATOM   3163  CD2 PHE A1087     -18.909   8.917 -20.932  1.00 26.70           C  \\nATOM   3164  CE1 PHE A1087     -19.174   6.264 -21.760  1.00 28.28           C  \\nATOM   3165  CE2 PHE A1087     -19.803   8.585 -21.941  1.00 28.37           C  \\nATOM   3166  CZ  PHE A1087     -19.928   7.266 -22.358  1.00 26.26           C  \\nATOM   3167  H   PHE A1087     -14.996   9.642 -18.508  1.00 22.49           H  \\nATOM   3168  HA  PHE A1087     -15.264   7.254 -20.052  1.00 21.87           H  \\nATOM   3169  HB3 PHE A1087     -17.220   9.244 -18.916  1.00 24.21           H  \\nATOM   3170  HB2 PHE A1087     -17.001   7.559 -18.562  1.00 24.21           H  \\nATOM   3171  HD1 PHE A1087     -17.662   5.798 -20.320  1.00 28.01           H  \\nATOM   3172  HD2 PHE A1087     -18.781   9.951 -20.647  1.00 26.70           H  \\nATOM   3173  HE1 PHE A1087     -19.270   5.244 -22.097  1.00 28.28           H  \\nATOM   3174  HE2 PHE A1087     -20.388   9.359 -22.416  1.00 28.37           H  \\nATOM   3175  HZ  PHE A1087     -20.613   7.022 -23.156  1.00 26.26           H  \\nATOM   3176  N   GLY A1088     -15.463  10.078 -21.725  1.00 25.20           N  \\nATOM   3177  CA  GLY A1088     -15.397  10.647 -23.072  1.00 24.53           C  \\nATOM   3178  C   GLY A1088     -14.144  10.153 -23.812  1.00 25.56           C  \\nATOM   3179  O   GLY A1088     -14.215   9.886 -25.010  1.00 24.64           O  \\nATOM   3180  H   GLY A1088     -15.360  10.718 -20.948  1.00 25.20           H  \\nATOM   3181  HA3 GLY A1088     -15.369  11.734 -23.000  1.00 24.53           H  \\nATOM   3182  HA2 GLY A1088     -16.295  10.385 -23.634  1.00 24.53           H  \\nATOM   3183  N   VAL A1089     -13.018   9.990 -23.092  1.00 22.27           N  \\nATOM   3184  CA  VAL A1089     -11.773   9.430 -23.621  1.00 21.54           C  \\nATOM   3185  C   VAL A1089     -11.845   7.892 -23.772  1.00 25.32           C  \\nATOM   3186  O   VAL A1089     -11.253   7.367 -24.713  1.00 25.91           O  \\nATOM   3187  CB  VAL A1089     -10.538   9.818 -22.757  1.00 24.92           C  \\nATOM   3188  CG1 VAL A1089      -9.205   9.300 -23.330  1.00 24.42           C  \\nATOM   3189  CG2 VAL A1089     -10.419  11.342 -22.593  1.00 24.24           C  \\nATOM   3190  H   VAL A1089     -13.022  10.219 -22.107  1.00 22.27           H  \\nATOM   3191  HA  VAL A1089     -11.612   9.844 -24.616  1.00 21.54           H  \\nATOM   3192  HB  VAL A1089     -10.659   9.389 -21.761  1.00 24.92           H  \\nATOM   3193 HG11 VAL A1089      -8.358   9.619 -22.723  1.00 24.42           H  \\nATOM   3194 HG12 VAL A1089      -9.165   8.214 -23.374  1.00 24.42           H  \\nATOM   3195 HG13 VAL A1089      -9.045   9.679 -24.340  1.00 24.42           H  \\nATOM   3196 HG21 VAL A1089      -9.521  11.613 -22.042  1.00 24.24           H  \\nATOM   3197 HG22 VAL A1089     -10.373  11.837 -23.563  1.00 24.24           H  \\nATOM   3198 HG23 VAL A1089     -11.258  11.760 -22.043  1.00 24.24           H  \\nATOM   3199  N   THR A1090     -12.615   7.201 -22.911  1.00 22.27           N  \\nATOM   3200  CA  THR A1090     -12.918   5.771 -23.052  1.00 21.73           C  \\nATOM   3201  C   THR A1090     -13.803   5.497 -24.282  1.00 24.89           C  \\nATOM   3202  O   THR A1090     -13.496   4.581 -25.038  1.00 24.37           O  \\nATOM   3203  CB  THR A1090     -13.638   5.177 -21.811  1.00 26.43           C  \\nATOM   3204  OG1 THR A1090     -12.855   5.394 -20.661  1.00 23.21           O  \\nATOM   3205  CG2 THR A1090     -13.917   3.664 -21.880  1.00 26.50           C  \\nATOM   3206  H   THR A1090     -13.071   7.685 -22.149  1.00 22.27           H  \\nATOM   3207  HA  THR A1090     -11.974   5.239 -23.187  1.00 21.73           H  \\nATOM   3208  HB  THR A1090     -14.587   5.688 -21.652  1.00 26.43           H  \\nATOM   3209  HG1 THR A1090     -12.746   6.342 -20.526  1.00 23.21           H  \\nATOM   3210 HG21 THR A1090     -14.289   3.293 -20.925  1.00 26.50           H  \\nATOM   3211 HG22 THR A1090     -14.666   3.418 -22.633  1.00 26.50           H  \\nATOM   3212 HG23 THR A1090     -13.011   3.107 -22.118  1.00 26.50           H  \\nATOM   3213  N   LEU A1091     -14.844   6.326 -24.480  1.00 21.38           N  \\nATOM   3214  CA  LEU A1091     -15.754   6.315 -25.626  1.00 21.26           C  \\nATOM   3215  C   LEU A1091     -15.027   6.594 -26.953  1.00 25.55           C  \\nATOM   3216  O   LEU A1091     -15.338   5.943 -27.948  1.00 24.92           O  \\nATOM   3217  CB  LEU A1091     -16.902   7.321 -25.358  1.00 21.18           C  \\nATOM   3218  CG  LEU A1091     -18.043   7.343 -26.400  1.00 26.34           C  \\nATOM   3219  CD1 LEU A1091     -18.736   5.972 -26.517  1.00 27.66           C  \\nATOM   3220  CD2 LEU A1091     -19.046   8.478 -26.096  1.00 28.91           C  \\nATOM   3221  H   LEU A1091     -15.031   7.043 -23.789  1.00 21.38           H  \\nATOM   3222  HA  LEU A1091     -16.172   5.309 -25.684  1.00 21.26           H  \\nATOM   3223  HB3 LEU A1091     -16.476   8.322 -25.277  1.00 21.18           H  \\nATOM   3224  HB2 LEU A1091     -17.339   7.107 -24.381  1.00 21.18           H  \\nATOM   3225  HG  LEU A1091     -17.612   7.573 -27.373  1.00 26.34           H  \\nATOM   3226 HD11 LEU A1091     -19.820   6.049 -26.604  1.00 27.66           H  \\nATOM   3227 HD12 LEU A1091     -18.386   5.428 -27.392  1.00 27.66           H  \\nATOM   3228 HD13 LEU A1091     -18.522   5.346 -25.651  1.00 27.66           H  \\nATOM   3229 HD21 LEU A1091     -19.158   9.136 -26.959  1.00 28.91           H  \\nATOM   3230 HD22 LEU A1091     -20.039   8.108 -25.839  1.00 28.91           H  \\nATOM   3231 HD23 LEU A1091     -18.721   9.099 -25.260  1.00 28.91           H  \\nATOM   3232  N   TYR A1092     -14.031   7.499 -26.923  1.00 23.80           N  \\nATOM   3233  CA  TYR A1092     -13.099   7.753 -28.021  1.00 23.59           C  \\nATOM   3234  C   TYR A1092     -12.315   6.491 -28.425  1.00 28.07           C  \\nATOM   3235  O   TYR A1092     -12.272   6.181 -29.614  1.00 28.26           O  \\nATOM   3236  CB  TYR A1092     -12.173   8.936 -27.658  1.00 24.03           C  \\nATOM   3237  CG  TYR A1092     -11.033   9.197 -28.626  1.00 25.49           C  \\nATOM   3238  CD1 TYR A1092     -11.301   9.688 -29.920  1.00 27.64           C  \\nATOM   3239  CD2 TYR A1092      -9.705   8.903 -28.251  1.00 25.28           C  \\nATOM   3240  CE1 TYR A1092     -10.251   9.863 -30.838  1.00 27.61           C  \\nATOM   3241  CE2 TYR A1092      -8.652   9.096 -29.166  1.00 25.84           C  \\nATOM   3242  CZ  TYR A1092      -8.929   9.573 -30.462  1.00 31.24           C  \\nATOM   3243  OH  TYR A1092      -7.926   9.744 -31.367  1.00 30.99           O  \\nATOM   3244  H   TYR A1092     -13.854   8.006 -26.066  1.00 23.80           H  \\nATOM   3245  HA  TYR A1092     -13.698   8.053 -28.883  1.00 23.59           H  \\nATOM   3246  HB3 TYR A1092     -11.731   8.761 -26.683  1.00 24.03           H  \\nATOM   3247  HB2 TYR A1092     -12.756   9.847 -27.538  1.00 24.03           H  \\nATOM   3248  HD1 TYR A1092     -12.315   9.900 -30.224  1.00 27.64           H  \\nATOM   3249  HD2 TYR A1092      -9.491   8.520 -27.264  1.00 25.28           H  \\nATOM   3250  HE1 TYR A1092     -10.457  10.196 -31.843  1.00 27.61           H  \\nATOM   3251  HE2 TYR A1092      -7.639   8.871 -28.867  1.00 25.84           H  \\nATOM   3252  HH  TYR A1092      -7.106   9.333 -31.072  1.00 30.99           H  \\nATOM   3253  N   GLU A1093     -11.768   5.761 -27.435  1.00 24.82           N  \\nATOM   3254  CA  GLU A1093     -11.086   4.484 -27.646  1.00 23.87           C  \\nATOM   3255  C   GLU A1093     -11.975   3.389 -28.258  1.00 29.02           C  \\nATOM   3256  O   GLU A1093     -11.477   2.664 -29.115  1.00 29.63           O  \\nATOM   3257  CB  GLU A1093     -10.427   3.973 -26.356  1.00 24.44           C  \\nATOM   3258  CG  GLU A1093      -9.237   4.821 -25.884  1.00 27.04           C  \\nATOM   3259  CD  GLU A1093      -8.637   4.226 -24.611  1.00 39.48           C  \\nATOM   3260  OE1 GLU A1093      -9.243   4.419 -23.533  1.00 26.77           O  \\nATOM   3261  OE2 GLU A1093      -7.591   3.554 -24.738  1.00 32.38           O1-\\nATOM   3262  H   GLU A1093     -11.845   6.074 -26.476  1.00 24.82           H  \\nATOM   3263  HA  GLU A1093     -10.281   4.673 -28.357  1.00 23.87           H  \\nATOM   3264  HB3 GLU A1093     -10.087   2.947 -26.501  1.00 24.44           H  \\nATOM   3265  HB2 GLU A1093     -11.167   3.920 -25.560  1.00 24.44           H  \\nATOM   3266  HG3 GLU A1093      -9.531   5.852 -25.702  1.00 27.04           H  \\nATOM   3267  HG2 GLU A1093      -8.481   4.862 -26.670  1.00 27.04           H  \\nATOM   3268  N   LEU A1094     -13.259   3.299 -27.860  1.00 26.56           N  \\nATOM   3269  CA  LEU A1094     -14.192   2.306 -28.409  1.00 27.12           C  \\nATOM   3270  C   LEU A1094     -14.478   2.531 -29.905  1.00 29.23           C  \\nATOM   3271  O   LEU A1094     -14.481   1.561 -30.660  1.00 30.58           O  \\nATOM   3272  CB  LEU A1094     -15.520   2.246 -27.615  1.00 27.75           C  \\nATOM   3273  CG  LEU A1094     -15.421   2.018 -26.089  1.00 33.45           C  \\nATOM   3274  CD1 LEU A1094     -16.789   1.644 -25.482  1.00 34.25           C  \\nATOM   3275  CD2 LEU A1094     -14.323   1.027 -25.666  1.00 37.20           C  \\nATOM   3276  H   LEU A1094     -13.614   3.919 -27.144  1.00 26.56           H  \\nATOM   3277  HA  LEU A1094     -13.708   1.330 -28.327  1.00 27.12           H  \\nATOM   3278  HB3 LEU A1094     -16.113   1.436 -28.041  1.00 27.75           H  \\nATOM   3279  HB2 LEU A1094     -16.100   3.154 -27.790  1.00 27.75           H  \\nATOM   3280  HG  LEU A1094     -15.166   2.977 -25.652  1.00 33.45           H  \\nATOM   3281 HD11 LEU A1094     -17.053   2.322 -24.669  1.00 34.25           H  \\nATOM   3282 HD12 LEU A1094     -17.592   1.700 -26.216  1.00 34.25           H  \\nATOM   3283 HD13 LEU A1094     -16.794   0.632 -25.076  1.00 34.25           H  \\nATOM   3284 HD21 LEU A1094     -14.466   0.703 -24.636  1.00 37.20           H  \\nATOM   3285 HD22 LEU A1094     -14.313   0.140 -26.299  1.00 37.20           H  \\nATOM   3286 HD23 LEU A1094     -13.335   1.487 -25.711  1.00 37.20           H  \\nATOM   3287  N   LEU A1095     -14.672   3.802 -30.304  1.00 26.35           N  \\nATOM   3288  CA  LEU A1095     -14.961   4.209 -31.682  1.00 28.85           C  \\nATOM   3289  C   LEU A1095     -13.734   4.120 -32.619  1.00 32.34           C  \\nATOM   3290  O   LEU A1095     -13.931   3.898 -33.813  1.00 33.48           O  \\nATOM   3291  CB  LEU A1095     -15.577   5.632 -31.691  1.00 29.95           C  \\nATOM   3292  CG  LEU A1095     -17.110   5.748 -31.482  1.00 37.01           C  \\nATOM   3293  CD1 LEU A1095     -17.928   4.993 -32.548  1.00 41.99           C  \\nATOM   3294  CD2 LEU A1095     -17.598   5.424 -30.060  1.00 37.43           C  \\nATOM   3295  H   LEU A1095     -14.644   4.545 -29.618  1.00 26.35           H  \\nATOM   3296  HA  LEU A1095     -15.694   3.506 -32.081  1.00 28.85           H  \\nATOM   3297  HB3 LEU A1095     -15.375   6.094 -32.658  1.00 29.95           H  \\nATOM   3298  HB2 LEU A1095     -15.062   6.260 -30.963  1.00 29.95           H  \\nATOM   3299  HG  LEU A1095     -17.340   6.802 -31.630  1.00 37.01           H  \\nATOM   3300 HD11 LEU A1095     -18.648   5.658 -33.026  1.00 41.99           H  \\nATOM   3301 HD12 LEU A1095     -17.300   4.585 -33.335  1.00 41.99           H  \\nATOM   3302 HD13 LEU A1095     -18.483   4.155 -32.126  1.00 41.99           H  \\nATOM   3303 HD21 LEU A1095     -18.614   5.029 -30.052  1.00 37.43           H  \\nATOM   3304 HD22 LEU A1095     -16.973   4.692 -29.555  1.00 37.43           H  \\nATOM   3305 HD23 LEU A1095     -17.608   6.330 -29.455  1.00 37.43           H  \\nATOM   3306  N   THR A1096     -12.506   4.251 -32.084  1.00 28.49           N  \\nATOM   3307  CA  THR A1096     -11.253   3.995 -32.816  1.00 28.46           C  \\nATOM   3308  C   THR A1096     -10.852   2.497 -32.815  1.00 34.09           C  \\nATOM   3309  O   THR A1096      -9.856   2.153 -33.452  1.00 34.31           O  \\nATOM   3310  CB  THR A1096     -10.059   4.808 -32.236  1.00 31.93           C  \\nATOM   3311  OG1 THR A1096      -9.741   4.419 -30.916  1.00 28.23           O  \\nATOM   3312  CG2 THR A1096     -10.258   6.329 -32.269  1.00 33.74           C  \\nATOM   3313  H   THR A1096     -12.415   4.453 -31.098  1.00 28.49           H  \\nATOM   3314  HA  THR A1096     -11.377   4.297 -33.856  1.00 28.46           H  \\nATOM   3315  HB  THR A1096      -9.172   4.597 -32.833  1.00 31.93           H  \\nATOM   3316  HG1 THR A1096     -10.439   4.736 -30.336  1.00 28.23           H  \\nATOM   3317 HG21 THR A1096      -9.410   6.848 -31.821  1.00 33.74           H  \\nATOM   3318 HG22 THR A1096     -10.359   6.687 -33.292  1.00 33.74           H  \\nATOM   3319 HG23 THR A1096     -11.150   6.635 -31.735  1.00 33.74           H  \\nATOM   3320  N   HIS A1097     -11.615   1.642 -32.103  1.00 31.69           N  \\nATOM   3321  CA  HIS A1097     -11.381   0.204 -31.900  1.00 31.97           C  \\nATOM   3322  C   HIS A1097     -10.062  -0.104 -31.165  1.00 33.69           C  \\nATOM   3323  O   HIS A1097      -9.451  -1.146 -31.396  1.00 33.12           O  \\nATOM   3324  CB  HIS A1097     -11.554  -0.597 -33.212  1.00 35.14           C  \\nATOM   3325  CG  HIS A1097     -12.938  -0.518 -33.800  1.00 40.55           C  \\nATOM   3326  ND1 HIS A1097     -13.357   0.538 -34.617  1.00 43.74           N  \\nATOM   3327  CD2 HIS A1097     -13.982  -1.406 -33.645  1.00 43.94           C  \\nATOM   3328  CE1 HIS A1097     -14.618   0.257 -34.914  1.00 44.01           C  \\nATOM   3329  NE2 HIS A1097     -15.038  -0.885 -34.369  1.00 44.57           N  \\nATOM   3330  H   HIS A1097     -12.425   2.012 -31.624  1.00 31.69           H  \\nATOM   3331  HA  HIS A1097     -12.165  -0.123 -31.216  1.00 31.97           H  \\nATOM   3332  HB3 HIS A1097     -11.341  -1.653 -33.046  1.00 35.14           H  \\nATOM   3333  HB2 HIS A1097     -10.844  -0.264 -33.967  1.00 35.14           H  \\nATOM   3334  HD2 HIS A1097     -14.056  -2.331 -33.092  1.00 43.94           H  \\nATOM   3335  HE1 HIS A1097     -15.240   0.888 -35.531  1.00 44.01           H  \\nATOM   3336  HE2 HIS A1097     -15.963  -1.292 -34.456  1.00 44.57           H  \\nATOM   3337  N   CYS A1098      -9.658   0.828 -30.285  1.00 28.70           N  \\nATOM   3338  CA  CYS A1098      -8.478   0.796 -29.422  1.00 27.70           C  \\nATOM   3339  C   CYS A1098      -7.155   0.700 -30.208  1.00 30.22           C  \\nATOM   3340  O   CYS A1098      -6.198   0.093 -29.727  1.00 27.75           O  \\nATOM   3341  CB  CYS A1098      -8.592  -0.268 -28.315  1.00 27.86           C  \\nATOM   3342  SG  CYS A1098     -10.039   0.093 -27.277  1.00 31.27           S  \\nATOM   3343  H   CYS A1098     -10.254   1.635 -30.150  1.00 28.70           H  \\nATOM   3344  HA  CYS A1098      -8.453   1.767 -28.928  1.00 27.70           H  \\nATOM   3345  HB3 CYS A1098      -7.706  -0.255 -27.682  1.00 27.86           H  \\nATOM   3346  HB2 CYS A1098      -8.685  -1.270 -28.729  1.00 27.86           H  \\nATOM   3347  HG  CYS A1098     -10.014  -1.059 -26.600  1.00 31.27           H  \\nATOM   3348  N   ASP A1099      -7.130   1.319 -31.404  1.00 28.20           N  \\nATOM   3349  CA  ASP A1099      -5.967   1.423 -32.283  1.00 29.09           C  \\nATOM   3350  C   ASP A1099      -4.871   2.253 -31.590  1.00 32.04           C  \\nATOM   3351  O   ASP A1099      -5.137   3.386 -31.191  1.00 29.80           O  \\nATOM   3352  CB  ASP A1099      -6.383   2.011 -33.658  1.00 31.01           C  \\nATOM   3353  CG  ASP A1099      -5.334   2.058 -34.786  1.00 42.86           C  \\nATOM   3354  OD1 ASP A1099      -4.205   1.546 -34.615  1.00 44.82           O  \\nATOM   3355  OD2 ASP A1099      -5.706   2.585 -35.856  1.00 55.40           O1-\\nATOM   3356  H   ASP A1099      -7.968   1.778 -31.732  1.00 28.20           H  \\nATOM   3357  HA  ASP A1099      -5.599   0.408 -32.440  1.00 29.09           H  \\nATOM   3358  HB3 ASP A1099      -6.782   3.015 -33.511  1.00 31.01           H  \\nATOM   3359  HB2 ASP A1099      -7.232   1.442 -34.033  1.00 31.01           H  \\nATOM   3360  N   SER A1100      -3.673   1.660 -31.457  1.00 30.26           N  \\nATOM   3361  CA  SER A1100      -2.501   2.255 -30.813  1.00 30.30           C  \\nATOM   3362  C   SER A1100      -2.007   3.557 -31.475  1.00 34.31           C  \\nATOM   3363  O   SER A1100      -1.544   4.442 -30.757  1.00 34.07           O  \\nATOM   3364  CB  SER A1100      -1.395   1.186 -30.688  1.00 35.14           C  \\nATOM   3365  OG  SER A1100      -0.812   0.863 -31.936  1.00 49.21           O  \\nATOM   3366  H   SER A1100      -3.544   0.722 -31.816  1.00 30.26           H  \\nATOM   3367  HA  SER A1100      -2.810   2.508 -29.798  1.00 30.30           H  \\nATOM   3368  HB3 SER A1100      -1.789   0.278 -30.231  1.00 35.14           H  \\nATOM   3369  HB2 SER A1100      -0.604   1.548 -30.030  1.00 35.14           H  \\nATOM   3370  HG  SER A1100      -0.171   0.161 -31.804  1.00 49.21           H  \\nATOM   3371  N   SER A1101      -2.165   3.675 -32.806  1.00 31.40           N  \\nATOM   3372  CA  SER A1101      -1.859   4.886 -33.572  1.00 31.93           C  \\nATOM   3373  C   SER A1101      -2.867   6.034 -33.343  1.00 35.91           C  \\nATOM   3374  O   SER A1101      -2.506   7.191 -33.557  1.00 36.89           O  \\nATOM   3375  CB  SER A1101      -1.697   4.523 -35.064  1.00 36.50           C  \\nATOM   3376  OG  SER A1101      -2.929   4.318 -35.729  1.00 42.36           O  \\nATOM   3377  H   SER A1101      -2.558   2.902 -33.327  1.00 31.40           H  \\nATOM   3378  HA  SER A1101      -0.886   5.241 -33.226  1.00 31.93           H  \\nATOM   3379  HB3 SER A1101      -1.073   3.636 -35.181  1.00 36.50           H  \\nATOM   3380  HB2 SER A1101      -1.179   5.333 -35.580  1.00 36.50           H  \\nATOM   3381  HG  SER A1101      -3.291   3.462 -35.475  1.00 42.36           H  \\nATOM   3382  N   GLN A1102      -4.091   5.700 -32.898  1.00 29.85           N  \\nATOM   3383  CA  GLN A1102      -5.158   6.649 -32.581  1.00 28.09           C  \\nATOM   3384  C   GLN A1102      -5.318   6.881 -31.067  1.00 29.55           C  \\nATOM   3385  O   GLN A1102      -6.205   7.643 -30.690  1.00 27.73           O  \\nATOM   3386  CB  GLN A1102      -6.487   6.161 -33.198  1.00 29.07           C  \\nATOM   3387  CG  GLN A1102      -6.456   6.050 -34.735  1.00 37.94           C  \\nATOM   3388  CD  GLN A1102      -7.845   5.775 -35.316  1.00 47.98           C  \\nATOM   3389  OE1 GLN A1102      -8.717   6.640 -35.277  1.00 45.96           O  \\nATOM   3390  NE2 GLN A1102      -8.059   4.581 -35.868  1.00 43.70           N  \\nATOM   3391  H   GLN A1102      -4.308   4.725 -32.740  1.00 29.85           H  \\nATOM   3392  HA  GLN A1102      -4.936   7.620 -33.021  1.00 28.09           H  \\nATOM   3393  HB3 GLN A1102      -7.282   6.854 -32.919  1.00 29.07           H  \\nATOM   3394  HB2 GLN A1102      -6.763   5.199 -32.764  1.00 29.07           H  \\nATOM   3395  HG3 GLN A1102      -5.755   5.277 -35.050  1.00 37.94           H  \\nATOM   3396  HG2 GLN A1102      -6.095   6.985 -35.164  1.00 37.94           H  \\nATOM   3397 HE22 GLN A1102      -8.960   4.358 -36.266  1.00 43.70           H  \\nATOM   3398 HE21 GLN A1102      -7.316   3.889 -35.901  1.00 43.70           H  \\nATOM   3399  N   SER A1103      -4.496   6.236 -30.218  1.00 26.76           N  \\nATOM   3400  CA  SER A1103      -4.636   6.266 -28.758  1.00 25.27           C  \\nATOM   3401  C   SER A1103      -4.416   7.666 -28.134  1.00 28.60           C  \\nATOM   3402  O   SER A1103      -3.673   8.456 -28.717  1.00 28.62           O  \\nATOM   3403  CB  SER A1103      -3.733   5.180 -28.139  1.00 27.32           C  \\nATOM   3404  OG  SER A1103      -2.362   5.531 -28.107  1.00 35.29           O  \\nATOM   3405  H   SER A1103      -3.775   5.633 -30.588  1.00 26.76           H  \\nATOM   3406  HA  SER A1103      -5.664   5.963 -28.587  1.00 25.27           H  \\nATOM   3407  HB3 SER A1103      -3.855   4.235 -28.667  1.00 27.32           H  \\nATOM   3408  HB2 SER A1103      -4.052   4.997 -27.114  1.00 27.32           H  \\nATOM   3409  HG  SER A1103      -1.996   5.451 -28.995  1.00 35.29           H  \\nATOM   3410  N   PRO A1104      -5.039   7.954 -26.962  1.00 25.17           N  \\nATOM   3411  CA  PRO A1104      -4.893   9.264 -26.293  1.00 24.67           C  \\nATOM   3412  C   PRO A1104      -3.456   9.762 -26.008  1.00 26.87           C  \\nATOM   3413  O   PRO A1104      -3.206  10.927 -26.311  1.00 25.99           O  \\nATOM   3414  CB  PRO A1104      -5.768   9.172 -25.030  1.00 26.01           C  \\nATOM   3415  CG  PRO A1104      -6.761   8.063 -25.336  1.00 29.46           C  \\nATOM   3416  CD  PRO A1104      -5.996   7.109 -26.241  1.00 25.85           C  \\nATOM   3417  HA  PRO A1104      -5.359   9.984 -26.965  1.00 24.67           H  \\nATOM   3418  HB3 PRO A1104      -6.271  10.113 -24.806  1.00 26.01           H  \\nATOM   3419  HB2 PRO A1104      -5.186   8.913 -24.146  1.00 26.01           H  \\nATOM   3420  HG3 PRO A1104      -7.598   8.483 -25.894  1.00 29.46           H  \\nATOM   3421  HG2 PRO A1104      -7.161   7.577 -24.447  1.00 29.46           H  \\nATOM   3422  HD2 PRO A1104      -5.453   6.369 -25.652  1.00 25.85           H  \\nATOM   3423  HD3 PRO A1104      -6.704   6.583 -26.879  1.00 25.85           H  \\nATOM   3424  N   PRO A1105      -2.512   8.903 -25.540  1.00 24.58           N  \\nATOM   3425  CA  PRO A1105      -1.095   9.290 -25.409  1.00 24.76           C  \\nATOM   3426  C   PRO A1105      -0.414   9.681 -26.728  1.00 29.78           C  \\nATOM   3427  O   PRO A1105       0.275  10.696 -26.749  1.00 30.24           O  \\nATOM   3428  CB  PRO A1105      -0.416   8.074 -24.751  1.00 25.88           C  \\nATOM   3429  CG  PRO A1105      -1.547   7.335 -24.062  1.00 29.87           C  \\nATOM   3430  CD  PRO A1105      -2.716   7.555 -25.010  1.00 25.57           C  \\nATOM   3431  HA  PRO A1105      -1.051  10.139 -24.727  1.00 24.76           H  \\nATOM   3432  HB3 PRO A1105       0.372   8.361 -24.055  1.00 25.88           H  \\nATOM   3433  HB2 PRO A1105       0.031   7.420 -25.501  1.00 25.88           H  \\nATOM   3434  HG3 PRO A1105      -1.760   7.813 -23.106  1.00 29.87           H  \\nATOM   3435  HG2 PRO A1105      -1.332   6.283 -23.876  1.00 29.87           H  \\nATOM   3436  HD2 PRO A1105      -2.673   6.841 -25.829  1.00 25.57           H  \\nATOM   3437  HD3 PRO A1105      -3.660   7.421 -24.492  1.00 25.57           H  \\nATOM   3438  N   THR A1106      -0.644   8.900 -27.798  1.00 26.99           N  \\nATOM   3439  CA  THR A1106      -0.097   9.143 -29.134  1.00 27.47           C  \\nATOM   3440  C   THR A1106      -0.563  10.483 -29.734  1.00 31.84           C  \\nATOM   3441  O   THR A1106       0.284  11.263 -30.166  1.00 32.09           O  \\nATOM   3442  CB  THR A1106      -0.470   7.995 -30.114  1.00 33.90           C  \\nATOM   3443  OG1 THR A1106       0.169   6.812 -29.680  1.00 35.61           O  \\nATOM   3444  CG2 THR A1106      -0.091   8.228 -31.588  1.00 32.59           C  \\nATOM   3445  H   THR A1106      -1.225   8.079 -27.705  1.00 26.99           H  \\nATOM   3446  HA  THR A1106       0.990   9.178 -29.039  1.00 27.47           H  \\nATOM   3447  HB  THR A1106      -1.542   7.801 -30.070  1.00 33.90           H  \\nATOM   3448  HG1 THR A1106       1.077   6.817 -30.001  1.00 35.61           H  \\nATOM   3449 HG21 THR A1106      -0.167   7.307 -32.166  1.00 32.59           H  \\nATOM   3450 HG22 THR A1106      -0.747   8.958 -32.064  1.00 32.59           H  \\nATOM   3451 HG23 THR A1106       0.931   8.592 -31.679  1.00 32.59           H  \\nATOM   3452  N   LYS A1107      -1.881  10.734 -29.718  1.00 27.48           N  \\nATOM   3453  CA  LYS A1107      -2.498  11.914 -30.325  1.00 28.03           C  \\nATOM   3454  C   LYS A1107      -2.239  13.220 -29.553  1.00 32.41           C  \\nATOM   3455  O   LYS A1107      -2.116  14.260 -30.199  1.00 32.90           O  \\nATOM   3456  CB  LYS A1107      -4.004  11.655 -30.524  1.00 29.00           C  \\nATOM   3457  CG  LYS A1107      -4.332  10.463 -31.452  1.00 40.91           C  \\nATOM   3458  CD  LYS A1107      -3.799  10.551 -32.893  1.00 47.46           C  \\nATOM   3459  CE  LYS A1107      -4.424  11.691 -33.711  1.00 56.00           C  \\nATOM   3460  NZ  LYS A1107      -3.900  11.720 -35.087  1.00 65.65           N1+\\nATOM   3461  H   LYS A1107      -2.514  10.051 -29.322  1.00 27.48           H  \\nATOM   3462  HA  LYS A1107      -2.042  12.056 -31.305  1.00 28.03           H  \\nATOM   3463  HB3 LYS A1107      -4.486  12.553 -30.910  1.00 29.00           H  \\nATOM   3464  HB2 LYS A1107      -4.459  11.467 -29.551  1.00 29.00           H  \\nATOM   3465  HG3 LYS A1107      -5.412  10.339 -31.485  1.00 40.91           H  \\nATOM   3466  HG2 LYS A1107      -3.949   9.546 -31.011  1.00 40.91           H  \\nATOM   3467  HD3 LYS A1107      -3.999   9.605 -33.395  1.00 47.46           H  \\nATOM   3468  HD2 LYS A1107      -2.713  10.638 -32.883  1.00 47.46           H  \\nATOM   3469  HE3 LYS A1107      -4.217  12.652 -33.244  1.00 56.00           H  \\nATOM   3470  HE2 LYS A1107      -5.507  11.575 -33.750  1.00 56.00           H  \\nATOM   3471  HZ1 LYS A1107      -2.898  11.867 -35.052  1.00 65.65           H  \\nATOM   3472  HZ2 LYS A1107      -4.094  10.843 -35.549  1.00 65.65           H  \\nATOM   3473  HZ3 LYS A1107      -4.332  12.478 -35.596  1.00 65.65           H  \\nATOM   3474  N   PHE A1108      -2.117  13.159 -28.214  1.00 27.91           N  \\nATOM   3475  CA  PHE A1108      -1.728  14.312 -27.396  1.00 26.74           C  \\nATOM   3476  C   PHE A1108      -0.225  14.638 -27.463  1.00 30.76           C  \\nATOM   3477  O   PHE A1108       0.112  15.819 -27.437  1.00 31.53           O  \\nATOM   3478  CB  PHE A1108      -2.223  14.161 -25.939  1.00 27.18           C  \\nATOM   3479  CG  PHE A1108      -3.708  14.423 -25.709  1.00 27.38           C  \\nATOM   3480  CD1 PHE A1108      -4.294  15.643 -26.113  1.00 29.59           C  \\nATOM   3481  CD2 PHE A1108      -4.499  13.500 -24.989  1.00 28.32           C  \\nATOM   3482  CE1 PHE A1108      -5.631  15.902 -25.840  1.00 30.31           C  \\nATOM   3483  CE2 PHE A1108      -5.834  13.775 -24.728  1.00 29.39           C  \\nATOM   3484  CZ  PHE A1108      -6.397  14.972 -25.151  1.00 28.52           C  \\nATOM   3485  H   PHE A1108      -2.248  12.280 -27.730  1.00 27.91           H  \\nATOM   3486  HA  PHE A1108      -2.218  15.191 -27.816  1.00 26.74           H  \\nATOM   3487  HB3 PHE A1108      -1.680  14.842 -25.282  1.00 27.18           H  \\nATOM   3488  HB2 PHE A1108      -1.976  13.159 -25.590  1.00 27.18           H  \\nATOM   3489  HD1 PHE A1108      -3.706  16.390 -26.627  1.00 29.59           H  \\nATOM   3490  HD2 PHE A1108      -4.075  12.576 -24.629  1.00 28.32           H  \\nATOM   3491  HE1 PHE A1108      -6.075  16.835 -26.155  1.00 30.31           H  \\nATOM   3492  HE2 PHE A1108      -6.435  13.059 -24.188  1.00 29.39           H  \\nATOM   3493  HZ  PHE A1108      -7.436  15.180 -24.942  1.00 28.52           H  \\nATOM   3494  N   LEU A1109       0.650  13.622 -27.593  1.00 27.77           N  \\nATOM   3495  CA  LEU A1109       2.100  13.811 -27.752  1.00 28.51           C  \\nATOM   3496  C   LEU A1109       2.516  14.255 -29.168  1.00 34.25           C  \\nATOM   3497  O   LEU A1109       3.626  14.765 -29.315  1.00 34.88           O  \\nATOM   3498  CB  LEU A1109       2.860  12.542 -27.309  1.00 28.11           C  \\nATOM   3499  CG  LEU A1109       2.842  12.310 -25.779  1.00 32.10           C  \\nATOM   3500  CD1 LEU A1109       3.338  10.893 -25.419  1.00 30.45           C  \\nATOM   3501  CD2 LEU A1109       3.605  13.410 -25.010  1.00 36.17           C  \\nATOM   3502  H   LEU A1109       0.319  12.666 -27.597  1.00 27.77           H  \\nATOM   3503  HA  LEU A1109       2.404  14.626 -27.095  1.00 28.51           H  \\nATOM   3504  HB3 LEU A1109       3.901  12.592 -27.634  1.00 28.11           H  \\nATOM   3505  HB2 LEU A1109       2.437  11.682 -27.830  1.00 28.11           H  \\nATOM   3506  HG  LEU A1109       1.804  12.362 -25.449  1.00 32.10           H  \\nATOM   3507 HD11 LEU A1109       2.593  10.366 -24.822  1.00 30.45           H  \\nATOM   3508 HD12 LEU A1109       3.521  10.287 -26.306  1.00 30.45           H  \\nATOM   3509 HD13 LEU A1109       4.266  10.903 -24.848  1.00 30.45           H  \\nATOM   3510 HD21 LEU A1109       4.230  13.014 -24.210  1.00 36.17           H  \\nATOM   3511 HD22 LEU A1109       4.255  13.987 -25.667  1.00 36.17           H  \\nATOM   3512 HD23 LEU A1109       2.908  14.111 -24.549  1.00 36.17           H  \\nATOM   3513  N   GLU A1110       1.626  14.116 -30.166  1.00 32.96           N  \\nATOM   3514  CA  GLU A1110       1.757  14.754 -31.480  1.00 35.44           C  \\nATOM   3515  C   GLU A1110       1.538  16.278 -31.416  1.00 38.81           C  \\nATOM   3516  O   GLU A1110       2.214  17.004 -32.143  1.00 38.69           O  \\nATOM   3517  CB  GLU A1110       0.776  14.106 -32.477  1.00 36.99           C  \\nATOM   3518  CG  GLU A1110       1.234  12.724 -32.992  1.00 47.30           C  \\nATOM   3519  CD  GLU A1110       0.184  11.941 -33.801  1.00 70.21           C  \\nATOM   3520  OE1 GLU A1110      -0.902  12.492 -34.093  1.00 64.58           O  \\nATOM   3521  OE2 GLU A1110       0.490  10.773 -34.124  1.00 65.32           O1-\\nATOM   3522  H   GLU A1110       0.748  13.648 -29.986  1.00 32.96           H  \\nATOM   3523  HA  GLU A1110       2.773  14.593 -31.847  1.00 35.44           H  \\nATOM   3524  HB3 GLU A1110       0.605  14.769 -33.327  1.00 36.99           H  \\nATOM   3525  HB2 GLU A1110      -0.188  13.999 -31.980  1.00 36.99           H  \\nATOM   3526  HG3 GLU A1110       1.562  12.107 -32.159  1.00 47.30           H  \\nATOM   3527  HG2 GLU A1110       2.115  12.857 -33.622  1.00 47.30           H  \\nATOM   3528  N   LEU A1111       0.621  16.731 -30.540  1.00 35.92           N  \\nATOM   3529  CA  LEU A1111       0.318  18.147 -30.309  1.00 37.14           C  \\nATOM   3530  C   LEU A1111       1.372  18.829 -29.418  1.00 40.62           C  \\nATOM   3531  O   LEU A1111       1.740  19.971 -29.693  1.00 41.55           O  \\nATOM   3532  CB  LEU A1111      -1.087  18.286 -29.673  1.00 36.92           C  \\nATOM   3533  CG  LEU A1111      -2.260  17.801 -30.555  1.00 41.87           C  \\nATOM   3534  CD1 LEU A1111      -3.572  17.728 -29.743  1.00 41.05           C  \\nATOM   3535  CD2 LEU A1111      -2.410  18.636 -31.845  1.00 44.81           C  \\nATOM   3536  H   LEU A1111       0.107  16.071 -29.975  1.00 35.92           H  \\nATOM   3537  HA  LEU A1111       0.322  18.664 -31.270  1.00 37.14           H  \\nATOM   3538  HB3 LEU A1111      -1.265  19.329 -29.406  1.00 36.92           H  \\nATOM   3539  HB2 LEU A1111      -1.100  17.738 -28.731  1.00 36.92           H  \\nATOM   3540  HG  LEU A1111      -2.038  16.781 -30.864  1.00 41.87           H  \\nATOM   3541 HD11 LEU A1111      -4.009  16.731 -29.803  1.00 41.05           H  \\nATOM   3542 HD12 LEU A1111      -3.410  17.942 -28.686  1.00 41.05           H  \\nATOM   3543 HD13 LEU A1111      -4.325  18.435 -30.089  1.00 41.05           H  \\nATOM   3544 HD21 LEU A1111      -3.440  18.931 -32.041  1.00 44.81           H  \\nATOM   3545 HD22 LEU A1111      -1.820  19.552 -31.810  1.00 44.81           H  \\nATOM   3546 HD23 LEU A1111      -2.074  18.066 -32.712  1.00 44.81           H  \\nATOM   3547  N   ILE A1112       1.827  18.124 -28.368  1.00 34.80           N  \\nATOM   3548  CA  ILE A1112       2.759  18.628 -27.356  1.00 34.93           C  \\nATOM   3549  C   ILE A1112       4.230  18.572 -27.815  1.00 40.11           C  \\nATOM   3550  O   ILE A1112       4.994  19.473 -27.471  1.00 41.74           O  \\nATOM   3551  CB  ILE A1112       2.614  17.819 -26.027  1.00 36.99           C  \\nATOM   3552  CG1 ILE A1112       1.226  18.047 -25.391  1.00 35.84           C  \\nATOM   3553  CG2 ILE A1112       3.707  18.065 -24.963  1.00 37.00           C  \\nATOM   3554  CD1 ILE A1112       0.810  16.938 -24.417  1.00 35.00           C  \\nATOM   3555  H   ILE A1112       1.452  17.199 -28.201  1.00 34.80           H  \\nATOM   3556  HA  ILE A1112       2.514  19.672 -27.148  1.00 34.93           H  \\nATOM   3557  HB  ILE A1112       2.677  16.764 -26.294  1.00 36.99           H  \\nATOM   3558 HG13 ILE A1112       0.460  18.112 -26.162  1.00 35.84           H  \\nATOM   3559 HG12 ILE A1112       1.208  19.011 -24.881  1.00 35.84           H  \\nATOM   3560 HG21 ILE A1112       3.496  17.533 -24.036  1.00 37.00           H  \\nATOM   3561 HG22 ILE A1112       4.688  17.726 -25.289  1.00 37.00           H  \\nATOM   3562 HG23 ILE A1112       3.786  19.123 -24.726  1.00 37.00           H  \\nATOM   3563 HD11 ILE A1112      -0.272  16.926 -24.293  1.00 35.00           H  \\nATOM   3564 HD12 ILE A1112       1.106  15.951 -24.774  1.00 35.00           H  \\nATOM   3565 HD13 ILE A1112       1.261  17.086 -23.438  1.00 35.00           H  \\nATOM   3566  N   GLY A1113       4.598  17.509 -28.549  1.00 36.74           N  \\nATOM   3567  CA  GLY A1113       5.986  17.125 -28.807  1.00 38.59           C  \\nATOM   3568  C   GLY A1113       6.458  16.152 -27.712  1.00 41.94           C  \\nATOM   3569  O   GLY A1113       5.723  15.847 -26.772  1.00 39.30           O  \\nATOM   3570  H   GLY A1113       3.896  16.830 -28.812  1.00 36.74           H  \\nATOM   3571  HA3 GLY A1113       6.645  17.994 -28.846  1.00 38.59           H  \\nATOM   3572  HA2 GLY A1113       6.038  16.630 -29.777  1.00 38.59           H  \\nATOM   3573  N   ILE A1114       7.697  15.653 -27.849  1.00 41.30           N  \\nATOM   3574  CA  ILE A1114       8.305  14.668 -26.942  1.00 41.02           C  \\nATOM   3575  C   ILE A1114       9.607  15.170 -26.275  1.00 47.14           C  \\nATOM   3576  O   ILE A1114      10.221  14.411 -25.524  1.00 48.03           O  \\nATOM   3577  CB  ILE A1114       8.578  13.319 -27.673  1.00 43.24           C  \\nATOM   3578  CG1 ILE A1114       9.541  13.438 -28.881  1.00 44.89           C  \\nATOM   3579  CG2 ILE A1114       7.256  12.629 -28.061  1.00 42.60           C  \\nATOM   3580  CD1 ILE A1114      10.047  12.085 -29.402  1.00 50.07           C  \\nATOM   3581  H   ILE A1114       8.254  15.920 -28.647  1.00 41.30           H  \\nATOM   3582  HA  ILE A1114       7.632  14.455 -26.109  1.00 41.02           H  \\nATOM   3583  HB  ILE A1114       9.054  12.649 -26.955  1.00 43.24           H  \\nATOM   3584 HG13 ILE A1114      10.411  14.042 -28.624  1.00 44.89           H  \\nATOM   3585 HG12 ILE A1114       9.044  13.969 -29.694  1.00 44.89           H  \\nATOM   3586 HG21 ILE A1114       7.425  11.627 -28.454  1.00 42.60           H  \\nATOM   3587 HG22 ILE A1114       6.597  12.528 -27.198  1.00 42.60           H  \\nATOM   3588 HG23 ILE A1114       6.716  13.194 -28.821  1.00 42.60           H  \\nATOM   3589 HD11 ILE A1114      10.937  12.217 -30.019  1.00 50.07           H  \\nATOM   3590 HD12 ILE A1114      10.311  11.414 -28.585  1.00 50.07           H  \\nATOM   3591 HD13 ILE A1114       9.294  11.590 -30.015  1.00 50.07           H  \\nATOM   3592  N   ALA A1115       9.991  16.433 -26.530  1.00 42.26           N  \\nATOM   3593  CA  ALA A1115      11.194  17.067 -25.991  1.00 43.31           C  \\nATOM   3594  C   ALA A1115      10.820  18.401 -25.327  1.00 48.36           C  \\nATOM   3595  O   ALA A1115      11.240  19.462 -25.791  1.00 49.43           O  \\nATOM   3596  CB  ALA A1115      12.223  17.220 -27.127  1.00 45.24           C  \\nATOM   3597  H   ALA A1115       9.424  17.010 -27.133  1.00 42.26           H  \\nATOM   3598  HA  ALA A1115      11.645  16.449 -25.212  1.00 43.31           H  \\nATOM   3599  HB1 ALA A1115      13.140  17.690 -26.770  1.00 45.24           H  \\nATOM   3600  HB2 ALA A1115      12.495  16.247 -27.537  1.00 45.24           H  \\nATOM   3601  HB3 ALA A1115      11.832  17.826 -27.946  1.00 45.24           H  \\nATOM   3602  N   GLN A1116      10.012  18.309 -24.258  1.00 44.35           N  \\nATOM   3603  CA  GLN A1116       9.464  19.450 -23.516  1.00 44.30           C  \\nATOM   3604  C   GLN A1116       9.925  19.478 -22.046  1.00 49.79           C  \\nATOM   3605  O   GLN A1116       9.447  20.327 -21.292  1.00 49.85           O  \\nATOM   3606  CB  GLN A1116       7.918  19.420 -23.615  1.00 44.27           C  \\nATOM   3607  CG  GLN A1116       7.347  19.441 -25.051  1.00 53.29           C  \\nATOM   3608  CD  GLN A1116       7.835  20.599 -25.930  1.00 72.09           C  \\nATOM   3609  OE1 GLN A1116       8.158  20.396 -27.098  1.00 65.48           O  \\nATOM   3610  NE2 GLN A1116       7.883  21.818 -25.389  1.00 65.05           N  \\nATOM   3611  H   GLN A1116       9.716  17.395 -23.938  1.00 44.35           H  \\nATOM   3612  HA  GLN A1116       9.827  20.386 -23.941  1.00 44.30           H  \\nATOM   3613  HB3 GLN A1116       7.499  20.263 -23.064  1.00 44.27           H  \\nATOM   3614  HB2 GLN A1116       7.541  18.532 -23.106  1.00 44.27           H  \\nATOM   3615  HG3 GLN A1116       6.262  19.478 -25.007  1.00 53.29           H  \\nATOM   3616  HG2 GLN A1116       7.588  18.503 -25.555  1.00 53.29           H  \\nATOM   3617 HE22 GLN A1116       8.200  22.601 -25.942  1.00 65.05           H  \\nATOM   3618 HE21 GLN A1116       7.607  21.967 -24.430  1.00 65.05           H  \\nATOM   3619  N   GLY A1117      10.844  18.574 -21.657  1.00 46.41           N  \\nATOM   3620  CA  GLY A1117      11.368  18.465 -20.296  1.00 44.66           C  \\nATOM   3621  C   GLY A1117      10.279  17.930 -19.358  1.00 42.63           C  \\nATOM   3622  O   GLY A1117       9.610  16.945 -19.673  1.00 37.23           O  \\nATOM   3623  H   GLY A1117      11.190  17.910 -22.334  1.00 46.41           H  \\nATOM   3624  HA3 GLY A1117      11.738  19.434 -19.957  1.00 44.66           H  \\nATOM   3625  HA2 GLY A1117      12.213  17.776 -20.293  1.00 44.66           H  \\nATOM   3626  N   GLN A1118      10.122  18.593 -18.202  1.00 39.82           N  \\nATOM   3627  CA  GLN A1118       9.103  18.311 -17.187  1.00 38.37           C  \\nATOM   3628  C   GLN A1118       7.702  18.861 -17.532  1.00 40.30           C  \\nATOM   3629  O   GLN A1118       6.772  18.611 -16.767  1.00 41.07           O  \\nATOM   3630  CB  GLN A1118       9.579  18.887 -15.835  1.00 41.27           C  \\nATOM   3631  CG  GLN A1118      10.836  18.198 -15.270  1.00 52.25           C  \\nATOM   3632  CD  GLN A1118      11.326  18.877 -13.990  1.00 66.80           C  \\nATOM   3633  OE1 GLN A1118      11.669  20.058 -14.005  1.00 64.29           O  \\nATOM   3634  NE2 GLN A1118      11.383  18.133 -12.884  1.00 50.92           N  \\nATOM   3635  H   GLN A1118      10.710  19.396 -18.014  1.00 39.82           H  \\nATOM   3636  HA  GLN A1118       9.006  17.229 -17.079  1.00 38.37           H  \\nATOM   3637  HB3 GLN A1118       8.784  18.797 -15.092  1.00 41.27           H  \\nATOM   3638  HB2 GLN A1118       9.757  19.958 -15.946  1.00 41.27           H  \\nATOM   3639  HG3 GLN A1118      11.650  18.234 -15.995  1.00 52.25           H  \\nATOM   3640  HG2 GLN A1118      10.632  17.142 -15.085  1.00 52.25           H  \\nATOM   3641 HE22 GLN A1118      11.710  18.541 -12.020  1.00 50.92           H  \\nATOM   3642 HE21 GLN A1118      11.099  17.164 -12.899  1.00 50.92           H  \\nATOM   3643  N   MET A1119       7.569  19.615 -18.638  1.00 34.93           N  \\nATOM   3644  CA  MET A1119       6.375  20.393 -18.980  1.00 34.58           C  \\nATOM   3645  C   MET A1119       5.309  19.636 -19.797  1.00 34.58           C  \\nATOM   3646  O   MET A1119       4.432  20.303 -20.340  1.00 34.71           O  \\nATOM   3647  CB  MET A1119       6.788  21.702 -19.694  1.00 38.63           C  \\nATOM   3648  CG  MET A1119       7.827  22.543 -18.940  1.00 44.95           C  \\nATOM   3649  SD  MET A1119       8.154  24.140 -19.731  1.00 52.97           S  \\nATOM   3650  CE  MET A1119       9.330  24.826 -18.536  1.00 51.70           C  \\nATOM   3651  H   MET A1119       8.371  19.756 -19.237  1.00 34.93           H  \\nATOM   3652  HA  MET A1119       5.885  20.689 -18.052  1.00 34.58           H  \\nATOM   3653  HB3 MET A1119       5.908  22.328 -19.853  1.00 38.63           H  \\nATOM   3654  HB2 MET A1119       7.169  21.473 -20.690  1.00 38.63           H  \\nATOM   3655  HG3 MET A1119       8.773  22.006 -18.862  1.00 44.95           H  \\nATOM   3656  HG2 MET A1119       7.483  22.729 -17.922  1.00 44.95           H  \\nATOM   3657  HE1 MET A1119       9.653  25.818 -18.853  1.00 51.70           H  \\nATOM   3658  HE2 MET A1119       8.868  24.912 -17.553  1.00 51.70           H  \\nATOM   3659  HE3 MET A1119      10.208  24.186 -18.455  1.00 51.70           H  \\nATOM   3660  N   THR A1120       5.357  18.294 -19.887  1.00 29.62           N  \\nATOM   3661  CA  THR A1120       4.382  17.500 -20.655  1.00 28.01           C  \\nATOM   3662  C   THR A1120       2.922  17.666 -20.173  1.00 30.48           C  \\nATOM   3663  O   THR A1120       2.044  17.875 -21.008  1.00 31.09           O  \\nATOM   3664  CB  THR A1120       4.714  15.984 -20.657  1.00 32.05           C  \\nATOM   3665  OG1 THR A1120       6.047  15.796 -21.089  1.00 33.94           O  \\nATOM   3666  CG2 THR A1120       3.806  15.122 -21.558  1.00 34.10           C  \\nATOM   3667  H   THR A1120       6.099  17.780 -19.434  1.00 29.62           H  \\nATOM   3668  HA  THR A1120       4.429  17.856 -21.687  1.00 28.01           H  \\nATOM   3669  HB  THR A1120       4.654  15.596 -19.640  1.00 32.05           H  \\nATOM   3670  HG1 THR A1120       6.086  15.941 -22.042  1.00 33.94           H  \\nATOM   3671 HG21 THR A1120       4.157  14.090 -21.595  1.00 34.10           H  \\nATOM   3672 HG22 THR A1120       2.778  15.093 -21.197  1.00 34.10           H  \\nATOM   3673 HG23 THR A1120       3.789  15.501 -22.580  1.00 34.10           H  \\nATOM   3674  N   VAL A1121       2.703  17.617 -18.846  1.00 28.98           N  \\nATOM   3675  CA  VAL A1121       1.392  17.805 -18.215  1.00 29.28           C  \\nATOM   3676  C   VAL A1121       0.911  19.271 -18.238  1.00 34.54           C  \\nATOM   3677  O   VAL A1121      -0.286  19.494 -18.411  1.00 33.68           O  \\nATOM   3678  CB  VAL A1121       1.377  17.249 -16.760  1.00 33.58           C  \\nATOM   3679  CG1 VAL A1121       0.177  17.681 -15.888  1.00 33.26           C  \\nATOM   3680  CG2 VAL A1121       1.457  15.714 -16.784  1.00 32.88           C  \\nATOM   3681  H   VAL A1121       3.476  17.441 -18.218  1.00 28.98           H  \\nATOM   3682  HA  VAL A1121       0.669  17.224 -18.791  1.00 29.28           H  \\nATOM   3683  HB  VAL A1121       2.275  17.603 -16.253  1.00 33.58           H  \\nATOM   3684 HG11 VAL A1121       0.163  17.145 -14.938  1.00 33.26           H  \\nATOM   3685 HG12 VAL A1121       0.205  18.744 -15.644  1.00 33.26           H  \\nATOM   3686 HG13 VAL A1121      -0.765  17.478 -16.396  1.00 33.26           H  \\nATOM   3687 HG21 VAL A1121       1.485  15.304 -15.775  1.00 32.88           H  \\nATOM   3688 HG22 VAL A1121       0.594  15.285 -17.294  1.00 32.88           H  \\nATOM   3689 HG23 VAL A1121       2.350  15.362 -17.300  1.00 32.88           H  \\nATOM   3690  N   LEU A1122       1.842  20.235 -18.115  1.00 32.43           N  \\nATOM   3691  CA  LEU A1122       1.585  21.672 -18.261  1.00 33.01           C  \\nATOM   3692  C   LEU A1122       1.097  22.028 -19.675  1.00 36.61           C  \\nATOM   3693  O   LEU A1122       0.147  22.792 -19.813  1.00 35.87           O  \\nATOM   3694  CB  LEU A1122       2.865  22.455 -17.871  1.00 35.17           C  \\nATOM   3695  CG  LEU A1122       2.831  23.990 -18.076  1.00 42.10           C  \\nATOM   3696  CD1 LEU A1122       1.697  24.666 -17.275  1.00 43.87           C  \\nATOM   3697  CD2 LEU A1122       4.213  24.615 -17.788  1.00 45.28           C  \\nATOM   3698  H   LEU A1122       2.802  19.973 -17.936  1.00 32.43           H  \\nATOM   3699  HA  LEU A1122       0.790  21.933 -17.561  1.00 33.01           H  \\nATOM   3700  HB3 LEU A1122       3.699  22.056 -18.448  1.00 35.17           H  \\nATOM   3701  HB2 LEU A1122       3.102  22.243 -16.827  1.00 35.17           H  \\nATOM   3702  HG  LEU A1122       2.640  24.189 -19.131  1.00 42.10           H  \\nATOM   3703 HD11 LEU A1122       2.023  25.573 -16.765  1.00 43.87           H  \\nATOM   3704 HD12 LEU A1122       0.879  24.954 -17.937  1.00 43.87           H  \\nATOM   3705 HD13 LEU A1122       1.280  24.004 -16.515  1.00 43.87           H  \\nATOM   3706 HD21 LEU A1122       4.553  25.207 -18.639  1.00 45.28           H  \\nATOM   3707 HD22 LEU A1122       4.206  25.272 -16.919  1.00 45.28           H  \\nATOM   3708 HD23 LEU A1122       4.975  23.858 -17.601  1.00 45.28           H  \\nATOM   3709  N   ARG A1123       1.746  21.445 -20.692  1.00 32.17           N  \\nATOM   3710  CA  ARG A1123       1.467  21.679 -22.105  1.00 32.60           C  \\nATOM   3711  C   ARG A1123       0.200  20.951 -22.588  1.00 33.95           C  \\nATOM   3712  O   ARG A1123      -0.493  21.472 -23.462  1.00 32.13           O  \\nATOM   3713  CB  ARG A1123       2.736  21.303 -22.888  1.00 37.04           C  \\nATOM   3714  CG  ARG A1123       2.892  21.997 -24.254  1.00 59.77           C  \\nATOM   3715  CD  ARG A1123       4.363  22.141 -24.691  1.00 74.58           C  \\nATOM   3716  NE  ARG A1123       5.119  23.067 -23.819  1.00 91.08           N  \\nATOM   3717  CZ  ARG A1123       5.295  24.392 -23.966  1.00107.84           C  \\nATOM   3718  NH1 ARG A1123       4.844  25.057 -25.040  1.00 95.16           N  \\nATOM   3719  NH2 ARG A1123       5.939  25.067 -23.005  1.00 96.44           N1+\\nATOM   3720  H   ARG A1123       2.526  20.832 -20.491  1.00 32.17           H  \\nATOM   3721  HA  ARG A1123       1.305  22.752 -22.216  1.00 32.60           H  \\nATOM   3722  HB3 ARG A1123       2.821  20.221 -22.983  1.00 37.04           H  \\nATOM   3723  HB2 ARG A1123       3.583  21.603 -22.275  1.00 37.04           H  \\nATOM   3724  HG3 ARG A1123       2.490  23.004 -24.140  1.00 59.77           H  \\nATOM   3725  HG2 ARG A1123       2.293  21.525 -25.033  1.00 59.77           H  \\nATOM   3726  HD3 ARG A1123       4.461  22.348 -25.756  1.00 74.58           H  \\nATOM   3727  HD2 ARG A1123       4.854  21.184 -24.530  1.00 74.58           H  \\nATOM   3728  HE  ARG A1123       5.455  22.651 -22.962  1.00 91.08           H  \\nATOM   3729 HH12 ARG A1123       4.979  26.054 -25.126  1.00 95.16           H  \\nATOM   3730 HH11 ARG A1123       4.356  24.557 -25.770  1.00 95.16           H  \\nATOM   3731 HH22 ARG A1123       6.066  26.066 -23.080  1.00 96.44           H  \\nATOM   3732 HH21 ARG A1123       6.276  24.592 -22.179  1.00 96.44           H  \\nATOM   3733  N   LEU A1124      -0.112  19.805 -21.954  1.00 29.63           N  \\nATOM   3734  CA  LEU A1124      -1.388  19.096 -22.055  1.00 27.63           C  \\nATOM   3735  C   LEU A1124      -2.543  19.916 -21.454  1.00 32.17           C  \\nATOM   3736  O   LEU A1124      -3.597  19.988 -22.075  1.00 30.80           O  \\nATOM   3737  CB  LEU A1124      -1.248  17.704 -21.396  1.00 26.83           C  \\nATOM   3738  CG  LEU A1124      -2.516  16.823 -21.323  1.00 30.02           C  \\nATOM   3739  CD1 LEU A1124      -3.141  16.553 -22.711  1.00 28.94           C  \\nATOM   3740  CD2 LEU A1124      -2.214  15.525 -20.543  1.00 30.63           C  \\nATOM   3741  H   LEU A1124       0.538  19.434 -21.274  1.00 29.63           H  \\nATOM   3742  HA  LEU A1124      -1.597  18.955 -23.116  1.00 27.63           H  \\nATOM   3743  HB3 LEU A1124      -0.887  17.844 -20.379  1.00 26.83           H  \\nATOM   3744  HB2 LEU A1124      -0.465  17.145 -21.905  1.00 26.83           H  \\nATOM   3745  HG  LEU A1124      -3.267  17.355 -20.740  1.00 30.02           H  \\nATOM   3746 HD11 LEU A1124      -3.376  15.502 -22.874  1.00 28.94           H  \\nATOM   3747 HD12 LEU A1124      -4.075  17.103 -22.827  1.00 28.94           H  \\nATOM   3748 HD13 LEU A1124      -2.488  16.857 -23.527  1.00 28.94           H  \\nATOM   3749 HD21 LEU A1124      -2.585  14.631 -21.039  1.00 30.63           H  \\nATOM   3750 HD22 LEU A1124      -1.145  15.379 -20.382  1.00 30.63           H  \\nATOM   3751 HD23 LEU A1124      -2.678  15.549 -19.558  1.00 30.63           H  \\nATOM   3752  N   THR A1125      -2.322  20.555 -20.291  1.00 30.97           N  \\nATOM   3753  CA  THR A1125      -3.292  21.455 -19.661  1.00 31.58           C  \\nATOM   3754  C   THR A1125      -3.564  22.701 -20.526  1.00 35.29           C  \\nATOM   3755  O   THR A1125      -4.728  23.042 -20.712  1.00 34.46           O  \\nATOM   3756  CB  THR A1125      -2.835  21.924 -18.252  1.00 40.93           C  \\nATOM   3757  OG1 THR A1125      -2.671  20.794 -17.421  1.00 39.64           O  \\nATOM   3758  CG2 THR A1125      -3.789  22.892 -17.526  1.00 41.19           C  \\nATOM   3759  H   THR A1125      -1.430  20.452 -19.824  1.00 30.97           H  \\nATOM   3760  HA  THR A1125      -4.231  20.908 -19.552  1.00 31.58           H  \\nATOM   3761  HB  THR A1125      -1.860  22.404 -18.322  1.00 40.93           H  \\nATOM   3762  HG1 THR A1125      -1.976  20.241 -17.794  1.00 39.64           H  \\nATOM   3763 HG21 THR A1125      -3.407  23.132 -16.535  1.00 41.19           H  \\nATOM   3764 HG22 THR A1125      -3.900  23.840 -18.054  1.00 41.19           H  \\nATOM   3765 HG23 THR A1125      -4.782  22.457 -17.407  1.00 41.19           H  \\nATOM   3766  N   GLU A1126      -2.501  23.309 -21.082  1.00 33.17           N  \\nATOM   3767  CA  GLU A1126      -2.564  24.482 -21.955  1.00 34.02           C  \\nATOM   3768  C   GLU A1126      -3.392  24.279 -23.235  1.00 37.28           C  \\nATOM   3769  O   GLU A1126      -4.216  25.145 -23.522  1.00 35.08           O  \\nATOM   3770  CB  GLU A1126      -1.143  24.993 -22.262  1.00 36.83           C  \\nATOM   3771  CG  GLU A1126      -0.506  25.747 -21.070  1.00 44.51           C  \\nATOM   3772  CD  GLU A1126       0.990  26.084 -21.204  1.00 58.80           C  \\nATOM   3773  OE1 GLU A1126       1.481  26.792 -20.298  1.00 49.54           O  \\nATOM   3774  OE2 GLU A1126       1.634  25.646 -22.185  1.00 45.75           O1-\\nATOM   3775  H   GLU A1126      -1.572  22.967 -20.873  1.00 33.17           H  \\nATOM   3776  HA  GLU A1126      -3.075  25.262 -21.386  1.00 34.02           H  \\nATOM   3777  HB3 GLU A1126      -1.153  25.649 -23.133  1.00 36.83           H  \\nATOM   3778  HB2 GLU A1126      -0.524  24.139 -22.539  1.00 36.83           H  \\nATOM   3779  HG3 GLU A1126      -0.641  25.179 -20.151  1.00 44.51           H  \\nATOM   3780  HG2 GLU A1126      -1.051  26.680 -20.919  1.00 44.51           H  \\nATOM   3781  N   LEU A1127      -3.213  23.152 -23.954  1.00 34.11           N  \\nATOM   3782  CA  LEU A1127      -4.014  22.845 -25.150  1.00 33.79           C  \\nATOM   3783  C   LEU A1127      -5.491  22.548 -24.835  1.00 35.23           C  \\nATOM   3784  O   LEU A1127      -6.346  22.943 -25.626  1.00 34.81           O  \\nATOM   3785  CB  LEU A1127      -3.321  21.794 -26.055  1.00 33.69           C  \\nATOM   3786  CG  LEU A1127      -3.213  20.336 -25.549  1.00 37.11           C  \\nATOM   3787  CD1 LEU A1127      -4.490  19.501 -25.786  1.00 35.27           C  \\nATOM   3788  CD2 LEU A1127      -1.978  19.633 -26.146  1.00 40.08           C  \\nATOM   3789  H   LEU A1127      -2.527  22.467 -23.671  1.00 34.11           H  \\nATOM   3790  HA  LEU A1127      -4.026  23.762 -25.744  1.00 33.79           H  \\nATOM   3791  HB3 LEU A1127      -2.314  22.167 -26.235  1.00 33.69           H  \\nATOM   3792  HB2 LEU A1127      -3.792  21.791 -27.039  1.00 33.69           H  \\nATOM   3793  HG  LEU A1127      -3.048  20.386 -24.476  1.00 37.11           H  \\nATOM   3794 HD11 LEU A1127      -4.753  18.940 -24.890  1.00 35.27           H  \\nATOM   3795 HD12 LEU A1127      -5.351  20.108 -26.056  1.00 35.27           H  \\nATOM   3796 HD13 LEU A1127      -4.367  18.778 -26.592  1.00 35.27           H  \\nATOM   3797 HD21 LEU A1127      -2.160  18.585 -26.384  1.00 40.08           H  \\nATOM   3798 HD22 LEU A1127      -1.629  20.117 -27.058  1.00 40.08           H  \\nATOM   3799 HD23 LEU A1127      -1.156  19.657 -25.433  1.00 40.08           H  \\nATOM   3800  N   LEU A1128      -5.779  21.925 -23.675  1.00 30.68           N  \\nATOM   3801  CA  LEU A1128      -7.149  21.698 -23.203  1.00 29.82           C  \\nATOM   3802  C   LEU A1128      -7.868  23.003 -22.796  1.00 37.95           C  \\nATOM   3803  O   LEU A1128      -9.078  23.099 -23.001  1.00 37.53           O  \\nATOM   3804  CB  LEU A1128      -7.182  20.679 -22.042  1.00 28.63           C  \\nATOM   3805  CG  LEU A1128      -6.730  19.245 -22.401  1.00 31.65           C  \\nATOM   3806  CD1 LEU A1128      -6.586  18.387 -21.126  1.00 31.42           C  \\nATOM   3807  CD2 LEU A1128      -7.611  18.567 -23.467  1.00 31.56           C  \\nATOM   3808  H   LEU A1128      -5.032  21.625 -23.062  1.00 30.68           H  \\nATOM   3809  HA  LEU A1128      -7.696  21.275 -24.042  1.00 29.82           H  \\nATOM   3810  HB3 LEU A1128      -8.195  20.625 -21.642  1.00 28.63           H  \\nATOM   3811  HB2 LEU A1128      -6.560  21.058 -21.229  1.00 28.63           H  \\nATOM   3812  HG  LEU A1128      -5.745  19.305 -22.850  1.00 31.65           H  \\nATOM   3813 HD11 LEU A1128      -5.551  18.077 -20.987  1.00 31.42           H  \\nATOM   3814 HD12 LEU A1128      -6.877  18.930 -20.226  1.00 31.42           H  \\nATOM   3815 HD13 LEU A1128      -7.192  17.482 -21.154  1.00 31.42           H  \\nATOM   3816 HD21 LEU A1128      -7.634  17.483 -23.356  1.00 31.56           H  \\nATOM   3817 HD22 LEU A1128      -8.638  18.927 -23.434  1.00 31.56           H  \\nATOM   3818 HD23 LEU A1128      -7.222  18.763 -24.465  1.00 31.56           H  \\nATOM   3819  N   GLU A1129      -7.122  23.993 -22.277  1.00 37.30           N  \\nATOM   3820  CA  GLU A1129      -7.628  25.331 -21.956  1.00 38.66           C  \\nATOM   3821  C   GLU A1129      -7.904  26.197 -23.204  1.00 42.10           C  \\nATOM   3822  O   GLU A1129      -8.801  27.037 -23.141  1.00 42.78           O  \\nATOM   3823  CB  GLU A1129      -6.670  26.032 -20.967  1.00 41.41           C  \\nATOM   3824  CG  GLU A1129      -6.622  25.388 -19.556  1.00 54.54           C  \\nATOM   3825  CD  GLU A1129      -7.801  25.679 -18.612  1.00 90.90           C  \\nATOM   3826  OE1 GLU A1129      -8.677  26.501 -18.958  1.00 94.26           O  \\nATOM   3827  OE2 GLU A1129      -7.797  25.060 -17.524  1.00 91.13           O1-\\nATOM   3828  H   GLU A1129      -6.137  23.838 -22.107  1.00 37.30           H  \\nATOM   3829  HA  GLU A1129      -8.591  25.207 -21.456  1.00 38.66           H  \\nATOM   3830  HB3 GLU A1129      -6.907  27.094 -20.890  1.00 41.41           H  \\nATOM   3831  HB2 GLU A1129      -5.662  26.002 -21.380  1.00 41.41           H  \\nATOM   3832  HG3 GLU A1129      -5.711  25.719 -19.055  1.00 54.54           H  \\nATOM   3833  HG2 GLU A1129      -6.543  24.307 -19.642  1.00 54.54           H  \\nATOM   3834  N   ARG A1130      -7.195  25.946 -24.324  1.00 37.87           N  \\nATOM   3835  CA  ARG A1130      -7.499  26.535 -25.639  1.00 37.84           C  \\nATOM   3836  C   ARG A1130      -8.697  25.873 -26.351  1.00 41.63           C  \\nATOM   3837  O   ARG A1130      -9.138  26.406 -27.369  1.00 42.60           O  \\nATOM   3838  CB  ARG A1130      -6.265  26.498 -26.566  1.00 37.09           C  \\nATOM   3839  CG  ARG A1130      -5.073  27.342 -26.080  1.00 43.14           C  \\nATOM   3840  CD  ARG A1130      -4.008  27.588 -27.166  1.00 47.74           C  \\nATOM   3841  NE  ARG A1130      -3.331  26.356 -27.610  1.00 51.85           N  \\nATOM   3842  CZ  ARG A1130      -2.239  25.772 -27.088  1.00 60.61           C  \\nATOM   3843  NH1 ARG A1130      -1.609  26.260 -26.010  1.00 54.41           N  \\nATOM   3844  NH2 ARG A1130      -1.770  24.664 -27.673  1.00 41.74           N1+\\nATOM   3845  H   ARG A1130      -6.458  25.254 -24.302  1.00 37.87           H  \\nATOM   3846  HA  ARG A1130      -7.769  27.582 -25.491  1.00 37.84           H  \\nATOM   3847  HB3 ARG A1130      -6.554  26.873 -27.549  1.00 37.09           H  \\nATOM   3848  HB2 ARG A1130      -5.950  25.465 -26.724  1.00 37.09           H  \\nATOM   3849  HG3 ARG A1130      -4.609  26.808 -25.257  1.00 43.14           H  \\nATOM   3850  HG2 ARG A1130      -5.394  28.295 -25.660  1.00 43.14           H  \\nATOM   3851  HD3 ARG A1130      -3.308  28.371 -26.873  1.00 47.74           H  \\nATOM   3852  HD2 ARG A1130      -4.508  27.966 -28.058  1.00 47.74           H  \\nATOM   3853  HE  ARG A1130      -3.771  25.882 -28.391  1.00 51.85           H  \\nATOM   3854 HH12 ARG A1130      -0.771  25.815 -25.659  1.00 54.41           H  \\nATOM   3855 HH11 ARG A1130      -1.965  27.084 -25.548  1.00 54.41           H  \\nATOM   3856 HH22 ARG A1130      -0.975  24.169 -27.288  1.00 41.74           H  \\nATOM   3857 HH21 ARG A1130      -2.235  24.287 -28.490  1.00 41.74           H  \\nATOM   3858  N   GLY A1131      -9.207  24.747 -25.824  1.00 36.22           N  \\nATOM   3859  CA  GLY A1131     -10.366  24.048 -26.376  1.00 35.40           C  \\nATOM   3860  C   GLY A1131      -9.974  22.960 -27.390  1.00 37.10           C  \\nATOM   3861  O   GLY A1131     -10.871  22.416 -28.034  1.00 36.00           O  \\nATOM   3862  H   GLY A1131      -8.801  24.371 -24.979  1.00 36.22           H  \\nATOM   3863  HA3 GLY A1131     -11.060  24.747 -26.845  1.00 35.40           H  \\nATOM   3864  HA2 GLY A1131     -10.909  23.585 -25.554  1.00 35.40           H  \\nATOM   3865  N   GLU A1132      -8.676  22.623 -27.532  1.00 32.13           N  \\nATOM   3866  CA  GLU A1132      -8.205  21.537 -28.397  1.00 31.71           C  \\nATOM   3867  C   GLU A1132      -8.525  20.162 -27.793  1.00 33.67           C  \\nATOM   3868  O   GLU A1132      -8.257  19.935 -26.613  1.00 31.64           O  \\nATOM   3869  CB  GLU A1132      -6.694  21.640 -28.670  1.00 33.82           C  \\nATOM   3870  CG  GLU A1132      -6.247  22.982 -29.287  1.00 48.90           C  \\nATOM   3871  CD  GLU A1132      -4.778  23.022 -29.744  1.00 65.96           C  \\nATOM   3872  OE1 GLU A1132      -4.195  21.948 -30.019  1.00 51.67           O  \\nATOM   3873  OE2 GLU A1132      -4.249  24.151 -29.826  1.00 68.15           O1-\\nATOM   3874  H   GLU A1132      -7.970  23.086 -26.976  1.00 32.13           H  \\nATOM   3875  HA  GLU A1132      -8.720  21.634 -29.353  1.00 31.71           H  \\nATOM   3876  HB3 GLU A1132      -6.426  20.815 -29.330  1.00 33.82           H  \\nATOM   3877  HB2 GLU A1132      -6.135  21.468 -27.752  1.00 33.82           H  \\nATOM   3878  HG3 GLU A1132      -6.417  23.786 -28.569  1.00 48.90           H  \\nATOM   3879  HG2 GLU A1132      -6.869  23.208 -30.154  1.00 48.90           H  \\nATOM   3880  N   ARG A1133      -9.080  19.277 -28.631  1.00 30.19           N  \\nATOM   3881  CA  ARG A1133      -9.515  17.933 -28.263  1.00 28.71           C  \\nATOM   3882  C   ARG A1133      -8.945  16.892 -29.230  1.00 31.32           C  \\nATOM   3883  O   ARG A1133      -8.505  17.230 -30.331  1.00 31.52           O  \\nATOM   3884  CB  ARG A1133     -11.063  17.876 -28.305  1.00 28.69           C  \\nATOM   3885  CG  ARG A1133     -11.789  18.793 -27.309  1.00 29.69           C  \\nATOM   3886  CD  ARG A1133     -11.505  18.482 -25.831  1.00 29.80           C  \\nATOM   3887  NE  ARG A1133     -12.141  19.468 -24.947  1.00 30.88           N  \\nATOM   3888  CZ  ARG A1133     -11.592  20.560 -24.393  1.00 38.38           C  \\nATOM   3889  NH1 ARG A1133     -10.317  20.890 -24.594  1.00 29.25           N  \\nATOM   3890  NH2 ARG A1133     -12.340  21.342 -23.612  1.00 30.33           N1+\\nATOM   3891  H   ARG A1133      -9.223  19.537 -29.599  1.00 30.19           H  \\nATOM   3892  HA  ARG A1133      -9.150  17.666 -27.270  1.00 28.71           H  \\nATOM   3893  HB3 ARG A1133     -11.401  16.856 -28.123  1.00 28.69           H  \\nATOM   3894  HB2 ARG A1133     -11.407  18.118 -29.312  1.00 28.69           H  \\nATOM   3895  HG3 ARG A1133     -12.848  18.588 -27.471  1.00 29.69           H  \\nATOM   3896  HG2 ARG A1133     -11.659  19.851 -27.538  1.00 29.69           H  \\nATOM   3897  HD3 ARG A1133     -10.455  18.302 -25.603  1.00 29.80           H  \\nATOM   3898  HD2 ARG A1133     -12.018  17.554 -25.586  1.00 29.80           H  \\nATOM   3899  HE  ARG A1133     -13.129  19.321 -24.780  1.00 30.88           H  \\nATOM   3900 HH12 ARG A1133      -9.923  21.702 -24.135  1.00 29.25           H  \\nATOM   3901 HH11 ARG A1133      -9.733  20.336 -25.209  1.00 29.25           H  \\nATOM   3902 HH22 ARG A1133     -11.950  22.154 -23.148  1.00 30.33           H  \\nATOM   3903 HH21 ARG A1133     -13.297  21.079 -23.419  1.00 30.33           H  \\nATOM   3904  N   LEU A1134      -9.055  15.621 -28.811  1.00 26.90           N  \\nATOM   3905  CA  LEU A1134      -8.918  14.425 -29.644  1.00 26.48           C  \\nATOM   3906  C   LEU A1134      -9.928  14.480 -30.815  1.00 31.07           C  \\nATOM   3907  O   LEU A1134     -11.084  14.845 -30.581  1.00 29.22           O  \\nATOM   3908  CB  LEU A1134      -9.227  13.190 -28.766  1.00 25.80           C  \\nATOM   3909  CG  LEU A1134      -8.165  12.863 -27.694  1.00 28.43           C  \\nATOM   3910  CD1 LEU A1134      -8.717  11.905 -26.614  1.00 27.29           C  \\nATOM   3911  CD2 LEU A1134      -6.854  12.349 -28.325  1.00 31.24           C  \\nATOM   3912  H   LEU A1134      -9.416  15.453 -27.879  1.00 26.90           H  \\nATOM   3913  HA  LEU A1134      -7.887  14.406 -29.992  1.00 26.48           H  \\nATOM   3914  HB3 LEU A1134      -9.362  12.309 -29.394  1.00 25.80           H  \\nATOM   3915  HB2 LEU A1134     -10.189  13.350 -28.280  1.00 25.80           H  \\nATOM   3916  HG  LEU A1134      -7.928  13.796 -27.183  1.00 28.43           H  \\nATOM   3917 HD11 LEU A1134      -8.755  12.402 -25.644  1.00 27.29           H  \\nATOM   3918 HD12 LEU A1134      -9.729  11.570 -26.840  1.00 27.29           H  \\nATOM   3919 HD13 LEU A1134      -8.107  11.011 -26.487  1.00 27.29           H  \\nATOM   3920 HD21 LEU A1134      -5.992  12.885 -27.926  1.00 31.24           H  \\nATOM   3921 HD22 LEU A1134      -6.697  11.289 -28.144  1.00 31.24           H  \\nATOM   3922 HD23 LEU A1134      -6.840  12.471 -29.408  1.00 31.24           H  \\nATOM   3923  N   PRO A1135      -9.478  14.161 -32.051  1.00 29.27           N  \\nATOM   3924  CA  PRO A1135     -10.320  14.269 -33.257  1.00 29.71           C  \\nATOM   3925  C   PRO A1135     -11.484  13.263 -33.276  1.00 33.63           C  \\nATOM   3926  O   PRO A1135     -11.495  12.320 -32.486  1.00 33.51           O  \\nATOM   3927  CB  PRO A1135      -9.324  14.011 -34.400  1.00 32.38           C  \\nATOM   3928  CG  PRO A1135      -8.283  13.086 -33.794  1.00 35.83           C  \\nATOM   3929  CD  PRO A1135      -8.159  13.605 -32.368  1.00 30.45           C  \\nATOM   3930  HA  PRO A1135     -10.734  15.274 -33.346  1.00 29.71           H  \\nATOM   3931  HB3 PRO A1135      -8.853  14.953 -34.686  1.00 32.38           H  \\nATOM   3932  HB2 PRO A1135      -9.779  13.590 -35.298  1.00 32.38           H  \\nATOM   3933  HG3 PRO A1135      -7.340  13.077 -34.339  1.00 35.83           H  \\nATOM   3934  HG2 PRO A1135      -8.673  12.068 -33.776  1.00 35.83           H  \\nATOM   3935  HD2 PRO A1135      -7.859  12.805 -31.691  1.00 30.45           H  \\nATOM   3936  HD3 PRO A1135      -7.419  14.404 -32.314  1.00 30.45           H  \\nATOM   3937  N   ARG A1136     -12.446  13.482 -34.185  1.00 30.63           N  \\nATOM   3938  CA  ARG A1136     -13.533  12.542 -34.459  1.00 30.68           C  \\nATOM   3939  C   ARG A1136     -12.962  11.261 -35.110  1.00 36.51           C  \\nATOM   3940  O   ARG A1136     -12.376  11.380 -36.188  1.00 36.37           O  \\nATOM   3941  CB  ARG A1136     -14.560  13.241 -35.376  1.00 28.69           C  \\nATOM   3942  CG  ARG A1136     -15.806  12.379 -35.679  1.00 33.51           C  \\nATOM   3943  CD  ARG A1136     -16.847  13.056 -36.590  1.00 37.56           C  \\nATOM   3944  NE  ARG A1136     -16.358  13.227 -37.972  1.00 52.22           N  \\nATOM   3945  CZ  ARG A1136     -16.281  12.291 -38.939  1.00 71.16           C  \\nATOM   3946  NH1 ARG A1136     -15.733  12.618 -40.115  1.00 60.58           N  \\nATOM   3947  NH2 ARG A1136     -16.728  11.038 -38.774  1.00 53.25           N1+\\nATOM   3948  H   ARG A1136     -12.389  14.291 -34.792  1.00 30.63           H  \\nATOM   3949  HA  ARG A1136     -14.039  12.330 -33.523  1.00 30.68           H  \\nATOM   3950  HB3 ARG A1136     -14.076  13.535 -36.309  1.00 28.69           H  \\nATOM   3951  HB2 ARG A1136     -14.883  14.169 -34.905  1.00 28.69           H  \\nATOM   3952  HG3 ARG A1136     -16.278  12.004 -34.771  1.00 33.51           H  \\nATOM   3953  HG2 ARG A1136     -15.454  11.489 -36.199  1.00 33.51           H  \\nATOM   3954  HD3 ARG A1136     -16.998  14.074 -36.231  1.00 37.56           H  \\nATOM   3955  HD2 ARG A1136     -17.825  12.577 -36.532  1.00 37.56           H  \\nATOM   3956  HE  ARG A1136     -15.982  14.141 -38.177  1.00 52.22           H  \\nATOM   3957 HH12 ARG A1136     -15.652  11.923 -40.844  1.00 60.58           H  \\nATOM   3958 HH11 ARG A1136     -15.382  13.551 -40.280  1.00 60.58           H  \\nATOM   3959 HH22 ARG A1136     -16.634  10.363 -39.522  1.00 53.25           H  \\nATOM   3960 HH21 ARG A1136     -17.185  10.766 -37.912  1.00 53.25           H  \\nATOM   3961  N   PRO A1137     -13.133  10.074 -34.473  1.00 34.19           N  \\nATOM   3962  CA  PRO A1137     -12.794   8.777 -35.100  1.00 34.79           C  \\nATOM   3963  C   PRO A1137     -13.518   8.551 -36.438  1.00 39.69           C  \\nATOM   3964  O   PRO A1137     -14.654   9.000 -36.591  1.00 37.63           O  \\nATOM   3965  CB  PRO A1137     -13.235   7.730 -34.059  1.00 35.61           C  \\nATOM   3966  CG  PRO A1137     -13.270   8.479 -32.741  1.00 38.50           C  \\nATOM   3967  CD  PRO A1137     -13.716   9.872 -33.145  1.00 34.62           C  \\nATOM   3968  HA  PRO A1137     -11.711   8.740 -35.234  1.00 34.79           H  \\nATOM   3969  HB3 PRO A1137     -12.572   6.866 -34.029  1.00 35.61           H  \\nATOM   3970  HB2 PRO A1137     -14.230   7.351 -34.286  1.00 35.61           H  \\nATOM   3971  HG3 PRO A1137     -12.259   8.534 -32.343  1.00 38.50           H  \\nATOM   3972  HG2 PRO A1137     -13.904   8.021 -31.984  1.00 38.50           H  \\nATOM   3973  HD2 PRO A1137     -14.802   9.926 -33.221  1.00 34.62           H  \\nATOM   3974  HD3 PRO A1137     -13.386  10.595 -32.401  1.00 34.62           H  \\nATOM   3975  N   ASP A1138     -12.853   7.868 -37.383  1.00 39.28           N  \\nATOM   3976  CA  ASP A1138     -13.426   7.546 -38.693  1.00 41.69           C  \\nATOM   3977  C   ASP A1138     -14.685   6.666 -38.532  1.00 47.14           C  \\nATOM   3978  O   ASP A1138     -14.612   5.633 -37.867  1.00 46.83           O  \\nATOM   3979  CB  ASP A1138     -12.387   6.871 -39.624  1.00 45.59           C  \\nATOM   3980  CG  ASP A1138     -12.841   6.652 -41.080  1.00 68.02           C  \\nATOM   3981  OD1 ASP A1138     -13.557   7.527 -41.620  1.00 70.17           O  \\nATOM   3982  OD2 ASP A1138     -12.365   5.662 -41.676  1.00 78.75           O1-\\nATOM   3983  H   ASP A1138     -11.925   7.516 -37.195  1.00 39.28           H  \\nATOM   3984  HA  ASP A1138     -13.719   8.501 -39.135  1.00 41.69           H  \\nATOM   3985  HB3 ASP A1138     -12.074   5.921 -39.186  1.00 45.59           H  \\nATOM   3986  HB2 ASP A1138     -11.481   7.478 -39.648  1.00 45.59           H  \\nATOM   3987  N   LYS A1139     -15.800   7.116 -39.131  1.00 45.46           N  \\nATOM   3988  CA  LYS A1139     -17.138   6.507 -39.107  1.00 46.10           C  \\nATOM   3989  C   LYS A1139     -17.911   6.699 -37.781  1.00 48.03           C  \\nATOM   3990  O   LYS A1139     -19.010   6.158 -37.663  1.00 49.27           O  \\nATOM   3991  CB  LYS A1139     -17.123   5.027 -39.585  1.00 50.14           C  \\nATOM   3992  CG  LYS A1139     -16.482   4.798 -40.972  1.00 69.71           C  \\nATOM   3993  CD  LYS A1139     -17.332   5.278 -42.167  1.00 83.93           C  \\nATOM   3994  CE  LYS A1139     -18.382   4.259 -42.647  1.00 98.25           C  \\nATOM   3995  NZ  LYS A1139     -17.770   3.130 -43.374  1.00107.70           N1+\\nATOM   3996  H   LYS A1139     -15.734   7.966 -39.674  1.00 45.46           H  \\nATOM   3997  HA  LYS A1139     -17.712   7.081 -39.834  1.00 46.10           H  \\nATOM   3998  HB3 LYS A1139     -18.137   4.626 -39.598  1.00 50.14           H  \\nATOM   3999  HB2 LYS A1139     -16.590   4.415 -38.858  1.00 50.14           H  \\nATOM   4000  HG3 LYS A1139     -16.252   3.738 -41.079  1.00 69.71           H  \\nATOM   4001  HG2 LYS A1139     -15.512   5.290 -41.017  1.00 69.71           H  \\nATOM   4002  HD3 LYS A1139     -16.672   5.557 -42.990  1.00 83.93           H  \\nATOM   4003  HD2 LYS A1139     -17.850   6.199 -41.901  1.00 83.93           H  \\nATOM   4004  HE3 LYS A1139     -19.082   4.749 -43.326  1.00 98.25           H  \\nATOM   4005  HE2 LYS A1139     -18.968   3.879 -41.809  1.00 98.25           H  \\nATOM   4006  HZ1 LYS A1139     -17.132   2.641 -42.762  1.00107.70           H  \\nATOM   4007  HZ2 LYS A1139     -18.490   2.494 -43.686  1.00107.70           H  \\nATOM   4008  HZ3 LYS A1139     -17.261   3.480 -44.174  1.00107.70           H  \\nATOM   4009  N   CYS A1140     -17.379   7.501 -36.836  1.00 40.64           N  \\nATOM   4010  CA  CYS A1140     -18.096   7.964 -35.642  1.00 37.44           C  \\nATOM   4011  C   CYS A1140     -19.135   9.023 -36.075  1.00 40.28           C  \\nATOM   4012  O   CYS A1140     -18.716  10.015 -36.674  1.00 40.75           O  \\nATOM   4013  CB  CYS A1140     -17.119   8.571 -34.608  1.00 35.57           C  \\nATOM   4014  SG  CYS A1140     -17.956   9.233 -33.132  1.00 37.88           S  \\nATOM   4015  H   CYS A1140     -16.464   7.904 -36.986  1.00 40.64           H  \\nATOM   4016  HA  CYS A1140     -18.547   7.094 -35.169  1.00 37.44           H  \\nATOM   4017  HB3 CYS A1140     -16.551   9.391 -35.044  1.00 35.57           H  \\nATOM   4018  HB2 CYS A1140     -16.407   7.814 -34.285  1.00 35.57           H  \\nATOM   4019  HG  CYS A1140     -18.601  10.222 -33.759  1.00 37.88           H  \\nATOM   4020  N   PRO A1141     -20.442   8.825 -35.776  1.00 34.69           N  \\nATOM   4021  CA  PRO A1141     -21.483   9.846 -36.018  1.00 34.83           C  \\nATOM   4022  C   PRO A1141     -21.161  11.214 -35.391  1.00 36.98           C  \\nATOM   4023  O   PRO A1141     -20.604  11.262 -34.294  1.00 34.16           O  \\nATOM   4024  CB  PRO A1141     -22.754   9.238 -35.404  1.00 36.57           C  \\nATOM   4025  CG  PRO A1141     -22.512   7.741 -35.389  1.00 40.74           C  \\nATOM   4026  CD  PRO A1141     -21.014   7.635 -35.148  1.00 36.09           C  \\nATOM   4027  HA  PRO A1141     -21.603   9.941 -37.099  1.00 34.83           H  \\nATOM   4028  HB3 PRO A1141     -23.645   9.500 -35.973  1.00 36.57           H  \\nATOM   4029  HB2 PRO A1141     -22.903   9.592 -34.384  1.00 36.57           H  \\nATOM   4030  HG3 PRO A1141     -22.751   7.330 -36.371  1.00 40.74           H  \\nATOM   4031  HG2 PRO A1141     -23.108   7.209 -34.648  1.00 40.74           H  \\nATOM   4032  HD2 PRO A1141     -20.788   7.650 -34.081  1.00 36.09           H  \\nATOM   4033  HD3 PRO A1141     -20.634   6.709 -35.576  1.00 36.09           H  \\nATOM   4034  N   ALA A1142     -21.496  12.292 -36.118  1.00 34.46           N  \\nATOM   4035  CA  ALA A1142     -21.237  13.677 -35.716  1.00 34.01           C  \\nATOM   4036  C   ALA A1142     -21.858  14.063 -34.363  1.00 35.94           C  \\nATOM   4037  O   ALA A1142     -21.196  14.741 -33.582  1.00 33.77           O  \\nATOM   4038  CB  ALA A1142     -21.717  14.626 -36.823  1.00 35.94           C  \\nATOM   4039  H   ALA A1142     -21.956  12.168 -37.008  1.00 34.46           H  \\nATOM   4040  HA  ALA A1142     -20.155  13.788 -35.623  1.00 34.01           H  \\nATOM   4041  HB1 ALA A1142     -21.528  15.667 -36.559  1.00 35.94           H  \\nATOM   4042  HB2 ALA A1142     -21.199  14.427 -37.761  1.00 35.94           H  \\nATOM   4043  HB3 ALA A1142     -22.788  14.519 -37.005  1.00 35.94           H  \\nATOM   4044  N   GLU A1143     -23.085  13.585 -34.095  1.00 34.04           N  \\nATOM   4045  CA  GLU A1143     -23.816  13.835 -32.853  1.00 34.34           C  \\nATOM   4046  C   GLU A1143     -23.305  12.992 -31.664  1.00 35.13           C  \\nATOM   4047  O   GLU A1143     -23.390  13.458 -30.528  1.00 31.94           O  \\nATOM   4048  CB  GLU A1143     -25.318  13.650 -33.135  1.00 37.10           C  \\nATOM   4049  CG  GLU A1143     -26.246  14.080 -31.978  1.00 51.53           C  \\nATOM   4050  CD  GLU A1143     -27.740  14.125 -32.340  1.00 70.35           C  \\nATOM   4051  OE1 GLU A1143     -28.153  13.422 -33.291  1.00 77.38           O  \\nATOM   4052  OE2 GLU A1143     -28.460  14.869 -31.638  1.00 51.45           O1-\\nATOM   4053  H   GLU A1143     -23.564  13.026 -34.790  1.00 34.04           H  \\nATOM   4054  HA  GLU A1143     -23.664  14.883 -32.589  1.00 34.34           H  \\nATOM   4055  HB3 GLU A1143     -25.505  12.606 -33.385  1.00 37.10           H  \\nATOM   4056  HB2 GLU A1143     -25.577  14.225 -34.027  1.00 37.10           H  \\nATOM   4057  HG3 GLU A1143     -25.936  15.065 -31.626  1.00 51.53           H  \\nATOM   4058  HG2 GLU A1143     -26.129  13.400 -31.134  1.00 51.53           H  \\nATOM   4059  N   VAL A1144     -22.731  11.805 -31.940  1.00 32.23           N  \\nATOM   4060  CA  VAL A1144     -22.009  10.987 -30.957  1.00 30.46           C  \\nATOM   4061  C   VAL A1144     -20.648  11.617 -30.584  1.00 31.37           C  \\nATOM   4062  O   VAL A1144     -20.236  11.503 -29.430  1.00 28.93           O  \\nATOM   4063  CB  VAL A1144     -21.807   9.523 -31.459  1.00 34.90           C  \\nATOM   4064  CG1 VAL A1144     -20.858   8.650 -30.606  1.00 34.06           C  \\nATOM   4065  CG2 VAL A1144     -23.162   8.803 -31.593  1.00 35.48           C  \\nATOM   4066  H   VAL A1144     -22.686  11.488 -32.898  1.00 32.23           H  \\nATOM   4067  HA  VAL A1144     -22.610  10.949 -30.046  1.00 30.46           H  \\nATOM   4068  HB  VAL A1144     -21.371   9.566 -32.457  1.00 34.90           H  \\nATOM   4069 HG11 VAL A1144     -20.841   7.622 -30.969  1.00 34.06           H  \\nATOM   4070 HG12 VAL A1144     -19.827   9.004 -30.638  1.00 34.06           H  \\nATOM   4071 HG13 VAL A1144     -21.173   8.625 -29.562  1.00 34.06           H  \\nATOM   4072 HG21 VAL A1144     -23.040   7.798 -31.997  1.00 35.48           H  \\nATOM   4073 HG22 VAL A1144     -23.654   8.713 -30.625  1.00 35.48           H  \\nATOM   4074 HG23 VAL A1144     -23.843   9.336 -32.256  1.00 35.48           H  \\nATOM   4075  N   TYR A1145     -20.010  12.320 -31.540  1.00 28.72           N  \\nATOM   4076  CA  TYR A1145     -18.815  13.130 -31.305  1.00 28.17           C  \\nATOM   4077  C   TYR A1145     -19.111  14.402 -30.483  1.00 32.85           C  \\nATOM   4078  O   TYR A1145     -18.270  14.789 -29.676  1.00 32.29           O  \\nATOM   4079  CB  TYR A1145     -18.111  13.449 -32.643  1.00 29.44           C  \\nATOM   4080  CG  TYR A1145     -16.805  14.215 -32.495  1.00 31.74           C  \\nATOM   4081  CD1 TYR A1145     -15.727  13.605 -31.826  1.00 33.16           C  \\nATOM   4082  CD2 TYR A1145     -16.667  15.532 -32.980  1.00 33.69           C  \\nATOM   4083  CE1 TYR A1145     -14.533  14.312 -31.597  1.00 33.08           C  \\nATOM   4084  CE2 TYR A1145     -15.457  16.230 -32.785  1.00 34.55           C  \\nATOM   4085  CZ  TYR A1145     -14.395  15.627 -32.079  1.00 36.66           C  \\nATOM   4086  OH  TYR A1145     -13.233  16.310 -31.864  1.00 35.20           O  \\nATOM   4087  H   TYR A1145     -20.399  12.353 -32.473  1.00 28.72           H  \\nATOM   4088  HA  TYR A1145     -18.129  12.519 -30.716  1.00 28.17           H  \\nATOM   4089  HB3 TYR A1145     -18.775  14.007 -33.302  1.00 29.44           H  \\nATOM   4090  HB2 TYR A1145     -17.894  12.516 -33.163  1.00 29.44           H  \\nATOM   4091  HD1 TYR A1145     -15.827  12.586 -31.495  1.00 33.16           H  \\nATOM   4092  HD2 TYR A1145     -17.486  16.012 -33.496  1.00 33.69           H  \\nATOM   4093  HE1 TYR A1145     -13.720  13.833 -31.071  1.00 33.08           H  \\nATOM   4094  HE2 TYR A1145     -15.352  17.237 -33.161  1.00 34.55           H  \\nATOM   4095  HH  TYR A1145     -12.591  15.787 -31.372  1.00 35.20           H  \\nATOM   4096  N   HIS A1146     -20.303  15.000 -30.665  1.00 31.34           N  \\nATOM   4097  CA  HIS A1146     -20.779  16.145 -29.881  1.00 31.80           C  \\nATOM   4098  C   HIS A1146     -21.146  15.778 -28.433  1.00 32.90           C  \\nATOM   4099  O   HIS A1146     -20.947  16.611 -27.550  1.00 31.97           O  \\nATOM   4100  CB  HIS A1146     -21.955  16.843 -30.592  1.00 33.81           C  \\nATOM   4101  CG  HIS A1146     -21.650  17.391 -31.965  1.00 37.86           C  \\nATOM   4102  ND1 HIS A1146     -22.623  17.473 -32.968  1.00 40.76           N  \\nATOM   4103  CD2 HIS A1146     -20.458  17.881 -32.464  1.00 39.65           C  \\nATOM   4104  CE1 HIS A1146     -21.991  17.984 -34.016  1.00 40.91           C  \\nATOM   4105  NE2 HIS A1146     -20.706  18.244 -33.776  1.00 40.63           N  \\nATOM   4106  H   HIS A1146     -20.940  14.639 -31.363  1.00 31.34           H  \\nATOM   4107  HA  HIS A1146     -19.959  16.864 -29.820  1.00 31.80           H  \\nATOM   4108  HB3 HIS A1146     -22.316  17.675 -29.985  1.00 33.81           H  \\nATOM   4109  HB2 HIS A1146     -22.794  16.152 -30.679  1.00 33.81           H  \\nATOM   4110  HD2 HIS A1146     -19.485  17.986 -32.008  1.00 39.65           H  \\nATOM   4111  HE1 HIS A1146     -22.472  18.171 -34.965  1.00 40.91           H  \\nATOM   4112  HE2 HIS A1146     -20.043  18.638 -34.428  1.00 40.63           H  \\nATOM   4113  N   LEU A1147     -21.611  14.536 -28.202  1.00 29.07           N  \\nATOM   4114  CA  LEU A1147     -21.778  13.940 -26.872  1.00 28.56           C  \\nATOM   4115  C   LEU A1147     -20.424  13.756 -26.160  1.00 31.25           C  \\nATOM   4116  O   LEU A1147     -20.338  13.997 -24.958  1.00 29.28           O  \\nATOM   4117  CB  LEU A1147     -22.590  12.626 -27.011  1.00 29.23           C  \\nATOM   4118  CG  LEU A1147     -22.817  11.793 -25.720  1.00 34.50           C  \\nATOM   4119  CD1 LEU A1147     -24.077  10.917 -25.842  1.00 34.68           C  \\nATOM   4120  CD2 LEU A1147     -21.606  10.922 -25.312  1.00 36.84           C  \\nATOM   4121  H   LEU A1147     -21.788  13.924 -28.986  1.00 29.07           H  \\nATOM   4122  HA  LEU A1147     -22.369  14.632 -26.270  1.00 28.56           H  \\nATOM   4123  HB3 LEU A1147     -22.149  11.983 -27.771  1.00 29.23           H  \\nATOM   4124  HB2 LEU A1147     -23.558  12.917 -27.419  1.00 29.23           H  \\nATOM   4125  HG  LEU A1147     -23.013  12.499 -24.911  1.00 34.50           H  \\nATOM   4126 HD11 LEU A1147     -24.525  10.753 -24.862  1.00 34.68           H  \\nATOM   4127 HD12 LEU A1147     -24.837  11.371 -26.478  1.00 34.68           H  \\nATOM   4128 HD13 LEU A1147     -23.850   9.940 -26.269  1.00 34.68           H  \\nATOM   4129 HD21 LEU A1147     -21.884   9.888 -25.107  1.00 36.84           H  \\nATOM   4130 HD22 LEU A1147     -20.841  10.896 -26.088  1.00 36.84           H  \\nATOM   4131 HD23 LEU A1147     -21.140  11.306 -24.405  1.00 36.84           H  \\nATOM   4132  N   MET A1148     -19.396  13.361 -26.929  1.00 29.35           N  \\nATOM   4133  CA  MET A1148     -18.014  13.182 -26.484  1.00 30.67           C  \\nATOM   4134  C   MET A1148     -17.339  14.513 -26.107  1.00 31.09           C  \\nATOM   4135  O   MET A1148     -16.638  14.554 -25.099  1.00 28.70           O  \\nATOM   4136  CB  MET A1148     -17.240  12.431 -27.592  1.00 34.60           C  \\nATOM   4137  CG  MET A1148     -16.460  11.203 -27.102  1.00 40.60           C  \\nATOM   4138  SD  MET A1148     -16.144   9.982 -28.405  1.00 46.94           S  \\nATOM   4139  CE  MET A1148     -14.969  10.895 -29.430  1.00 42.17           C  \\nATOM   4140  H   MET A1148     -19.567  13.172 -27.907  1.00 29.35           H  \\nATOM   4141  HA  MET A1148     -18.055  12.563 -25.586  1.00 30.67           H  \\nATOM   4142  HB3 MET A1148     -16.552  13.112 -28.095  1.00 34.60           H  \\nATOM   4143  HB2 MET A1148     -17.922  12.103 -28.375  1.00 34.60           H  \\nATOM   4144  HG3 MET A1148     -17.018  10.688 -26.320  1.00 40.60           H  \\nATOM   4145  HG2 MET A1148     -15.515  11.514 -26.657  1.00 40.60           H  \\nATOM   4146  HE1 MET A1148     -14.862  10.415 -30.402  1.00 42.17           H  \\nATOM   4147  HE2 MET A1148     -15.302  11.918 -29.569  1.00 42.17           H  \\nATOM   4148  HE3 MET A1148     -13.997  10.931 -28.953  1.00 42.17           H  \\nATOM   4149  N   LYS A1149     -17.598  15.580 -26.886  1.00 27.88           N  \\nATOM   4150  CA  LYS A1149     -17.154  16.946 -26.595  1.00 27.39           C  \\nATOM   4151  C   LYS A1149     -17.917  17.609 -25.435  1.00 30.73           C  \\nATOM   4152  O   LYS A1149     -17.329  18.451 -24.759  1.00 30.19           O  \\nATOM   4153  CB  LYS A1149     -17.207  17.818 -27.865  1.00 30.13           C  \\nATOM   4154  CG  LYS A1149     -16.108  17.472 -28.889  1.00 40.57           C  \\nATOM   4155  CD  LYS A1149     -15.915  18.539 -29.980  1.00 49.92           C  \\nATOM   4156  CE  LYS A1149     -15.173  19.793 -29.484  1.00 55.31           C  \\nATOM   4157  NZ  LYS A1149     -14.911  20.746 -30.577  1.00 61.18           N1+\\nATOM   4158  H   LYS A1149     -18.158  15.460 -27.720  1.00 27.88           H  \\nATOM   4159  HA  LYS A1149     -16.112  16.888 -26.279  1.00 27.39           H  \\nATOM   4160  HB3 LYS A1149     -17.079  18.859 -27.571  1.00 30.13           H  \\nATOM   4161  HB2 LYS A1149     -18.193  17.764 -28.329  1.00 30.13           H  \\nATOM   4162  HG3 LYS A1149     -16.348  16.522 -29.364  1.00 40.57           H  \\nATOM   4163  HG2 LYS A1149     -15.157  17.313 -28.382  1.00 40.57           H  \\nATOM   4164  HD3 LYS A1149     -16.890  18.818 -30.383  1.00 49.92           H  \\nATOM   4165  HD2 LYS A1149     -15.361  18.095 -30.805  1.00 49.92           H  \\nATOM   4166  HE3 LYS A1149     -14.215  19.514 -29.049  1.00 55.31           H  \\nATOM   4167  HE2 LYS A1149     -15.743  20.306 -28.710  1.00 55.31           H  \\nATOM   4168  HZ1 LYS A1149     -14.403  21.541 -30.215  1.00 61.18           H  \\nATOM   4169  HZ2 LYS A1149     -14.362  20.296 -31.294  1.00 61.18           H  \\nATOM   4170  HZ3 LYS A1149     -15.788  21.058 -30.970  1.00 61.18           H  \\nATOM   4171  N   ASN A1150     -19.178  17.207 -25.195  1.00 27.52           N  \\nATOM   4172  CA  ASN A1150     -19.961  17.623 -24.027  1.00 27.53           C  \\nATOM   4173  C   ASN A1150     -19.491  16.903 -22.745  1.00 29.61           C  \\nATOM   4174  O   ASN A1150     -19.527  17.504 -21.674  1.00 29.79           O  \\nATOM   4175  CB  ASN A1150     -21.466  17.425 -24.321  1.00 28.97           C  \\nATOM   4176  CG  ASN A1150     -22.410  17.975 -23.243  1.00 41.34           C  \\nATOM   4177  OD1 ASN A1150     -23.302  17.265 -22.787  1.00 34.75           O  \\nATOM   4178  ND2 ASN A1150     -22.230  19.234 -22.833  1.00 35.14           N  \\nATOM   4179  H   ASN A1150     -19.616  16.537 -25.812  1.00 27.52           H  \\nATOM   4180  HA  ASN A1150     -19.788  18.690 -23.883  1.00 27.53           H  \\nATOM   4181  HB3 ASN A1150     -21.683  16.367 -24.477  1.00 28.97           H  \\nATOM   4182  HB2 ASN A1150     -21.722  17.929 -25.254  1.00 28.97           H  \\nATOM   4183 HD22 ASN A1150     -22.824  19.619 -22.112  1.00 35.14           H  \\nATOM   4184 HD21 ASN A1150     -21.495  19.813 -23.220  1.00 35.14           H  \\nATOM   4185  N   CYS A1151     -18.978  15.668 -22.883  1.00 24.02           N  \\nATOM   4186  CA  CYS A1151     -18.226  14.967 -21.839  1.00 24.87           C  \\nATOM   4187  C   CYS A1151     -16.843  15.601 -21.590  1.00 28.35           C  \\nATOM   4188  O   CYS A1151     -16.282  15.363 -20.527  1.00 26.56           O  \\nATOM   4189  CB  CYS A1151     -18.067  13.466 -22.147  1.00 25.12           C  \\nATOM   4190  SG  CYS A1151     -19.666  12.631 -21.997  1.00 29.56           S  \\nATOM   4191  H   CYS A1151     -19.008  15.218 -23.787  1.00 24.02           H  \\nATOM   4192  HA  CYS A1151     -18.778  15.060 -20.903  1.00 24.87           H  \\nATOM   4193  HB3 CYS A1151     -17.376  12.992 -21.451  1.00 25.12           H  \\nATOM   4194  HB2 CYS A1151     -17.671  13.297 -23.146  1.00 25.12           H  \\nATOM   4195  HG  CYS A1151     -20.221  13.209 -23.068  1.00 29.56           H  \\nATOM   4196  N   TRP A1152     -16.334  16.407 -22.539  1.00 24.56           N  \\nATOM   4197  CA  TRP A1152     -15.064  17.120 -22.440  1.00 24.31           C  \\nATOM   4198  C   TRP A1152     -15.252  18.648 -22.357  1.00 28.86           C  \\nATOM   4199  O   TRP A1152     -14.462  19.368 -22.962  1.00 29.11           O  \\nATOM   4200  CB  TRP A1152     -14.150  16.769 -23.635  1.00 23.52           C  \\nATOM   4201  CG  TRP A1152     -13.769  15.351 -23.905  1.00 23.91           C  \\nATOM   4202  CD1 TRP A1152     -13.464  14.411 -22.983  1.00 26.64           C  \\nATOM   4203  CD2 TRP A1152     -13.493  14.748 -25.205  1.00 24.07           C  \\nATOM   4204  NE1 TRP A1152     -13.028  13.271 -23.624  1.00 25.72           N  \\nATOM   4205  CE2 TRP A1152     -13.021  13.419 -24.996  1.00 26.84           C  \\nATOM   4206  CE3 TRP A1152     -13.581  15.195 -26.545  1.00 25.78           C  \\nATOM   4207  CZ2 TRP A1152     -12.651  12.581 -26.063  1.00 25.92           C  \\nATOM   4208  CZ3 TRP A1152     -13.229  14.360 -27.624  1.00 27.26           C  \\nATOM   4209  CH2 TRP A1152     -12.760  13.055 -27.383  1.00 27.17           C  \\nATOM   4210  H   TRP A1152     -16.861  16.563 -23.386  1.00 24.56           H  \\nATOM   4211  HA  TRP A1152     -14.549  16.820 -21.531  1.00 24.31           H  \\nATOM   4212  HB3 TRP A1152     -13.195  17.278 -23.504  1.00 23.52           H  \\nATOM   4213  HB2 TRP A1152     -14.587  17.165 -24.551  1.00 23.52           H  \\nATOM   4214  HD1 TRP A1152     -13.530  14.552 -21.914  1.00 26.64           H  \\nATOM   4215  HE1 TRP A1152     -12.743  12.443 -23.118  1.00 25.72           H  \\nATOM   4216  HE3 TRP A1152     -13.922  16.199 -26.746  1.00 25.78           H  \\nATOM   4217  HZ2 TRP A1152     -12.280  11.586 -25.875  1.00 25.92           H  \\nATOM   4218  HZ3 TRP A1152     -13.304  14.727 -28.637  1.00 27.26           H  \\nATOM   4219  HH2 TRP A1152     -12.468  12.425 -28.209  1.00 27.17           H  \\nATOM   4220  N   GLU A1153     -16.243  19.166 -21.612  1.00 25.75           N  \\nATOM   4221  CA  GLU A1153     -16.288  20.607 -21.306  1.00 26.82           C  \\nATOM   4222  C   GLU A1153     -15.165  20.957 -20.317  1.00 30.62           C  \\nATOM   4223  O   GLU A1153     -14.982  20.213 -19.355  1.00 26.79           O  \\nATOM   4224  CB  GLU A1153     -17.661  21.015 -20.731  1.00 28.38           C  \\nATOM   4225  CG  GLU A1153     -18.853  20.780 -21.684  1.00 35.13           C  \\nATOM   4226  CD  GLU A1153     -19.078  21.826 -22.787  1.00 54.88           C  \\nATOM   4227  OE1 GLU A1153     -18.283  22.786 -22.903  1.00 51.30           O  \\nATOM   4228  OE2 GLU A1153     -20.072  21.633 -23.523  1.00 50.04           O1-\\nATOM   4229  H   GLU A1153     -16.909  18.570 -21.143  1.00 25.75           H  \\nATOM   4230  HA  GLU A1153     -16.126  21.170 -22.227  1.00 26.82           H  \\nATOM   4231  HB3 GLU A1153     -17.632  22.059 -20.419  1.00 28.38           H  \\nATOM   4232  HB2 GLU A1153     -17.847  20.473 -19.807  1.00 28.38           H  \\nATOM   4233  HG3 GLU A1153     -19.767  20.707 -21.096  1.00 35.13           H  \\nATOM   4234  HG2 GLU A1153     -18.736  19.816 -22.172  1.00 35.13           H  \\nATOM   4235  N   THR A1154     -14.438  22.064 -20.561  1.00 30.88           N  \\nATOM   4236  CA  THR A1154     -13.383  22.571 -19.668  1.00 31.88           C  \\nATOM   4237  C   THR A1154     -13.939  22.913 -18.271  1.00 35.93           C  \\nATOM   4238  O   THR A1154     -13.325  22.547 -17.269  1.00 35.75           O  \\nATOM   4239  CB  THR A1154     -12.699  23.849 -20.233  1.00 43.66           C  \\nATOM   4240  OG1 THR A1154     -12.085  23.555 -21.471  1.00 44.97           O  \\nATOM   4241  CG2 THR A1154     -11.623  24.496 -19.338  1.00 43.44           C  \\nATOM   4242  H   THR A1154     -14.652  22.640 -21.363  1.00 30.88           H  \\nATOM   4243  HA  THR A1154     -12.631  21.787 -19.556  1.00 31.88           H  \\nATOM   4244  HB  THR A1154     -13.464  24.600 -20.437  1.00 43.66           H  \\nATOM   4245  HG1 THR A1154     -11.510  24.290 -21.702  1.00 44.97           H  \\nATOM   4246 HG21 THR A1154     -11.136  25.325 -19.853  1.00 43.44           H  \\nATOM   4247 HG22 THR A1154     -12.041  24.904 -18.417  1.00 43.44           H  \\nATOM   4248 HG23 THR A1154     -10.847  23.781 -19.063  1.00 43.44           H  \\nATOM   4249  N   GLU A1155     -15.129  23.536 -18.254  1.00 34.13           N  \\nATOM   4250  CA  GLU A1155     -15.937  23.784 -17.069  1.00 35.75           C  \\nATOM   4251  C   GLU A1155     -16.604  22.467 -16.627  1.00 37.89           C  \\nATOM   4252  O   GLU A1155     -17.335  21.863 -17.414  1.00 35.58           O  \\nATOM   4253  CB  GLU A1155     -16.967  24.873 -17.437  1.00 38.82           C  \\nATOM   4254  CG  GLU A1155     -17.778  25.452 -16.258  1.00 56.26           C  \\nATOM   4255  CD  GLU A1155     -17.038  26.450 -15.348  1.00 89.36           C  \\nATOM   4256  OE1 GLU A1155     -15.839  26.728 -15.577  1.00 94.02           O  \\nATOM   4257  OE2 GLU A1155     -17.704  26.925 -14.403  1.00 89.74           O1-\\nATOM   4258  H   GLU A1155     -15.563  23.781 -19.134  1.00 34.13           H  \\nATOM   4259  HA  GLU A1155     -15.283  24.149 -16.275  1.00 35.75           H  \\nATOM   4260  HB3 GLU A1155     -17.672  24.451 -18.153  1.00 38.82           H  \\nATOM   4261  HB2 GLU A1155     -16.479  25.683 -17.982  1.00 38.82           H  \\nATOM   4262  HG3 GLU A1155     -18.176  24.641 -15.648  1.00 56.26           H  \\nATOM   4263  HG2 GLU A1155     -18.645  25.972 -16.663  1.00 56.26           H  \\nATOM   4264  N   ALA A1156     -16.319  22.041 -15.385  1.00 35.19           N  \\nATOM   4265  CA  ALA A1156     -16.766  20.766 -14.818  1.00 35.22           C  \\nATOM   4266  C   ALA A1156     -18.288  20.639 -14.646  1.00 38.77           C  \\nATOM   4267  O   ALA A1156     -18.817  19.540 -14.816  1.00 37.90           O  \\nATOM   4268  CB  ALA A1156     -16.044  20.526 -13.484  1.00 36.33           C  \\nATOM   4269  H   ALA A1156     -15.724  22.604 -14.793  1.00 35.19           H  \\nATOM   4270  HA  ALA A1156     -16.466  19.984 -15.513  1.00 35.22           H  \\nATOM   4271  HB1 ALA A1156     -16.329  19.570 -13.043  1.00 36.33           H  \\nATOM   4272  HB2 ALA A1156     -14.962  20.512 -13.622  1.00 36.33           H  \\nATOM   4273  HB3 ALA A1156     -16.273  21.306 -12.757  1.00 36.33           H  \\nATOM   4274  N   SER A1157     -18.958  21.763 -14.341  1.00 35.61           N  \\nATOM   4275  CA  SER A1157     -20.409  21.866 -14.176  1.00 35.08           C  \\nATOM   4276  C   SER A1157     -21.211  21.665 -15.479  1.00 37.46           C  \\nATOM   4277  O   SER A1157     -22.359  21.228 -15.400  1.00 37.36           O  \\nATOM   4278  CB  SER A1157     -20.732  23.206 -13.483  1.00 40.33           C  \\nATOM   4279  OG  SER A1157     -20.526  24.317 -14.335  1.00 48.92           O  \\nATOM   4280  H   SER A1157     -18.442  22.623 -14.209  1.00 35.61           H  \\nATOM   4281  HA  SER A1157     -20.705  21.071 -13.490  1.00 35.08           H  \\nATOM   4282  HB3 SER A1157     -20.130  23.330 -12.582  1.00 40.33           H  \\nATOM   4283  HB2 SER A1157     -21.774  23.216 -13.163  1.00 40.33           H  \\nATOM   4284  HG  SER A1157     -20.612  25.124 -13.820  1.00 48.92           H  \\nATOM   4285  N   PHE A1158     -20.600  21.963 -16.641  1.00 32.83           N  \\nATOM   4286  CA  PHE A1158     -21.225  21.832 -17.962  1.00 32.10           C  \\nATOM   4287  C   PHE A1158     -21.262  20.383 -18.487  1.00 33.92           C  \\nATOM   4288  O   PHE A1158     -22.027  20.112 -19.414  1.00 31.85           O  \\nATOM   4289  CB  PHE A1158     -20.509  22.753 -18.976  1.00 33.90           C  \\nATOM   4290  CG  PHE A1158     -20.583  24.263 -18.780  1.00 37.34           C  \\nATOM   4291  CD1 PHE A1158     -21.365  24.870 -17.770  1.00 41.32           C  \\nATOM   4292  CD2 PHE A1158     -19.866  25.090 -19.671  1.00 39.43           C  \\nATOM   4293  CE1 PHE A1158     -21.392  26.253 -17.648  1.00 43.51           C  \\nATOM   4294  CE2 PHE A1158     -19.906  26.471 -19.532  1.00 43.26           C  \\nATOM   4295  CZ  PHE A1158     -20.663  27.049 -18.523  1.00 42.52           C  \\nATOM   4296  H   PHE A1158     -19.654  22.318 -16.628  1.00 32.83           H  \\nATOM   4297  HA  PHE A1158     -22.266  22.152 -17.891  1.00 32.10           H  \\nATOM   4298  HB3 PHE A1158     -20.891  22.555 -19.979  1.00 33.90           H  \\nATOM   4299  HB2 PHE A1158     -19.452  22.489 -19.006  1.00 33.90           H  \\nATOM   4300  HD1 PHE A1158     -21.944  24.280 -17.075  1.00 41.32           H  \\nATOM   4301  HD2 PHE A1158     -19.276  24.647 -20.460  1.00 39.43           H  \\nATOM   4302  HE1 PHE A1158     -21.982  26.712 -16.868  1.00 43.51           H  \\nATOM   4303  HE2 PHE A1158     -19.346  27.095 -20.212  1.00 43.26           H  \\nATOM   4304  HZ  PHE A1158     -20.689  28.124 -18.419  1.00 42.52           H  \\nATOM   4305  N   ARG A1159     -20.451  19.483 -17.901  1.00 27.94           N  \\nATOM   4306  CA  ARG A1159     -20.401  18.062 -18.254  1.00 27.11           C  \\nATOM   4307  C   ARG A1159     -21.635  17.307 -17.701  1.00 29.97           C  \\nATOM   4308  O   ARG A1159     -22.017  17.562 -16.558  1.00 28.45           O  \\nATOM   4309  CB  ARG A1159     -19.085  17.447 -17.725  1.00 27.28           C  \\nATOM   4310  CG  ARG A1159     -17.826  18.123 -18.307  1.00 37.58           C  \\nATOM   4311  CD  ARG A1159     -16.511  17.352 -18.102  1.00 43.51           C  \\nATOM   4312  NE  ARG A1159     -16.026  17.327 -16.716  1.00 43.50           N  \\nATOM   4313  CZ  ARG A1159     -14.971  17.962 -16.172  1.00 45.54           C  \\nATOM   4314  NH1 ARG A1159     -14.222  18.856 -16.830  1.00 36.88           N  \\nATOM   4315  NH2 ARG A1159     -14.648  17.676 -14.910  1.00 30.01           N1+\\nATOM   4316  H   ARG A1159     -19.858  19.776 -17.138  1.00 27.94           H  \\nATOM   4317  HA  ARG A1159     -20.378  18.025 -19.340  1.00 27.11           H  \\nATOM   4318  HB3 ARG A1159     -19.064  16.393 -18.001  1.00 27.28           H  \\nATOM   4319  HB2 ARG A1159     -19.056  17.476 -16.635  1.00 27.28           H  \\nATOM   4320  HG3 ARG A1159     -17.736  19.090 -17.808  1.00 37.58           H  \\nATOM   4321  HG2 ARG A1159     -17.947  18.333 -19.368  1.00 37.58           H  \\nATOM   4322  HD3 ARG A1159     -15.755  17.616 -18.840  1.00 43.51           H  \\nATOM   4323  HD2 ARG A1159     -16.727  16.298 -18.268  1.00 43.51           H  \\nATOM   4324  HE  ARG A1159     -16.515  16.670 -16.123  1.00 43.50           H  \\nATOM   4325 HH12 ARG A1159     -13.443  19.305 -16.367  1.00 36.88           H  \\nATOM   4326 HH11 ARG A1159     -14.479  19.148 -17.766  1.00 36.88           H  \\nATOM   4327 HH22 ARG A1159     -13.828  18.092 -14.480  1.00 30.01           H  \\nATOM   4328 HH21 ARG A1159     -15.177  16.993 -14.389  1.00 30.01           H  \\nATOM   4329  N   PRO A1160     -22.245  16.402 -18.505  1.00 26.80           N  \\nATOM   4330  CA  PRO A1160     -23.417  15.614 -18.080  1.00 26.98           C  \\nATOM   4331  C   PRO A1160     -23.023  14.501 -17.094  1.00 32.02           C  \\nATOM   4332  O   PRO A1160     -22.041  13.808 -17.342  1.00 31.35           O  \\nATOM   4333  CB  PRO A1160     -23.937  15.030 -19.406  1.00 28.34           C  \\nATOM   4334  CG  PRO A1160     -22.695  14.855 -20.268  1.00 31.76           C  \\nATOM   4335  CD  PRO A1160     -21.826  16.039 -19.861  1.00 27.47           C  \\nATOM   4336  HA  PRO A1160     -24.178  16.252 -17.628  1.00 26.98           H  \\nATOM   4337  HB3 PRO A1160     -24.608  15.750 -19.876  1.00 28.34           H  \\nATOM   4338  HB2 PRO A1160     -24.491  14.098 -19.289  1.00 28.34           H  \\nATOM   4339  HG3 PRO A1160     -22.907  14.822 -21.337  1.00 31.76           H  \\nATOM   4340  HG2 PRO A1160     -22.192  13.923 -20.004  1.00 31.76           H  \\nATOM   4341  HD2 PRO A1160     -20.769  15.781 -19.915  1.00 27.47           H  \\nATOM   4342  HD3 PRO A1160     -22.012  16.890 -20.516  1.00 27.47           H  \\nATOM   4343  N   THR A1161     -23.789  14.324 -16.007  1.00 29.10           N  \\nATOM   4344  CA  THR A1161     -23.603  13.217 -15.056  1.00 28.91           C  \\nATOM   4345  C   THR A1161     -23.827  11.838 -15.722  1.00 29.63           C  \\nATOM   4346  O   THR A1161     -24.454  11.766 -16.780  1.00 26.66           O  \\nATOM   4347  CB  THR A1161     -24.557  13.351 -13.832  1.00 34.86           C  \\nATOM   4348  OG1 THR A1161     -25.865  12.856 -14.057  1.00 34.53           O  \\nATOM   4349  CG2 THR A1161     -24.617  14.763 -13.229  1.00 35.90           C  \\nATOM   4350  H   THR A1161     -24.607  14.901 -15.863  1.00 29.10           H  \\nATOM   4351  HA  THR A1161     -22.573  13.254 -14.697  1.00 28.91           H  \\nATOM   4352  HB  THR A1161     -24.153  12.711 -13.047  1.00 34.86           H  \\nATOM   4353  HG1 THR A1161     -26.454  13.221 -13.388  1.00 34.53           H  \\nATOM   4354 HG21 THR A1161     -25.175  14.766 -12.292  1.00 35.90           H  \\nATOM   4355 HG22 THR A1161     -23.616  15.139 -13.017  1.00 35.90           H  \\nATOM   4356 HG23 THR A1161     -25.103  15.469 -13.903  1.00 35.90           H  \\nATOM   4357  N   PHE A1162     -23.334  10.762 -15.088  1.00 26.26           N  \\nATOM   4358  CA  PHE A1162     -23.561   9.392 -15.560  1.00 25.89           C  \\nATOM   4359  C   PHE A1162     -25.040   8.966 -15.610  1.00 30.07           C  \\nATOM   4360  O   PHE A1162     -25.403   8.218 -16.515  1.00 29.53           O  \\nATOM   4361  CB  PHE A1162     -22.699   8.388 -14.777  1.00 27.11           C  \\nATOM   4362  CG  PHE A1162     -21.246   8.362 -15.201  1.00 25.98           C  \\nATOM   4363  CD1 PHE A1162     -20.898   7.838 -16.459  1.00 26.41           C  \\nATOM   4364  CD2 PHE A1162     -20.245   8.943 -14.402  1.00 27.86           C  \\nATOM   4365  CE1 PHE A1162     -19.573   7.805 -16.862  1.00 26.21           C  \\nATOM   4366  CE2 PHE A1162     -18.922   8.912 -14.824  1.00 29.34           C  \\nATOM   4367  CZ  PHE A1162     -18.586   8.329 -16.039  1.00 25.75           C  \\nATOM   4368  H   PHE A1162     -22.822  10.869 -14.222  1.00 26.26           H  \\nATOM   4369  HA  PHE A1162     -23.226   9.366 -16.598  1.00 25.89           H  \\nATOM   4370  HB3 PHE A1162     -23.079   7.379 -14.930  1.00 27.11           H  \\nATOM   4371  HB2 PHE A1162     -22.764   8.571 -13.705  1.00 27.11           H  \\nATOM   4372  HD1 PHE A1162     -21.672   7.455 -17.102  1.00 26.41           H  \\nATOM   4373  HD2 PHE A1162     -20.507   9.395 -13.461  1.00 27.86           H  \\nATOM   4374  HE1 PHE A1162     -19.316   7.369 -17.815  1.00 26.21           H  \\nATOM   4375  HE2 PHE A1162     -18.153   9.342 -14.206  1.00 29.34           H  \\nATOM   4376  HZ  PHE A1162     -17.554   8.293 -16.350  1.00 25.75           H  \\nATOM   4377  N   GLU A1163     -25.873   9.500 -14.699  1.00 27.87           N  \\nATOM   4378  CA  GLU A1163     -27.330   9.355 -14.724  1.00 28.69           C  \\nATOM   4379  C   GLU A1163     -28.021  10.100 -15.882  1.00 33.26           C  \\nATOM   4380  O   GLU A1163     -29.087   9.652 -16.303  1.00 32.51           O  \\nATOM   4381  CB  GLU A1163     -27.927   9.769 -13.366  1.00 31.37           C  \\nATOM   4382  CG  GLU A1163     -27.608   8.760 -12.239  1.00 44.54           C  \\nATOM   4383  CD  GLU A1163     -28.145   9.129 -10.846  1.00 68.84           C  \\nATOM   4384  OE1 GLU A1163     -28.711  10.233 -10.679  1.00 67.02           O  \\nATOM   4385  OE2 GLU A1163     -27.958   8.284  -9.944  1.00 62.94           O1-\\nATOM   4386  H   GLU A1163     -25.498  10.099 -13.976  1.00 27.87           H  \\nATOM   4387  HA  GLU A1163     -27.551   8.297 -14.871  1.00 28.69           H  \\nATOM   4388  HB3 GLU A1163     -29.009   9.882 -13.452  1.00 31.37           H  \\nATOM   4389  HB2 GLU A1163     -27.540  10.753 -13.095  1.00 31.37           H  \\nATOM   4390  HG3 GLU A1163     -26.530   8.625 -12.158  1.00 44.54           H  \\nATOM   4391  HG2 GLU A1163     -28.013   7.785 -12.512  1.00 44.54           H  \\nATOM   4392  N   ASN A1164     -27.417  11.190 -16.392  1.00 30.86           N  \\nATOM   4393  CA  ASN A1164     -27.882  11.893 -17.596  1.00 30.74           C  \\nATOM   4394  C   ASN A1164     -27.503  11.131 -18.879  1.00 32.00           C  \\nATOM   4395  O   ASN A1164     -28.280  11.151 -19.832  1.00 31.36           O  \\nATOM   4396  CB  ASN A1164     -27.317  13.336 -17.689  1.00 30.05           C  \\nATOM   4397  CG  ASN A1164     -27.571  14.258 -16.490  1.00 41.44           C  \\nATOM   4398  OD1 ASN A1164     -26.746  15.121 -16.200  1.00 30.45           O  \\nATOM   4399  ND2 ASN A1164     -28.701  14.110 -15.795  1.00 30.02           N  \\nATOM   4400  H   ASN A1164     -26.552  11.521 -15.984  1.00 30.86           H  \\nATOM   4401  HA  ASN A1164     -28.972  11.954 -17.582  1.00 30.74           H  \\nATOM   4402  HB3 ASN A1164     -27.734  13.831 -18.567  1.00 30.05           H  \\nATOM   4403  HB2 ASN A1164     -26.240  13.302 -17.853  1.00 30.05           H  \\nATOM   4404 HD22 ASN A1164     -28.879  14.703 -14.997  1.00 30.02           H  \\nATOM   4405 HD21 ASN A1164     -29.374  13.396 -16.037  1.00 30.02           H  \\nATOM   4406  N   LEU A1165     -26.326  10.480 -18.882  1.00 27.37           N  \\nATOM   4407  CA  LEU A1165     -25.766   9.760 -20.028  1.00 26.17           C  \\nATOM   4408  C   LEU A1165     -26.478   8.435 -20.352  1.00 30.32           C  \\nATOM   4409  O   LEU A1165     -26.504   8.068 -21.525  1.00 29.57           O  \\nATOM   4410  CB  LEU A1165     -24.259   9.516 -19.791  1.00 24.98           C  \\nATOM   4411  CG  LEU A1165     -23.381  10.779 -19.932  1.00 27.47           C  \\nATOM   4412  CD1 LEU A1165     -21.985  10.567 -19.304  1.00 26.17           C  \\nATOM   4413  CD2 LEU A1165     -23.312  11.261 -21.400  1.00 28.90           C  \\nATOM   4414  H   LEU A1165     -25.739  10.526 -18.060  1.00 27.37           H  \\nATOM   4415  HA  LEU A1165     -25.886  10.396 -20.907  1.00 26.17           H  \\nATOM   4416  HB3 LEU A1165     -23.883   8.764 -20.486  1.00 24.98           H  \\nATOM   4417  HB2 LEU A1165     -24.131   9.083 -18.798  1.00 24.98           H  \\nATOM   4418  HG  LEU A1165     -23.853  11.578 -19.359  1.00 27.47           H  \\nATOM   4419 HD11 LEU A1165     -21.169  10.782 -19.992  1.00 26.17           H  \\nATOM   4420 HD12 LEU A1165     -21.850  11.218 -18.439  1.00 26.17           H  \\nATOM   4421 HD13 LEU A1165     -21.842   9.544 -18.956  1.00 26.17           H  \\nATOM   4422 HD21 LEU A1165     -22.294  11.315 -21.782  1.00 28.90           H  \\nATOM   4423 HD22 LEU A1165     -23.857  10.602 -22.076  1.00 28.90           H  \\nATOM   4424 HD23 LEU A1165     -23.747  12.255 -21.501  1.00 28.90           H  \\nATOM   4425  N   ILE A1166     -27.040   7.749 -19.341  1.00 27.97           N  \\nATOM   4426  CA  ILE A1166     -27.745   6.467 -19.487  1.00 28.85           C  \\nATOM   4427  C   ILE A1166     -28.953   6.492 -20.460  1.00 33.75           C  \\nATOM   4428  O   ILE A1166     -28.925   5.705 -21.406  1.00 32.47           O  \\nATOM   4429  CB  ILE A1166     -28.146   5.868 -18.102  1.00 32.86           C  \\nATOM   4430  CG1 ILE A1166     -26.891   5.392 -17.344  1.00 32.40           C  \\nATOM   4431  CG2 ILE A1166     -29.182   4.719 -18.139  1.00 34.79           C  \\nATOM   4432  CD1 ILE A1166     -27.093   5.273 -15.829  1.00 41.27           C  \\nATOM   4433  H   ILE A1166     -26.962   8.109 -18.400  1.00 27.97           H  \\nATOM   4434  HA  ILE A1166     -27.016   5.782 -19.927  1.00 28.85           H  \\nATOM   4435  HB  ILE A1166     -28.578   6.676 -17.513  1.00 32.86           H  \\nATOM   4436 HG13 ILE A1166     -26.060   6.066 -17.526  1.00 32.40           H  \\nATOM   4437 HG12 ILE A1166     -26.559   4.439 -17.750  1.00 32.40           H  \\nATOM   4438 HG21 ILE A1166     -29.368   4.322 -17.141  1.00 34.79           H  \\nATOM   4439 HG22 ILE A1166     -30.151   5.039 -18.522  1.00 34.79           H  \\nATOM   4440 HG23 ILE A1166     -28.826   3.895 -18.757  1.00 34.79           H  \\nATOM   4441 HD11 ILE A1166     -26.139   5.370 -15.317  1.00 41.27           H  \\nATOM   4442 HD12 ILE A1166     -27.751   6.049 -15.441  1.00 41.27           H  \\nATOM   4443 HD13 ILE A1166     -27.519   4.310 -15.552  1.00 41.27           H  \\nATOM   4444  N   PRO A1167     -29.961   7.381 -20.270  1.00 32.13           N  \\nATOM   4445  CA  PRO A1167     -31.104   7.471 -21.200  1.00 32.58           C  \\nATOM   4446  C   PRO A1167     -30.756   7.999 -22.606  1.00 34.66           C  \\nATOM   4447  O   PRO A1167     -31.441   7.626 -23.559  1.00 34.80           O  \\nATOM   4448  CB  PRO A1167     -32.110   8.379 -20.476  1.00 35.43           C  \\nATOM   4449  CG  PRO A1167     -31.254   9.243 -19.567  1.00 39.58           C  \\nATOM   4450  CD  PRO A1167     -30.159   8.280 -19.129  1.00 34.49           C  \\nATOM   4451  HA  PRO A1167     -31.550   6.482 -21.322  1.00 32.58           H  \\nATOM   4452  HB3 PRO A1167     -32.779   7.765 -19.871  1.00 35.43           H  \\nATOM   4453  HB2 PRO A1167     -32.734   8.973 -21.146  1.00 35.43           H  \\nATOM   4454  HG3 PRO A1167     -31.803   9.681 -18.734  1.00 39.58           H  \\nATOM   4455  HG2 PRO A1167     -30.817  10.057 -20.147  1.00 39.58           H  \\nATOM   4456  HD2 PRO A1167     -29.269   8.825 -18.831  1.00 34.49           H  \\nATOM   4457  HD3 PRO A1167     -30.503   7.693 -18.277  1.00 34.49           H  \\nATOM   4458  N   ILE A1168     -29.692   8.816 -22.719  1.00 31.51           N  \\nATOM   4459  CA  ILE A1168     -29.174   9.311 -23.996  1.00 32.13           C  \\nATOM   4460  C   ILE A1168     -28.515   8.176 -24.809  1.00 34.20           C  \\nATOM   4461  O   ILE A1168     -28.819   8.042 -25.992  1.00 33.26           O  \\nATOM   4462  CB  ILE A1168     -28.157  10.480 -23.813  1.00 35.61           C  \\nATOM   4463  CG1 ILE A1168     -28.818  11.695 -23.122  1.00 36.57           C  \\nATOM   4464  CG2 ILE A1168     -27.491  10.936 -25.133  1.00 37.22           C  \\nATOM   4465  CD1 ILE A1168     -27.816  12.756 -22.635  1.00 41.21           C  \\nATOM   4466  H   ILE A1168     -29.178   9.087 -21.893  1.00 31.51           H  \\nATOM   4467  HA  ILE A1168     -30.019   9.689 -24.577  1.00 32.13           H  \\nATOM   4468  HB  ILE A1168     -27.363  10.125 -23.154  1.00 35.61           H  \\nATOM   4469 HG13 ILE A1168     -29.409  11.372 -22.266  1.00 36.57           H  \\nATOM   4470 HG12 ILE A1168     -29.529  12.160 -23.806  1.00 36.57           H  \\nATOM   4471 HG21 ILE A1168     -26.825  11.783 -24.973  1.00 37.22           H  \\nATOM   4472 HG22 ILE A1168     -26.886  10.153 -25.588  1.00 37.22           H  \\nATOM   4473 HG23 ILE A1168     -28.240  11.243 -25.864  1.00 37.22           H  \\nATOM   4474 HD11 ILE A1168     -28.223  13.321 -21.796  1.00 41.21           H  \\nATOM   4475 HD12 ILE A1168     -26.881  12.305 -22.300  1.00 41.21           H  \\nATOM   4476 HD13 ILE A1168     -27.581  13.469 -23.424  1.00 41.21           H  \\nATOM   4477  N   LEU A1169     -27.664   7.367 -24.155  1.00 29.74           N  \\nATOM   4478  CA  LEU A1169     -26.967   6.225 -24.756  1.00 29.80           C  \\nATOM   4479  C   LEU A1169     -27.885   5.031 -25.075  1.00 35.11           C  \\nATOM   4480  O   LEU A1169     -27.557   4.280 -25.991  1.00 36.14           O  \\nATOM   4481  CB  LEU A1169     -25.777   5.814 -23.865  1.00 29.09           C  \\nATOM   4482  CG  LEU A1169     -24.581   6.789 -23.960  1.00 32.75           C  \\nATOM   4483  CD1 LEU A1169     -23.587   6.570 -22.808  1.00 32.66           C  \\nATOM   4484  CD2 LEU A1169     -23.883   6.727 -25.337  1.00 36.03           C  \\nATOM   4485  H   LEU A1169     -27.456   7.545 -23.180  1.00 29.74           H  \\nATOM   4486  HA  LEU A1169     -26.565   6.559 -25.711  1.00 29.80           H  \\nATOM   4487  HB3 LEU A1169     -25.421   4.823 -24.144  1.00 29.09           H  \\nATOM   4488  HB2 LEU A1169     -26.125   5.721 -22.835  1.00 29.09           H  \\nATOM   4489  HG  LEU A1169     -24.969   7.801 -23.834  1.00 32.75           H  \\nATOM   4490 HD11 LEU A1169     -23.208   7.523 -22.440  1.00 32.66           H  \\nATOM   4491 HD12 LEU A1169     -24.047   6.060 -21.962  1.00 32.66           H  \\nATOM   4492 HD13 LEU A1169     -22.731   5.971 -23.114  1.00 32.66           H  \\nATOM   4493 HD21 LEU A1169     -22.797   6.684 -25.255  1.00 36.03           H  \\nATOM   4494 HD22 LEU A1169     -24.195   5.856 -25.915  1.00 36.03           H  \\nATOM   4495 HD23 LEU A1169     -24.124   7.609 -25.930  1.00 36.03           H  \\nATOM   4496  N   LYS A1170     -29.028   4.905 -24.376  1.00 32.29           N  \\nATOM   4497  CA  LYS A1170     -30.116   3.981 -24.717  1.00 33.11           C  \\nATOM   4498  C   LYS A1170     -30.825   4.360 -26.028  1.00 37.39           C  \\nATOM   4499  O   LYS A1170     -31.078   3.477 -26.846  1.00 37.67           O  \\nATOM   4500  CB  LYS A1170     -31.124   3.899 -23.551  1.00 37.22           C  \\nATOM   4501  CG  LYS A1170     -30.641   3.002 -22.404  1.00 43.25           C  \\nATOM   4502  CD  LYS A1170     -31.551   3.030 -21.170  1.00 49.41           C  \\nATOM   4503  CE  LYS A1170     -31.093   2.016 -20.108  1.00 57.38           C  \\nATOM   4504  NZ  LYS A1170     -31.915   2.081 -18.888  1.00 64.71           N1+\\nATOM   4505  H   LYS A1170     -29.207   5.536 -23.606  1.00 32.29           H  \\nATOM   4506  HA  LYS A1170     -29.678   2.992 -24.863  1.00 33.11           H  \\nATOM   4507  HB3 LYS A1170     -32.069   3.483 -23.907  1.00 37.22           H  \\nATOM   4508  HB2 LYS A1170     -31.357   4.899 -23.187  1.00 37.22           H  \\nATOM   4509  HG3 LYS A1170     -29.633   3.290 -22.111  1.00 43.25           H  \\nATOM   4510  HG2 LYS A1170     -30.573   1.978 -22.773  1.00 43.25           H  \\nATOM   4511  HD3 LYS A1170     -32.578   2.820 -21.472  1.00 49.41           H  \\nATOM   4512  HD2 LYS A1170     -31.550   4.038 -20.751  1.00 49.41           H  \\nATOM   4513  HE3 LYS A1170     -30.052   2.195 -19.835  1.00 57.38           H  \\nATOM   4514  HE2 LYS A1170     -31.143   1.003 -20.508  1.00 57.38           H  \\nATOM   4515  HZ1 LYS A1170     -32.877   1.875 -19.115  1.00 64.71           H  \\nATOM   4516  HZ2 LYS A1170     -31.574   1.402 -18.221  1.00 64.71           H  \\nATOM   4517  HZ3 LYS A1170     -31.852   3.005 -18.484  1.00 64.71           H  \\nATOM   4518  N   THR A1171     -31.102   5.663 -26.212  1.00 34.80           N  \\nATOM   4519  CA  THR A1171     -31.738   6.219 -27.411  1.00 35.33           C  \\nATOM   4520  C   THR A1171     -30.800   6.208 -28.638  1.00 39.05           C  \\nATOM   4521  O   THR A1171     -31.260   5.941 -29.748  1.00 39.67           O  \\nATOM   4522  CB  THR A1171     -32.220   7.675 -27.167  1.00 44.81           C  \\nATOM   4523  OG1 THR A1171     -33.137   7.683 -26.089  1.00 44.59           O  \\nATOM   4524  CG2 THR A1171     -32.908   8.359 -28.363  1.00 42.98           C  \\nATOM   4525  H   THR A1171     -30.845   6.329 -25.497  1.00 34.80           H  \\nATOM   4526  HA  THR A1171     -32.610   5.604 -27.647  1.00 35.33           H  \\nATOM   4527  HB  THR A1171     -31.373   8.291 -26.863  1.00 44.81           H  \\nATOM   4528  HG1 THR A1171     -32.663   7.467 -25.282  1.00 44.59           H  \\nATOM   4529 HG21 THR A1171     -33.310   9.332 -28.077  1.00 42.98           H  \\nATOM   4530 HG22 THR A1171     -32.218   8.533 -29.189  1.00 42.98           H  \\nATOM   4531 HG23 THR A1171     -33.736   7.757 -28.739  1.00 42.98           H  \\nATOM   4532  N   VAL A1172     -29.501   6.461 -28.407  1.00 34.64           N  \\nATOM   4533  CA  VAL A1172     -28.437   6.393 -29.409  1.00 35.04           C  \\nATOM   4534  C   VAL A1172     -28.142   4.943 -29.854  1.00 37.21           C  \\nATOM   4535  O   VAL A1172     -27.962   4.722 -31.050  1.00 35.63           O  \\nATOM   4536  CB  VAL A1172     -27.153   7.107 -28.887  1.00 39.11           C  \\nATOM   4537  CG1 VAL A1172     -25.823   6.718 -29.557  1.00 39.01           C  \\nATOM   4538  CG2 VAL A1172     -27.323   8.636 -28.939  1.00 39.06           C  \\nATOM   4539  H   VAL A1172     -29.207   6.702 -27.470  1.00 34.64           H  \\nATOM   4540  HA  VAL A1172     -28.785   6.931 -30.293  1.00 35.04           H  \\nATOM   4541  HB  VAL A1172     -27.044   6.843 -27.837  1.00 39.11           H  \\nATOM   4542 HG11 VAL A1172     -25.005   7.334 -29.184  1.00 39.01           H  \\nATOM   4543 HG12 VAL A1172     -25.555   5.686 -29.335  1.00 39.01           H  \\nATOM   4544 HG13 VAL A1172     -25.867   6.841 -30.639  1.00 39.01           H  \\nATOM   4545 HG21 VAL A1172     -26.478   9.144 -28.472  1.00 39.06           H  \\nATOM   4546 HG22 VAL A1172     -27.395   8.990 -29.967  1.00 39.06           H  \\nATOM   4547 HG23 VAL A1172     -28.223   8.960 -28.417  1.00 39.06           H  \\nATOM   4548  N   HIS A1173     -28.170   3.976 -28.917  1.00 33.86           N  \\nATOM   4549  CA  HIS A1173     -28.096   2.540 -29.214  1.00 34.98           C  \\nATOM   4550  C   HIS A1173     -29.277   2.060 -30.084  1.00 39.49           C  \\nATOM   4551  O   HIS A1173     -29.043   1.349 -31.059  1.00 38.50           O  \\nATOM   4552  CB  HIS A1173     -27.984   1.732 -27.901  1.00 35.81           C  \\nATOM   4553  CG  HIS A1173     -28.090   0.234 -28.062  1.00 39.76           C  \\nATOM   4554  ND1 HIS A1173     -27.102  -0.535 -28.649  1.00 41.19           N  \\nATOM   4555  CD2 HIS A1173     -29.100  -0.647 -27.743  1.00 42.70           C  \\nATOM   4556  CE1 HIS A1173     -27.538  -1.797 -28.663  1.00 41.61           C  \\nATOM   4557  NE2 HIS A1173     -28.744  -1.941 -28.129  1.00 43.01           N  \\nATOM   4558  H   HIS A1173     -28.305   4.222 -27.946  1.00 33.86           H  \\nATOM   4559  HA  HIS A1173     -27.183   2.367 -29.788  1.00 34.98           H  \\nATOM   4560  HB3 HIS A1173     -28.760   2.045 -27.201  1.00 35.81           H  \\nATOM   4561  HB2 HIS A1173     -27.032   1.952 -27.414  1.00 35.81           H  \\nATOM   4562  HD1 HIS A1173     -26.205  -0.215 -28.995  1.00 41.19           H  \\nATOM   4563  HD2 HIS A1173     -30.059  -0.445 -27.288  1.00 42.70           H  \\nATOM   4564  HE1 HIS A1173     -26.961  -2.619 -29.062  1.00 41.61           H  \\nATOM   4565  N   GLU A1174     -30.502   2.495 -29.734  1.00 37.68           N  \\nATOM   4566  CA  GLU A1174     -31.744   2.256 -30.476  1.00 39.70           C  \\nATOM   4567  C   GLU A1174     -31.727   2.760 -31.930  1.00 42.94           C  \\nATOM   4568  O   GLU A1174     -32.312   2.102 -32.790  1.00 44.72           O  \\nATOM   4569  CB  GLU A1174     -32.935   2.873 -29.702  1.00 42.32           C  \\nATOM   4570  CG  GLU A1174     -33.555   1.928 -28.651  1.00 60.01           C  \\nATOM   4571  CD  GLU A1174     -34.443   0.805 -29.219  1.00 92.87           C  \\nATOM   4572  OE1 GLU A1174     -34.832   0.871 -30.407  1.00 94.43           O  \\nATOM   4573  OE2 GLU A1174     -34.715  -0.138 -28.446  1.00 90.73           O1-\\nATOM   4574  H   GLU A1174     -30.599   3.061 -28.901  1.00 37.68           H  \\nATOM   4575  HA  GLU A1174     -31.882   1.176 -30.525  1.00 39.70           H  \\nATOM   4576  HB3 GLU A1174     -33.706   3.247 -30.379  1.00 42.32           H  \\nATOM   4577  HB2 GLU A1174     -32.594   3.762 -29.175  1.00 42.32           H  \\nATOM   4578  HG3 GLU A1174     -34.171   2.518 -27.971  1.00 60.01           H  \\nATOM   4579  HG2 GLU A1174     -32.763   1.493 -28.038  1.00 60.01           H  \\nATOM   4580  N   LYS A1175     -31.050   3.893 -32.178  1.00 37.93           N  \\nATOM   4581  CA  LYS A1175     -30.917   4.504 -33.500  1.00 37.53           C  \\nATOM   4582  C   LYS A1175     -30.053   3.674 -34.468  1.00 41.18           C  \\nATOM   4583  O   LYS A1175     -30.453   3.507 -35.620  1.00 39.68           O  \\nATOM   4584  CB  LYS A1175     -30.402   5.952 -33.337  1.00 38.66           C  \\nATOM   4585  CG  LYS A1175     -30.187   6.714 -34.659  1.00 48.52           C  \\nATOM   4586  CD  LYS A1175     -29.780   8.180 -34.438  1.00 57.93           C  \\nATOM   4587  CE  LYS A1175     -29.465   8.944 -35.737  1.00 71.38           C  \\nATOM   4588  NZ  LYS A1175     -30.655   9.138 -36.585  1.00 86.87           N1+\\nATOM   4589  H   LYS A1175     -30.605   4.381 -31.413  1.00 37.93           H  \\nATOM   4590  HA  LYS A1175     -31.920   4.562 -33.929  1.00 37.53           H  \\nATOM   4591  HB3 LYS A1175     -29.462   5.948 -32.786  1.00 38.66           H  \\nATOM   4592  HB2 LYS A1175     -31.109   6.507 -32.720  1.00 38.66           H  \\nATOM   4593  HG3 LYS A1175     -31.100   6.660 -35.253  1.00 48.52           H  \\nATOM   4594  HG2 LYS A1175     -29.406   6.228 -35.246  1.00 48.52           H  \\nATOM   4595  HD3 LYS A1175     -28.898   8.205 -33.797  1.00 57.93           H  \\nATOM   4596  HD2 LYS A1175     -30.561   8.700 -33.881  1.00 57.93           H  \\nATOM   4597  HE3 LYS A1175     -28.705   8.416 -36.313  1.00 71.38           H  \\nATOM   4598  HE2 LYS A1175     -29.056   9.926 -35.497  1.00 71.38           H  \\nATOM   4599  HZ1 LYS A1175     -31.353   9.660 -36.073  1.00 86.87           H  \\nATOM   4600  HZ2 LYS A1175     -30.398   9.649 -37.418  1.00 86.87           H  \\nATOM   4601  HZ3 LYS A1175     -31.032   8.238 -36.845  1.00 86.87           H  \\nATOM   4602  N   TYR A1176     -28.889   3.197 -33.995  1.00 37.88           N  \\nATOM   4603  CA  TYR A1176     -27.868   2.567 -34.838  1.00 38.84           C  \\nATOM   4604  C   TYR A1176     -27.921   1.028 -34.865  1.00 43.27           C  \\nATOM   4605  O   TYR A1176     -27.210   0.447 -35.688  1.00 45.60           O  \\nATOM   4606  CB  TYR A1176     -26.473   3.100 -34.436  1.00 39.66           C  \\nATOM   4607  CG  TYR A1176     -26.302   4.594 -34.682  1.00 42.14           C  \\nATOM   4608  CD1 TYR A1176     -26.315   5.101 -35.999  1.00 44.87           C  \\nATOM   4609  CD2 TYR A1176     -26.162   5.487 -33.601  1.00 42.46           C  \\nATOM   4610  CE1 TYR A1176     -26.229   6.489 -36.227  1.00 44.19           C  \\nATOM   4611  CE2 TYR A1176     -26.089   6.875 -33.825  1.00 43.50           C  \\nATOM   4612  CZ  TYR A1176     -26.135   7.378 -35.138  1.00 49.64           C  \\nATOM   4613  OH  TYR A1176     -26.106   8.725 -35.354  1.00 54.89           O  \\nATOM   4614  H   TYR A1176     -28.635   3.369 -33.031  1.00 37.88           H  \\nATOM   4615  HA  TYR A1176     -28.033   2.870 -35.874  1.00 38.84           H  \\nATOM   4616  HB3 TYR A1176     -25.694   2.591 -35.006  1.00 39.66           H  \\nATOM   4617  HB2 TYR A1176     -26.271   2.873 -33.387  1.00 39.66           H  \\nATOM   4618  HD1 TYR A1176     -26.412   4.428 -36.839  1.00 44.87           H  \\nATOM   4619  HD2 TYR A1176     -26.126   5.113 -32.593  1.00 42.46           H  \\nATOM   4620  HE1 TYR A1176     -26.257   6.870 -37.237  1.00 44.19           H  \\nATOM   4621  HE2 TYR A1176     -26.007   7.551 -32.986  1.00 43.50           H  \\nATOM   4622  HH  TYR A1176     -26.186   9.238 -34.543  1.00 54.89           H  \\nATOM   4623  N   ARG A1177     -28.744   0.383 -34.014  1.00 37.76           N  \\nATOM   4624  CA  ARG A1177     -28.935  -1.075 -34.023  1.00 53.07           C  \\nATOM   4625  C   ARG A1177     -29.798  -1.553 -35.209  1.00 74.57           C  \\nATOM   4626  O   ARG A1177     -30.502  -0.752 -35.827  1.00 46.90           O  \\nATOM   4627  CB  ARG A1177     -29.496  -1.560 -32.664  1.00 52.87           C  \\nATOM   4628  CG  ARG A1177     -30.982  -1.254 -32.399  1.00 64.39           C  \\nATOM   4629  CD  ARG A1177     -31.514  -1.954 -31.138  1.00 74.69           C  \\nATOM   4630  NE  ARG A1177     -32.978  -1.851 -31.034  1.00 82.78           N  \\nATOM   4631  CZ  ARG A1177     -33.907  -2.569 -31.694  1.00 98.29           C  \\nATOM   4632  NH1 ARG A1177     -33.589  -3.553 -32.550  1.00 84.15           N  \\nATOM   4633  NH2 ARG A1177     -35.199  -2.283 -31.493  1.00 87.75           N1+\\nATOM   4634  H   ARG A1177     -29.299   0.909 -33.353  1.00 37.76           H  \\nATOM   4635  HA  ARG A1177     -27.950  -1.532 -34.140  1.00 53.07           H  \\nATOM   4636  HB3 ARG A1177     -28.888  -1.173 -31.846  1.00 52.87           H  \\nATOM   4637  HB2 ARG A1177     -29.369  -2.643 -32.620  1.00 52.87           H  \\nATOM   4638  HG3 ARG A1177     -31.630  -1.450 -33.253  1.00 64.39           H  \\nATOM   4639  HG2 ARG A1177     -31.028  -0.179 -32.238  1.00 64.39           H  \\nATOM   4640  HD3 ARG A1177     -31.155  -1.396 -30.273  1.00 74.69           H  \\nATOM   4641  HD2 ARG A1177     -31.139  -2.971 -31.017  1.00 74.69           H  \\nATOM   4642  HE  ARG A1177     -33.319  -1.100 -30.445  1.00 82.78           H  \\nATOM   4643 HH12 ARG A1177     -34.318  -4.055 -33.040  1.00 84.15           H  \\nATOM   4644 HH11 ARG A1177     -32.621  -3.779 -32.721  1.00 84.15           H  \\nATOM   4645 HH22 ARG A1177     -35.921  -2.787 -31.991  1.00 87.75           H  \\nATOM   4646 HH21 ARG A1177     -35.454  -1.517 -30.880  1.00 87.75           H  \\nHETATM 4647  N   NME A1178     -29.749  -2.869 -35.465  1.00  0.00           N  \\nHETATM 4648  C   NME A1178     -30.535  -3.522 -36.502  1.00  0.00           C  \\nHETATM 4649  H   NME A1178     -29.154  -3.459 -34.899  1.00  0.00           H  \\nHETATM 4650  H1  NME A1178     -30.743  -2.862 -37.345  1.00  0.00           H  \\nHETATM 4651  H2  NME A1178     -29.994  -4.388 -36.884  1.00  0.00           H  \\nHETATM 4652  H3  NME A1178     -31.485  -3.868 -36.092  1.00  0.00           H  \\nTER    4653      NME A1178 \\nHETATM 4654  O   HOH A1301      -7.805  13.717 -21.733  1.00 23.87           O  \\nHETATM 4655  H1  HOH A1301      -7.442  12.805 -21.938  1.00 23.87           H  \\nHETATM 4656  H2  HOH A1301      -7.037  14.314 -21.478  1.00 23.87           H  \\nHETATM 4657  O   HOH A1302      -7.300   4.134 -29.382  1.00 26.50           O  \\nHETATM 4658  H1  HOH A1302      -6.564   3.946 -30.038  1.00 26.50           H  \\nHETATM 4659  H2  HOH A1302      -8.155   4.275 -29.890  1.00 26.50           H  \\nHETATM 4660  O   HOH A1303     -21.765  11.544 -12.438  1.00 28.48           O  \\nHETATM 4661  H1  HOH A1303     -21.483  12.499 -12.298  1.00 28.48           H  \\nHETATM 4662  H2  HOH A1303     -21.181  10.951 -11.877  1.00 28.48           H  \\nHETATM 4663  O   HOH A1304      -9.035   2.704 -10.281  1.00 29.39           O  \\nHETATM 4664  H1  HOH A1304      -9.409   1.932 -10.803  1.00 29.39           H  \\nHETATM 4665  H2  HOH A1304      -9.652   3.492 -10.355  1.00 29.39           H  \\nHETATM 4666  O   HOH A1305     -10.327  13.333 -14.896  1.00 24.85           O  \\nHETATM 4667  H1  HOH A1305     -11.176  12.866 -15.157  1.00 24.85           H  \\nHETATM 4668  H2  HOH A1305     -10.176  13.221 -13.913  1.00 24.85           H  \\nHETATM 4669  O   HOH A1306     -11.177   8.182 -14.397  1.00 26.19           O  \\nHETATM 4670  H1  HOH A1306     -11.137   8.958 -15.033  1.00 26.19           H  \\nHETATM 4671  H2  HOH A1306     -11.960   8.307 -13.778  1.00 26.19           H  \\nHETATM 4672  O   HOH A1307      -5.575  15.209 -20.665  1.00 23.28           O  \\nHETATM 4673  H1  HOH A1307      -6.230  15.538 -19.979  1.00 23.28           H  \\nHETATM 4674  H2  HOH A1307      -4.863  14.683 -20.193  1.00 23.28           H  \\nHETATM 4675  O   HOH A1310      -7.035   2.198 -22.168  1.00 28.39           O  \\nHETATM 4676  H1  HOH A1310      -7.249   2.734 -22.991  1.00 28.39           H  \\nHETATM 4677  H2  HOH A1310      -6.202   2.562 -21.741  1.00 28.39           H  \\nHETATM 4678  O   HOH A1319     -24.975   8.619  -9.410  1.00 28.29           O  \\nHETATM 4679  H1  HOH A1319     -25.977   8.575  -9.470  1.00 28.29           H  \\nHETATM 4680  H2  HOH A1319     -24.615   7.682  -9.428  1.00 28.29           H  \\nHETATM 4681  O   HOH A1322       9.260  15.797 -22.620  1.00 33.09           O  \\nHETATM 4682  H1  HOH A1322       9.238  15.995 -21.638  1.00 33.09           H  \\nHETATM 4683  H2  HOH A1322       9.718  14.919 -22.770  1.00 33.09           H  \\nHETATM 4684  O   HOH A1323     -15.175  20.060 -25.940  1.00 37.91           O  \\nHETATM 4685  H1  HOH A1323     -15.823  19.549 -25.369  1.00 37.91           H  \\nHETATM 4686  H2  HOH A1323     -15.622  20.901 -26.256  1.00 37.91           H  \\nHETATM 4687  O   HOH A1325      -7.181  -8.809 -21.143  1.00 38.47           O  \\nHETATM 4688  H1  HOH A1325      -6.991  -9.743 -20.831  1.00 38.47           H  \\nHETATM 4689  H2  HOH A1325      -6.455  -8.515 -21.774  1.00 38.47           H  \\nHETATM 4690  O   HOH A1326       7.389  15.381 -18.526  1.00 32.26           O  \\nHETATM 4691  H1  HOH A1326       8.315  15.733 -18.681  1.00 32.26           H  \\nHETATM 4692  H2  HOH A1326       6.915  15.335 -19.410  1.00 32.26           H  \\nHETATM 4693  O   HOH A1329     -19.714  -6.468  -9.012  1.00 36.73           O  \\nHETATM 4694  H1  HOH A1329     -19.884  -6.507 -10.000  1.00 36.73           H  \\nHETATM 4695  H2  HOH A1329     -18.743  -6.288  -8.854  1.00 36.73           H  \\nHETATM 4696  O   HOH A1330       4.141  19.654 -16.124  1.00 36.06           O  \\nHETATM 4697  H1  HOH A1330       5.109  19.392 -16.168  1.00 36.06           H  \\nHETATM 4698  H2  HOH A1330       3.830  19.606 -15.174  1.00 36.06           H  \\nHETATM 4699  O   HOH A1333       4.982  16.327 -16.962  1.00 30.05           O  \\nHETATM 4700  H1  HOH A1333       5.483  17.156 -16.704  1.00 30.05           H  \\nHETATM 4701  H2  HOH A1333       5.635  15.674 -17.353  1.00 30.05           H  \\nHETATM 4702  O   HOH A1339      -8.401   9.401 -34.311  1.00 35.17           O  \\nHETATM 4703  H1  HOH A1339      -8.558   8.457 -34.614  1.00 35.17           H  \\nHETATM 4704  H2  HOH A1339      -8.352   9.426 -33.310  1.00 35.17           H  \\nHETATM 4705  O   HOH A1344      -1.246  -9.880  -2.385  1.00 46.63           O  \\nHETATM 4706  H1  HOH A1344      -2.115  -9.784  -1.894  1.00 46.63           H  \\nHETATM 4707  H2  HOH A1344      -0.512 -10.016  -1.717  1.00 46.63           H  \\nHETATM 4708  O   HOH A1346      -2.546  14.870 -33.057  1.00 40.94           O  \\nHETATM 4709  H1  HOH A1346      -1.902  14.222 -33.475  1.00 40.94           H  \\nHETATM 4710  H2  HOH A1346      -2.400  14.877 -32.065  1.00 40.94           H  \\nHETATM 4711  O   HOH A1349     -15.113 -20.319 -14.132  1.00 44.85           O  \\nHETATM 4712  H1  HOH A1349     -15.777 -20.591 -13.428  1.00 44.85           H  \\nHETATM 4713  H2  HOH A1349     -15.496 -19.565 -14.665  1.00 44.85           H  \\nHETATM 4714  O   HOH A1350     -21.241  18.275 -13.756  1.00 31.90           O  \\nHETATM 4715  H1  HOH A1350     -21.949  18.493 -14.431  1.00 31.90           H  \\nHETATM 4716  H2  HOH A1350     -20.384  18.717 -14.034  1.00 31.90           H  \\nHETATM 4717  O   HOH A1352     -12.770 -28.593  -8.238  1.00 61.97           O  \\nHETATM 4718  H1  HOH A1352     -11.940 -28.665  -8.798  1.00 61.97           H  \\nHETATM 4719  H2  HOH A1352     -13.089 -29.522  -8.039  1.00 61.97           H  \\nHETATM 4720  O   HOH A1353       0.753  -1.961 -23.720  1.00 67.38           O  \\nHETATM 4721  H1  HOH A1353       1.280  -1.741 -22.898  1.00 67.38           H  \\nHETATM 4722  H2  HOH A1353       1.234  -2.673 -24.233  1.00 67.38           H  \\nHETATM 4723  O   HOH A1356     -12.183 -25.973 -15.343  1.00 59.40           O  \\nHETATM 4724  H1  HOH A1356     -12.353 -25.498 -14.476  1.00 59.40           H  \\nHETATM 4725  H2  HOH A1356     -11.675 -26.817 -15.157  1.00 59.40           H  \\nHETATM 4726  O   HOH A1360       0.186  23.081 -25.812  1.00 35.26           O  \\nHETATM 4727  H1  HOH A1360       0.760  23.841 -25.494  1.00 35.26           H  \\nHETATM 4728  H2  HOH A1360      -0.066  22.506 -25.030  1.00 35.26           H  \\nHETATM 4729  O   HOH A1361       6.492  16.072 -23.950  1.00 37.72           O  \\nHETATM 4730  H1  HOH A1361       7.475  15.916 -23.823  1.00 37.72           H  \\nHETATM 4731  H2  HOH A1361       6.255  15.954 -24.918  1.00 37.72           H  \\nHETATM 4732  O   HOH A1362     -12.299   4.648 -36.322  1.00 42.24           O  \\nHETATM 4733  H1  HOH A1362     -13.007   4.928 -36.975  1.00 42.24           H  \\nHETATM 4734  H2  HOH A1362     -12.726   4.127 -35.581  1.00 42.24           H  \\nHETATM 4735  O   HOH A1364     -16.446  24.494 -21.075  1.00 34.81           O  \\nHETATM 4736  H1  HOH A1364     -17.058  23.972 -21.679  1.00 34.81           H  \\nHETATM 4737  H2  HOH A1364     -16.735  25.452 -21.068  1.00 34.81           H  \\nHETATM 4738  O   HOH A1366     -15.941   9.353 -41.405  1.00 52.63           O  \\nHETATM 4739  H1  HOH A1366     -15.091   8.827 -41.524  1.00 52.63           H  \\nHETATM 4740  H2  HOH A1366     -16.453   9.327 -42.264  1.00 52.63           H  \\nHETATM 4741  O   HOH A1367     -16.053   4.806 -35.554  1.00 51.77           O  \\nHETATM 4742  H1  HOH A1367     -15.366   4.407 -34.941  1.00 51.77           H  \\nHETATM 4743  H2  HOH A1367     -15.611   5.066 -36.416  1.00 51.77           H  \\nHETATM 4744  O   HOH A1374     -11.258  22.843 -15.256  1.00 45.38           O  \\nHETATM 4745  H1  HOH A1374     -11.414  21.917 -14.904  1.00 45.38           H  \\nHETATM 4746  H2  HOH A1374     -11.922  23.020 -15.986  1.00 45.38           H  \\nHETATM 4747  O   HOH A1379       1.460  25.653 -25.134  1.00 53.63           O  \\nHETATM 4748  H1  HOH A1379       1.558  25.650 -24.132  1.00 53.63           H  \\nHETATM 4749  H2  HOH A1379       1.812  26.519 -25.489  1.00 53.63           H  \\nHETATM 4750  O   HOH A1381     -10.785  -4.363 -35.468  1.00 52.69           O  \\nHETATM 4751  H1  HOH A1381     -10.882  -4.287 -34.472  1.00 52.69           H  \\nHETATM 4752  H2  HOH A1381      -9.819  -4.506 -35.690  1.00 52.69           H  \\nHETATM 4753  O   HOH A1382      11.586  21.266 -17.552  1.00 44.12           O  \\nHETATM 4754  H1  HOH A1382      12.072  22.022 -17.992  1.00 44.12           H  \\nHETATM 4755  H2  HOH A1382      11.771  21.284 -16.568  1.00 44.12           H  \\nHETATM 4756  O   HOH A1388     -20.268  13.044  -1.959  1.00 51.68           O  \\nHETATM 4757  H1  HOH A1388     -19.953  13.996  -1.925  1.00 51.68           H  \\nHETATM 4758  H2  HOH A1388     -19.556  12.459  -1.568  1.00 51.68           H  \\nHETATM 4759  O   HOH A1394      -8.203   1.938  -4.105  1.00 43.33           O  \\nHETATM 4760  H1  HOH A1394      -8.463   1.333  -4.861  1.00 43.33           H  \\nHETATM 4761  H2  HOH A1394      -8.767   2.767  -4.151  1.00 43.33           H  \\nHETATM 4762  O   HOH A1396     -27.765  -2.906 -18.989  1.00 50.68           O  \\nHETATM 4763  H1  HOH A1396     -27.731  -1.905 -18.908  1.00 50.68           H  \\nHETATM 4764  H2  HOH A1396     -27.014  -3.284 -18.440  1.00 50.68           H  \\nHETATM 4765  O   HOH A1397     -30.874  11.872 -15.139  1.00 52.33           O  \\nHETATM 4766  H1  HOH A1397     -30.767  11.983 -14.146  1.00 52.33           H  \\nHETATM 4767  H2  HOH A1397     -30.470  10.998 -15.416  1.00 52.33           H  \\nHETATM 4768  O   HOH A1400     -36.880  -3.993 -33.716  1.00 50.72           O  \\nHETATM 4769  H1  HOH A1400     -37.147  -3.437 -34.504  1.00 50.72           H  \\nHETATM 4770  H2  HOH A1400     -37.524  -4.752 -33.618  1.00 50.72           H  \\nHETATM 4771  O   HOH A1401     -24.206  -1.279 -35.770  1.00 53.88           O  \\nHETATM 4772  H1  HOH A1401     -23.632  -1.063 -36.562  1.00 53.88           H  \\nHETATM 4773  H2  HOH A1401     -25.118  -0.889 -35.914  1.00 53.88           H  \\nHETATM 4774  O   HOH A1406      -1.292   8.841 -35.635  1.00 44.73           O  \\nHETATM 4775  H1  HOH A1406      -1.662   8.240 -34.923  1.00 44.73           H  \\nHETATM 4776  H2  HOH A1406      -0.648   9.487 -35.214  1.00 44.73           H  \\nHETATM 4777  O   HOH A1412      -0.946  21.652 -15.116  1.00 53.19           O  \\nHETATM 4778  H1  HOH A1412      -1.600  21.432 -15.844  1.00 53.19           H  \\nHETATM 4779  H2  HOH A1412      -1.078  21.016 -14.353  1.00 53.19           H  \\nHETATM 4780  O   HOH A1415     -23.399  -9.578 -15.048  1.00 55.01           O  \\nHETATM 4781  H1  HOH A1415     -23.421  -8.698 -15.526  1.00 55.01           H  \\nHETATM 4782  H2  HOH A1415     -24.267 -10.053 -15.194  1.00 55.01           H  \\nHETATM 4783  O   HOH A1416       5.715  22.275 -28.185  1.00110.14           O  \\nHETATM 4784  H1  HOH A1416       6.698  22.109 -28.267  1.00110.14           H  \\nHETATM 4785  H2  HOH A1416       5.253  21.393 -28.063  1.00110.14           H  \\nHETATM 4786  O   HOH A1417     -27.286  10.455 -33.143  1.00 53.90           O  \\nHETATM 4787  H1  HOH A1417     -27.557  11.412 -33.288  1.00 53.90           H  \\nHETATM 4788  H2  HOH A1417     -27.516  10.197 -32.205  1.00 53.90           H  \\nHETATM 4789  O   HOH A1419     -33.125   0.444 -35.100  1.00 58.72           O  \\nHETATM 4790  H1  HOH A1419     -32.946   1.047 -34.319  1.00 58.72           H  \\nHETATM 4791  H2  HOH A1419     -32.253   0.120 -35.472  1.00 58.72           H  \\nCONECT    1    4    5    6\\nCONECT    4    1\\nCONECT    5    1\\nCONECT    6    1\\nCONECT 4654 4655 4656\\nCONECT 4655 4654\\nCONECT 4656 4654\\nCONECT 4657 4658 4659\\nCONECT 4658 4657\\nCONECT 4659 4657\\nCONECT 4660 4661 4662\\nCONECT 4661 4660\\nCONECT 4662 4660\\nCONECT 4663 4664 4665\\nCONECT 4664 4663\\nCONECT 4665 4663\\nCONECT 4666 4667 4668\\nCONECT 4667 4666\\nCONECT 4668 4666\\nCONECT 4669 4670 4671\\nCONECT 4670 4669\\nCONECT 4671 4669\\nCONECT 4672 4673 4674\\nCONECT 4673 4672\\nCONECT 4674 4672\\nCONECT 4675 4676 4677\\nCONECT 4676 4675\\nCONECT 4677 4675\\nCONECT 4678 4679 4680\\nCONECT 4679 4678\\nCONECT 4680 4678\\nCONECT 4681 4682 4683\\nCONECT 4682 4681\\nCONECT 4683 4681\\nCONECT 4684 4685 4686\\nCONECT 4685 4684\\nCONECT 4686 4684\\nCONECT 4687 4688 4689\\nCONECT 4688 4687\\nCONECT 4689 4687\\nCONECT 4690 4691 4692\\nCONECT 4691 4690\\nCONECT 4692 4690\\nCONECT 4693 4694 4695\\nCONECT 4694 4693\\nCONECT 4695 4693\\nCONECT 4696 4697 4698\\nCONECT 4697 4696\\nCONECT 4698 4696\\nCONECT 4699 4700 4701\\nCONECT 4700 4699\\nCONECT 4701 4699\\nCONECT 4702 4703 4704\\nCONECT 4703 4702\\nCONECT 4704 4702\\nCONECT 4705 4706 4707\\nCONECT 4706 4705\\nCONECT 4707 4705\\nCONECT 4708 4709 4710\\nCONECT 4709 4708\\nCONECT 4710 4708\\nCONECT 4711 4712 4713\\nCONECT 4712 4711\\nCONECT 4713 4711\\nCONECT 4714 4715 4716\\nCONECT 4715 4714\\nCONECT 4716 4714\\nCONECT 4717 4718 4719\\nCONECT 4718 4717\\nCONECT 4719 4717\\nCONECT 4720 4721 4722\\nCONECT 4721 4720\\nCONECT 4722 4720\\nCONECT 4723 4724 4725\\nCONECT 4724 4723\\nCONECT 4725 4723\\nCONECT 4726 4727 4728\\nCONECT 4727 4726\\nCONECT 4728 4726\\nCONECT 4729 4730 4731\\nCONECT 4730 4729\\nCONECT 4731 4729\\nCONECT 4732 4733 4734\\nCONECT 4733 4732\\nCONECT 4734 4732\\nCONECT 4735 4736 4737\\nCONECT 4736 4735\\nCONECT 4737 4735\\nCONECT 4738 4739 4740\\nCONECT 4739 4738\\nCONECT 4740 4738\\nCONECT 4741 4742 4743\\nCONECT 4742 4741\\nCONECT 4743 4741\\nCONECT 4744 4745 4746\\nCONECT 4745 4744\\nCONECT 4746 4744\\nCONECT 4747 4748 4749\\nCONECT 4748 4747\\nCONECT 4749 4747\\nCONECT 4750 4751 4752\\nCONECT 4751 4750\\nCONECT 4752 4750\\nCONECT 4753 4754 4755\\nCONECT 4754 4753\\nCONECT 4755 4753\\nCONECT 4756 4757 4758\\nCONECT 4757 4756\\nCONECT 4758 4756\\nCONECT 4759 4760 4761\\nCONECT 4760 4759\\nCONECT 4761 4759\\nCONECT 4762 4763 4764\\nCONECT 4763 4762\\nCONECT 4764 4762\\nCONECT 4765 4766 4767\\nCONECT 4766 4765\\nCONECT 4767 4765\\nCONECT 4768 4769 4770\\nCONECT 4769 4768\\nCONECT 4770 4768\\nCONECT 4771 4772 4773\\nCONECT 4772 4771\\nCONECT 4773 4771\\nCONECT 4774 4775 4776\\nCONECT 4775 4774\\nCONECT 4776 4774\\nCONECT 4777 4778 4779\\nCONECT 4778 4777\\nCONECT 4779 4777\\nCONECT 4780 4781 4782\\nCONECT 4781 4780\\nCONECT 4782 4780\\nCONECT 4783 4784 4785\\nCONECT 4784 4783\\nCONECT 4785 4783\\nCONECT 4786 4787 4788\\nCONECT 4787 4786\\nCONECT 4788 4786\\nCONECT 4789 4790 4791\\nCONECT 4790 4789\\nCONECT 4791 4789\\nEND   \\n\",\"pdb\");\n\tviewer_1793021693034632.addModel(\"lig_ejm_31\\n     RDKit          3D\\n\\n 21 22  0  0  1  0  0  0  0  0999 V2000\\n   -5.3616   -3.6890  -16.2224 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7777   -4.9643  -16.1989 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5357   -6.0885  -15.8273 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9007   -5.9451  -15.4736 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4915   -4.6571  -15.5270 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7187   -3.5398  -15.8968 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1733   -4.4152  -15.1872 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7131   -7.1309  -15.0378 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1428   -7.1983  -13.8857 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.8973   -8.0563  -15.9972 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7209   -9.2140  -16.0056 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5775   -9.5988  -14.9513 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3850  -10.7324  -15.1337 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3675  -11.4892  -16.2527 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5395  -11.1490  -17.2696 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7142  -10.0001  -17.1743 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5744  -11.9335  -18.4562 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6698  -12.0385  -19.4488 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5795  -11.4706  -19.4776 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.0521  -12.9529  -20.6079 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7517   -7.6238  -15.8230 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n  1  6  2  0\\n  1  2  1  0\\n  2  3  2  0\\n  3  4  1  0\\n  3 21  1  0\\n  4  5  2  0\\n  4  8  1  0\\n  5  6  1  0\\n  5  7  1  0\\n  8  9  2  0\\n  8 10  1  0\\n 10 11  1  0\\n 11 16  1  0\\n 11 12  2  0\\n 12 13  1  0\\n 13 14  2  0\\n 14 15  1  0\\n 15 16  2  0\\n 15 17  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 20  1  0\\nM  END\\n\",\"mol\");\n\tviewer_1793021693034632.setStyle({\"model\": 0},{\"cartoon\": {\"color\": \"lightgrey\"}});\n\tviewer_1793021693034632.setStyle({\"model\": 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+       "\tviewer_1793021693034632.addModel(\"HEADER    TRANSFERASE/TRANSFERASE INHIBITOR       08-AUG-12   4GIH\\nTITLE     TYK2 (JH1) IN COMPLEX WITH\\nTITLE    2 2,6-DICHLORO-N-{2-[(CYCLOPROPYLCARBONYL)\\nTITLE    3 AMINO]PYRIDIN-4-YL}BENZAMIDE\\nEXPDTA    X-RAY DIFFRACTION\\nREMARK   2 RESOLUTION.    2.00 ANGSTROMS\\nREMARK   3  R VALUE : 0.188000\\nREMARK   3  FREE R VALUE : 0.217000\\nREMARK   4 4GIH COMPLIES WITH FORMAT V. 3.30,\\nREMARK 200  TEMPERATURE           (KELVIN) : 173.00\\nREMARK 200  PH                             : 6.50\\nREMARK 350 BIOMOLECULE: 1\\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: A\\nREMARK 350   BIOMT1  1   1.000000 0.000000 0.000000   0.000000\\nREMARK 350   BIOMT2  1   0.000000 1.000000 0.000000   0.000000\\nREMARK 350   BIOMT3  1   0.000000 0.000000 1.000000   0.000000\\nREMARK 888\\nREMARK 888 WRITTEN BY MAESTRO (A PRODUCT OF SCHRODINGER, LLC)\\nSEQRES   1 A  290  ACE THR VAL PHE HIS LYS ARG TYR LEU LYS LYS ILE ARG\\nSEQRES   2 A  290  ASP LEU GLY GLU GLY HIS PHE GLY LYS VAL SER LEU TYR\\nSEQRES   3 A  290  CYS TYR ASP PRO THR ASN ASP GLY THR GLY GLU MET VAL\\nSEQRES   4 A  290  ALA VAL LYS ALA LEU LYS ALA ASP ALA GLY PRO GLN HIS\\nSEQRES   5 A  290  ARG SER GLY TRP LYS GLN GLU ILE ASP ILE LEU ARG THR\\nSEQRES   6 A  290  LEU TYR HIS GLU HIS ILE ILE LYS TYR LYS GLY CYS CYS\\nSEQRES   7 A  290  GLU ASP ALA GLY ALA ALA SER LEU GLN LEU VAL MET GLU\\nSEQRES   8 A  290  TYR VAL PRO LEU GLY SER LEU ARG ASP TYR LEU PRO ARG\\nSEQRES   9 A  290  HIS SER ILE GLY LEU ALA GLN LEU LEU LEU PHE ALA GLN\\nSEQRES  10 A  290  GLN ILE CYS GLU GLY MET ALA TYR LEU HIS ALA GLN HIS\\nSEQRES  11 A  290  TYR ILE HIS ARG ASN LEU ALA ALA ARG ASN VAL LEU LEU\\nSEQRES  12 A  290  ASP ASN ASP ARG LEU VAL LYS ILE GLY ASP PHE GLY LEU\\nSEQRES  13 A  290  ALA LYS ALA VAL PRO GLU GLY HIS GLU TYR TYR ARG VAL\\nSEQRES  14 A  290  ARG GLU ASP GLY ASP SER PRO VAL PHE TRP TYR ALA PRO\\nSEQRES  15 A  290  GLU CYS LEU LYS GLU TYR LYS PHE TYR TYR ALA SER ASP\\nSEQRES  16 A  290  VAL TRP SER PHE GLY VAL THR LEU TYR GLU LEU LEU THR\\nSEQRES  17 A  290  HIS CYS ASP SER SER GLN SER PRO PRO THR LYS PHE LEU\\nSEQRES  18 A  290  GLU LEU ILE GLY ILE ALA GLN GLY GLN MET THR VAL LEU\\nSEQRES  19 A  290  ARG LEU THR GLU LEU LEU GLU ARG GLY GLU ARG LEU PRO\\nSEQRES  20 A  290  ARG PRO ASP LYS CYS PRO ALA GLU VAL TYR HIS LEU MET\\nSEQRES  21 A  290  LYS ASN CYS TRP GLU THR GLU ALA SER PHE ARG PRO THR\\nSEQRES  22 A  290  PHE GLU ASN LEU ILE PRO ILE LEU LYS THR VAL HIS GLU\\nSEQRES  23 A  290  LYS TYR ARG NME\\nFORMUL   2  HOH   *46(H2 0)\\nHELIX    1   1 HIS A  940  HIS A  940  1\\nHELIX    2   2 ARG A  941  ARG A  941  1\\nHELIX    3   3 SER A  942  SER A  942  1\\nHELIX    4   4 GLY A  943  GLY A  943  1\\nHELIX    5   5 TRP A  944  TRP A  944  1\\nHELIX    6   6 LYS A  945  LYS A  945  1\\nHELIX    7   7 GLN A  946  GLN A  946  1\\nHELIX    8   8 GLU A  947  GLU A  947  1\\nHELIX    9   9 ILE A  948  ILE A  948  1\\nHELIX   10  10 ASP A  949  ASP A  949  1\\nHELIX   11  11 ILE A  950  ILE A  950  1\\nHELIX   12  12 LEU A  951  LEU A  951  1\\nHELIX   13  13 ARG A  952  ARG A  952  1\\nHELIX   14  14 THR A  953  THR A  953  1\\nHELIX   15  15 LEU A  986  LEU A  986  1\\nHELIX   16  16 ARG A  987  ARG A  987  1\\nHELIX   17  17 ASP A  988  ASP A  988  1\\nHELIX   18  18 TYR A  989  TYR A  989  1\\nHELIX   19  19 LEU A  997  LEU A  997  1\\nHELIX   20  20 ALA A  998  ALA A  998  1\\nHELIX   21  21 GLN A  999  GLN A  999  1\\nHELIX   22  22 LEU A 1000  LEU A 1000  1\\nHELIX   23  23 LEU A 1001  LEU A 1001  1\\nHELIX   24  24 LEU A 1002  LEU A 1002  1\\nHELIX   25  25 PHE A 1003  PHE A 1003  1\\nHELIX   26  26 ALA A 1004  ALA A 1004  1\\nHELIX   27  27 GLN A 1005  GLN A 1005  1\\nHELIX   28  28 GLN A 1006  GLN A 1006  1\\nHELIX   29  29 ILE A 1007  ILE A 1007  1\\nHELIX   30  30 CYS A 1008  CYS A 1008  1\\nHELIX   31  31 GLU A 1009  GLU A 1009  1\\nHELIX   32  32 GLY A 1010  GLY A 1010  1\\nHELIX   33  33 MET A 1011  MET A 1011  1\\nHELIX   34  34 ALA A 1012  ALA A 1012  1\\nHELIX   35  35 TYR A 1013  TYR A 1013  1\\nHELIX   36  36 LEU A 1014  LEU A 1014  1\\nHELIX   37  37 HIS A 1015  HIS A 1015  1\\nHELIX   38  38 ALA A 1016  ALA A 1016  1\\nHELIX   39  39 TYR A 1080  TYR A 1080  1\\nHELIX   40  40 ALA A 1081  ALA A 1081  1\\nHELIX   41  41 SER A 1082  SER A 1082  1\\nHELIX   42  42 ASP A 1083  ASP A 1083  1\\nHELIX   43  43 VAL A 1084  VAL A 1084  1\\nHELIX   44  44 TRP A 1085  TRP A 1085  1\\nHELIX   45  45 SER A 1086  SER A 1086  1\\nHELIX   46  46 PHE A 1087  PHE A 1087  1\\nHELIX   47  47 GLY A 1088  GLY A 1088  1\\nHELIX   48  48 VAL A 1089  VAL A 1089  1\\nHELIX   49  49 THR A 1090  THR A 1090  1\\nHELIX   50  50 LEU A 1091  LEU A 1091  1\\nHELIX   51  51 TYR A 1092  TYR A 1092  1\\nHELIX   52  52 GLU A 1093  GLU A 1093  1\\nHELIX   53  53 LEU A 1094  LEU A 1094  1\\nHELIX   54  54 LEU A 1095  LEU A 1095  1\\nHELIX   55  55 LYS A 1107  LYS A 1107  1\\nHELIX   56  56 PHE A 1108  PHE A 1108  1\\nHELIX   57  57 LEU A 1109  LEU A 1109  1\\nHELIX   58  58 GLU A 1110  GLU A 1110  1\\nHELIX   59  59 LEU A 1111  LEU A 1111  1\\nHELIX   60  60 ILE A 1112  ILE A 1112  1\\nHELIX   61  61 THR A 1120  THR A 1120  1\\nHELIX   62  62 VAL A 1121  VAL A 1121  1\\nHELIX   63  63 LEU A 1122  LEU A 1122  1\\nHELIX   64  64 ARG A 1123  ARG A 1123  1\\nHELIX   65  65 LEU A 1124  LEU A 1124  1\\nHELIX   66  66 THR A 1125  THR A 1125  1\\nHELIX   67  67 GLU A 1126  GLU A 1126  1\\nHELIX   68  68 LEU A 1127  LEU A 1127  1\\nHELIX   69  69 LEU A 1128  LEU A 1128  1\\nHELIX   70  70 GLU A 1129  GLU A 1129  1\\nHELIX   71  71 GLU A 1143  GLU A 1143  1\\nHELIX   72  72 VAL A 1144  VAL A 1144  1\\nHELIX   73  73 TYR A 1145  TYR A 1145  1\\nHELIX   74  74 HIS A 1146  HIS A 1146  1\\nHELIX   75  75 LEU A 1147  LEU A 1147  1\\nHELIX   76  76 MET A 1148  MET A 1148  1\\nHELIX   77  77 LYS A 1149  LYS A 1149  1\\nHELIX   78  78 ASN A 1150  ASN A 1150  1\\nHELIX   79  79 CYS A 1151  CYS A 1151  1\\nHELIX   80  80 PHE A 1162  PHE A 1162  1\\nHELIX   81  81 GLU A 1163  GLU A 1163  1\\nHELIX   82  82 ASN A 1164  ASN A 1164  1\\nHELIX   83  83 LEU A 1165  LEU A 1165  1\\nHELIX   84  84 ILE A 1166  ILE A 1166  1\\nHELIX   85  85 PRO A 1167  PRO A 1167  1\\nHELIX   86  86 ILE A 1168  ILE A 1168  1\\nHELIX   87  87 LEU A 1169  LEU A 1169  1\\nHELIX   88  88 LYS A 1170  LYS A 1170  1\\nHELIX   89  89 THR A 1171  THR A 1171  1\\nHELIX   90  90 VAL A 1172  VAL A 1172  1\\nHELIX   91  91 HIS A 1173  HIS A 1173  1\\nHELIX   92  92 GLU A 1174  GLU A 1174  1\\nHELIX   93  93 LYS A 1175  LYS A 1175  1\\nHELIX   94  94 TYR A 1176  TYR A 1176  1\\nTURN     1   1 THR A 890  THR A 890\\nTURN     2   2 VAL A 891  VAL A 891\\nTURN     3   3 HIS A 893  HIS A 893\\nTURN     4   4 LYS A 894  LYS A 894\\nTURN     5   5 ARG A 895  ARG A 895\\nTURN     6   6 TYR A 896  TYR A 896\\nTURN     7   7 GLY A 906  GLY A 906\\nTURN     8   8 HIS A 907  HIS A 907\\nTURN     9   9 PHE A 908  PHE A 908\\nTURN    10  10 GLY A 909  GLY A 909\\nTURN    11  11 ASP A 917  ASP A 917\\nTURN    12  12 PRO A 918  PRO A 918\\nTURN    13  13 THR A 919  THR A 919\\nTURN    14  14 ASN A 920  ASN A 920\\nTURN    15  15 ASP A 921  ASP A 921\\nTURN    16  16 GLY A 922  GLY A 922\\nTURN    17  17 THR A 923  THR A 923\\nTURN    18  18 GLY A 924  GLY A 924\\nTURN    19  19 ALA A 931  ALA A 931\\nTURN    20  20 LEU A 932  LEU A 932\\nTURN    21  21 LYS A 933  LYS A 933\\nTURN    22  22 ALA A 934  ALA A 934\\nTURN    23  23 ASP A 935  ASP A 935\\nTURN    24  24 ALA A 936  ALA A 936\\nTURN    25  25 GLY A 937  GLY A 937\\nTURN    26  26 PRO A 938  PRO A 938\\nTURN    27  27 GLN A 939  GLN A 939\\nTURN    28  28 LEU A 954  LEU A 954\\nTURN    29  29 TYR A 955  TYR A 955\\nTURN    30  30 HIS A 956  HIS A 956\\nTURN    31  31 GLU A 957  GLU A 957\\nTURN    32  32 HIS A 958  HIS A 958\\nTURN    33  33 ILE A 959  ILE A 959\\nTURN    34  34 ILE A 960  ILE A 960\\nTURN    35  35 LYS A 961  LYS A 961\\nTURN    36  36 ALA A 969  ALA A 969\\nTURN    37  37 GLY A 970  GLY A 970\\nTURN    38  38 ALA A 971  ALA A 971\\nTURN    39  39 ALA A 972  ALA A 972\\nTURN    40  40 TYR A 980  TYR A 980\\nTURN    41  41 VAL A 981  VAL A 981\\nTURN    42  42 PRO A 982  PRO A 982\\nTURN    43  43 LEU A 983  LEU A 983\\nTURN    44  44 LEU A 990  LEU A 990\\nTURN    45  45 PRO A 991  PRO A 991\\nTURN    46  46 ARG A 992  ARG A 992\\nTURN    47  47 HIS A 993  HIS A 993\\nTURN    48  48 SER A 994  SER A 994\\nTURN    49  49 ILE A 995  ILE A 995\\nTURN    50  50 GLY A 996  GLY A 996\\nTURN    51  51 GLN A1017  GLN A1017\\nTURN    52  52 HIS A1018  HIS A1018\\nTURN    53  53 HIS A1021  HIS A1021\\nTURN    54  54 ARG A1022  ARG A1022\\nTURN    55  55 ASN A1023  ASN A1023\\nTURN    56  56 LEU A1024  LEU A1024\\nTURN    57  57 ALA A1025  ALA A1025\\nTURN    58  58 ALA A1026  ALA A1026\\nTURN    59  59 ARG A1027  ARG A1027\\nTURN    60  60 ASN A1028  ASN A1028\\nTURN    61  61 ASP A1034  ASP A1034\\nTURN    62  62 ARG A1035  ARG A1035\\nTURN    63  63 GLY A1040  GLY A1040\\nTURN    64  64 ASP A1041  ASP A1041\\nTURN    65  65 PHE A1042  PHE A1042\\nTURN    66  66 GLY A1043  GLY A1043\\nTURN    67  67 LEU A1044  LEU A1044\\nTURN    68  68 ALA A1045  ALA A1045\\nTURN    69  69 VAL A1048  VAL A1048\\nTURN    70  70 PRO A1049  PRO A1049\\nTURN    71  71 GLU A1050  GLU A1050\\nTURN    72  72 GLY A1051  GLY A1051\\nTURN    73  73 HIS A1052  HIS A1052\\nTURN    74  74 GLU A1053  GLU A1053\\nTURN    75  75 VAL A1057  VAL A1057\\nTURN    76  76 ARG A1058  ARG A1058\\nTURN    77  77 GLU A1059  GLU A1059\\nTURN    78  78 ASP A1060  ASP A1060\\nTURN    79  79 GLY A1061  GLY A1061\\nTURN    80  80 ASP A1062  ASP A1062\\nTURN    81  81 SER A1063  SER A1063\\nTURN    82  82 PRO A1064  PRO A1064\\nTURN    83  83 VAL A1065  VAL A1065\\nTURN    84  84 PHE A1066  PHE A1066\\nTURN    85  85 TRP A1067  TRP A1067\\nTURN    86  86 TYR A1068  TYR A1068\\nTURN    87  87 ALA A1069  ALA A1069\\nTURN    88  88 PRO A1070  PRO A1070\\nTURN    89  89 GLU A1071  GLU A1071\\nTURN    90  90 CYS A1072  CYS A1072\\nTURN    91  91 LEU A1073  LEU A1073\\nTURN    92  92 LYS A1074  LYS A1074\\nTURN    93  93 GLU A1075  GLU A1075\\nTURN    94  94 TYR A1076  TYR A1076\\nTURN    95  95 THR A1096  THR A1096\\nTURN    96  96 HIS A1097  HIS A1097\\nTURN    97  97 CYS A1098  CYS A1098\\nTURN    98  98 ASP A1099  ASP A1099\\nTURN    99  99 SER A1100  SER A1100\\nTURN   100 100 SER A1101  SER A1101\\nTURN   101 101 GLN A1102  GLN A1102\\nTURN   102 102 SER A1103  SER A1103\\nTURN   103 103 PRO A1104  PRO A1104\\nTURN   104 104 PRO A1105  PRO A1105\\nTURN   105 105 THR A1106  THR A1106\\nTURN   106 106 GLY A1113  GLY A1113\\nTURN   107 107 ILE A1114  ILE A1114\\nTURN   108 108 ALA A1115  ALA A1115\\nTURN   109 109 GLN A1116  GLN A1116\\nTURN   110 110 GLY A1117  GLY A1117\\nTURN   111 111 GLN A1118  GLN A1118\\nTURN   112 112 MET A1119  MET A1119\\nTURN   113 113 ARG A1130  ARG A1130\\nTURN   114 114 GLY A1131  GLY A1131\\nTURN   115 115 GLU A1132  GLU A1132\\nTURN   116 116 ARG A1133  ARG A1133\\nTURN   117 117 LEU A1134  LEU A1134\\nTURN   118 118 PRO A1135  PRO A1135\\nTURN   119 119 ARG A1136  ARG A1136\\nTURN   120 120 PRO A1137  PRO A1137\\nTURN   121 121 ASP A1138  ASP A1138\\nTURN   122 122 LYS A1139  LYS A1139\\nTURN   123 123 CYS A1140  CYS A1140\\nTURN   124 124 PRO A1141  PRO A1141\\nTURN   125 125 ALA A1142  ALA A1142\\nTURN   126 126 TRP A1152  TRP A1152\\nTURN   127 127 GLU A1153  GLU A1153\\nTURN   128 128 THR A1154  THR A1154\\nTURN   129 129 GLU A1155  GLU A1155\\nTURN   130 130 ALA A1156  ALA A1156\\nTURN   131 131 SER A1157  SER A1157\\nTURN   132 132 PHE A1158  PHE A1158\\nTURN   133 133 ARG A1159  ARG A1159\\nTURN   134 134 PRO A1160  PRO A1160\\nTURN   135 135 THR A1161  THR A1161\\nTURN   136 136 ARG A1177  ARG A1177\\nSHEET    1   1 1 PHE A 892  PHE A 892  0\\nSHEET    1   2 1 LEU A 897  LEU A 897  0\\nSHEET    1   3 1 LYS A 898  LYS A 898  0\\nSHEET    1   4 1 LYS A 899  LYS A 899  0\\nSHEET    1   5 1 ILE A 900  ILE A 900  0\\nSHEET    1   6 1 ARG A 901  ARG A 901  0\\nSHEET    1   7 1 ASP A 902  ASP A 902  0\\nSHEET    1   8 1 LEU A 903  LEU A 903  0\\nSHEET    1   9 1 GLY A 904  GLY A 904  0\\nSHEET    1  10 1 GLU A 905  GLU A 905  0\\nSHEET    1  11 1 LYS A 910  LYS A 910  0\\nSHEET    1  12 1 VAL A 911  VAL A 911  0\\nSHEET    1  13 1 SER A 912  SER A 912  0\\nSHEET    1  14 1 LEU A 913  LEU A 913  0\\nSHEET    1  15 1 TYR A 914  TYR A 914  0\\nSHEET    1  16 1 CYS A 915  CYS A 915  0\\nSHEET    1  17 1 TYR A 916  TYR A 916  0\\nSHEET    1  18 1 GLU A 925  GLU A 925  0\\nSHEET    1  19 1 MET A 926  MET A 926  0\\nSHEET    1  20 1 VAL A 927  VAL A 927  0\\nSHEET    1  21 1 ALA A 928  ALA A 928  0\\nSHEET    1  22 1 VAL A 929  VAL A 929  0\\nSHEET    1  23 1 LYS A 930  LYS A 930  0\\nSHEET    1  24 1 TYR A 962  TYR A 962  0\\nSHEET    1  25 1 LYS A 963  LYS A 963  0\\nSHEET    1  26 1 GLY A 964  GLY A 964  0\\nSHEET    1  27 1 CYS A 965  CYS A 965  0\\nSHEET    1  28 1 CYS A 966  CYS A 966  0\\nSHEET    1  29 1 GLU A 967  GLU A 967  0\\nSHEET    1  30 1 ASP A 968  ASP A 968  0\\nSHEET    1  31 1 SER A 973  SER A 973  0\\nSHEET    1  32 1 LEU A 974  LEU A 974  0\\nSHEET    1  33 1 GLN A 975  GLN A 975  0\\nSHEET    1  34 1 LEU A 976  LEU A 976  0\\nSHEET    1  35 1 VAL A 977  VAL A 977  0\\nSHEET    1  36 1 MET A 978  MET A 978  0\\nSHEET    1  37 1 GLU A 979  GLU A 979  0\\nSHEET    1  38 1 GLY A 984  GLY A 984  0\\nSHEET    1  39 1 SER A 985  SER A 985  0\\nSHEET    1  40 1 TYR A1019  TYR A1019  0\\nSHEET    1  41 1 ILE A1020  ILE A1020  0\\nSHEET    1  42 1 VAL A1029  VAL A1029  0\\nSHEET    1  43 1 LEU A1030  LEU A1030  0\\nSHEET    1  44 1 LEU A1031  LEU A1031  0\\nSHEET    1  45 1 ASP A1032  ASP A1032  0\\nSHEET    1  46 1 ASN A1033  ASN A1033  0\\nSHEET    1  47 1 LEU A1036  LEU A1036  0\\nSHEET    1  48 1 VAL A1037  VAL A1037  0\\nSHEET    1  49 1 LYS A1038  LYS A1038  0\\nSHEET    1  50 1 ILE A1039  ILE A1039  0\\nSHEET    1  51 1 LYS A1046  LYS A1046  0\\nSHEET    1  52 1 ALA A1047  ALA A1047  0\\nSHEET    1  53 1 TYR A1054  TYR A1054  0\\nSHEET    1  54 1 TYR A1055  TYR A1055  0\\nSHEET    1  55 1 ARG A1056  ARG A1056  0\\nSHEET    1  56 1 LYS A1077  LYS A1077  0\\nSHEET    1  57 1 PHE A1078  PHE A1078  0\\nSHEET    1  58 1 TYR A1079  TYR A1079  0\\nCRYST1   36.165   74.378  105.855  90.00  90.00  90.00 P 21 21 21    4\\nHETATM    1  CH3 ACE A 889     -15.732 -12.864   4.220  1.00  0.00           C  \\nHETATM    2  C   ACE A 889     -15.275 -14.196   3.637  1.00  0.00           C  \\nHETATM    3  O   ACE A 889     -14.652 -14.991   4.340  1.00  0.00           O  \\nHETATM    4  H1  ACE A 889     -16.002 -12.982   5.270  1.00  0.00           H  \\nHETATM    5  H2  ACE A 889     -14.929 -12.130   4.152  1.00  0.00           H  \\nHETATM    6  H3  ACE A 889     -16.601 -12.476   3.688  1.00  0.00           H  \\nATOM      7  N   THR A 890     -15.598 -14.429   2.353  1.00 62.43           N  \\nATOM      8  CA  THR A 890     -15.253 -15.636   1.596  1.00 60.76           C  \\nATOM      9  C   THR A 890     -13.728 -15.808   1.437  1.00 61.63           C  \\nATOM     10  O   THR A 890     -13.057 -14.865   1.010  1.00 59.62           O  \\nATOM     11  CB  THR A 890     -15.878 -15.600   0.175  1.00 68.55           C  \\nATOM     12  OG1 THR A 890     -17.275 -15.404   0.279  1.00 68.98           O  \\nATOM     13  CG2 THR A 890     -15.641 -16.864  -0.673  1.00 67.10           C  \\nATOM     14  H   THR A 890     -16.131 -13.741   1.843  1.00 62.43           H  \\nATOM     15  HA  THR A 890     -15.657 -16.495   2.138  1.00 60.76           H  \\nATOM     16  HB  THR A 890     -15.486 -14.740  -0.370  1.00 68.55           H  \\nATOM     17  HG1 THR A 890     -17.660 -15.485  -0.597  1.00 68.98           H  \\nATOM     18 HG21 THR A 890     -16.174 -16.811  -1.622  1.00 67.10           H  \\nATOM     19 HG22 THR A 890     -14.586 -17.003  -0.909  1.00 67.10           H  \\nATOM     20 HG23 THR A 890     -15.983 -17.757  -0.151  1.00 67.10           H  \\nATOM     21  N   VAL A 891     -13.227 -17.004   1.789  1.00 57.37           N  \\nATOM     22  CA  VAL A 891     -11.803 -17.336   1.789  1.00 55.39           C  \\nATOM     23  C   VAL A 891     -11.483 -18.439   0.760  1.00 56.21           C  \\nATOM     24  O   VAL A 891     -12.250 -19.389   0.602  1.00 57.24           O  \\nATOM     25  CB  VAL A 891     -11.320 -17.758   3.209  1.00 60.85           C  \\nATOM     26  CG1 VAL A 891     -11.950 -19.060   3.745  1.00 62.96           C  \\nATOM     27  CG2 VAL A 891      -9.784 -17.834   3.316  1.00 59.88           C  \\nATOM     28  H   VAL A 891     -13.847 -17.732   2.112  1.00 57.37           H  \\nATOM     29  HA  VAL A 891     -11.234 -16.448   1.521  1.00 55.39           H  \\nATOM     30  HB  VAL A 891     -11.634 -16.961   3.885  1.00 60.85           H  \\nATOM     31 HG11 VAL A 891     -11.669 -19.225   4.785  1.00 62.96           H  \\nATOM     32 HG12 VAL A 891     -13.039 -19.021   3.707  1.00 62.96           H  \\nATOM     33 HG13 VAL A 891     -11.625 -19.935   3.183  1.00 62.96           H  \\nATOM     34 HG21 VAL A 891      -9.472 -17.993   4.349  1.00 59.88           H  \\nATOM     35 HG22 VAL A 891      -9.371 -18.651   2.725  1.00 59.88           H  \\nATOM     36 HG23 VAL A 891      -9.317 -16.908   2.976  1.00 59.88           H  \\nATOM     37  N   PHE A 892     -10.332 -18.268   0.093  1.00 49.19           N  \\nATOM     38  CA  PHE A 892      -9.736 -19.179  -0.880  1.00 47.07           C  \\nATOM     39  C   PHE A 892      -8.379 -19.653  -0.337  1.00 52.74           C  \\nATOM     40  O   PHE A 892      -7.608 -18.826   0.150  1.00 53.11           O  \\nATOM     41  CB  PHE A 892      -9.546 -18.424  -2.216  1.00 45.10           C  \\nATOM     42  CG  PHE A 892     -10.806 -18.200  -3.035  1.00 44.18           C  \\nATOM     43  CD1 PHE A 892     -11.099 -19.048  -4.122  1.00 44.87           C  \\nATOM     44  CD2 PHE A 892     -11.756 -17.229  -2.654  1.00 45.07           C  \\nATOM     45  CE1 PHE A 892     -12.289 -18.908  -4.823  1.00 45.27           C  \\nATOM     46  CE2 PHE A 892     -12.944 -17.110  -3.362  1.00 46.87           C  \\nATOM     47  CZ  PHE A 892     -13.211 -17.944  -4.440  1.00 44.38           C  \\nATOM     48  H   PHE A 892      -9.787 -17.438   0.287  1.00 49.19           H  \\nATOM     49  HA  PHE A 892     -10.371 -20.052  -1.044  1.00 47.07           H  \\nATOM     50  HB3 PHE A 892      -8.819 -18.942  -2.845  1.00 45.10           H  \\nATOM     51  HB2 PHE A 892      -9.116 -17.444  -2.011  1.00 45.10           H  \\nATOM     52  HD1 PHE A 892     -10.391 -19.801  -4.420  1.00 44.87           H  \\nATOM     53  HD2 PHE A 892     -11.569 -16.581  -1.809  1.00 45.07           H  \\nATOM     54  HE1 PHE A 892     -12.501 -19.556  -5.660  1.00 45.27           H  \\nATOM     55  HE2 PHE A 892     -13.672 -16.374  -3.064  1.00 46.87           H  \\nATOM     56  HZ  PHE A 892     -14.142 -17.847  -4.977  1.00 44.38           H  \\nATOM     57  N   HIS A 893      -8.096 -20.961  -0.436  1.00 50.80           N  \\nATOM     58  CA  HIS A 893      -6.829 -21.549   0.015  1.00 51.86           C  \\nATOM     59  C   HIS A 893      -5.854 -21.664  -1.167  1.00 53.50           C  \\nATOM     60  O   HIS A 893      -6.229 -22.208  -2.207  1.00 52.26           O  \\nATOM     61  CB  HIS A 893      -7.080 -22.921   0.672  1.00 55.68           C  \\nATOM     62  CG  HIS A 893      -8.193 -22.954   1.691  1.00 61.81           C  \\nATOM     63  ND1 HIS A 893      -9.452 -23.496   1.413  1.00 65.50           N  \\nATOM     64  CD2 HIS A 893      -8.184 -22.495   2.993  1.00 65.19           C  \\nATOM     65  CE1 HIS A 893     -10.148 -23.333   2.531  1.00 67.02           C  \\nATOM     66  NE2 HIS A 893      -9.446 -22.747   3.501  1.00 67.16           N  \\nATOM     67  H   HIS A 893      -8.769 -21.596  -0.844  1.00 50.80           H  \\nATOM     68  HA  HIS A 893      -6.383 -20.908   0.779  1.00 51.86           H  \\nATOM     69  HB3 HIS A 893      -6.171 -23.242   1.179  1.00 55.68           H  \\nATOM     70  HB2 HIS A 893      -7.292 -23.675  -0.087  1.00 55.68           H  \\nATOM     71  HD2 HIS A 893      -7.410 -22.016   3.574  1.00 65.19           H  \\nATOM     72  HE1 HIS A 893     -11.176 -23.645   2.643  1.00 67.02           H  \\nATOM     73  HE2 HIS A 893      -9.776 -22.523   4.430  1.00 67.16           H  \\nATOM     74  N   LYS A 894      -4.615 -21.166  -0.990  1.00 50.22           N  \\nATOM     75  CA  LYS A 894      -3.603 -21.102  -2.055  1.00 49.02           C  \\nATOM     76  C   LYS A 894      -3.093 -22.481  -2.531  1.00 53.09           C  \\nATOM     77  O   LYS A 894      -2.649 -22.591  -3.672  1.00 51.68           O  \\nATOM     78  CB  LYS A 894      -2.443 -20.167  -1.638  1.00 52.12           C  \\nATOM     79  CG  LYS A 894      -1.600 -19.701  -2.841  1.00 67.25           C  \\nATOM     80  CD  LYS A 894      -0.571 -18.609  -2.518  1.00 79.06           C  \\nATOM     81  CE  LYS A 894       0.105 -18.102  -3.806  1.00 86.18           C  \\nATOM     82  NZ  LYS A 894       1.179 -17.132  -3.537  1.00 95.28           N1+\\nATOM     83  H   LYS A 894      -4.367 -20.734  -0.111  1.00 50.22           H  \\nATOM     84  HA  LYS A 894      -4.096 -20.649  -2.916  1.00 49.02           H  \\nATOM     85  HB3 LYS A 894      -1.815 -20.639  -0.881  1.00 52.12           H  \\nATOM     86  HB2 LYS A 894      -2.857 -19.278  -1.165  1.00 52.12           H  \\nATOM     87  HG3 LYS A 894      -2.267 -19.334  -3.621  1.00 67.25           H  \\nATOM     88  HG2 LYS A 894      -1.071 -20.551  -3.272  1.00 67.25           H  \\nATOM     89  HD3 LYS A 894       0.177 -19.010  -1.831  1.00 79.06           H  \\nATOM     90  HD2 LYS A 894      -1.058 -17.783  -1.996  1.00 79.06           H  \\nATOM     91  HE3 LYS A 894      -0.633 -17.631  -4.457  1.00 86.18           H  \\nATOM     92  HE2 LYS A 894       0.534 -18.936  -4.361  1.00 86.18           H  \\nATOM     93  HZ1 LYS A 894       1.906 -17.573  -2.992  1.00 95.28           H  \\nATOM     94  HZ2 LYS A 894       1.567 -16.796  -4.406  1.00 95.28           H  \\nATOM     95  HZ3 LYS A 894       0.818 -16.346  -3.009  1.00 95.28           H  \\nATOM     96  N   ARG A 895      -3.219 -23.513  -1.678  1.00 51.74           N  \\nATOM     97  CA  ARG A 895      -2.936 -24.922  -1.981  1.00 52.94           C  \\nATOM     98  C   ARG A 895      -3.820 -25.522  -3.099  1.00 55.31           C  \\nATOM     99  O   ARG A 895      -3.417 -26.518  -3.700  1.00 55.61           O  \\nATOM    100  CB  ARG A 895      -3.055 -25.742  -0.675  1.00 57.62           C  \\nATOM    101  CG  ARG A 895      -4.449 -25.700  -0.018  1.00 70.70           C  \\nATOM    102  CD  ARG A 895      -4.551 -26.532   1.269  1.00 85.20           C  \\nATOM    103  NE  ARG A 895      -5.826 -26.282   1.965  1.00 97.62           N  \\nATOM    104  CZ  ARG A 895      -6.474 -27.088   2.829  1.00116.87           C  \\nATOM    105  NH1 ARG A 895      -6.007 -28.297   3.178  1.00109.22           N  \\nATOM    106  NH2 ARG A 895      -7.629 -26.662   3.356  1.00103.80           N1+\\nATOM    107  H   ARG A 895      -3.593 -23.332  -0.758  1.00 51.74           H  \\nATOM    108  HA  ARG A 895      -1.902 -24.980  -2.325  1.00 52.94           H  \\nATOM    109  HB3 ARG A 895      -2.322 -25.366   0.041  1.00 57.62           H  \\nATOM    110  HB2 ARG A 895      -2.772 -26.779  -0.866  1.00 57.62           H  \\nATOM    111  HG3 ARG A 895      -5.142 -26.145  -0.732  1.00 70.70           H  \\nATOM    112  HG2 ARG A 895      -4.799 -24.681   0.135  1.00 70.70           H  \\nATOM    113  HD3 ARG A 895      -3.681 -26.417   1.916  1.00 85.20           H  \\nATOM    114  HD2 ARG A 895      -4.581 -27.578   0.965  1.00 85.20           H  \\nATOM    115  HE  ARG A 895      -6.255 -25.393   1.754  1.00 97.62           H  \\nATOM    116 HH12 ARG A 895      -6.515 -28.879   3.827  1.00109.22           H  \\nATOM    117 HH11 ARG A 895      -5.149 -28.646   2.769  1.00109.22           H  \\nATOM    118 HH22 ARG A 895      -8.146 -27.249   3.995  1.00103.80           H  \\nATOM    119 HH21 ARG A 895      -8.011 -25.764   3.096  1.00103.80           H  \\nATOM    120  N   TYR A 896      -4.993 -24.917  -3.353  1.00 49.98           N  \\nATOM    121  CA  TYR A 896      -5.948 -25.341  -4.378  1.00 49.28           C  \\nATOM    122  C   TYR A 896      -5.900 -24.464  -5.642  1.00 50.16           C  \\nATOM    123  O   TYR A 896      -6.491 -24.862  -6.644  1.00 48.17           O  \\nATOM    124  CB  TYR A 896      -7.364 -25.348  -3.770  1.00 51.36           C  \\nATOM    125  CG  TYR A 896      -7.587 -26.246  -2.560  1.00 55.87           C  \\nATOM    126  CD1 TYR A 896      -6.988 -27.524  -2.475  1.00 59.63           C  \\nATOM    127  CD2 TYR A 896      -8.449 -25.818  -1.529  1.00 57.59           C  \\nATOM    128  CE1 TYR A 896      -7.261 -28.365  -1.380  1.00 63.33           C  \\nATOM    129  CE2 TYR A 896      -8.717 -26.657  -0.430  1.00 61.39           C  \\nATOM    130  CZ  TYR A 896      -8.130 -27.935  -0.360  1.00 71.07           C  \\nATOM    131  OH  TYR A 896      -8.409 -28.757   0.692  1.00 74.22           O  \\nATOM    132  H   TYR A 896      -5.258 -24.104  -2.814  1.00 49.98           H  \\nATOM    133  HA  TYR A 896      -5.716 -26.351  -4.712  1.00 49.28           H  \\nATOM    134  HB3 TYR A 896      -8.095 -25.639  -4.525  1.00 51.36           H  \\nATOM    135  HB2 TYR A 896      -7.618 -24.330  -3.482  1.00 51.36           H  \\nATOM    136  HD1 TYR A 896      -6.338 -27.885  -3.257  1.00 59.63           H  \\nATOM    137  HD2 TYR A 896      -8.922 -24.848  -1.582  1.00 57.59           H  \\nATOM    138  HE1 TYR A 896      -6.810 -29.346  -1.334  1.00 63.33           H  \\nATOM    139  HE2 TYR A 896      -9.385 -26.322   0.350  1.00 61.39           H  \\nATOM    140  HH  TYR A 896      -7.997 -29.621   0.612  1.00 74.22           H  \\nATOM    141  N   LEU A 897      -5.197 -23.318  -5.597  1.00 46.72           N  \\nATOM    142  CA  LEU A 897      -5.001 -22.416  -6.732  1.00 44.74           C  \\nATOM    143  C   LEU A 897      -3.851 -22.919  -7.625  1.00 48.16           C  \\nATOM    144  O   LEU A 897      -2.685 -22.753  -7.264  1.00 48.59           O  \\nATOM    145  CB  LEU A 897      -4.714 -20.987  -6.202  1.00 44.20           C  \\nATOM    146  CG  LEU A 897      -5.924 -20.222  -5.622  1.00 48.88           C  \\nATOM    147  CD1 LEU A 897      -5.488 -18.979  -4.825  1.00 51.85           C  \\nATOM    148  CD2 LEU A 897      -6.961 -19.837  -6.697  1.00 47.58           C  \\nATOM    149  H   LEU A 897      -4.710 -23.068  -4.748  1.00 46.72           H  \\nATOM    150  HA  LEU A 897      -5.907 -22.403  -7.338  1.00 44.74           H  \\nATOM    151  HB3 LEU A 897      -4.297 -20.372  -6.995  1.00 44.20           H  \\nATOM    152  HB2 LEU A 897      -3.930 -21.049  -5.447  1.00 44.20           H  \\nATOM    153  HG  LEU A 897      -6.405 -20.889  -4.908  1.00 48.88           H  \\nATOM    154 HD11 LEU A 897      -5.824 -19.067  -3.792  1.00 51.85           H  \\nATOM    155 HD12 LEU A 897      -4.406 -18.850  -4.810  1.00 51.85           H  \\nATOM    156 HD13 LEU A 897      -5.915 -18.056  -5.220  1.00 51.85           H  \\nATOM    157 HD21 LEU A 897      -7.934 -19.654  -6.242  1.00 47.58           H  \\nATOM    158 HD22 LEU A 897      -6.673 -18.927  -7.224  1.00 47.58           H  \\nATOM    159 HD23 LEU A 897      -7.099 -20.607  -7.454  1.00 47.58           H  \\nATOM    160  N   LYS A 898      -4.206 -23.500  -8.784  1.00 44.15           N  \\nATOM    161  CA  LYS A 898      -3.275 -23.916  -9.836  1.00 44.11           C  \\nATOM    162  C   LYS A 898      -3.159 -22.787 -10.871  1.00 46.50           C  \\nATOM    163  O   LYS A 898      -4.147 -22.500 -11.546  1.00 45.72           O  \\nATOM    164  CB  LYS A 898      -3.788 -25.205 -10.521  1.00 48.28           C  \\nATOM    165  CG  LYS A 898      -3.559 -26.517  -9.749  1.00 70.59           C  \\nATOM    166  CD  LYS A 898      -4.421 -26.693  -8.490  1.00 82.83           C  \\nATOM    167  CE  LYS A 898      -4.393 -28.144  -7.981  1.00 97.68           C  \\nATOM    168  NZ  LYS A 898      -5.185 -28.320  -6.753  1.00107.26           N1+\\nATOM    169  H   LYS A 898      -5.188 -23.612  -9.002  1.00 44.15           H  \\nATOM    170  HA  LYS A 898      -2.289 -24.117  -9.411  1.00 44.11           H  \\nATOM    171  HB3 LYS A 898      -3.252 -25.321 -11.464  1.00 48.28           H  \\nATOM    172  HB2 LYS A 898      -4.839 -25.106 -10.797  1.00 48.28           H  \\nATOM    173  HG3 LYS A 898      -2.505 -26.604  -9.484  1.00 70.59           H  \\nATOM    174  HG2 LYS A 898      -3.761 -27.344 -10.431  1.00 70.59           H  \\nATOM    175  HD3 LYS A 898      -5.444 -26.381  -8.702  1.00 82.83           H  \\nATOM    176  HD2 LYS A 898      -4.049 -26.031  -7.707  1.00 82.83           H  \\nATOM    177  HE3 LYS A 898      -3.368 -28.453  -7.777  1.00 97.68           H  \\nATOM    178  HE2 LYS A 898      -4.788 -28.816  -8.743  1.00 97.68           H  \\nATOM    179  HZ1 LYS A 898      -4.817 -27.724  -6.025  1.00107.26           H  \\nATOM    180  HZ2 LYS A 898      -6.153 -28.082  -6.930  1.00107.26           H  \\nATOM    181  HZ3 LYS A 898      -5.133 -29.284  -6.455  1.00107.26           H  \\nATOM    182  N   LYS A 899      -1.972 -22.166 -10.979  1.00 42.86           N  \\nATOM    183  CA  LYS A 899      -1.712 -21.052 -11.897  1.00 42.35           C  \\nATOM    184  C   LYS A 899      -1.708 -21.508 -13.365  1.00 45.75           C  \\nATOM    185  O   LYS A 899      -1.008 -22.465 -13.695  1.00 46.24           O  \\nATOM    186  CB  LYS A 899      -0.382 -20.375 -11.512  1.00 45.46           C  \\nATOM    187  CG  LYS A 899      -0.117 -19.063 -12.271  1.00 54.73           C  \\nATOM    188  CD  LYS A 899       1.114 -18.319 -11.740  1.00 64.90           C  \\nATOM    189  CE  LYS A 899       1.426 -17.068 -12.571  1.00 74.92           C  \\nATOM    190  NZ  LYS A 899       2.594 -16.337 -12.051  1.00 84.51           N1+\\nATOM    191  H   LYS A 899      -1.198 -22.461 -10.402  1.00 42.86           H  \\nATOM    192  HA  LYS A 899      -2.511 -20.319 -11.766  1.00 42.35           H  \\nATOM    193  HB3 LYS A 899       0.450 -21.065 -11.661  1.00 45.46           H  \\nATOM    194  HB2 LYS A 899      -0.393 -20.156 -10.446  1.00 45.46           H  \\nATOM    195  HG3 LYS A 899      -0.991 -18.414 -12.196  1.00 54.73           H  \\nATOM    196  HG2 LYS A 899       0.021 -19.269 -13.333  1.00 54.73           H  \\nATOM    197  HD3 LYS A 899       1.973 -18.993 -11.741  1.00 64.90           H  \\nATOM    198  HD2 LYS A 899       0.939 -18.039 -10.700  1.00 64.90           H  \\nATOM    199  HE3 LYS A 899       0.570 -16.395 -12.579  1.00 74.92           H  \\nATOM    200  HE2 LYS A 899       1.622 -17.344 -13.608  1.00 74.92           H  \\nATOM    201  HZ1 LYS A 899       2.755 -15.539 -12.651  1.00 84.51           H  \\nATOM    202  HZ2 LYS A 899       2.411 -16.027 -11.108  1.00 84.51           H  \\nATOM    203  HZ3 LYS A 899       3.406 -16.938 -12.065  1.00 84.51           H  \\nATOM    204  N   ILE A 900      -2.473 -20.796 -14.207  1.00 41.32           N  \\nATOM    205  CA  ILE A 900      -2.604 -21.076 -15.636  1.00 41.22           C  \\nATOM    206  C   ILE A 900      -1.686 -20.142 -16.451  1.00 44.92           C  \\nATOM    207  O   ILE A 900      -0.918 -20.640 -17.272  1.00 45.41           O  \\nATOM    208  CB  ILE A 900      -4.078 -20.931 -16.133  1.00 44.36           C  \\nATOM    209  CG1 ILE A 900      -5.025 -21.868 -15.338  1.00 45.50           C  \\nATOM    210  CG2 ILE A 900      -4.224 -21.186 -17.654  1.00 46.17           C  \\nATOM    211  CD1 ILE A 900      -6.527 -21.664 -15.604  1.00 56.14           C  \\nATOM    212  H   ILE A 900      -3.010 -20.012 -13.856  1.00 41.32           H  \\nATOM    213  HA  ILE A 900      -2.293 -22.103 -15.839  1.00 41.22           H  \\nATOM    214  HB  ILE A 900      -4.399 -19.906 -15.939  1.00 44.36           H  \\nATOM    215 HG13 ILE A 900      -4.869 -21.739 -14.267  1.00 45.50           H  \\nATOM    216 HG12 ILE A 900      -4.762 -22.906 -15.546  1.00 45.50           H  \\nATOM    217 HG21 ILE A 900      -5.257 -21.102 -17.988  1.00 46.17           H  \\nATOM    218 HG22 ILE A 900      -3.655 -20.476 -18.252  1.00 46.17           H  \\nATOM    219 HG23 ILE A 900      -3.880 -22.187 -17.914  1.00 46.17           H  \\nATOM    220 HD11 ILE A 900      -6.981 -22.574 -15.996  1.00 56.14           H  \\nATOM    221 HD12 ILE A 900      -7.057 -21.403 -14.689  1.00 56.14           H  \\nATOM    222 HD13 ILE A 900      -6.724 -20.869 -16.318  1.00 56.14           H  \\nATOM    223  N   ARG A 901      -1.769 -18.822 -16.202  1.00 40.97           N  \\nATOM    224  CA  ARG A 901      -0.997 -17.785 -16.899  1.00 41.13           C  \\nATOM    225  C   ARG A 901      -1.153 -16.426 -16.197  1.00 44.46           C  \\nATOM    226  O   ARG A 901      -2.028 -16.266 -15.349  1.00 43.07           O  \\nATOM    227  CB  ARG A 901      -1.415 -17.689 -18.393  1.00 41.29           C  \\nATOM    228  CG  ARG A 901      -2.893 -17.330 -18.655  1.00 52.38           C  \\nATOM    229  CD  ARG A 901      -3.184 -17.151 -20.154  1.00 59.92           C  \\nATOM    230  NE  ARG A 901      -4.626 -17.047 -20.439  1.00 68.07           N  \\nATOM    231  CZ  ARG A 901      -5.470 -18.056 -20.731  1.00 83.41           C  \\nATOM    232  NH1 ARG A 901      -5.064 -19.333 -20.802  1.00 64.57           N  \\nATOM    233  NH2 ARG A 901      -6.760 -17.779 -20.958  1.00 77.22           N1+\\nATOM    234  H   ARG A 901      -2.406 -18.484 -15.493  1.00 40.97           H  \\nATOM    235  HA  ARG A 901       0.058 -18.059 -16.843  1.00 41.13           H  \\nATOM    236  HB3 ARG A 901      -1.194 -18.631 -18.895  1.00 41.29           H  \\nATOM    237  HB2 ARG A 901      -0.782 -16.954 -18.894  1.00 41.29           H  \\nATOM    238  HG3 ARG A 901      -3.069 -16.365 -18.179  1.00 52.38           H  \\nATOM    239  HG2 ARG A 901      -3.588 -18.026 -18.182  1.00 52.38           H  \\nATOM    240  HD3 ARG A 901      -2.658 -17.871 -20.782  1.00 59.92           H  \\nATOM    241  HD2 ARG A 901      -2.800 -16.172 -20.446  1.00 59.92           H  \\nATOM    242  HE  ARG A 901      -5.007 -16.113 -20.381  1.00 68.07           H  \\nATOM    243 HH12 ARG A 901      -5.714 -20.071 -21.028  1.00 64.57           H  \\nATOM    244 HH11 ARG A 901      -4.093 -19.560 -20.642  1.00 64.57           H  \\nATOM    245 HH22 ARG A 901      -7.411 -18.517 -21.182  1.00 77.22           H  \\nATOM    246 HH21 ARG A 901      -7.103 -16.830 -20.897  1.00 77.22           H  \\nATOM    247  N   ASP A 902      -0.327 -15.455 -16.617  1.00 41.92           N  \\nATOM    248  CA  ASP A 902      -0.466 -14.033 -16.281  1.00 41.86           C  \\nATOM    249  C   ASP A 902      -1.534 -13.379 -17.179  1.00 43.46           C  \\nATOM    250  O   ASP A 902      -1.649 -13.756 -18.347  1.00 42.68           O  \\nATOM    251  CB  ASP A 902       0.870 -13.255 -16.417  1.00 46.10           C  \\nATOM    252  CG  ASP A 902       2.075 -13.816 -15.638  1.00 63.12           C  \\nATOM    253  OD1 ASP A 902       1.868 -14.510 -14.618  1.00 62.46           O  \\nATOM    254  OD2 ASP A 902       3.207 -13.412 -15.980  1.00 75.36           O1-\\nATOM    255  H   ASP A 902       0.372 -15.668 -17.314  1.00 41.92           H  \\nATOM    256  HA  ASP A 902      -0.795 -13.952 -15.245  1.00 41.86           H  \\nATOM    257  HB3 ASP A 902       0.722 -12.227 -16.081  1.00 46.10           H  \\nATOM    258  HB2 ASP A 902       1.153 -13.205 -17.470  1.00 46.10           H  \\nATOM    259  N   LEU A 903      -2.271 -12.398 -16.628  1.00 39.42           N  \\nATOM    260  CA  LEU A 903      -3.273 -11.609 -17.359  1.00 38.97           C  \\nATOM    261  C   LEU A 903      -2.810 -10.164 -17.625  1.00 45.51           C  \\nATOM    262  O   LEU A 903      -3.374  -9.534 -18.520  1.00 47.25           O  \\nATOM    263  CB  LEU A 903      -4.619 -11.607 -16.593  1.00 37.74           C  \\nATOM    264  CG  LEU A 903      -5.296 -12.990 -16.448  1.00 40.14           C  \\nATOM    265  CD1 LEU A 903      -6.586 -12.886 -15.603  1.00 39.42           C  \\nATOM    266  CD2 LEU A 903      -5.545 -13.682 -17.807  1.00 39.39           C  \\nATOM    267  H   LEU A 903      -2.124 -12.142 -15.660  1.00 39.42           H  \\nATOM    268  HA  LEU A 903      -3.440 -12.040 -18.346  1.00 38.97           H  \\nATOM    269  HB3 LEU A 903      -5.320 -10.938 -17.097  1.00 37.74           H  \\nATOM    270  HB2 LEU A 903      -4.461 -11.178 -15.603  1.00 37.74           H  \\nATOM    271  HG  LEU A 903      -4.609 -13.626 -15.891  1.00 40.14           H  \\nATOM    272 HD11 LEU A 903      -7.473 -13.231 -16.134  1.00 39.42           H  \\nATOM    273 HD12 LEU A 903      -6.505 -13.482 -14.694  1.00 39.42           H  \\nATOM    274 HD13 LEU A 903      -6.792 -11.860 -15.296  1.00 39.42           H  \\nATOM    275 HD21 LEU A 903      -6.525 -14.154 -17.871  1.00 39.39           H  \\nATOM    276 HD22 LEU A 903      -5.480 -12.984 -18.642  1.00 39.39           H  \\nATOM    277 HD23 LEU A 903      -4.806 -14.466 -17.979  1.00 39.39           H  \\nATOM    278  N   GLY A 904      -1.802  -9.669 -16.884  1.00 41.87           N  \\nATOM    279  CA  GLY A 904      -1.253  -8.324 -17.054  1.00 43.49           C  \\nATOM    280  C   GLY A 904      -1.005  -7.670 -15.690  1.00 48.38           C  \\nATOM    281  O   GLY A 904      -1.010  -8.335 -14.653  1.00 47.59           O  \\nATOM    282  H   GLY A 904      -1.396 -10.235 -16.152  1.00 41.87           H  \\nATOM    283  HA3 GLY A 904      -1.915  -7.681 -17.638  1.00 43.49           H  \\nATOM    284  HA2 GLY A 904      -0.308  -8.393 -17.594  1.00 43.49           H  \\nATOM    285  N   GLU A 905      -0.757  -6.351 -15.724  1.00 46.73           N  \\nATOM    286  CA  GLU A 905      -0.417  -5.520 -14.569  1.00 47.46           C  \\nATOM    287  C   GLU A 905      -1.527  -4.496 -14.305  1.00 51.67           C  \\nATOM    288  O   GLU A 905      -1.856  -3.713 -15.197  1.00 51.35           O  \\nATOM    289  CB  GLU A 905       0.926  -4.797 -14.834  1.00 51.27           C  \\nATOM    290  CG  GLU A 905       2.146  -5.732 -15.018  1.00 66.56           C  \\nATOM    291  CD  GLU A 905       2.576  -6.520 -13.769  1.00 94.70           C  \\nATOM    292  OE1 GLU A 905       2.395  -6.005 -12.643  1.00 96.75           O  \\nATOM    293  OE2 GLU A 905       3.103  -7.639 -13.964  1.00 86.75           O1-\\nATOM    294  H   GLU A 905      -0.773  -5.869 -16.611  1.00 46.73           H  \\nATOM    295  HA  GLU A 905      -0.307  -6.133 -13.677  1.00 47.46           H  \\nATOM    296  HB3 GLU A 905       1.125  -4.080 -14.036  1.00 51.27           H  \\nATOM    297  HB2 GLU A 905       0.832  -4.191 -15.737  1.00 51.27           H  \\nATOM    298  HG3 GLU A 905       3.002  -5.131 -15.326  1.00 66.56           H  \\nATOM    299  HG2 GLU A 905       1.960  -6.422 -15.843  1.00 66.56           H  \\nATOM    300  N   GLY A 906      -2.038  -4.492 -13.063  1.00 48.81           N  \\nATOM    301  CA  GLY A 906      -2.898  -3.437 -12.529  1.00 50.44           C  \\nATOM    302  C   GLY A 906      -2.033  -2.425 -11.758  1.00 59.13           C  \\nATOM    303  O   GLY A 906      -0.802  -2.468 -11.826  1.00 59.62           O  \\nATOM    304  H   GLY A 906      -1.693  -5.164 -12.391  1.00 48.81           H  \\nATOM    305  HA3 GLY A 906      -3.632  -3.885 -11.863  1.00 50.44           H  \\nATOM    306  HA2 GLY A 906      -3.453  -2.925 -13.317  1.00 50.44           H  \\nATOM    307  N   HIS A 907      -2.685  -1.495 -11.037  1.00 58.87           N  \\nATOM    308  CA  HIS A 907      -2.024  -0.392 -10.326  1.00 61.58           C  \\nATOM    309  C   HIS A 907      -1.031  -0.830  -9.225  1.00 65.75           C  \\nATOM    310  O   HIS A 907       0.140  -0.461  -9.313  1.00 67.01           O  \\nATOM    311  CB  HIS A 907      -3.071   0.615  -9.806  1.00 64.07           C  \\nATOM    312  CG  HIS A 907      -2.464   1.855  -9.191  1.00 71.10           C  \\nATOM    313  ND1 HIS A 907      -2.421   2.072  -7.824  1.00 74.01           N  \\nATOM    314  CD2 HIS A 907      -1.844   2.946  -9.759  1.00 75.68           C  \\nATOM    315  CE1 HIS A 907      -1.781   3.227  -7.629  1.00 76.67           C  \\nATOM    316  NE2 HIS A 907      -1.401   3.813  -8.758  1.00 78.22           N  \\nATOM    317  H   HIS A 907      -3.695  -1.465 -11.060  1.00 58.87           H  \\nATOM    318  HA  HIS A 907      -1.436   0.136 -11.080  1.00 61.58           H  \\nATOM    319  HB3 HIS A 907      -3.722   0.137  -9.074  1.00 64.07           H  \\nATOM    320  HB2 HIS A 907      -3.717   0.935 -10.625  1.00 64.07           H  \\nATOM    321  HD1 HIS A 907      -2.801   1.473  -7.103  1.00 74.01           H  \\nATOM    322  HD2 HIS A 907      -1.664   3.165 -10.801  1.00 75.68           H  \\nATOM    323  HE1 HIS A 907      -1.598   3.647  -6.651  1.00 76.67           H  \\nATOM    324  N   PHE A 908      -1.500  -1.593  -8.220  1.00 61.05           N  \\nATOM    325  CA  PHE A 908      -0.670  -2.041  -7.090  1.00 61.65           C  \\nATOM    326  C   PHE A 908       0.158  -3.312  -7.352  1.00 63.63           C  \\nATOM    327  O   PHE A 908       1.051  -3.603  -6.555  1.00 65.29           O  \\nATOM    328  CB  PHE A 908      -1.529  -2.186  -5.816  1.00 63.30           C  \\nATOM    329  CG  PHE A 908      -2.026  -0.870  -5.245  1.00 67.27           C  \\nATOM    330  CD1 PHE A 908      -1.113   0.118  -4.816  1.00 73.63           C  \\nATOM    331  CD2 PHE A 908      -3.407  -0.616  -5.143  1.00 68.80           C  \\nATOM    332  CE1 PHE A 908      -1.582   1.333  -4.333  1.00 76.93           C  \\nATOM    333  CE2 PHE A 908      -3.854   0.595  -4.639  1.00 73.69           C  \\nATOM    334  CZ  PHE A 908      -2.947   1.573  -4.254  1.00 75.01           C  \\nATOM    335  H   PHE A 908      -2.475  -1.851  -8.194  1.00 61.05           H  \\nATOM    336  HA  PHE A 908       0.075  -1.268  -6.889  1.00 61.65           H  \\nATOM    337  HB3 PHE A 908      -0.967  -2.687  -5.026  1.00 63.30           H  \\nATOM    338  HB2 PHE A 908      -2.382  -2.833  -6.027  1.00 63.30           H  \\nATOM    339  HD1 PHE A 908      -0.050  -0.062  -4.872  1.00 73.63           H  \\nATOM    340  HD2 PHE A 908      -4.123  -1.361  -5.449  1.00 68.80           H  \\nATOM    341  HE1 PHE A 908      -0.886   2.096  -4.018  1.00 76.93           H  \\nATOM    342  HE2 PHE A 908      -4.914   0.778  -4.550  1.00 73.69           H  \\nATOM    343  HZ  PHE A 908      -3.306   2.520  -3.880  1.00 75.01           H  \\nATOM    344  N   GLY A 909      -0.118  -4.030  -8.451  1.00 56.05           N  \\nATOM    345  CA  GLY A 909       0.641  -5.220  -8.813  1.00 53.59           C  \\nATOM    346  C   GLY A 909      -0.135  -6.069  -9.822  1.00 52.99           C  \\nATOM    347  O   GLY A 909      -1.181  -5.674 -10.342  1.00 51.95           O  \\nATOM    348  H   GLY A 909      -0.847  -3.737  -9.086  1.00 56.05           H  \\nATOM    349  HA3 GLY A 909       0.870  -5.821  -7.931  1.00 53.59           H  \\nATOM    350  HA2 GLY A 909       1.590  -4.917  -9.258  1.00 53.59           H  \\nATOM    351  N   LYS A 910       0.446  -7.242 -10.114  1.00 47.39           N  \\nATOM    352  CA  LYS A 910       0.039  -8.174 -11.161  1.00 44.86           C  \\nATOM    353  C   LYS A 910      -1.302  -8.879 -10.907  1.00 43.37           C  \\nATOM    354  O   LYS A 910      -1.655  -9.140  -9.759  1.00 42.02           O  \\nATOM    355  CB  LYS A 910       1.174  -9.198 -11.371  1.00 48.19           C  \\nATOM    356  CG  LYS A 910       1.463 -10.135 -10.177  1.00 70.18           C  \\nATOM    357  CD  LYS A 910       2.696 -11.044 -10.355  1.00 80.07           C  \\nATOM    358  CE  LYS A 910       2.500 -12.254 -11.290  1.00 90.27           C  \\nATOM    359  NZ  LYS A 910       2.509 -11.895 -12.720  1.00 99.37           N1+\\nATOM    360  H   LYS A 910       1.299  -7.487  -9.634  1.00 47.39           H  \\nATOM    361  HA  LYS A 910      -0.058  -7.598 -12.079  1.00 44.86           H  \\nATOM    362  HB3 LYS A 910       2.088  -8.663 -11.624  1.00 48.19           H  \\nATOM    363  HB2 LYS A 910       0.918  -9.787 -12.250  1.00 48.19           H  \\nATOM    364  HG3 LYS A 910       0.595 -10.759  -9.970  1.00 70.18           H  \\nATOM    365  HG2 LYS A 910       1.611  -9.535  -9.280  1.00 70.18           H  \\nATOM    366  HD3 LYS A 910       2.986 -11.415  -9.371  1.00 80.07           H  \\nATOM    367  HD2 LYS A 910       3.543 -10.445 -10.692  1.00 80.07           H  \\nATOM    368  HE3 LYS A 910       1.575 -12.777 -11.046  1.00 90.27           H  \\nATOM    369  HE2 LYS A 910       3.311 -12.965 -11.133  1.00 90.27           H  \\nATOM    370  HZ1 LYS A 910       1.759 -11.248 -12.914  1.00 99.37           H  \\nATOM    371  HZ2 LYS A 910       3.388 -11.459 -12.961  1.00 99.37           H  \\nATOM    372  HZ3 LYS A 910       2.383 -12.725 -13.287  1.00 99.37           H  \\nATOM    373  N   VAL A 911      -1.971  -9.225 -12.016  1.00 37.15           N  \\nATOM    374  CA  VAL A 911      -3.138 -10.101 -12.065  1.00 34.94           C  \\nATOM    375  C   VAL A 911      -2.732 -11.374 -12.827  1.00 36.97           C  \\nATOM    376  O   VAL A 911      -2.030 -11.287 -13.838  1.00 35.74           O  \\nATOM    377  CB  VAL A 911      -4.323  -9.449 -12.832  1.00 38.64           C  \\nATOM    378  CG1 VAL A 911      -5.604 -10.312 -12.836  1.00 37.50           C  \\nATOM    379  CG2 VAL A 911      -4.665  -8.046 -12.301  1.00 39.45           C  \\nATOM    380  H   VAL A 911      -1.594  -8.964 -12.919  1.00 37.15           H  \\nATOM    381  HA  VAL A 911      -3.461 -10.380 -11.067  1.00 34.94           H  \\nATOM    382  HB  VAL A 911      -4.013  -9.331 -13.869  1.00 38.64           H  \\nATOM    383 HG11 VAL A 911      -6.413  -9.808 -13.365  1.00 37.50           H  \\nATOM    384 HG12 VAL A 911      -5.459 -11.273 -13.327  1.00 37.50           H  \\nATOM    385 HG13 VAL A 911      -5.949 -10.509 -11.820  1.00 37.50           H  \\nATOM    386 HG21 VAL A 911      -5.489  -7.603 -12.859  1.00 39.45           H  \\nATOM    387 HG22 VAL A 911      -4.967  -8.091 -11.259  1.00 39.45           H  \\nATOM    388 HG23 VAL A 911      -3.822  -7.359 -12.381  1.00 39.45           H  \\nATOM    389  N   SER A 912      -3.188 -12.530 -12.325  1.00 32.82           N  \\nATOM    390  CA  SER A 912      -2.920 -13.839 -12.909  1.00 32.44           C  \\nATOM    391  C   SER A 912      -4.187 -14.693 -12.861  1.00 36.01           C  \\nATOM    392  O   SER A 912      -4.950 -14.617 -11.899  1.00 34.87           O  \\nATOM    393  CB  SER A 912      -1.780 -14.527 -12.136  1.00 36.04           C  \\nATOM    394  OG  SER A 912      -0.549 -13.884 -12.379  1.00 45.71           O  \\nATOM    395  H   SER A 912      -3.765 -12.527 -11.494  1.00 32.82           H  \\nATOM    396  HA  SER A 912      -2.642 -13.737 -13.958  1.00 32.44           H  \\nATOM    397  HB3 SER A 912      -1.683 -15.572 -12.436  1.00 36.04           H  \\nATOM    398  HB2 SER A 912      -1.975 -14.516 -11.066  1.00 36.04           H  \\nATOM    399  HG  SER A 912      -0.594 -13.012 -11.977  1.00 45.71           H  \\nATOM    400  N   LEU A 913      -4.360 -15.518 -13.900  1.00 32.94           N  \\nATOM    401  CA  LEU A 913      -5.421 -16.505 -14.016  1.00 32.73           C  \\nATOM    402  C   LEU A 913      -5.002 -17.794 -13.295  1.00 36.98           C  \\nATOM    403  O   LEU A 913      -3.924 -18.324 -13.568  1.00 35.71           O  \\nATOM    404  CB  LEU A 913      -5.708 -16.725 -15.517  1.00 33.31           C  \\nATOM    405  CG  LEU A 913      -6.770 -17.793 -15.857  1.00 38.67           C  \\nATOM    406  CD1 LEU A 913      -8.125 -17.524 -15.168  1.00 39.26           C  \\nATOM    407  CD2 LEU A 913      -6.897 -17.945 -17.387  1.00 40.96           C  \\nATOM    408  H   LEU A 913      -3.653 -15.554 -14.623  1.00 32.94           H  \\nATOM    409  HA  LEU A 913      -6.319 -16.103 -13.545  1.00 32.73           H  \\nATOM    410  HB3 LEU A 913      -4.776 -16.989 -16.019  1.00 33.31           H  \\nATOM    411  HB2 LEU A 913      -6.024 -15.778 -15.951  1.00 33.31           H  \\nATOM    412  HG  LEU A 913      -6.411 -18.748 -15.479  1.00 38.67           H  \\nATOM    413 HD11 LEU A 913      -8.969 -17.675 -15.835  1.00 39.26           H  \\nATOM    414 HD12 LEU A 913      -8.270 -18.198 -14.324  1.00 39.26           H  \\nATOM    415 HD13 LEU A 913      -8.203 -16.505 -14.788  1.00 39.26           H  \\nATOM    416 HD21 LEU A 913      -6.656 -18.960 -17.702  1.00 40.96           H  \\nATOM    417 HD22 LEU A 913      -7.896 -17.721 -17.755  1.00 40.96           H  \\nATOM    418 HD23 LEU A 913      -6.216 -17.279 -17.917  1.00 40.96           H  \\nATOM    419  N   TYR A 914      -5.887 -18.270 -12.410  1.00 34.34           N  \\nATOM    420  CA  TYR A 914      -5.761 -19.522 -11.672  1.00 35.26           C  \\nATOM    421  C   TYR A 914      -7.035 -20.352 -11.864  1.00 40.97           C  \\nATOM    422  O   TYR A 914      -8.122 -19.790 -11.984  1.00 41.41           O  \\nATOM    423  CB  TYR A 914      -5.585 -19.230 -10.167  1.00 36.25           C  \\nATOM    424  CG  TYR A 914      -4.258 -18.632  -9.738  1.00 37.55           C  \\nATOM    425  CD1 TYR A 914      -3.251 -19.461  -9.207  1.00 41.10           C  \\nATOM    426  CD2 TYR A 914      -4.046 -17.242  -9.800  1.00 37.73           C  \\nATOM    427  CE1 TYR A 914      -2.054 -18.909  -8.717  1.00 42.72           C  \\nATOM    428  CE2 TYR A 914      -2.845 -16.686  -9.315  1.00 39.24           C  \\nATOM    429  CZ  TYR A 914      -1.847 -17.519  -8.776  1.00 49.59           C  \\nATOM    430  OH  TYR A 914      -0.685 -16.979  -8.308  1.00 54.45           O  \\nATOM    431  H   TYR A 914      -6.749 -17.762 -12.251  1.00 34.34           H  \\nATOM    432  HA  TYR A 914      -4.909 -20.094 -12.040  1.00 35.26           H  \\nATOM    433  HB3 TYR A 914      -5.705 -20.158  -9.605  1.00 36.25           H  \\nATOM    434  HB2 TYR A 914      -6.386 -18.578  -9.817  1.00 36.25           H  \\nATOM    435  HD1 TYR A 914      -3.405 -20.526  -9.149  1.00 41.10           H  \\nATOM    436  HD2 TYR A 914      -4.816 -16.599 -10.198  1.00 37.73           H  \\nATOM    437  HE1 TYR A 914      -1.299 -19.558  -8.297  1.00 42.72           H  \\nATOM    438  HE2 TYR A 914      -2.701 -15.617  -9.335  1.00 39.24           H  \\nATOM    439  HH  TYR A 914      -0.088 -17.635  -7.941  1.00 54.45           H  \\nATOM    440  N   CYS A 915      -6.871 -21.680 -11.807  1.00 39.05           N  \\nATOM    441  CA  CYS A 915      -7.950 -22.649 -11.663  1.00 40.20           C  \\nATOM    442  C   CYS A 915      -7.988 -23.052 -10.181  1.00 43.77           C  \\nATOM    443  O   CYS A 915      -7.093 -23.769  -9.728  1.00 43.29           O  \\nATOM    444  CB  CYS A 915      -7.745 -23.856 -12.604  1.00 41.99           C  \\nATOM    445  SG  CYS A 915      -9.062 -25.098 -12.432  1.00 48.59           S  \\nATOM    446  H   CYS A 915      -5.935 -22.054 -11.712  1.00 39.05           H  \\nATOM    447  HA  CYS A 915      -8.905 -22.191 -11.927  1.00 40.20           H  \\nATOM    448  HB3 CYS A 915      -6.786 -24.339 -12.412  1.00 41.99           H  \\nATOM    449  HB2 CYS A 915      -7.727 -23.525 -13.642  1.00 41.99           H  \\nATOM    450  HG  CYS A 915     -10.049 -24.342 -12.923  1.00 48.59           H  \\nATOM    451  N   TYR A 916      -9.007 -22.565  -9.452  1.00 39.62           N  \\nATOM    452  CA  TYR A 916      -9.266 -22.950  -8.066  1.00 39.96           C  \\nATOM    453  C   TYR A 916      -9.955 -24.317  -8.054  1.00 45.20           C  \\nATOM    454  O   TYR A 916     -11.103 -24.411  -8.485  1.00 45.42           O  \\nATOM    455  CB  TYR A 916     -10.123 -21.883  -7.362  1.00 40.18           C  \\nATOM    456  CG  TYR A 916     -10.338 -22.159  -5.882  1.00 41.11           C  \\nATOM    457  CD1 TYR A 916      -9.235 -22.141  -5.005  1.00 41.72           C  \\nATOM    458  CD2 TYR A 916     -11.625 -22.431  -5.372  1.00 43.06           C  \\nATOM    459  CE1 TYR A 916      -9.421 -22.339  -3.626  1.00 42.69           C  \\nATOM    460  CE2 TYR A 916     -11.807 -22.654  -3.991  1.00 44.62           C  \\nATOM    461  CZ  TYR A 916     -10.704 -22.596  -3.116  1.00 47.56           C  \\nATOM    462  OH  TYR A 916     -10.866 -22.784  -1.774  1.00 49.11           O  \\nATOM    463  H   TYR A 916      -9.717 -21.999  -9.899  1.00 39.62           H  \\nATOM    464  HA  TYR A 916      -8.313 -23.020  -7.541  1.00 39.96           H  \\nATOM    465  HB3 TYR A 916     -11.089 -21.777  -7.861  1.00 40.18           H  \\nATOM    466  HB2 TYR A 916      -9.641 -20.909  -7.450  1.00 40.18           H  \\nATOM    467  HD1 TYR A 916      -8.244 -21.965  -5.390  1.00 41.72           H  \\nATOM    468  HD2 TYR A 916     -12.478 -22.459  -6.035  1.00 43.06           H  \\nATOM    469  HE1 TYR A 916      -8.578 -22.297  -2.958  1.00 42.69           H  \\nATOM    470  HE2 TYR A 916     -12.797 -22.853  -3.609  1.00 44.62           H  \\nATOM    471  HH  TYR A 916     -11.780 -22.931  -1.519  1.00 49.11           H  \\nATOM    472  N   ASP A 917      -9.224 -25.343  -7.600  1.00 46.60           N  \\nATOM    473  CA  ASP A 917      -9.548 -26.742  -7.857  1.00 48.33           C  \\nATOM    474  C   ASP A 917      -9.310 -27.589  -6.586  1.00 54.57           C  \\nATOM    475  O   ASP A 917      -8.280 -28.261  -6.507  1.00 54.85           O  \\nATOM    476  CB  ASP A 917      -8.720 -27.202  -9.088  1.00 50.11           C  \\nATOM    477  CG  ASP A 917      -8.948 -28.619  -9.626  1.00 62.07           C  \\nATOM    478  OD1 ASP A 917     -10.074 -29.144  -9.481  1.00 63.23           O  \\nATOM    479  OD2 ASP A 917      -8.018 -29.099 -10.308  1.00 69.60           O1-\\nATOM    480  H   ASP A 917      -8.291 -25.168  -7.248  1.00 46.60           H  \\nATOM    481  HA  ASP A 917     -10.604 -26.840  -8.110  1.00 48.33           H  \\nATOM    482  HB3 ASP A 917      -7.660 -27.061  -8.876  1.00 50.11           H  \\nATOM    483  HB2 ASP A 917      -8.925 -26.518  -9.911  1.00 50.11           H  \\nATOM    484  N   PRO A 918     -10.233 -27.531  -5.592  1.00 52.47           N  \\nATOM    485  CA  PRO A 918     -10.097 -28.298  -4.337  1.00 54.47           C  \\nATOM    486  C   PRO A 918     -10.108 -29.832  -4.468  1.00 61.35           C  \\nATOM    487  O   PRO A 918      -9.390 -30.493  -3.718  1.00 62.40           O  \\nATOM    488  CB  PRO A 918     -11.249 -27.795  -3.449  1.00 56.45           C  \\nATOM    489  CG  PRO A 918     -11.619 -26.442  -4.028  1.00 58.90           C  \\nATOM    490  CD  PRO A 918     -11.398 -26.646  -5.519  1.00 53.43           C  \\nATOM    491  HA  PRO A 918      -9.154 -28.002  -3.890  1.00 54.47           H  \\nATOM    492  HB3 PRO A 918     -10.970 -27.730  -2.397  1.00 56.45           H  \\nATOM    493  HB2 PRO A 918     -12.112 -28.460  -3.518  1.00 56.45           H  \\nATOM    494  HG3 PRO A 918     -10.924 -25.686  -3.658  1.00 58.90           H  \\nATOM    495  HG2 PRO A 918     -12.631 -26.122  -3.778  1.00 58.90           H  \\nATOM    496  HD2 PRO A 918     -12.253 -27.150  -5.969  1.00 53.43           H  \\nATOM    497  HD3 PRO A 918     -11.278 -25.684  -6.008  1.00 53.43           H  \\nATOM    498  N   THR A 919     -10.909 -30.361  -5.407  1.00 59.02           N  \\nATOM    499  CA  THR A 919     -11.072 -31.799  -5.649  1.00 61.06           C  \\nATOM    500  C   THR A 919      -9.985 -32.394  -6.578  1.00 66.39           C  \\nATOM    501  O   THR A 919      -9.864 -33.618  -6.624  1.00 67.71           O  \\nATOM    502  CB  THR A 919     -12.460 -32.093  -6.275  1.00 69.24           C  \\nATOM    503  OG1 THR A 919     -12.585 -31.469  -7.533  1.00 68.64           O  \\nATOM    504  CG2 THR A 919     -13.638 -31.637  -5.400  1.00 68.24           C  \\nATOM    505  H   THR A 919     -11.466 -29.756  -5.994  1.00 59.02           H  \\nATOM    506  HA  THR A 919     -11.011 -32.326  -4.695  1.00 61.06           H  \\nATOM    507  HB  THR A 919     -12.561 -33.168  -6.437  1.00 69.24           H  \\nATOM    508  HG1 THR A 919     -13.251 -31.932  -8.052  1.00 68.64           H  \\nATOM    509 HG21 THR A 919     -14.591 -31.908  -5.855  1.00 68.24           H  \\nATOM    510 HG22 THR A 919     -13.598 -32.106  -4.417  1.00 68.24           H  \\nATOM    511 HG23 THR A 919     -13.640 -30.556  -5.253  1.00 68.24           H  \\nATOM    512  N   ASN A 920      -9.199 -31.539  -7.261  1.00 62.42           N  \\nATOM    513  CA  ASN A 920      -8.037 -31.885  -8.094  1.00 62.48           C  \\nATOM    514  C   ASN A 920      -8.379 -32.616  -9.418  1.00 68.30           C  \\nATOM    515  O   ASN A 920      -7.483 -33.225 -10.005  1.00 68.75           O  \\nATOM    516  CB  ASN A 920      -6.961 -32.649  -7.260  1.00 64.50           C  \\nATOM    517  CG  ASN A 920      -5.483 -32.372  -7.591  1.00 90.28           C  \\nATOM    518  OD1 ASN A 920      -4.611 -32.755  -6.815  1.00 80.74           O  \\nATOM    519  ND2 ASN A 920      -5.167 -31.729  -8.718  1.00 86.67           N  \\nATOM    520  H   ASN A 920      -9.390 -30.550  -7.183  1.00 62.42           H  \\nATOM    521  HA  ASN A 920      -7.608 -30.945  -8.433  1.00 62.48           H  \\nATOM    522  HB3 ASN A 920      -7.149 -33.724  -7.262  1.00 64.50           H  \\nATOM    523  HB2 ASN A 920      -7.058 -32.342  -6.217  1.00 64.50           H  \\nATOM    524 HD22 ASN A 920      -4.198 -31.571  -8.954  1.00 86.67           H  \\nATOM    525 HD21 ASN A 920      -5.888 -31.454  -9.372  1.00 86.67           H  \\nATOM    526  N   ASP A 921      -9.638 -32.539  -9.885  1.00 65.11           N  \\nATOM    527  CA  ASP A 921     -10.110 -33.196 -11.116  1.00 65.45           C  \\nATOM    528  C   ASP A 921      -9.985 -32.313 -12.380  1.00 68.10           C  \\nATOM    529  O   ASP A 921     -10.142 -32.837 -13.482  1.00 68.54           O  \\nATOM    530  CB  ASP A 921     -11.542 -33.785 -10.972  1.00 68.72           C  \\nATOM    531  CG  ASP A 921     -12.662 -32.858 -10.464  1.00 75.04           C  \\nATOM    532  OD1 ASP A 921     -12.517 -31.619 -10.549  1.00 72.94           O  \\nATOM    533  OD2 ASP A 921     -13.716 -33.411 -10.080  1.00 81.22           O1-\\nATOM    534  H   ASP A 921     -10.326 -31.995  -9.382  1.00 65.11           H  \\nATOM    535  HA  ASP A 921      -9.464 -34.056 -11.306  1.00 65.45           H  \\nATOM    536  HB3 ASP A 921     -11.484 -34.629 -10.282  1.00 68.72           H  \\nATOM    537  HB2 ASP A 921     -11.865 -34.214 -11.922  1.00 68.72           H  \\nATOM    538  N   GLY A 922      -9.711 -31.008 -12.210  1.00 62.38           N  \\nATOM    539  CA  GLY A 922      -9.551 -30.041 -13.297  1.00 60.09           C  \\nATOM    540  C   GLY A 922     -10.863 -29.330 -13.668  1.00 63.42           C  \\nATOM    541  O   GLY A 922     -10.834 -28.480 -14.557  1.00 62.74           O  \\nATOM    542  H   GLY A 922      -9.599 -30.648 -11.270  1.00 62.38           H  \\nATOM    543  HA3 GLY A 922      -9.136 -30.518 -14.186  1.00 60.09           H  \\nATOM    544  HA2 GLY A 922      -8.828 -29.287 -12.986  1.00 60.09           H  \\nATOM    545  N   THR A 923     -11.995 -29.645 -13.011  1.00 59.47           N  \\nATOM    546  CA  THR A 923     -13.310 -29.037 -13.264  1.00 58.79           C  \\nATOM    547  C   THR A 923     -13.573 -27.766 -12.417  1.00 58.95           C  \\nATOM    548  O   THR A 923     -14.667 -27.206 -12.506  1.00 58.00           O  \\nATOM    549  CB  THR A 923     -14.472 -30.055 -13.053  1.00 71.45           C  \\nATOM    550  OG1 THR A 923     -14.846 -30.240 -11.699  1.00 74.26           O  \\nATOM    551  CG2 THR A 923     -14.234 -31.420 -13.720  1.00 71.82           C  \\nATOM    552  H   THR A 923     -11.966 -30.341 -12.275  1.00 59.47           H  \\nATOM    553  HA  THR A 923     -13.355 -28.722 -14.308  1.00 58.79           H  \\nATOM    554  HB  THR A 923     -15.355 -29.634 -13.535  1.00 71.45           H  \\nATOM    555  HG1 THR A 923     -14.145 -30.727 -11.249  1.00 74.26           H  \\nATOM    556 HG21 THR A 923     -15.102 -32.069 -13.603  1.00 71.82           H  \\nATOM    557 HG22 THR A 923     -14.051 -31.305 -14.788  1.00 71.82           H  \\nATOM    558 HG23 THR A 923     -13.377 -31.943 -13.294  1.00 71.82           H  \\nATOM    559  N   GLY A 924     -12.571 -27.323 -11.637  1.00 53.95           N  \\nATOM    560  CA  GLY A 924     -12.623 -26.151 -10.763  1.00 52.08           C  \\nATOM    561  C   GLY A 924     -12.788 -24.830 -11.535  1.00 53.45           C  \\nATOM    562  O   GLY A 924     -12.426 -24.728 -12.708  1.00 52.18           O  \\nATOM    563  H   GLY A 924     -11.706 -27.844 -11.632  1.00 53.95           H  \\nATOM    564  HA3 GLY A 924     -11.683 -26.125 -10.215  1.00 52.08           H  \\nATOM    565  HA2 GLY A 924     -13.425 -26.270 -10.033  1.00 52.08           H  \\nATOM    566  N   GLU A 925     -13.324 -23.810 -10.844  1.00 49.00           N  \\nATOM    567  CA  GLU A 925     -13.602 -22.474 -11.376  1.00 47.60           C  \\nATOM    568  C   GLU A 925     -12.333 -21.684 -11.730  1.00 48.02           C  \\nATOM    569  O   GLU A 925     -11.391 -21.647 -10.938  1.00 45.98           O  \\nATOM    570  CB  GLU A 925     -14.441 -21.680 -10.347  1.00 49.51           C  \\nATOM    571  CG  GLU A 925     -15.856 -22.247 -10.096  1.00 66.63           C  \\nATOM    572  CD  GLU A 925     -16.796 -22.122 -11.304  1.00 94.52           C  \\nATOM    573  OE1 GLU A 925     -16.972 -20.979 -11.784  1.00 89.72           O  \\nATOM    574  OE2 GLU A 925     -17.331 -23.170 -11.725  1.00 93.17           O1-\\nATOM    575  H   GLU A 925     -13.590 -23.957  -9.880  1.00 49.00           H  \\nATOM    576  HA  GLU A 925     -14.185 -22.600 -12.290  1.00 47.60           H  \\nATOM    577  HB3 GLU A 925     -14.507 -20.633 -10.646  1.00 49.51           H  \\nATOM    578  HB2 GLU A 925     -13.910 -21.669  -9.394  1.00 49.51           H  \\nATOM    579  HG3 GLU A 925     -16.312 -21.709  -9.264  1.00 66.63           H  \\nATOM    580  HG2 GLU A 925     -15.791 -23.287  -9.773  1.00 66.63           H  \\nATOM    581  N   MET A 926     -12.376 -21.016 -12.893  1.00 43.85           N  \\nATOM    582  CA  MET A 926     -11.372 -20.052 -13.336  1.00 42.46           C  \\nATOM    583  C   MET A 926     -11.611 -18.704 -12.636  1.00 43.50           C  \\nATOM    584  O   MET A 926     -12.731 -18.192 -12.664  1.00 43.72           O  \\nATOM    585  CB  MET A 926     -11.429 -19.907 -14.871  1.00 44.66           C  \\nATOM    586  CG  MET A 926     -11.085 -21.206 -15.622  1.00 50.18           C  \\nATOM    587  SD  MET A 926     -11.210 -21.107 -17.430  1.00 55.18           S  \\nATOM    588  CE  MET A 926      -9.740 -20.126 -17.815  1.00 50.66           C  \\nATOM    589  H   MET A 926     -13.209 -21.073 -13.464  1.00 43.85           H  \\nATOM    590  HA  MET A 926     -10.384 -20.428 -13.070  1.00 42.46           H  \\nATOM    591  HB3 MET A 926     -10.737 -19.124 -15.180  1.00 44.66           H  \\nATOM    592  HB2 MET A 926     -12.419 -19.565 -15.178  1.00 44.66           H  \\nATOM    593  HG3 MET A 926     -11.755 -22.005 -15.304  1.00 50.18           H  \\nATOM    594  HG2 MET A 926     -10.078 -21.532 -15.362  1.00 50.18           H  \\nATOM    595  HE1 MET A 926      -9.634 -20.012 -18.894  1.00 50.66           H  \\nATOM    596  HE2 MET A 926      -9.824 -19.135 -17.376  1.00 50.66           H  \\nATOM    597  HE3 MET A 926      -8.844 -20.609 -17.427  1.00 50.66           H  \\nATOM    598  N   VAL A 927     -10.551 -18.168 -12.017  1.00 36.95           N  \\nATOM    599  CA  VAL A 927     -10.570 -16.927 -11.247  1.00 34.96           C  \\nATOM    600  C   VAL A 927      -9.331 -16.077 -11.575  1.00 36.30           C  \\nATOM    601  O   VAL A 927      -8.232 -16.612 -11.722  1.00 35.86           O  \\nATOM    602  CB  VAL A 927     -10.610 -17.194  -9.711  1.00 39.31           C  \\nATOM    603  CG1 VAL A 927     -11.992 -17.683  -9.251  1.00 40.52           C  \\nATOM    604  CG2 VAL A 927      -9.507 -18.134  -9.180  1.00 39.38           C  \\nATOM    605  H   VAL A 927      -9.662 -18.654 -12.039  1.00 36.95           H  \\nATOM    606  HA  VAL A 927     -11.448 -16.339 -11.522  1.00 34.96           H  \\nATOM    607  HB  VAL A 927     -10.456 -16.236  -9.212  1.00 39.31           H  \\nATOM    608 HG11 VAL A 927     -12.038 -17.771  -8.165  1.00 40.52           H  \\nATOM    609 HG12 VAL A 927     -12.769 -16.982  -9.554  1.00 40.52           H  \\nATOM    610 HG13 VAL A 927     -12.235 -18.658  -9.674  1.00 40.52           H  \\nATOM    611 HG21 VAL A 927      -9.586 -18.255  -8.099  1.00 39.38           H  \\nATOM    612 HG22 VAL A 927      -9.578 -19.128  -9.623  1.00 39.38           H  \\nATOM    613 HG23 VAL A 927      -8.510 -17.750  -9.382  1.00 39.38           H  \\nATOM    614  N   ALA A 928      -9.546 -14.756 -11.667  1.00 33.12           N  \\nATOM    615  CA  ALA A 928      -8.506 -13.752 -11.857  1.00 33.29           C  \\nATOM    616  C   ALA A 928      -8.086 -13.216 -10.483  1.00 37.02           C  \\nATOM    617  O   ALA A 928      -8.817 -12.428  -9.884  1.00 37.68           O  \\nATOM    618  CB  ALA A 928      -9.054 -12.636 -12.757  1.00 33.26           C  \\nATOM    619  H   ALA A 928     -10.476 -14.395 -11.503  1.00 33.12           H  \\nATOM    620  HA  ALA A 928      -7.640 -14.190 -12.357  1.00 33.29           H  \\nATOM    621  HB1 ALA A 928      -8.316 -11.845 -12.901  1.00 33.26           H  \\nATOM    622  HB2 ALA A 928      -9.308 -13.028 -13.742  1.00 33.26           H  \\nATOM    623  HB3 ALA A 928      -9.953 -12.181 -12.339  1.00 33.26           H  \\nATOM    624  N   VAL A 929      -6.929 -13.685  -9.998  1.00 32.01           N  \\nATOM    625  CA  VAL A 929      -6.385 -13.331  -8.692  1.00 31.43           C  \\nATOM    626  C   VAL A 929      -5.339 -12.221  -8.875  1.00 34.06           C  \\nATOM    627  O   VAL A 929      -4.322 -12.445  -9.535  1.00 33.04           O  \\nATOM    628  CB  VAL A 929      -5.698 -14.547  -8.012  1.00 35.67           C  \\nATOM    629  CG1 VAL A 929      -5.130 -14.225  -6.617  1.00 35.66           C  \\nATOM    630  CG2 VAL A 929      -6.643 -15.756  -7.910  1.00 35.86           C  \\nATOM    631  H   VAL A 929      -6.365 -14.309 -10.561  1.00 32.01           H  \\nATOM    632  HA  VAL A 929      -7.179 -12.977  -8.034  1.00 31.43           H  \\nATOM    633  HB  VAL A 929      -4.857 -14.854  -8.629  1.00 35.67           H  \\nATOM    634 HG11 VAL A 929      -4.714 -15.115  -6.143  1.00 35.66           H  \\nATOM    635 HG12 VAL A 929      -4.328 -13.487  -6.657  1.00 35.66           H  \\nATOM    636 HG13 VAL A 929      -5.914 -13.838  -5.965  1.00 35.66           H  \\nATOM    637 HG21 VAL A 929      -6.160 -16.590  -7.401  1.00 35.86           H  \\nATOM    638 HG22 VAL A 929      -7.545 -15.504  -7.357  1.00 35.86           H  \\nATOM    639 HG23 VAL A 929      -6.942 -16.112  -8.895  1.00 35.86           H  \\nATOM    640  N   LYS A 930      -5.610 -11.055  -8.273  1.00 30.97           N  \\nATOM    641  CA  LYS A 930      -4.688  -9.925  -8.224  1.00 30.96           C  \\nATOM    642  C   LYS A 930      -3.874  -9.976  -6.925  1.00 37.68           C  \\nATOM    643  O   LYS A 930      -4.421 -10.310  -5.875  1.00 36.55           O  \\nATOM    644  CB  LYS A 930      -5.482  -8.618  -8.397  1.00 33.16           C  \\nATOM    645  CG  LYS A 930      -4.599  -7.367  -8.542  1.00 48.15           C  \\nATOM    646  CD  LYS A 930      -5.416  -6.121  -8.900  1.00 51.77           C  \\nATOM    647  CE  LYS A 930      -4.523  -4.890  -9.108  1.00 60.76           C  \\nATOM    648  NZ  LYS A 930      -5.318  -3.714  -9.493  1.00 63.79           N1+\\nATOM    649  H   LYS A 930      -6.465 -10.954  -7.740  1.00 30.97           H  \\nATOM    650  HA  LYS A 930      -3.992  -9.993  -9.053  1.00 30.96           H  \\nATOM    651  HB3 LYS A 930      -6.191  -8.486  -7.580  1.00 33.16           H  \\nATOM    652  HB2 LYS A 930      -6.087  -8.710  -9.299  1.00 33.16           H  \\nATOM    653  HG3 LYS A 930      -3.847  -7.538  -9.312  1.00 48.15           H  \\nATOM    654  HG2 LYS A 930      -4.040  -7.183  -7.626  1.00 48.15           H  \\nATOM    655  HD3 LYS A 930      -6.143  -5.928  -8.109  1.00 51.77           H  \\nATOM    656  HD2 LYS A 930      -5.995  -6.317  -9.804  1.00 51.77           H  \\nATOM    657  HE3 LYS A 930      -3.789  -5.088  -9.888  1.00 60.76           H  \\nATOM    658  HE2 LYS A 930      -3.969  -4.658  -8.199  1.00 60.76           H  \\nATOM    659  HZ1 LYS A 930      -5.988  -3.511  -8.759  1.00 63.79           H  \\nATOM    660  HZ2 LYS A 930      -4.721  -2.911  -9.618  1.00 63.79           H  \\nATOM    661  HZ3 LYS A 930      -5.818  -3.896 -10.350  1.00 63.79           H  \\nATOM    662  N   ALA A 931      -2.580  -9.642  -7.031  1.00 37.96           N  \\nATOM    663  CA  ALA A 931      -1.623  -9.687  -5.933  1.00 40.37           C  \\nATOM    664  C   ALA A 931      -0.830  -8.379  -5.859  1.00 49.88           C  \\nATOM    665  O   ALA A 931      -0.449  -7.826  -6.890  1.00 48.28           O  \\nATOM    666  CB  ALA A 931      -0.678 -10.880  -6.150  1.00 41.64           C  \\nATOM    667  H   ALA A 931      -2.209  -9.351  -7.928  1.00 37.96           H  \\nATOM    668  HA  ALA A 931      -2.145  -9.825  -4.984  1.00 40.37           H  \\nATOM    669  HB1 ALA A 931       0.015 -10.988  -5.314  1.00 41.64           H  \\nATOM    670  HB2 ALA A 931      -1.235 -11.814  -6.232  1.00 41.64           H  \\nATOM    671  HB3 ALA A 931      -0.088 -10.766  -7.060  1.00 41.64           H  \\nATOM    672  N   LEU A 932      -0.559  -7.956  -4.618  1.00 51.32           N  \\nATOM    673  CA  LEU A 932       0.354  -6.877  -4.255  1.00 53.72           C  \\nATOM    674  C   LEU A 932       1.768  -7.462  -4.129  1.00 62.30           C  \\nATOM    675  O   LEU A 932       1.938  -8.492  -3.473  1.00 63.20           O  \\nATOM    676  CB  LEU A 932      -0.203  -6.237  -2.959  1.00 54.88           C  \\nATOM    677  CG  LEU A 932       0.643  -5.234  -2.140  1.00 61.02           C  \\nATOM    678  CD1 LEU A 932       1.578  -5.910  -1.118  1.00 63.21           C  \\nATOM    679  CD2 LEU A 932       1.333  -4.164  -3.002  1.00 63.43           C  \\nATOM    680  H   LEU A 932      -0.898  -8.507  -3.839  1.00 51.32           H  \\nATOM    681  HA  LEU A 932       0.353  -6.121  -5.044  1.00 53.72           H  \\nATOM    682  HB3 LEU A 932      -0.550  -7.017  -2.280  1.00 54.88           H  \\nATOM    683  HB2 LEU A 932      -1.098  -5.708  -3.275  1.00 54.88           H  \\nATOM    684  HG  LEU A 932      -0.082  -4.685  -1.537  1.00 61.02           H  \\nATOM    685 HD11 LEU A 932       2.578  -5.486  -1.128  1.00 63.21           H  \\nATOM    686 HD12 LEU A 932       1.192  -5.785  -0.107  1.00 63.21           H  \\nATOM    687 HD13 LEU A 932       1.671  -6.983  -1.281  1.00 63.21           H  \\nATOM    688 HD21 LEU A 932       1.351  -3.201  -2.490  1.00 63.43           H  \\nATOM    689 HD22 LEU A 932       2.361  -4.440  -3.233  1.00 63.43           H  \\nATOM    690 HD23 LEU A 932       0.815  -4.017  -3.948  1.00 63.43           H  \\nATOM    691  N   LYS A 933       2.746  -6.805  -4.775  1.00 61.35           N  \\nATOM    692  CA  LYS A 933       4.151  -7.223  -4.806  1.00 63.52           C  \\nATOM    693  C   LYS A 933       4.791  -7.220  -3.401  1.00 70.14           C  \\nATOM    694  O   LYS A 933       4.505  -6.330  -2.602  1.00 70.50           O  \\nATOM    695  CB  LYS A 933       4.920  -6.342  -5.819  1.00 66.45           C  \\nATOM    696  CG  LYS A 933       5.118  -4.872  -5.401  1.00 83.56           C  \\nATOM    697  CD  LYS A 933       5.932  -4.051  -6.408  1.00 96.14           C  \\nATOM    698  CE  LYS A 933       6.299  -2.668  -5.844  1.00107.75           C  \\nATOM    699  NZ  LYS A 933       7.319  -1.991  -6.663  1.00116.59           N1+\\nATOM    700  H   LYS A 933       2.523  -5.965  -5.289  1.00 61.35           H  \\nATOM    701  HA  LYS A 933       4.168  -8.249  -5.180  1.00 63.52           H  \\nATOM    702  HB3 LYS A 933       4.426  -6.386  -6.790  1.00 66.45           H  \\nATOM    703  HB2 LYS A 933       5.906  -6.784  -5.971  1.00 66.45           H  \\nATOM    704  HG3 LYS A 933       5.647  -4.840  -4.451  1.00 83.56           H  \\nATOM    705  HG2 LYS A 933       4.149  -4.396  -5.240  1.00 83.56           H  \\nATOM    706  HD3 LYS A 933       5.354  -3.933  -7.326  1.00 96.14           H  \\nATOM    707  HD2 LYS A 933       6.830  -4.606  -6.684  1.00 96.14           H  \\nATOM    708  HE3 LYS A 933       6.712  -2.771  -4.840  1.00107.75           H  \\nATOM    709  HE2 LYS A 933       5.413  -2.038  -5.765  1.00107.75           H  \\nATOM    710  HZ1 LYS A 933       8.154  -2.563  -6.671  1.00116.59           H  \\nATOM    711  HZ2 LYS A 933       6.989  -1.866  -7.610  1.00116.59           H  \\nATOM    712  HZ3 LYS A 933       7.539  -1.092  -6.261  1.00116.59           H  \\nATOM    713  N   ALA A 934       5.650  -8.217  -3.131  1.00 68.33           N  \\nATOM    714  CA  ALA A 934       6.298  -8.425  -1.831  1.00 69.84           C  \\nATOM    715  C   ALA A 934       7.265  -7.306  -1.401  1.00 75.29           C  \\nATOM    716  O   ALA A 934       7.435  -7.096  -0.201  1.00 75.68           O  \\nATOM    717  CB  ALA A 934       7.019  -9.781  -1.846  1.00 71.23           C  \\nATOM    718  H   ALA A 934       5.847  -8.909  -3.840  1.00 68.33           H  \\nATOM    719  HA  ALA A 934       5.511  -8.468  -1.076  1.00 69.84           H  \\nATOM    720  HB1 ALA A 934       7.460 -10.006  -0.874  1.00 71.23           H  \\nATOM    721  HB2 ALA A 934       6.330 -10.591  -2.085  1.00 71.23           H  \\nATOM    722  HB3 ALA A 934       7.820  -9.799  -2.587  1.00 71.23           H  \\nATOM    723  N   ASP A 935       7.863  -6.609  -2.380  1.00 72.17           N  \\nATOM    724  CA  ASP A 935       8.836  -5.527  -2.197  1.00 73.50           C  \\nATOM    725  C   ASP A 935       8.185  -4.144  -1.962  1.00 75.83           C  \\nATOM    726  O   ASP A 935       8.922  -3.179  -1.754  1.00 76.32           O  \\nATOM    727  CB  ASP A 935       9.864  -5.475  -3.361  1.00 76.23           C  \\nATOM    728  CG  ASP A 935       9.276  -5.328  -4.776  1.00 89.05           C  \\nATOM    729  OD1 ASP A 935       8.665  -6.306  -5.264  1.00 88.80           O  \\nATOM    730  OD2 ASP A 935       9.356  -4.200  -5.311  1.00 97.21           O1-\\nATOM    731  H   ASP A 935       7.672  -6.851  -3.344  1.00 72.17           H  \\nATOM    732  HA  ASP A 935       9.406  -5.746  -1.292  1.00 73.50           H  \\nATOM    733  HB3 ASP A 935      10.432  -6.406  -3.352  1.00 76.23           H  \\nATOM    734  HB2 ASP A 935      10.609  -4.697  -3.179  1.00 76.23           H  \\nATOM    735  N   ALA A 936       6.842  -4.054  -1.996  1.00 70.25           N  \\nATOM    736  CA  ALA A 936       6.074  -2.822  -1.798  1.00 69.55           C  \\nATOM    737  C   ALA A 936       6.250  -2.196  -0.405  1.00 73.05           C  \\nATOM    738  O   ALA A 936       6.327  -2.920   0.589  1.00 73.05           O  \\nATOM    739  CB  ALA A 936       4.591  -3.122  -2.034  1.00 68.72           C  \\nATOM    740  H   ALA A 936       6.301  -4.891  -2.162  1.00 70.25           H  \\nATOM    741  HA  ALA A 936       6.404  -2.099  -2.546  1.00 69.55           H  \\nATOM    742  HB1 ALA A 936       3.968  -2.252  -1.839  1.00 68.72           H  \\nATOM    743  HB2 ALA A 936       4.413  -3.419  -3.064  1.00 68.72           H  \\nATOM    744  HB3 ALA A 936       4.241  -3.921  -1.381  1.00 68.72           H  \\nATOM    745  N   GLY A 937       6.263  -0.854  -0.374  1.00 68.94           N  \\nATOM    746  CA  GLY A 937       6.335  -0.057   0.850  1.00 69.45           C  \\nATOM    747  C   GLY A 937       4.933   0.143   1.460  1.00 71.44           C  \\nATOM    748  O   GLY A 937       3.934  -0.265   0.865  1.00 69.33           O  \\nATOM    749  H   GLY A 937       6.175  -0.344  -1.241  1.00 68.94           H  \\nATOM    750  HA3 GLY A 937       6.771   0.911   0.607  1.00 69.45           H  \\nATOM    751  HA2 GLY A 937       6.996  -0.534   1.576  1.00 69.45           H  \\nATOM    752  N   PRO A 938       4.847   0.779   2.651  1.00 68.74           N  \\nATOM    753  CA  PRO A 938       3.589   0.933   3.409  1.00 68.21           C  \\nATOM    754  C   PRO A 938       2.501   1.788   2.729  1.00 71.10           C  \\nATOM    755  O   PRO A 938       1.321   1.556   2.990  1.00 70.04           O  \\nATOM    756  CB  PRO A 938       4.043   1.532   4.751  1.00 71.88           C  \\nATOM    757  CG  PRO A 938       5.339   2.259   4.429  1.00 77.34           C  \\nATOM    758  CD  PRO A 938       5.977   1.366   3.372  1.00 72.04           C  \\nATOM    759  HA  PRO A 938       3.163  -0.053   3.593  1.00 68.21           H  \\nATOM    760  HB3 PRO A 938       4.244   0.723   5.455  1.00 71.88           H  \\nATOM    761  HB2 PRO A 938       3.305   2.188   5.216  1.00 71.88           H  \\nATOM    762  HG3 PRO A 938       5.975   2.421   5.300  1.00 77.34           H  \\nATOM    763  HG2 PRO A 938       5.111   3.233   3.994  1.00 77.34           H  \\nATOM    764  HD2 PRO A 938       6.648   1.939   2.732  1.00 72.04           H  \\nATOM    765  HD3 PRO A 938       6.549   0.565   3.842  1.00 72.04           H  \\nATOM    766  N   GLN A 939       2.905   2.724   1.853  1.00 67.61           N  \\nATOM    767  CA  GLN A 939       2.021   3.560   1.038  1.00 66.36           C  \\nATOM    768  C   GLN A 939       1.200   2.757   0.008  1.00 68.88           C  \\nATOM    769  O   GLN A 939       0.018   3.051  -0.168  1.00 67.37           O  \\nATOM    770  CB  GLN A 939       2.817   4.723   0.389  1.00 68.30           C  \\nATOM    771  CG  GLN A 939       3.855   4.379  -0.712  1.00 77.62           C  \\nATOM    772  CD  GLN A 939       5.122   3.666  -0.222  1.00 79.26           C  \\nATOM    773  OE1 GLN A 939       5.529   3.809   0.929  1.00 70.91           O  \\nATOM    774  NE2 GLN A 939       5.769   2.907  -1.106  1.00 67.19           N  \\nATOM    775  H   GLN A 939       3.896   2.872   1.712  1.00 67.61           H  \\nATOM    776  HA  GLN A 939       1.304   4.015   1.725  1.00 66.36           H  \\nATOM    777  HB3 GLN A 939       3.296   5.311   1.174  1.00 68.30           H  \\nATOM    778  HB2 GLN A 939       2.092   5.403  -0.059  1.00 68.30           H  \\nATOM    779  HG3 GLN A 939       4.183   5.309  -1.175  1.00 77.62           H  \\nATOM    780  HG2 GLN A 939       3.393   3.803  -1.513  1.00 77.62           H  \\nATOM    781 HE22 GLN A 939       6.630   2.450  -0.845  1.00 67.19           H  \\nATOM    782 HE21 GLN A 939       5.407   2.784  -2.042  1.00 67.19           H  \\nATOM    783  N   HIS A 940       1.825   1.743  -0.617  1.00 64.95           N  \\nATOM    784  CA  HIS A 940       1.173   0.836  -1.562  1.00 63.06           C  \\nATOM    785  C   HIS A 940       0.336  -0.247  -0.865  1.00 62.55           C  \\nATOM    786  O   HIS A 940      -0.666  -0.669  -1.435  1.00 60.85           O  \\nATOM    787  CB  HIS A 940       2.221   0.189  -2.485  1.00 64.66           C  \\nATOM    788  CG  HIS A 940       2.915   1.133  -3.435  1.00 69.42           C  \\nATOM    789  ND1 HIS A 940       4.296   1.361  -3.394  1.00 71.01           N  \\nATOM    790  CD2 HIS A 940       2.373   1.877  -4.463  1.00 73.12           C  \\nATOM    791  CE1 HIS A 940       4.528   2.217  -4.381  1.00 71.34           C  \\nATOM    792  NE2 HIS A 940       3.425   2.560  -5.046  1.00 72.94           N  \\nATOM    793  H   HIS A 940       2.793   1.547  -0.404  1.00 64.95           H  \\nATOM    794  HA  HIS A 940       0.488   1.415  -2.185  1.00 63.06           H  \\nATOM    795  HB3 HIS A 940       1.764  -0.598  -3.086  1.00 64.66           H  \\nATOM    796  HB2 HIS A 940       2.982  -0.293  -1.874  1.00 64.66           H  \\nATOM    797  HD2 HIS A 940       1.359   1.973  -4.821  1.00 73.12           H  \\nATOM    798  HE1 HIS A 940       5.511   2.597  -4.622  1.00 71.34           H  \\nATOM    799  HE2 HIS A 940       3.370   3.192  -5.834  1.00 72.94           H  \\nATOM    800  N   ARG A 941       0.746  -0.666   0.344  1.00 57.11           N  \\nATOM    801  CA  ARG A 941       0.052  -1.670   1.157  1.00 55.94           C  \\nATOM    802  C   ARG A 941      -1.244  -1.135   1.786  1.00 58.15           C  \\nATOM    803  O   ARG A 941      -2.224  -1.878   1.834  1.00 56.90           O  \\nATOM    804  CB  ARG A 941       1.002  -2.196   2.248  1.00 56.27           C  \\nATOM    805  CG  ARG A 941       2.156  -3.035   1.684  1.00 60.46           C  \\nATOM    806  CD  ARG A 941       3.217  -3.361   2.743  1.00 68.18           C  \\nATOM    807  NE  ARG A 941       4.165  -4.372   2.252  1.00 73.45           N  \\nATOM    808  CZ  ARG A 941       4.018  -5.707   2.308  1.00 81.37           C  \\nATOM    809  NH1 ARG A 941       2.961  -6.288   2.896  1.00 62.04           N  \\nATOM    810  NH2 ARG A 941       4.956  -6.483   1.753  1.00 66.65           N1+\\nATOM    811  H   ARG A 941       1.591  -0.278   0.739  1.00 57.11           H  \\nATOM    812  HA  ARG A 941      -0.219  -2.508   0.511  1.00 55.94           H  \\nATOM    813  HB3 ARG A 941       0.446  -2.825   2.943  1.00 56.27           H  \\nATOM    814  HB2 ARG A 941       1.388  -1.363   2.836  1.00 56.27           H  \\nATOM    815  HG3 ARG A 941       2.640  -2.439   0.911  1.00 60.46           H  \\nATOM    816  HG2 ARG A 941       1.797  -3.928   1.174  1.00 60.46           H  \\nATOM    817  HD3 ARG A 941       2.794  -3.586   3.722  1.00 68.18           H  \\nATOM    818  HD2 ARG A 941       3.836  -2.474   2.881  1.00 68.18           H  \\nATOM    819  HE  ARG A 941       4.974  -4.003   1.765  1.00 73.45           H  \\nATOM    820 HH12 ARG A 941       2.887  -7.298   2.921  1.00 62.04           H  \\nATOM    821 HH11 ARG A 941       2.246  -5.725   3.329  1.00 62.04           H  \\nATOM    822 HH22 ARG A 941       4.856  -7.489   1.785  1.00 66.65           H  \\nATOM    823 HH21 ARG A 941       5.763  -6.083   1.293  1.00 66.65           H  \\nATOM    824  N   SER A 942      -1.239   0.131   2.236  1.00 54.55           N  \\nATOM    825  CA  SER A 942      -2.417   0.822   2.767  1.00 53.96           C  \\nATOM    826  C   SER A 942      -3.462   1.145   1.681  1.00 53.99           C  \\nATOM    827  O   SER A 942      -4.658   1.084   1.968  1.00 53.04           O  \\nATOM    828  CB  SER A 942      -1.974   2.067   3.564  1.00 59.58           C  \\nATOM    829  OG  SER A 942      -1.436   3.085   2.742  1.00 72.10           O  \\nATOM    830  H   SER A 942      -0.386   0.673   2.189  1.00 54.55           H  \\nATOM    831  HA  SER A 942      -2.895   0.143   3.476  1.00 53.96           H  \\nATOM    832  HB3 SER A 942      -1.237   1.795   4.320  1.00 59.58           H  \\nATOM    833  HB2 SER A 942      -2.827   2.484   4.101  1.00 59.58           H  \\nATOM    834  HG  SER A 942      -0.537   2.843   2.506  1.00 72.10           H  \\nATOM    835  N   GLY A 943      -2.996   1.435   0.454  1.00 48.43           N  \\nATOM    836  CA  GLY A 943      -3.852   1.679  -0.702  1.00 46.49           C  \\nATOM    837  C   GLY A 943      -4.391   0.364  -1.290  1.00 48.75           C  \\nATOM    838  O   GLY A 943      -5.500   0.360  -1.821  1.00 47.89           O  \\nATOM    839  H   GLY A 943      -1.998   1.478   0.302  1.00 48.43           H  \\nATOM    840  HA3 GLY A 943      -3.269   2.198  -1.462  1.00 46.49           H  \\nATOM    841  HA2 GLY A 943      -4.681   2.335  -0.430  1.00 46.49           H  \\nATOM    842  N   TRP A 944      -3.627  -0.738  -1.184  1.00 44.46           N  \\nATOM    843  CA  TRP A 944      -4.021  -2.081  -1.615  1.00 42.89           C  \\nATOM    844  C   TRP A 944      -5.169  -2.670  -0.781  1.00 46.22           C  \\nATOM    845  O   TRP A 944      -6.091  -3.245  -1.358  1.00 45.15           O  \\nATOM    846  CB  TRP A 944      -2.793  -3.010  -1.631  1.00 42.12           C  \\nATOM    847  CG  TRP A 944      -3.080  -4.467  -1.824  1.00 42.65           C  \\nATOM    848  CD1 TRP A 944      -2.885  -5.439  -0.904  1.00 46.33           C  \\nATOM    849  CD2 TRP A 944      -3.681  -5.119  -2.981  1.00 41.21           C  \\nATOM    850  NE1 TRP A 944      -3.284  -6.649  -1.429  1.00 45.34           N  \\nATOM    851  CE2 TRP A 944      -3.782  -6.515  -2.707  1.00 45.67           C  \\nATOM    852  CE3 TRP A 944      -4.149  -4.674  -4.238  1.00 41.70           C  \\nATOM    853  CZ2 TRP A 944      -4.298  -7.428  -3.640  1.00 44.10           C  \\nATOM    854  CZ3 TRP A 944      -4.676  -5.579  -5.179  1.00 42.27           C  \\nATOM    855  CH2 TRP A 944      -4.740  -6.953  -4.884  1.00 43.10           C  \\nATOM    856  H   TRP A 944      -2.705  -0.662  -0.777  1.00 44.46           H  \\nATOM    857  HA  TRP A 944      -4.393  -2.009  -2.639  1.00 42.89           H  \\nATOM    858  HB3 TRP A 944      -2.239  -2.906  -0.699  1.00 42.12           H  \\nATOM    859  HB2 TRP A 944      -2.112  -2.699  -2.425  1.00 42.12           H  \\nATOM    860  HD1 TRP A 944      -2.471  -5.278   0.081  1.00 46.33           H  \\nATOM    861  HE1 TRP A 944      -3.228  -7.524  -0.922  1.00 45.34           H  \\nATOM    862  HE3 TRP A 944      -4.103  -3.624  -4.481  1.00 41.70           H  \\nATOM    863  HZ2 TRP A 944      -4.352  -8.480  -3.407  1.00 44.10           H  \\nATOM    864  HZ3 TRP A 944      -5.029  -5.218  -6.131  1.00 42.27           H  \\nATOM    865  HH2 TRP A 944      -5.129  -7.641  -5.615  1.00 43.10           H  \\nATOM    866  N   LYS A 945      -5.105  -2.485   0.550  1.00 43.92           N  \\nATOM    867  CA  LYS A 945      -6.191  -2.822   1.471  1.00 44.34           C  \\nATOM    868  C   LYS A 945      -7.476  -2.042   1.160  1.00 46.56           C  \\nATOM    869  O   LYS A 945      -8.554  -2.623   1.243  1.00 45.36           O  \\nATOM    870  CB  LYS A 945      -5.751  -2.571   2.926  1.00 49.05           C  \\nATOM    871  CG  LYS A 945      -4.726  -3.589   3.445  1.00 67.10           C  \\nATOM    872  CD  LYS A 945      -4.305  -3.287   4.894  1.00 82.17           C  \\nATOM    873  CE  LYS A 945      -3.208  -4.218   5.438  1.00 95.75           C  \\nATOM    874  NZ  LYS A 945      -1.895  -3.952   4.822  1.00106.63           N1+\\nATOM    875  H   LYS A 945      -4.304  -2.017   0.951  1.00 43.92           H  \\nATOM    876  HA  LYS A 945      -6.411  -3.885   1.350  1.00 44.34           H  \\nATOM    877  HB3 LYS A 945      -6.625  -2.624   3.579  1.00 49.05           H  \\nATOM    878  HB2 LYS A 945      -5.361  -1.556   3.025  1.00 49.05           H  \\nATOM    879  HG3 LYS A 945      -3.858  -3.605   2.789  1.00 67.10           H  \\nATOM    880  HG2 LYS A 945      -5.156  -4.590   3.397  1.00 67.10           H  \\nATOM    881  HD3 LYS A 945      -5.182  -3.377   5.537  1.00 82.17           H  \\nATOM    882  HD2 LYS A 945      -3.988  -2.245   4.978  1.00 82.17           H  \\nATOM    883  HE3 LYS A 945      -3.481  -5.262   5.281  1.00 95.75           H  \\nATOM    884  HE2 LYS A 945      -3.108  -4.074   6.514  1.00 95.75           H  \\nATOM    885  HZ1 LYS A 945      -1.958  -4.096   3.824  1.00106.63           H  \\nATOM    886  HZ2 LYS A 945      -1.626  -2.996   5.006  1.00106.63           H  \\nATOM    887  HZ3 LYS A 945      -1.206  -4.578   5.214  1.00106.63           H  \\nATOM    888  N   GLN A 946      -7.327  -0.768   0.757  1.00 43.11           N  \\nATOM    889  CA  GLN A 946      -8.435   0.101   0.379  1.00 42.59           C  \\nATOM    890  C   GLN A 946      -9.104  -0.329  -0.944  1.00 44.21           C  \\nATOM    891  O   GLN A 946     -10.323  -0.212  -1.029  1.00 44.62           O  \\nATOM    892  CB  GLN A 946      -7.949   1.562   0.342  1.00 44.07           C  \\nATOM    893  CG  GLN A 946      -9.112   2.570   0.435  1.00 72.22           C  \\nATOM    894  CD  GLN A 946      -8.722   4.039   0.262  1.00 92.80           C  \\nATOM    895  OE1 GLN A 946      -9.605   4.886   0.154  1.00 86.97           O  \\nATOM    896  NE2 GLN A 946      -7.426   4.364   0.235  1.00 85.94           N  \\nATOM    897  H   GLN A 946      -6.402  -0.366   0.700  1.00 43.11           H  \\nATOM    898  HA  GLN A 946      -9.185   0.018   1.169  1.00 42.59           H  \\nATOM    899  HB3 GLN A 946      -7.370   1.733  -0.566  1.00 44.07           H  \\nATOM    900  HB2 GLN A 946      -7.272   1.737   1.180  1.00 44.07           H  \\nATOM    901  HG3 GLN A 946      -9.613   2.463   1.399  1.00 72.22           H  \\nATOM    902  HG2 GLN A 946      -9.861   2.347  -0.322  1.00 72.22           H  \\nATOM    903 HE22 GLN A 946      -7.136   5.321   0.106  1.00 85.94           H  \\nATOM    904 HE21 GLN A 946      -6.724   3.644   0.323  1.00 85.94           H  \\nATOM    905  N   GLU A 947      -8.341  -0.874  -1.917  1.00 38.42           N  \\nATOM    906  CA  GLU A 947      -8.896  -1.497  -3.128  1.00 36.42           C  \\nATOM    907  C   GLU A 947      -9.773  -2.720  -2.812  1.00 41.24           C  \\nATOM    908  O   GLU A 947     -10.865  -2.832  -3.369  1.00 41.44           O  \\nATOM    909  CB  GLU A 947      -7.793  -1.835  -4.165  1.00 36.47           C  \\nATOM    910  CG  GLU A 947      -8.321  -2.647  -5.383  1.00 37.83           C  \\nATOM    911  CD  GLU A 947      -7.332  -2.963  -6.510  1.00 51.81           C  \\nATOM    912  OE1 GLU A 947      -6.118  -2.704  -6.360  1.00 50.51           O  \\nATOM    913  OE2 GLU A 947      -7.819  -3.483  -7.537  1.00 44.67           O1-\\nATOM    914  H   GLU A 947      -7.338  -0.927  -1.800  1.00 38.42           H  \\nATOM    915  HA  GLU A 947      -9.549  -0.755  -3.593  1.00 36.42           H  \\nATOM    916  HB3 GLU A 947      -6.983  -2.382  -3.682  1.00 36.47           H  \\nATOM    917  HB2 GLU A 947      -7.355  -0.901  -4.515  1.00 36.47           H  \\nATOM    918  HG3 GLU A 947      -9.177  -2.127  -5.813  1.00 37.83           H  \\nATOM    919  HG2 GLU A 947      -8.692  -3.617  -5.051  1.00 37.83           H  \\nATOM    920  N   ILE A 948      -9.272  -3.599  -1.926  1.00 37.07           N  \\nATOM    921  CA  ILE A 948      -9.967  -4.801  -1.461  1.00 37.44           C  \\nATOM    922  C   ILE A 948     -11.283  -4.464  -0.730  1.00 42.50           C  \\nATOM    923  O   ILE A 948     -12.288  -5.117  -1.003  1.00 40.78           O  \\nATOM    924  CB  ILE A 948      -9.054  -5.688  -0.558  1.00 40.85           C  \\nATOM    925  CG1 ILE A 948      -7.887  -6.291  -1.375  1.00 40.33           C  \\nATOM    926  CG2 ILE A 948      -9.796  -6.814   0.199  1.00 41.59           C  \\nATOM    927  CD1 ILE A 948      -6.671  -6.699  -0.527  1.00 45.34           C  \\nATOM    928  H   ILE A 948      -8.358  -3.431  -1.528  1.00 37.07           H  \\nATOM    929  HA  ILE A 948     -10.228  -5.382  -2.348  1.00 37.44           H  \\nATOM    930  HB  ILE A 948      -8.610  -5.037   0.195  1.00 40.85           H  \\nATOM    931 HG13 ILE A 948      -7.538  -5.577  -2.122  1.00 40.33           H  \\nATOM    932 HG12 ILE A 948      -8.245  -7.151  -1.939  1.00 40.33           H  \\nATOM    933 HG21 ILE A 948      -9.110  -7.460   0.744  1.00 41.59           H  \\nATOM    934 HG22 ILE A 948     -10.494  -6.421   0.937  1.00 41.59           H  \\nATOM    935 HG23 ILE A 948     -10.361  -7.442  -0.491  1.00 41.59           H  \\nATOM    936 HD11 ILE A 948      -6.199  -7.594  -0.931  1.00 45.34           H  \\nATOM    937 HD12 ILE A 948      -5.924  -5.906  -0.520  1.00 45.34           H  \\nATOM    938 HD13 ILE A 948      -6.932  -6.902   0.510  1.00 45.34           H  \\nATOM    939  N   ASP A 949     -11.260  -3.427   0.129  1.00 41.37           N  \\nATOM    940  CA  ASP A 949     -12.433  -2.867   0.812  1.00 43.58           C  \\nATOM    941  C   ASP A 949     -13.472  -2.293  -0.166  1.00 46.27           C  \\nATOM    942  O   ASP A 949     -14.650  -2.611  -0.023  1.00 45.58           O  \\nATOM    943  CB  ASP A 949     -12.082  -1.793   1.877  1.00 47.36           C  \\nATOM    944  CG  ASP A 949     -11.137  -2.216   3.016  1.00 66.46           C  \\nATOM    945  OD1 ASP A 949     -11.033  -3.431   3.296  1.00 66.64           O  \\nATOM    946  OD2 ASP A 949     -10.616  -1.293   3.681  1.00 76.34           O1-\\nATOM    947  H   ASP A 949     -10.380  -2.965   0.319  1.00 41.37           H  \\nATOM    948  HA  ASP A 949     -12.919  -3.699   1.326  1.00 43.58           H  \\nATOM    949  HB3 ASP A 949     -13.001  -1.432   2.342  1.00 47.36           H  \\nATOM    950  HB2 ASP A 949     -11.627  -0.936   1.377  1.00 47.36           H  \\nATOM    951  N   ILE A 950     -13.021  -1.484  -1.143  1.00 42.07           N  \\nATOM    952  CA  ILE A 950     -13.865  -0.856  -2.165  1.00 41.21           C  \\nATOM    953  C   ILE A 950     -14.584  -1.879  -3.065  1.00 44.57           C  \\nATOM    954  O   ILE A 950     -15.796  -1.776  -3.223  1.00 44.89           O  \\nATOM    955  CB  ILE A 950     -13.074   0.179  -3.030  1.00 43.50           C  \\nATOM    956  CG1 ILE A 950     -12.772   1.447  -2.199  1.00 44.25           C  \\nATOM    957  CG2 ILE A 950     -13.743   0.588  -4.366  1.00 43.82           C  \\nATOM    958  CD1 ILE A 950     -11.740   2.389  -2.835  1.00 47.81           C  \\nATOM    959  H   ILE A 950     -12.034  -1.263  -1.187  1.00 42.07           H  \\nATOM    960  HA  ILE A 950     -14.646  -0.310  -1.630  1.00 41.21           H  \\nATOM    961  HB  ILE A 950     -12.115  -0.277  -3.283  1.00 43.50           H  \\nATOM    962 HG13 ILE A 950     -12.436   1.183  -1.197  1.00 44.25           H  \\nATOM    963 HG12 ILE A 950     -13.700   1.993  -2.049  1.00 44.25           H  \\nATOM    964 HG21 ILE A 950     -13.176   1.363  -4.881  1.00 43.82           H  \\nATOM    965 HG22 ILE A 950     -13.808  -0.244  -5.066  1.00 43.82           H  \\nATOM    966 HG23 ILE A 950     -14.750   0.974  -4.203  1.00 43.82           H  \\nATOM    967 HD11 ILE A 950     -11.203   2.958  -2.077  1.00 47.81           H  \\nATOM    968 HD12 ILE A 950     -11.002   1.842  -3.421  1.00 47.81           H  \\nATOM    969 HD13 ILE A 950     -12.224   3.110  -3.494  1.00 47.81           H  \\nATOM    970  N   LEU A 951     -13.844  -2.860  -3.609  1.00 41.27           N  \\nATOM    971  CA  LEU A 951     -14.394  -3.889  -4.496  1.00 41.85           C  \\nATOM    972  C   LEU A 951     -15.322  -4.889  -3.774  1.00 47.62           C  \\nATOM    973  O   LEU A 951     -16.249  -5.398  -4.403  1.00 47.54           O  \\nATOM    974  CB  LEU A 951     -13.231  -4.574  -5.249  1.00 41.42           C  \\nATOM    975  CG  LEU A 951     -13.649  -5.508  -6.410  1.00 46.53           C  \\nATOM    976  CD1 LEU A 951     -14.414  -4.752  -7.521  1.00 46.18           C  \\nATOM    977  CD2 LEU A 951     -12.432  -6.278  -6.956  1.00 49.35           C  \\nATOM    978  H   LEU A 951     -12.847  -2.896  -3.436  1.00 41.27           H  \\nATOM    979  HA  LEU A 951     -15.012  -3.367  -5.227  1.00 41.85           H  \\nATOM    980  HB3 LEU A 951     -12.633  -5.137  -4.530  1.00 41.42           H  \\nATOM    981  HB2 LEU A 951     -12.564  -3.808  -5.649  1.00 41.42           H  \\nATOM    982  HG  LEU A 951     -14.325  -6.266  -6.019  1.00 46.53           H  \\nATOM    983 HD11 LEU A 951     -14.019  -4.940  -8.518  1.00 46.18           H  \\nATOM    984 HD12 LEU A 951     -15.464  -5.047  -7.534  1.00 46.18           H  \\nATOM    985 HD13 LEU A 951     -14.385  -3.672  -7.381  1.00 46.18           H  \\nATOM    986 HD21 LEU A 951     -12.413  -6.333  -8.044  1.00 49.35           H  \\nATOM    987 HD22 LEU A 951     -11.496  -5.819  -6.643  1.00 49.35           H  \\nATOM    988 HD23 LEU A 951     -12.429  -7.303  -6.584  1.00 49.35           H  \\nATOM    989  N   ARG A 952     -15.086  -5.118  -2.470  1.00 45.43           N  \\nATOM    990  CA  ARG A 952     -15.912  -5.959  -1.601  1.00 47.25           C  \\nATOM    991  C   ARG A 952     -17.298  -5.357  -1.286  1.00 52.09           C  \\nATOM    992  O   ARG A 952     -18.247  -6.129  -1.145  1.00 53.68           O  \\nATOM    993  CB  ARG A 952     -15.091  -6.318  -0.340  1.00 49.60           C  \\nATOM    994  CG  ARG A 952     -15.843  -7.068   0.779  1.00 64.86           C  \\nATOM    995  CD  ARG A 952     -14.937  -7.823   1.770  1.00 76.56           C  \\nATOM    996  NE  ARG A 952     -13.881  -6.986   2.376  1.00 87.65           N  \\nATOM    997  CZ  ARG A 952     -12.715  -7.407   2.908  1.00104.51           C  \\nATOM    998  NH1 ARG A 952     -12.352  -8.699   2.914  1.00 93.37           N  \\nATOM    999  NH2 ARG A 952     -11.884  -6.512   3.453  1.00 92.17           N1+\\nATOM   1000  H   ARG A 952     -14.301  -4.663  -2.025  1.00 45.43           H  \\nATOM   1001  HA  ARG A 952     -16.101  -6.892  -2.134  1.00 47.25           H  \\nATOM   1002  HB3 ARG A 952     -14.697  -5.398   0.092  1.00 49.60           H  \\nATOM   1003  HB2 ARG A 952     -14.226  -6.906  -0.649  1.00 49.60           H  \\nATOM   1004  HG3 ARG A 952     -16.421  -7.837   0.264  1.00 64.86           H  \\nATOM   1005  HG2 ARG A 952     -16.577  -6.448   1.297  1.00 64.86           H  \\nATOM   1006  HD3 ARG A 952     -14.592  -8.768   1.357  1.00 76.56           H  \\nATOM   1007  HD2 ARG A 952     -15.557  -8.089   2.626  1.00 76.56           H  \\nATOM   1008  HE  ARG A 952     -14.078  -5.996   2.402  1.00 87.65           H  \\nATOM   1009 HH12 ARG A 952     -11.476  -8.988   3.325  1.00 93.37           H  \\nATOM   1010 HH11 ARG A 952     -12.951  -9.389   2.485  1.00 93.37           H  \\nATOM   1011 HH22 ARG A 952     -12.087  -5.519   3.426  1.00 92.17           H  \\nATOM   1012 HH21 ARG A 952     -11.009  -6.805   3.861  1.00 92.17           H  \\nATOM   1013  N   THR A 953     -17.407  -4.018  -1.203  1.00 47.85           N  \\nATOM   1014  CA  THR A 953     -18.679  -3.317  -0.978  1.00 48.24           C  \\nATOM   1015  C   THR A 953     -19.466  -3.052  -2.282  1.00 50.96           C  \\nATOM   1016  O   THR A 953     -20.681  -2.871  -2.196  1.00 52.21           O  \\nATOM   1017  CB  THR A 953     -18.474  -1.955  -0.257  1.00 56.81           C  \\nATOM   1018  OG1 THR A 953     -17.729  -1.035  -1.034  1.00 60.06           O  \\nATOM   1019  CG2 THR A 953     -17.848  -2.087   1.139  1.00 56.45           C  \\nATOM   1020  H   THR A 953     -16.592  -3.432  -1.323  1.00 47.85           H  \\nATOM   1021  HA  THR A 953     -19.313  -3.933  -0.338  1.00 48.24           H  \\nATOM   1022  HB  THR A 953     -19.453  -1.494  -0.115  1.00 56.81           H  \\nATOM   1023  HG1 THR A 953     -17.579  -0.237  -0.518  1.00 60.06           H  \\nATOM   1024 HG21 THR A 953     -17.701  -1.110   1.601  1.00 56.45           H  \\nATOM   1025 HG22 THR A 953     -18.495  -2.666   1.798  1.00 56.45           H  \\nATOM   1026 HG23 THR A 953     -16.885  -2.591   1.111  1.00 56.45           H  \\nATOM   1027  N   LEU A 954     -18.797  -3.053  -3.450  1.00 45.03           N  \\nATOM   1028  CA  LEU A 954     -19.441  -2.879  -4.754  1.00 43.59           C  \\nATOM   1029  C   LEU A 954     -20.046  -4.200  -5.254  1.00 47.51           C  \\nATOM   1030  O   LEU A 954     -19.407  -5.248  -5.151  1.00 46.90           O  \\nATOM   1031  CB  LEU A 954     -18.416  -2.343  -5.779  1.00 41.91           C  \\nATOM   1032  CG  LEU A 954     -17.939  -0.893  -5.544  1.00 44.98           C  \\nATOM   1033  CD1 LEU A 954     -16.672  -0.604  -6.360  1.00 43.77           C  \\nATOM   1034  CD2 LEU A 954     -19.026   0.163  -5.817  1.00 45.62           C  \\nATOM   1035  H   LEU A 954     -17.798  -3.203  -3.455  1.00 45.03           H  \\nATOM   1036  HA  LEU A 954     -20.251  -2.157  -4.649  1.00 43.59           H  \\nATOM   1037  HB3 LEU A 954     -18.832  -2.405  -6.787  1.00 41.91           H  \\nATOM   1038  HB2 LEU A 954     -17.551  -3.010  -5.778  1.00 41.91           H  \\nATOM   1039  HG  LEU A 954     -17.680  -0.790  -4.492  1.00 44.98           H  \\nATOM   1040 HD11 LEU A 954     -16.372   0.440  -6.268  1.00 43.77           H  \\nATOM   1041 HD12 LEU A 954     -15.835  -1.211  -6.014  1.00 43.77           H  \\nATOM   1042 HD13 LEU A 954     -16.821  -0.822  -7.417  1.00 43.77           H  \\nATOM   1043 HD21 LEU A 954     -18.846   1.060  -5.227  1.00 45.62           H  \\nATOM   1044 HD22 LEU A 954     -19.047   0.454  -6.867  1.00 45.62           H  \\nATOM   1045 HD23 LEU A 954     -20.022  -0.184  -5.556  1.00 45.62           H  \\nATOM   1046  N   TYR A 955     -21.260  -4.105  -5.819  1.00 44.63           N  \\nATOM   1047  CA  TYR A 955     -21.983  -5.219  -6.422  1.00 45.07           C  \\nATOM   1048  C   TYR A 955     -22.881  -4.667  -7.538  1.00 45.96           C  \\nATOM   1049  O   TYR A 955     -23.879  -4.007  -7.245  1.00 46.41           O  \\nATOM   1050  CB  TYR A 955     -22.766  -5.994  -5.338  1.00 49.65           C  \\nATOM   1051  CG  TYR A 955     -23.413  -7.280  -5.825  1.00 54.91           C  \\nATOM   1052  CD1 TYR A 955     -22.690  -8.491  -5.774  1.00 57.41           C  \\nATOM   1053  CD2 TYR A 955     -24.729  -7.275  -6.334  1.00 57.57           C  \\nATOM   1054  CE1 TYR A 955     -23.279  -9.687  -6.228  1.00 59.75           C  \\nATOM   1055  CE2 TYR A 955     -25.314  -8.469  -6.797  1.00 60.10           C  \\nATOM   1056  CZ  TYR A 955     -24.590  -9.676  -6.742  1.00 68.68           C  \\nATOM   1057  OH  TYR A 955     -25.161 -10.833  -7.187  1.00 72.06           O  \\nATOM   1058  H   TYR A 955     -21.733  -3.211  -5.844  1.00 44.63           H  \\nATOM   1059  HA  TYR A 955     -21.264  -5.905  -6.873  1.00 45.07           H  \\nATOM   1060  HB3 TYR A 955     -23.529  -5.356  -4.888  1.00 49.65           H  \\nATOM   1061  HB2 TYR A 955     -22.091  -6.258  -4.522  1.00 49.65           H  \\nATOM   1062  HD1 TYR A 955     -21.681  -8.504  -5.389  1.00 57.41           H  \\nATOM   1063  HD2 TYR A 955     -25.291  -6.353  -6.378  1.00 57.57           H  \\nATOM   1064  HE1 TYR A 955     -22.717 -10.608  -6.181  1.00 59.75           H  \\nATOM   1065  HE2 TYR A 955     -26.320  -8.458  -7.190  1.00 60.10           H  \\nATOM   1066  HH  TYR A 955     -24.592 -11.599  -7.087  1.00 72.06           H  \\nATOM   1067  N   HIS A 956     -22.500  -4.944  -8.794  1.00 39.68           N  \\nATOM   1068  CA  HIS A 956     -23.212  -4.512  -9.996  1.00 38.26           C  \\nATOM   1069  C   HIS A 956     -22.866  -5.445 -11.162  1.00 41.07           C  \\nATOM   1070  O   HIS A 956     -21.760  -5.986 -11.208  1.00 39.48           O  \\nATOM   1071  CB  HIS A 956     -22.844  -3.047 -10.318  1.00 37.69           C  \\nATOM   1072  CG  HIS A 956     -23.836  -2.324 -11.193  1.00 40.30           C  \\nATOM   1073  ND1 HIS A 956     -23.676  -2.210 -12.577  1.00 40.74           N  \\nATOM   1074  CD2 HIS A 956     -25.002  -1.686 -10.825  1.00 42.24           C  \\nATOM   1075  CE1 HIS A 956     -24.733  -1.519 -12.984  1.00 40.29           C  \\nATOM   1076  NE2 HIS A 956     -25.550  -1.179 -11.989  1.00 41.53           N  \\nATOM   1077  H   HIS A 956     -21.665  -5.494  -8.953  1.00 39.68           H  \\nATOM   1078  HA  HIS A 956     -24.284  -4.585  -9.796  1.00 38.26           H  \\nATOM   1079  HB3 HIS A 956     -21.857  -2.986 -10.778  1.00 37.69           H  \\nATOM   1080  HB2 HIS A 956     -22.772  -2.476  -9.395  1.00 37.69           H  \\nATOM   1081  HD2 HIS A 956     -25.467  -1.557  -9.859  1.00 42.24           H  \\nATOM   1082  HE1 HIS A 956     -24.909  -1.252 -14.014  1.00 40.29           H  \\nATOM   1083  HE2 HIS A 956     -26.411  -0.655 -12.072  1.00 41.53           H  \\nATOM   1084  N   GLU A 957     -23.808  -5.580 -12.110  1.00 37.79           N  \\nATOM   1085  CA  GLU A 957     -23.646  -6.366 -13.338  1.00 37.07           C  \\nATOM   1086  C   GLU A 957     -22.581  -5.811 -14.309  1.00 38.36           C  \\nATOM   1087  O   GLU A 957     -22.069  -6.584 -15.119  1.00 38.29           O  \\nATOM   1088  CB  GLU A 957     -25.017  -6.521 -14.032  1.00 39.83           C  \\nATOM   1089  CG  GLU A 957     -25.639  -5.202 -14.545  1.00 51.33           C  \\nATOM   1090  CD  GLU A 957     -26.973  -5.377 -15.283  1.00 75.08           C  \\nATOM   1091  OE1 GLU A 957     -27.876  -4.551 -15.023  1.00 76.02           O  \\nATOM   1092  OE2 GLU A 957     -27.077  -6.311 -16.109  1.00 61.54           O1-\\nATOM   1093  H   GLU A 957     -24.697  -5.109 -11.999  1.00 37.79           H  \\nATOM   1094  HA  GLU A 957     -23.315  -7.363 -13.038  1.00 37.07           H  \\nATOM   1095  HB3 GLU A 957     -25.713  -7.007 -13.347  1.00 39.83           H  \\nATOM   1096  HB2 GLU A 957     -24.898  -7.214 -14.866  1.00 39.83           H  \\nATOM   1097  HG3 GLU A 957     -24.955  -4.731 -15.244  1.00 51.33           H  \\nATOM   1098  HG2 GLU A 957     -25.753  -4.493 -13.725  1.00 51.33           H  \\nATOM   1099  N   HIS A 958     -22.266  -4.507 -14.202  1.00 33.06           N  \\nATOM   1100  CA  HIS A 958     -21.263  -3.805 -15.008  1.00 30.23           C  \\nATOM   1101  C   HIS A 958     -20.045  -3.370 -14.175  1.00 34.52           C  \\nATOM   1102  O   HIS A 958     -19.363  -2.415 -14.546  1.00 33.24           O  \\nATOM   1103  CB  HIS A 958     -21.913  -2.635 -15.775  1.00 29.49           C  \\nATOM   1104  CG  HIS A 958     -23.094  -3.030 -16.626  1.00 32.84           C  \\nATOM   1105  ND1 HIS A 958     -23.069  -4.116 -17.483  1.00 34.50           N  \\nATOM   1106  CD2 HIS A 958     -24.367  -2.515 -16.722  1.00 35.61           C  \\nATOM   1107  CE1 HIS A 958     -24.286  -4.227 -18.018  1.00 34.74           C  \\nATOM   1108  NE2 HIS A 958     -25.123  -3.285 -17.606  1.00 35.88           N  \\nATOM   1109  H   HIS A 958     -22.751  -3.939 -13.519  1.00 33.06           H  \\nATOM   1110  HA  HIS A 958     -20.862  -4.495 -15.749  1.00 30.23           H  \\nATOM   1111  HB3 HIS A 958     -21.178  -2.172 -16.435  1.00 29.49           H  \\nATOM   1112  HB2 HIS A 958     -22.237  -1.860 -15.079  1.00 29.49           H  \\nATOM   1113  HD1 HIS A 958     -22.273  -4.714 -17.661  1.00 34.50           H  \\nATOM   1114  HD2 HIS A 958     -24.807  -1.676 -16.210  1.00 35.61           H  \\nATOM   1115  HE1 HIS A 958     -24.562  -4.994 -18.726  1.00 34.74           H  \\nATOM   1116  N   ILE A 959     -19.758  -4.122 -13.102  1.00 33.55           N  \\nATOM   1117  CA  ILE A 959     -18.513  -4.085 -12.339  1.00 33.44           C  \\nATOM   1118  C   ILE A 959     -18.048  -5.543 -12.152  1.00 38.25           C  \\nATOM   1119  O   ILE A 959     -18.891  -6.426 -11.973  1.00 38.75           O  \\nATOM   1120  CB  ILE A 959     -18.700  -3.369 -10.959  1.00 37.20           C  \\nATOM   1121  CG1 ILE A 959     -18.910  -1.848 -11.173  1.00 36.98           C  \\nATOM   1122  CG2 ILE A 959     -17.554  -3.612  -9.949  1.00 38.30           C  \\nATOM   1123  CD1 ILE A 959     -19.229  -1.049  -9.902  1.00 43.20           C  \\nATOM   1124  H   ILE A 959     -20.381  -4.880 -12.858  1.00 33.55           H  \\nATOM   1125  HA  ILE A 959     -17.747  -3.561 -12.911  1.00 33.44           H  \\nATOM   1126  HB  ILE A 959     -19.610  -3.762 -10.502  1.00 37.20           H  \\nATOM   1127 HG13 ILE A 959     -19.722  -1.677 -11.879  1.00 36.98           H  \\nATOM   1128 HG12 ILE A 959     -18.021  -1.424 -11.638  1.00 36.98           H  \\nATOM   1129 HG21 ILE A 959     -17.680  -3.036  -9.034  1.00 38.30           H  \\nATOM   1130 HG22 ILE A 959     -17.504  -4.652  -9.633  1.00 38.30           H  \\nATOM   1131 HG23 ILE A 959     -16.590  -3.347 -10.379  1.00 38.30           H  \\nATOM   1132 HD11 ILE A 959     -19.719  -0.110 -10.158  1.00 43.20           H  \\nATOM   1133 HD12 ILE A 959     -19.889  -1.604  -9.235  1.00 43.20           H  \\nATOM   1134 HD13 ILE A 959     -18.323  -0.797  -9.352  1.00 43.20           H  \\nATOM   1135  N   ILE A 960     -16.722  -5.778 -12.199  1.00 34.04           N  \\nATOM   1136  CA  ILE A 960     -16.103  -7.089 -11.969  1.00 34.30           C  \\nATOM   1137  C   ILE A 960     -16.404  -7.598 -10.542  1.00 39.83           C  \\nATOM   1138  O   ILE A 960     -16.171  -6.877  -9.571  1.00 39.81           O  \\nATOM   1139  CB  ILE A 960     -14.562  -7.077 -12.223  1.00 35.69           C  \\nATOM   1140  CG1 ILE A 960     -13.980  -8.512 -12.252  1.00 36.05           C  \\nATOM   1141  CG2 ILE A 960     -13.761  -6.184 -11.246  1.00 35.48           C  \\nATOM   1142  CD1 ILE A 960     -12.566  -8.631 -12.844  1.00 37.96           C  \\nATOM   1143  H   ILE A 960     -16.085  -5.009 -12.369  1.00 34.04           H  \\nATOM   1144  HA  ILE A 960     -16.557  -7.774 -12.688  1.00 34.30           H  \\nATOM   1145  HB  ILE A 960     -14.424  -6.656 -13.220  1.00 35.69           H  \\nATOM   1146 HG13 ILE A 960     -14.642  -9.150 -12.839  1.00 36.05           H  \\nATOM   1147 HG12 ILE A 960     -13.984  -8.936 -11.247  1.00 36.05           H  \\nATOM   1148 HG21 ILE A 960     -12.742  -6.020 -11.594  1.00 35.48           H  \\nATOM   1149 HG22 ILE A 960     -14.222  -5.203 -11.131  1.00 35.48           H  \\nATOM   1150 HG23 ILE A 960     -13.683  -6.633 -10.257  1.00 35.48           H  \\nATOM   1151 HD11 ILE A 960     -11.934  -9.264 -12.221  1.00 37.96           H  \\nATOM   1152 HD12 ILE A 960     -12.597  -9.084 -13.834  1.00 37.96           H  \\nATOM   1153 HD13 ILE A 960     -12.065  -7.670 -12.948  1.00 37.96           H  \\nATOM   1154  N   LYS A 961     -16.984  -8.804 -10.450  1.00 38.47           N  \\nATOM   1155  CA  LYS A 961     -17.508  -9.334  -9.197  1.00 40.15           C  \\nATOM   1156  C   LYS A 961     -16.382  -9.870  -8.302  1.00 44.21           C  \\nATOM   1157  O   LYS A 961     -15.549 -10.660  -8.753  1.00 42.58           O  \\nATOM   1158  CB  LYS A 961     -18.572 -10.416  -9.471  1.00 43.99           C  \\nATOM   1159  CG  LYS A 961     -19.531 -10.611  -8.279  1.00 65.82           C  \\nATOM   1160  CD  LYS A 961     -20.376 -11.889  -8.358  1.00 82.27           C  \\nATOM   1161  CE  LYS A 961     -19.590 -13.141  -7.933  1.00 98.09           C  \\nATOM   1162  NZ  LYS A 961     -20.439 -14.344  -7.951  1.00108.33           N1+\\nATOM   1163  H   LYS A 961     -17.162  -9.351 -11.285  1.00 38.47           H  \\nATOM   1164  HA  LYS A 961     -18.005  -8.516  -8.672  1.00 40.15           H  \\nATOM   1165  HB3 LYS A 961     -18.087 -11.352  -9.750  1.00 43.99           H  \\nATOM   1166  HB2 LYS A 961     -19.179 -10.126 -10.330  1.00 43.99           H  \\nATOM   1167  HG3 LYS A 961     -20.200  -9.751  -8.233  1.00 65.82           H  \\nATOM   1168  HG2 LYS A 961     -18.986 -10.605  -7.335  1.00 65.82           H  \\nATOM   1169  HD3 LYS A 961     -20.746 -12.012  -9.378  1.00 82.27           H  \\nATOM   1170  HD2 LYS A 961     -21.259 -11.767  -7.729  1.00 82.27           H  \\nATOM   1171  HE3 LYS A 961     -19.197 -13.012  -6.923  1.00 98.09           H  \\nATOM   1172  HE2 LYS A 961     -18.735 -13.304  -8.589  1.00 98.09           H  \\nATOM   1173  HZ1 LYS A 961     -20.777 -14.500  -8.890  1.00108.33           H  \\nATOM   1174  HZ2 LYS A 961     -19.902 -15.143  -7.647  1.00108.33           H  \\nATOM   1175  HZ3 LYS A 961     -21.224 -14.213  -7.329  1.00108.33           H  \\nATOM   1176  N   TYR A 962     -16.430  -9.444  -7.032  1.00 42.43           N  \\nATOM   1177  CA  TYR A 962     -15.610  -9.940  -5.935  1.00 43.53           C  \\nATOM   1178  C   TYR A 962     -16.001 -11.390  -5.592  1.00 47.09           C  \\nATOM   1179  O   TYR A 962     -17.139 -11.625  -5.182  1.00 48.07           O  \\nATOM   1180  CB  TYR A 962     -15.807  -8.977  -4.743  1.00 46.00           C  \\nATOM   1181  CG  TYR A 962     -15.052  -9.322  -3.473  1.00 48.99           C  \\nATOM   1182  CD1 TYR A 962     -13.693  -8.973  -3.349  1.00 50.72           C  \\nATOM   1183  CD2 TYR A 962     -15.708  -9.972  -2.407  1.00 51.43           C  \\nATOM   1184  CE1 TYR A 962     -12.986  -9.292  -2.173  1.00 52.08           C  \\nATOM   1185  CE2 TYR A 962     -15.003 -10.287  -1.231  1.00 53.15           C  \\nATOM   1186  CZ  TYR A 962     -13.638  -9.957  -1.118  1.00 59.98           C  \\nATOM   1187  OH  TYR A 962     -12.946 -10.296   0.007  1.00 63.78           O  \\nATOM   1188  H   TYR A 962     -17.144  -8.781  -6.769  1.00 42.43           H  \\nATOM   1189  HA  TYR A 962     -14.562  -9.907  -6.242  1.00 43.53           H  \\nATOM   1190  HB3 TYR A 962     -16.868  -8.902  -4.498  1.00 46.00           H  \\nATOM   1191  HB2 TYR A 962     -15.510  -7.972  -5.041  1.00 46.00           H  \\nATOM   1192  HD1 TYR A 962     -13.193  -8.463  -4.159  1.00 50.72           H  \\nATOM   1193  HD2 TYR A 962     -16.752 -10.238  -2.492  1.00 51.43           H  \\nATOM   1194  HE1 TYR A 962     -11.942  -9.032  -2.085  1.00 52.08           H  \\nATOM   1195  HE2 TYR A 962     -15.506 -10.796  -0.421  1.00 53.15           H  \\nATOM   1196  HH  TYR A 962     -12.006 -10.107  -0.068  1.00 63.78           H  \\nATOM   1197  N   LYS A 963     -15.056 -12.326  -5.771  1.00 42.37           N  \\nATOM   1198  CA  LYS A 963     -15.203 -13.726  -5.366  1.00 42.56           C  \\nATOM   1199  C   LYS A 963     -14.894 -13.913  -3.870  1.00 48.47           C  \\nATOM   1200  O   LYS A 963     -15.618 -14.649  -3.202  1.00 50.00           O  \\nATOM   1201  CB  LYS A 963     -14.273 -14.612  -6.220  1.00 43.06           C  \\nATOM   1202  CG  LYS A 963     -14.767 -14.929  -7.644  1.00 48.30           C  \\nATOM   1203  CD  LYS A 963     -15.641 -16.192  -7.735  1.00 61.25           C  \\nATOM   1204  CE  LYS A 963     -15.976 -16.567  -9.192  1.00 72.82           C  \\nATOM   1205  NZ  LYS A 963     -16.598 -17.901  -9.298  1.00 84.70           N1+\\nATOM   1206  H   LYS A 963     -14.146 -12.058  -6.119  1.00 42.37           H  \\nATOM   1207  HA  LYS A 963     -16.234 -14.043  -5.540  1.00 42.56           H  \\nATOM   1208  HB3 LYS A 963     -14.079 -15.557  -5.715  1.00 43.06           H  \\nATOM   1209  HB2 LYS A 963     -13.305 -14.125  -6.282  1.00 43.06           H  \\nATOM   1210  HG3 LYS A 963     -13.891 -15.083  -8.273  1.00 48.30           H  \\nATOM   1211  HG2 LYS A 963     -15.294 -14.072  -8.064  1.00 48.30           H  \\nATOM   1212  HD3 LYS A 963     -16.561 -16.038  -7.170  1.00 61.25           H  \\nATOM   1213  HD2 LYS A 963     -15.118 -17.020  -7.253  1.00 61.25           H  \\nATOM   1214  HE3 LYS A 963     -15.071 -16.580  -9.798  1.00 72.82           H  \\nATOM   1215  HE2 LYS A 963     -16.640 -15.822  -9.633  1.00 72.82           H  \\nATOM   1216  HZ1 LYS A 963     -17.463 -17.922  -8.778  1.00 84.70           H  \\nATOM   1217  HZ2 LYS A 963     -16.786 -18.114 -10.268  1.00 84.70           H  \\nATOM   1218  HZ3 LYS A 963     -15.968 -18.599  -8.928  1.00 84.70           H  \\nATOM   1219  N   GLY A 964     -13.828 -13.257  -3.383  1.00 44.37           N  \\nATOM   1220  CA  GLY A 964     -13.322 -13.425  -2.026  1.00 45.35           C  \\nATOM   1221  C   GLY A 964     -11.876 -12.923  -1.976  1.00 49.58           C  \\nATOM   1222  O   GLY A 964     -11.436 -12.157  -2.835  1.00 45.71           O  \\nATOM   1223  H   GLY A 964     -13.284 -12.660  -3.993  1.00 44.37           H  \\nATOM   1224  HA3 GLY A 964     -13.348 -14.475  -1.734  1.00 45.35           H  \\nATOM   1225  HA2 GLY A 964     -13.937 -12.871  -1.318  1.00 45.35           H  \\nATOM   1226  N   CYS A 965     -11.142 -13.356  -0.943  1.00 49.54           N  \\nATOM   1227  CA  CYS A 965      -9.711 -13.105  -0.776  1.00 51.02           C  \\nATOM   1228  C   CYS A 965      -8.996 -14.425  -0.468  1.00 57.60           C  \\nATOM   1229  O   CYS A 965      -9.612 -15.360   0.039  1.00 57.77           O  \\nATOM   1230  CB  CYS A 965      -9.421 -12.070   0.332  1.00 52.68           C  \\nATOM   1231  SG  CYS A 965      -9.626 -10.388  -0.314  1.00 55.96           S  \\nATOM   1232  H   CYS A 965     -11.563 -13.969  -0.256  1.00 49.54           H  \\nATOM   1233  HA  CYS A 965      -9.296 -12.749  -1.718  1.00 51.02           H  \\nATOM   1234  HB3 CYS A 965      -8.393 -12.146   0.688  1.00 52.68           H  \\nATOM   1235  HB2 CYS A 965     -10.070 -12.219   1.196  1.00 52.68           H  \\nATOM   1236  HG  CYS A 965      -8.572 -10.428  -1.135  1.00 55.96           H  \\nATOM   1237  N   CYS A 966      -7.692 -14.458  -0.772  1.00 56.83           N  \\nATOM   1238  CA  CYS A 966      -6.805 -15.582  -0.501  1.00 59.37           C  \\nATOM   1239  C   CYS A 966      -5.684 -15.111   0.433  1.00 64.61           C  \\nATOM   1240  O   CYS A 966      -5.062 -14.084   0.157  1.00 62.66           O  \\nATOM   1241  CB  CYS A 966      -6.273 -16.194  -1.818  1.00 59.95           C  \\nATOM   1242  SG  CYS A 966      -5.028 -17.487  -1.549  1.00 65.77           S  \\nATOM   1243  H   CYS A 966      -7.257 -13.642  -1.183  1.00 56.83           H  \\nATOM   1244  HA  CYS A 966      -7.354 -16.359   0.028  1.00 59.37           H  \\nATOM   1245  HB3 CYS A 966      -5.833 -15.427  -2.450  1.00 59.95           H  \\nATOM   1246  HB2 CYS A 966      -7.087 -16.624  -2.397  1.00 59.95           H  \\nATOM   1247  HG  CYS A 966      -5.856 -18.347  -0.947  1.00 65.77           H  \\nATOM   1248  N   GLU A 967      -5.426 -15.894   1.495  1.00 64.28           N  \\nATOM   1249  CA  GLU A 967      -4.285 -15.722   2.393  1.00 65.86           C  \\nATOM   1250  C   GLU A 967      -2.977 -16.001   1.633  1.00 70.57           C  \\nATOM   1251  O   GLU A 967      -2.751 -17.140   1.218  1.00 70.73           O  \\nATOM   1252  CB  GLU A 967      -4.432 -16.675   3.601  1.00 69.10           C  \\nATOM   1253  CG  GLU A 967      -3.299 -16.537   4.661  1.00 81.26           C  \\nATOM   1254  CD  GLU A 967      -2.819 -17.832   5.345  1.00 98.19           C  \\nATOM   1255  OE1 GLU A 967      -1.791 -17.730   6.051  1.00 78.88           O  \\nATOM   1256  OE2 GLU A 967      -3.452 -18.898   5.170  1.00 93.22           O1-\\nATOM   1257  H   GLU A 967      -5.983 -16.723   1.647  1.00 64.28           H  \\nATOM   1258  HA  GLU A 967      -4.285 -14.693   2.759  1.00 65.86           H  \\nATOM   1259  HB3 GLU A 967      -4.506 -17.692   3.214  1.00 69.10           H  \\nATOM   1260  HB2 GLU A 967      -5.388 -16.487   4.092  1.00 69.10           H  \\nATOM   1261  HG3 GLU A 967      -3.640 -15.856   5.442  1.00 81.26           H  \\nATOM   1262  HG2 GLU A 967      -2.419 -16.055   4.236  1.00 81.26           H  \\nATOM   1263  N   ASP A 968      -2.146 -14.959   1.486  1.00 66.99           N  \\nATOM   1264  CA  ASP A 968      -0.819 -15.061   0.893  1.00 67.07           C  \\nATOM   1265  C   ASP A 968       0.183 -15.084   2.058  1.00 72.70           C  \\nATOM   1266  O   ASP A 968       0.385 -14.059   2.713  1.00 72.95           O  \\nATOM   1267  CB  ASP A 968      -0.562 -13.898  -0.102  1.00 67.90           C  \\nATOM   1268  CG  ASP A 968       0.531 -14.115  -1.163  1.00 83.41           C  \\nATOM   1269  OD1 ASP A 968       1.212 -15.166  -1.136  1.00 85.94           O  \\nATOM   1270  OD2 ASP A 968       0.684 -13.199  -2.001  1.00 90.83           O1-\\nATOM   1271  H   ASP A 968      -2.394 -14.052   1.856  1.00 66.99           H  \\nATOM   1272  HA  ASP A 968      -0.742 -16.003   0.347  1.00 67.07           H  \\nATOM   1273  HB3 ASP A 968      -0.318 -12.982   0.436  1.00 67.90           H  \\nATOM   1274  HB2 ASP A 968      -1.498 -13.674  -0.611  1.00 67.90           H  \\nATOM   1275  N   ALA A 969       0.769 -16.269   2.300  1.00 69.93           N  \\nATOM   1276  CA  ALA A 969       1.803 -16.496   3.313  1.00 70.98           C  \\nATOM   1277  C   ALA A 969       3.133 -15.800   2.972  1.00 74.28           C  \\nATOM   1278  O   ALA A 969       3.798 -15.301   3.880  1.00 74.55           O  \\nATOM   1279  CB  ALA A 969       1.999 -18.007   3.503  1.00 72.54           C  \\nATOM   1280  H   ALA A 969       0.520 -17.067   1.734  1.00 69.93           H  \\nATOM   1281  HA  ALA A 969       1.442 -16.082   4.258  1.00 70.98           H  \\nATOM   1282  HB1 ALA A 969       2.753 -18.215   4.264  1.00 72.54           H  \\nATOM   1283  HB2 ALA A 969       1.072 -18.482   3.826  1.00 72.54           H  \\nATOM   1284  HB3 ALA A 969       2.317 -18.490   2.579  1.00 72.54           H  \\nATOM   1285  N   GLY A 970       3.455 -15.723   1.668  1.00 69.45           N  \\nATOM   1286  CA  GLY A 970       4.486 -14.840   1.127  1.00 69.02           C  \\nATOM   1287  C   GLY A 970       3.895 -13.429   0.997  1.00 72.14           C  \\nATOM   1288  O   GLY A 970       2.682 -13.266   0.899  1.00 71.87           O  \\nATOM   1289  H   GLY A 970       2.832 -16.144   0.993  1.00 69.45           H  \\nATOM   1290  HA3 GLY A 970       4.784 -15.198   0.141  1.00 69.02           H  \\nATOM   1291  HA2 GLY A 970       5.374 -14.835   1.761  1.00 69.02           H  \\nATOM   1292  N   ALA A 971       4.753 -12.396   1.021  1.00 67.87           N  \\nATOM   1293  CA  ALA A 971       4.399 -10.968   0.975  1.00 66.36           C  \\nATOM   1294  C   ALA A 971       3.642 -10.423   2.209  1.00 68.68           C  \\nATOM   1295  O   ALA A 971       3.602  -9.204   2.353  1.00 67.93           O  \\nATOM   1296  CB  ALA A 971       3.635 -10.620  -0.324  1.00 65.39           C  \\nATOM   1297  H   ALA A 971       5.740 -12.592   1.108  1.00 67.87           H  \\nATOM   1298  HA  ALA A 971       5.351 -10.437   0.943  1.00 66.36           H  \\nATOM   1299  HB1 ALA A 971       3.520  -9.542  -0.439  1.00 65.39           H  \\nATOM   1300  HB2 ALA A 971       4.163 -10.985  -1.204  1.00 65.39           H  \\nATOM   1301  HB3 ALA A 971       2.631 -11.045  -0.345  1.00 65.39           H  \\nATOM   1302  N   ALA A 972       3.071 -11.293   3.066  1.00 64.62           N  \\nATOM   1303  CA  ALA A 972       2.294 -10.981   4.274  1.00 64.42           C  \\nATOM   1304  C   ALA A 972       1.103 -10.047   3.984  1.00 65.37           C  \\nATOM   1305  O   ALA A 972       1.060  -8.921   4.484  1.00 65.17           O  \\nATOM   1306  CB  ALA A 972       3.227 -10.442   5.377  1.00 66.93           C  \\nATOM   1307  H   ALA A 972       3.134 -12.278   2.848  1.00 64.62           H  \\nATOM   1308  HA  ALA A 972       1.876 -11.926   4.624  1.00 64.42           H  \\nATOM   1309  HB1 ALA A 972       2.682 -10.275   6.307  1.00 66.93           H  \\nATOM   1310  HB2 ALA A 972       4.025 -11.154   5.594  1.00 66.93           H  \\nATOM   1311  HB3 ALA A 972       3.695  -9.499   5.094  1.00 66.93           H  \\nATOM   1312  N   SER A 973       0.184 -10.522   3.129  1.00 59.44           N  \\nATOM   1313  CA  SER A 973      -0.932  -9.741   2.593  1.00 57.90           C  \\nATOM   1314  C   SER A 973      -2.075 -10.655   2.119  1.00 59.01           C  \\nATOM   1315  O   SER A 973      -1.921 -11.876   2.086  1.00 59.49           O  \\nATOM   1316  CB  SER A 973      -0.403  -8.798   1.481  1.00 60.76           C  \\nATOM   1317  OG  SER A 973       0.026  -9.508   0.334  1.00 68.97           O  \\nATOM   1318  H   SER A 973       0.267 -11.466   2.774  1.00 59.44           H  \\nATOM   1319  HA  SER A 973      -1.339  -9.130   3.402  1.00 57.90           H  \\nATOM   1320  HB3 SER A 973       0.421  -8.183   1.842  1.00 60.76           H  \\nATOM   1321  HB2 SER A 973      -1.186  -8.105   1.171  1.00 60.76           H  \\nATOM   1322  HG  SER A 973       0.794 -10.035   0.572  1.00 68.97           H  \\nATOM   1323  N   LEU A 974      -3.205 -10.033   1.747  1.00 52.28           N  \\nATOM   1324  CA  LEU A 974      -4.302 -10.697   1.044  1.00 50.34           C  \\nATOM   1325  C   LEU A 974      -4.106 -10.533  -0.466  1.00 50.70           C  \\nATOM   1326  O   LEU A 974      -3.776  -9.438  -0.918  1.00 49.90           O  \\nATOM   1327  CB  LEU A 974      -5.652 -10.057   1.444  1.00 50.33           C  \\nATOM   1328  CG  LEU A 974      -6.133 -10.385   2.872  1.00 55.89           C  \\nATOM   1329  CD1 LEU A 974      -7.390  -9.560   3.225  1.00 55.99           C  \\nATOM   1330  CD2 LEU A 974      -6.349 -11.900   3.087  1.00 57.89           C  \\nATOM   1331  H   LEU A 974      -3.270  -9.028   1.815  1.00 52.28           H  \\nATOM   1332  HA  LEU A 974      -4.317 -11.761   1.282  1.00 50.34           H  \\nATOM   1333  HB3 LEU A 974      -6.429 -10.378   0.746  1.00 50.33           H  \\nATOM   1334  HB2 LEU A 974      -5.580  -8.974   1.322  1.00 50.33           H  \\nATOM   1335  HG  LEU A 974      -5.348 -10.068   3.560  1.00 55.89           H  \\nATOM   1336 HD11 LEU A 974      -7.239  -9.004   4.151  1.00 55.99           H  \\nATOM   1337 HD12 LEU A 974      -7.635  -8.832   2.451  1.00 55.99           H  \\nATOM   1338 HD13 LEU A 974      -8.277 -10.179   3.359  1.00 55.99           H  \\nATOM   1339 HD21 LEU A 974      -7.274 -12.124   3.617  1.00 57.89           H  \\nATOM   1340 HD22 LEU A 974      -6.384 -12.447   2.144  1.00 57.89           H  \\nATOM   1341 HD23 LEU A 974      -5.535 -12.324   3.676  1.00 57.89           H  \\nATOM   1342  N   GLN A 975      -4.395 -11.603  -1.216  1.00 44.54           N  \\nATOM   1343  CA  GLN A 975      -4.655 -11.549  -2.651  1.00 42.17           C  \\nATOM   1344  C   GLN A 975      -6.158 -11.329  -2.878  1.00 43.56           C  \\nATOM   1345  O   GLN A 975      -6.971 -11.919  -2.168  1.00 42.93           O  \\nATOM   1346  CB  GLN A 975      -4.191 -12.855  -3.311  1.00 43.83           C  \\nATOM   1347  CG  GLN A 975      -2.665 -12.973  -3.441  1.00 59.19           C  \\nATOM   1348  CD  GLN A 975      -2.252 -14.354  -3.950  1.00 77.91           C  \\nATOM   1349  OE1 GLN A 975      -1.888 -14.512  -5.113  1.00 74.64           O  \\nATOM   1350  NE2 GLN A 975      -2.324 -15.365  -3.082  1.00 71.32           N  \\nATOM   1351  H   GLN A 975      -4.643 -12.473  -0.760  1.00 44.54           H  \\nATOM   1352  HA  GLN A 975      -4.101 -10.725  -3.104  1.00 42.17           H  \\nATOM   1353  HB3 GLN A 975      -4.625 -12.926  -4.306  1.00 43.83           H  \\nATOM   1354  HB2 GLN A 975      -4.582 -13.695  -2.742  1.00 43.83           H  \\nATOM   1355  HG3 GLN A 975      -2.186 -12.784  -2.484  1.00 59.19           H  \\nATOM   1356  HG2 GLN A 975      -2.291 -12.209  -4.121  1.00 59.19           H  \\nATOM   1357 HE22 GLN A 975      -2.096 -16.302  -3.374  1.00 71.32           H  \\nATOM   1358 HE21 GLN A 975      -2.627 -15.202  -2.132  1.00 71.32           H  \\nATOM   1359  N   LEU A 976      -6.488 -10.492  -3.868  1.00 37.72           N  \\nATOM   1360  CA  LEU A 976      -7.847 -10.131  -4.255  1.00 36.76           C  \\nATOM   1361  C   LEU A 976      -8.327 -11.093  -5.350  1.00 38.66           C  \\nATOM   1362  O   LEU A 976      -7.956 -10.919  -6.512  1.00 37.25           O  \\nATOM   1363  CB  LEU A 976      -7.819  -8.656  -4.717  1.00 36.56           C  \\nATOM   1364  CG  LEU A 976      -9.143  -8.055  -5.237  1.00 41.61           C  \\nATOM   1365  CD1 LEU A 976     -10.288  -8.184  -4.216  1.00 43.42           C  \\nATOM   1366  CD2 LEU A 976      -8.926  -6.598  -5.699  1.00 42.85           C  \\nATOM   1367  H   LEU A 976      -5.752 -10.099  -4.441  1.00 37.72           H  \\nATOM   1368  HA  LEU A 976      -8.510 -10.216  -3.392  1.00 36.76           H  \\nATOM   1369  HB3 LEU A 976      -7.085  -8.565  -5.513  1.00 36.56           H  \\nATOM   1370  HB2 LEU A 976      -7.445  -8.039  -3.900  1.00 36.56           H  \\nATOM   1371  HG  LEU A 976      -9.442  -8.613  -6.124  1.00 41.61           H  \\nATOM   1372 HD11 LEU A 976     -10.930  -7.303  -4.187  1.00 43.42           H  \\nATOM   1373 HD12 LEU A 976     -10.920  -9.035  -4.469  1.00 43.42           H  \\nATOM   1374 HD13 LEU A 976      -9.917  -8.343  -3.204  1.00 43.42           H  \\nATOM   1375 HD21 LEU A 976      -9.526  -5.885  -5.134  1.00 42.85           H  \\nATOM   1376 HD22 LEU A 976      -7.888  -6.282  -5.594  1.00 42.85           H  \\nATOM   1377 HD23 LEU A 976      -9.185  -6.482  -6.752  1.00 42.85           H  \\nATOM   1378  N   VAL A 977      -9.134 -12.091  -4.958  1.00 35.03           N  \\nATOM   1379  CA  VAL A 977      -9.722 -13.059  -5.882  1.00 34.91           C  \\nATOM   1380  C   VAL A 977     -10.993 -12.447  -6.502  1.00 38.85           C  \\nATOM   1381  O   VAL A 977     -11.896 -12.025  -5.778  1.00 39.08           O  \\nATOM   1382  CB  VAL A 977     -10.085 -14.406  -5.191  1.00 39.71           C  \\nATOM   1383  CG1 VAL A 977     -10.564 -15.484  -6.188  1.00 39.45           C  \\nATOM   1384  CG2 VAL A 977      -8.900 -14.967  -4.381  1.00 39.89           C  \\nATOM   1385  H   VAL A 977      -9.424 -12.162  -3.993  1.00 35.03           H  \\nATOM   1386  HA  VAL A 977      -9.005 -13.279  -6.676  1.00 34.91           H  \\nATOM   1387  HB  VAL A 977     -10.902 -14.237  -4.489  1.00 39.71           H  \\nATOM   1388 HG11 VAL A 977     -10.841 -16.401  -5.668  1.00 39.45           H  \\nATOM   1389 HG12 VAL A 977     -11.429 -15.174  -6.770  1.00 39.45           H  \\nATOM   1390 HG13 VAL A 977      -9.779 -15.739  -6.898  1.00 39.45           H  \\nATOM   1391 HG21 VAL A 977      -9.153 -15.924  -3.927  1.00 39.89           H  \\nATOM   1392 HG22 VAL A 977      -8.024 -15.122  -5.011  1.00 39.89           H  \\nATOM   1393 HG23 VAL A 977      -8.610 -14.298  -3.573  1.00 39.89           H  \\nATOM   1394  N   MET A 978     -11.015 -12.404  -7.839  1.00 34.03           N  \\nATOM   1395  CA  MET A 978     -12.113 -11.896  -8.660  1.00 34.32           C  \\nATOM   1396  C   MET A 978     -12.538 -12.993  -9.643  1.00 36.69           C  \\nATOM   1397  O   MET A 978     -11.818 -13.978  -9.822  1.00 35.63           O  \\nATOM   1398  CB  MET A 978     -11.644 -10.647  -9.443  1.00 36.81           C  \\nATOM   1399  CG  MET A 978     -10.999  -9.544  -8.586  1.00 41.50           C  \\nATOM   1400  SD  MET A 978     -10.358  -8.128  -9.522  1.00 45.78           S  \\nATOM   1401  CE  MET A 978      -8.942  -8.902 -10.352  1.00 42.96           C  \\nATOM   1402  H   MET A 978     -10.221 -12.753  -8.360  1.00 34.03           H  \\nATOM   1403  HA  MET A 978     -12.972 -11.635  -8.040  1.00 34.32           H  \\nATOM   1404  HB3 MET A 978     -12.500 -10.218  -9.964  1.00 36.81           H  \\nATOM   1405  HB2 MET A 978     -10.949 -10.945 -10.226  1.00 36.81           H  \\nATOM   1406  HG3 MET A 978     -10.167  -9.942  -8.007  1.00 41.50           H  \\nATOM   1407  HG2 MET A 978     -11.729  -9.178  -7.865  1.00 41.50           H  \\nATOM   1408  HE1 MET A 978      -8.326  -8.141 -10.832  1.00 42.96           H  \\nATOM   1409  HE2 MET A 978      -8.328  -9.444  -9.634  1.00 42.96           H  \\nATOM   1410  HE3 MET A 978      -9.276  -9.600 -11.120  1.00 42.96           H  \\nATOM   1411  N   GLU A 979     -13.692 -12.793 -10.297  1.00 33.63           N  \\nATOM   1412  CA  GLU A 979     -14.132 -13.639 -11.407  1.00 33.95           C  \\nATOM   1413  C   GLU A 979     -13.224 -13.450 -12.637  1.00 35.56           C  \\nATOM   1414  O   GLU A 979     -12.741 -12.343 -12.884  1.00 32.73           O  \\nATOM   1415  CB  GLU A 979     -15.611 -13.341 -11.735  1.00 36.17           C  \\nATOM   1416  CG  GLU A 979     -15.895 -11.927 -12.301  1.00 42.68           C  \\nATOM   1417  CD  GLU A 979     -17.362 -11.631 -12.644  1.00 58.73           C  \\nATOM   1418  OE1 GLU A 979     -18.206 -12.554 -12.607  1.00 57.48           O  \\nATOM   1419  OE2 GLU A 979     -17.624 -10.444 -12.930  1.00 43.43           O1-\\nATOM   1420  H   GLU A 979     -14.250 -11.971 -10.107  1.00 33.63           H  \\nATOM   1421  HA  GLU A 979     -14.064 -14.680 -11.082  1.00 33.95           H  \\nATOM   1422  HB3 GLU A 979     -16.208 -13.495 -10.835  1.00 36.17           H  \\nATOM   1423  HB2 GLU A 979     -15.958 -14.090 -12.449  1.00 36.17           H  \\nATOM   1424  HG3 GLU A 979     -15.329 -11.770 -13.218  1.00 42.68           H  \\nATOM   1425  HG2 GLU A 979     -15.547 -11.175 -11.591  1.00 42.68           H  \\nATOM   1426  N   TYR A 980     -13.046 -14.537 -13.401  1.00 33.04           N  \\nATOM   1427  CA  TYR A 980     -12.435 -14.501 -14.725  1.00 34.05           C  \\nATOM   1428  C   TYR A 980     -13.483 -14.026 -15.745  1.00 39.90           C  \\nATOM   1429  O   TYR A 980     -14.472 -14.726 -15.958  1.00 41.17           O  \\nATOM   1430  CB  TYR A 980     -11.868 -15.895 -15.054  1.00 36.60           C  \\nATOM   1431  CG  TYR A 980     -11.332 -16.062 -16.464  1.00 38.89           C  \\nATOM   1432  CD1 TYR A 980     -10.181 -15.355 -16.870  1.00 40.20           C  \\nATOM   1433  CD2 TYR A 980     -11.982 -16.925 -17.372  1.00 40.57           C  \\nATOM   1434  CE1 TYR A 980      -9.674 -15.525 -18.172  1.00 41.79           C  \\nATOM   1435  CE2 TYR A 980     -11.480 -17.085 -18.677  1.00 41.35           C  \\nATOM   1436  CZ  TYR A 980     -10.325 -16.386 -19.077  1.00 46.65           C  \\nATOM   1437  OH  TYR A 980      -9.838 -16.543 -20.341  1.00 46.21           O  \\nATOM   1438  H   TYR A 980     -13.471 -15.414 -13.135  1.00 33.04           H  \\nATOM   1439  HA  TYR A 980     -11.599 -13.798 -14.714  1.00 34.05           H  \\nATOM   1440  HB3 TYR A 980     -12.642 -16.648 -14.893  1.00 36.60           H  \\nATOM   1441  HB2 TYR A 980     -11.066 -16.137 -14.355  1.00 36.60           H  \\nATOM   1442  HD1 TYR A 980      -9.678 -14.693 -16.181  1.00 40.20           H  \\nATOM   1443  HD2 TYR A 980     -12.868 -17.466 -17.073  1.00 40.57           H  \\nATOM   1444  HE1 TYR A 980      -8.783 -14.995 -18.472  1.00 41.79           H  \\nATOM   1445  HE2 TYR A 980     -11.986 -17.745 -19.366  1.00 41.35           H  \\nATOM   1446  HH  TYR A 980     -10.419 -17.063 -20.902  1.00 46.21           H  \\nATOM   1447  N   VAL A 981     -13.243 -12.844 -16.331  1.00 35.70           N  \\nATOM   1448  CA  VAL A 981     -14.105 -12.203 -17.322  1.00 35.13           C  \\nATOM   1449  C   VAL A 981     -13.580 -12.610 -18.729  1.00 39.95           C  \\nATOM   1450  O   VAL A 981     -12.511 -12.123 -19.104  1.00 40.49           O  \\nATOM   1451  CB  VAL A 981     -14.061 -10.658 -17.131  1.00 37.53           C  \\nATOM   1452  CG1 VAL A 981     -14.865  -9.900 -18.194  1.00 37.76           C  \\nATOM   1453  CG2 VAL A 981     -14.577 -10.251 -15.736  1.00 36.89           C  \\nATOM   1454  H   VAL A 981     -12.403 -12.336 -16.094  1.00 35.70           H  \\nATOM   1455  HA  VAL A 981     -15.141 -12.487 -17.157  1.00 35.13           H  \\nATOM   1456  HB  VAL A 981     -13.027 -10.316 -17.194  1.00 37.53           H  \\nATOM   1457 HG11 VAL A 981     -15.030  -8.860 -17.916  1.00 37.76           H  \\nATOM   1458 HG12 VAL A 981     -14.337  -9.900 -19.144  1.00 37.76           H  \\nATOM   1459 HG13 VAL A 981     -15.848 -10.347 -18.332  1.00 37.76           H  \\nATOM   1460 HG21 VAL A 981     -14.545  -9.169 -15.601  1.00 36.89           H  \\nATOM   1461 HG22 VAL A 981     -15.608 -10.571 -15.585  1.00 36.89           H  \\nATOM   1462 HG23 VAL A 981     -13.974 -10.689 -14.942  1.00 36.89           H  \\nATOM   1463  N   PRO A 982     -14.241 -13.581 -19.416  1.00 37.29           N  \\nATOM   1464  CA  PRO A 982     -13.592 -14.428 -20.446  1.00 36.67           C  \\nATOM   1465  C   PRO A 982     -12.871 -13.788 -21.645  1.00 38.06           C  \\nATOM   1466  O   PRO A 982     -11.842 -14.330 -22.047  1.00 37.41           O  \\nATOM   1467  CB  PRO A 982     -14.705 -15.369 -20.926  1.00 39.18           C  \\nATOM   1468  CG  PRO A 982     -15.606 -15.513 -19.720  1.00 44.96           C  \\nATOM   1469  CD  PRO A 982     -15.576 -14.120 -19.111  1.00 40.09           C  \\nATOM   1470  HA  PRO A 982     -12.855 -15.022 -19.904  1.00 36.67           H  \\nATOM   1471  HB3 PRO A 982     -14.326 -16.330 -21.276  1.00 39.18           H  \\nATOM   1472  HB2 PRO A 982     -15.269 -14.915 -21.745  1.00 39.18           H  \\nATOM   1473  HG3 PRO A 982     -15.167 -16.226 -19.021  1.00 44.96           H  \\nATOM   1474  HG2 PRO A 982     -16.612 -15.855 -19.966  1.00 44.96           H  \\nATOM   1475  HD2 PRO A 982     -16.322 -13.488 -19.589  1.00 40.09           H  \\nATOM   1476  HD3 PRO A 982     -15.833 -14.200 -18.058  1.00 40.09           H  \\nATOM   1477  N   LEU A 983     -13.410 -12.695 -22.212  1.00 33.36           N  \\nATOM   1478  CA  LEU A 983     -12.867 -12.076 -23.431  1.00 31.91           C  \\nATOM   1479  C   LEU A 983     -11.838 -10.960 -23.155  1.00 34.62           C  \\nATOM   1480  O   LEU A 983     -11.266 -10.441 -24.114  1.00 34.03           O  \\nATOM   1481  CB  LEU A 983     -14.023 -11.600 -24.346  1.00 31.79           C  \\nATOM   1482  CG  LEU A 983     -14.935 -12.735 -24.868  1.00 36.75           C  \\nATOM   1483  CD1 LEU A 983     -16.149 -12.165 -25.617  1.00 37.07           C  \\nATOM   1484  CD2 LEU A 983     -14.182 -13.760 -25.739  1.00 39.07           C  \\nATOM   1485  H   LEU A 983     -14.253 -12.283 -21.835  1.00 33.36           H  \\nATOM   1486  HA  LEU A 983     -12.308 -12.827 -23.990  1.00 31.91           H  \\nATOM   1487  HB3 LEU A 983     -13.617 -11.066 -25.205  1.00 31.79           H  \\nATOM   1488  HB2 LEU A 983     -14.631 -10.871 -23.818  1.00 31.79           H  \\nATOM   1489  HG  LEU A 983     -15.336 -13.264 -24.002  1.00 36.75           H  \\nATOM   1490 HD11 LEU A 983     -16.944 -12.908 -25.684  1.00 37.07           H  \\nATOM   1491 HD12 LEU A 983     -16.559 -11.295 -25.106  1.00 37.07           H  \\nATOM   1492 HD13 LEU A 983     -15.890 -11.865 -26.633  1.00 37.07           H  \\nATOM   1493 HD21 LEU A 983     -14.730 -14.004 -26.649  1.00 39.07           H  \\nATOM   1494 HD22 LEU A 983     -13.202 -13.396 -26.048  1.00 39.07           H  \\nATOM   1495 HD23 LEU A 983     -14.030 -14.692 -25.194  1.00 39.07           H  \\nATOM   1496  N   GLY A 984     -11.577 -10.645 -21.872  1.00 30.54           N  \\nATOM   1497  CA  GLY A 984     -10.542  -9.702 -21.438  1.00 29.44           C  \\nATOM   1498  C   GLY A 984     -10.893  -8.247 -21.772  1.00 30.46           C  \\nATOM   1499  O   GLY A 984     -12.035  -7.935 -22.104  1.00 29.51           O  \\nATOM   1500  H   GLY A 984     -12.090 -11.120 -21.142  1.00 30.54           H  \\nATOM   1501  HA3 GLY A 984      -9.590  -9.962 -21.901  1.00 29.44           H  \\nATOM   1502  HA2 GLY A 984     -10.415  -9.792 -20.359  1.00 29.44           H  \\nATOM   1503  N   SER A 985      -9.900  -7.349 -21.647  1.00 25.72           N  \\nATOM   1504  CA  SER A 985     -10.058  -5.906 -21.855  1.00 25.55           C  \\nATOM   1505  C   SER A 985     -10.449  -5.533 -23.295  1.00 28.85           C  \\nATOM   1506  O   SER A 985     -10.017  -6.199 -24.235  1.00 26.31           O  \\nATOM   1507  CB  SER A 985      -8.804  -5.158 -21.361  1.00 29.24           C  \\nATOM   1508  OG  SER A 985      -7.724  -5.184 -22.273  1.00 35.45           O  \\nATOM   1509  H   SER A 985      -8.976  -7.668 -21.385  1.00 25.72           H  \\nATOM   1510  HA  SER A 985     -10.867  -5.593 -21.205  1.00 25.55           H  \\nATOM   1511  HB3 SER A 985      -8.479  -5.544 -20.395  1.00 29.24           H  \\nATOM   1512  HB2 SER A 985      -9.060  -4.111 -21.202  1.00 29.24           H  \\nATOM   1513  HG  SER A 985      -7.369  -6.078 -22.315  1.00 35.45           H  \\nATOM   1514  N   LEU A 986     -11.219  -4.440 -23.432  1.00 27.52           N  \\nATOM   1515  CA  LEU A 986     -11.584  -3.835 -24.717  1.00 27.90           C  \\nATOM   1516  C   LEU A 986     -10.369  -3.303 -25.499  1.00 31.20           C  \\nATOM   1517  O   LEU A 986     -10.426  -3.281 -26.727  1.00 30.54           O  \\nATOM   1518  CB  LEU A 986     -12.621  -2.712 -24.492  1.00 27.75           C  \\nATOM   1519  CG  LEU A 986     -14.045  -3.208 -24.157  1.00 32.92           C  \\nATOM   1520  CD1 LEU A 986     -14.956  -2.019 -23.808  1.00 33.36           C  \\nATOM   1521  CD2 LEU A 986     -14.667  -4.058 -25.284  1.00 36.70           C  \\nATOM   1522  H   LEU A 986     -11.542  -3.953 -22.605  1.00 27.52           H  \\nATOM   1523  HA  LEU A 986     -12.030  -4.614 -25.334  1.00 27.90           H  \\nATOM   1524  HB3 LEU A 986     -12.688  -2.084 -25.381  1.00 27.75           H  \\nATOM   1525  HB2 LEU A 986     -12.263  -2.052 -23.700  1.00 27.75           H  \\nATOM   1526  HG  LEU A 986     -13.980  -3.829 -23.262  1.00 32.92           H  \\nATOM   1527 HD11 LEU A 986     -15.724  -2.314 -23.100  1.00 33.36           H  \\nATOM   1528 HD12 LEU A 986     -14.399  -1.202 -23.350  1.00 33.36           H  \\nATOM   1529 HD13 LEU A 986     -15.463  -1.625 -24.690  1.00 33.36           H  \\nATOM   1530 HD21 LEU A 986     -15.731  -3.859 -25.406  1.00 36.70           H  \\nATOM   1531 HD22 LEU A 986     -14.192  -3.868 -26.245  1.00 36.70           H  \\nATOM   1532 HD23 LEU A 986     -14.561  -5.121 -25.075  1.00 36.70           H  \\nATOM   1533  N   ARG A 987      -9.286  -2.929 -24.793  1.00 29.06           N  \\nATOM   1534  CA  ARG A 987      -8.017  -2.516 -25.394  1.00 29.96           C  \\nATOM   1535  C   ARG A 987      -7.291  -3.652 -26.137  1.00 34.81           C  \\nATOM   1536  O   ARG A 987      -6.680  -3.387 -27.172  1.00 34.10           O  \\nATOM   1537  CB  ARG A 987      -7.130  -1.836 -24.336  1.00 32.11           C  \\nATOM   1538  CG  ARG A 987      -5.888  -1.139 -24.920  1.00 46.98           C  \\nATOM   1539  CD  ARG A 987      -5.085  -0.392 -23.849  1.00 59.29           C  \\nATOM   1540  NE  ARG A 987      -3.827   0.162 -24.375  1.00 65.62           N  \\nATOM   1541  CZ  ARG A 987      -2.647  -0.473 -24.496  1.00 80.85           C  \\nATOM   1542  NH1 ARG A 987      -1.601   0.204 -24.984  1.00 71.30           N  \\nATOM   1543  NH2 ARG A 987      -2.483  -1.757 -24.139  1.00 64.23           N1+\\nATOM   1544  H   ARG A 987      -9.312  -2.973 -23.784  1.00 29.06           H  \\nATOM   1545  HA  ARG A 987      -8.262  -1.763 -26.133  1.00 29.96           H  \\nATOM   1546  HB3 ARG A 987      -6.823  -2.568 -23.588  1.00 32.11           H  \\nATOM   1547  HB2 ARG A 987      -7.722  -1.088 -23.808  1.00 32.11           H  \\nATOM   1548  HG3 ARG A 987      -6.268  -0.398 -25.626  1.00 46.98           H  \\nATOM   1549  HG2 ARG A 987      -5.251  -1.807 -25.500  1.00 46.98           H  \\nATOM   1550  HD3 ARG A 987      -4.953  -0.979 -22.940  1.00 59.29           H  \\nATOM   1551  HD2 ARG A 987      -5.653   0.492 -23.566  1.00 59.29           H  \\nATOM   1552  HE  ARG A 987      -3.886   1.115 -24.706  1.00 65.62           H  \\nATOM   1553 HH12 ARG A 987      -0.701  -0.246 -25.082  1.00 71.30           H  \\nATOM   1554 HH11 ARG A 987      -1.705   1.173 -25.259  1.00 71.30           H  \\nATOM   1555 HH22 ARG A 987      -1.576  -2.198 -24.220  1.00 64.23           H  \\nATOM   1556 HH21 ARG A 987      -3.272  -2.303 -23.824  1.00 64.23           H  \\nATOM   1557  N   ASP A 988      -7.393  -4.883 -25.612  1.00 32.33           N  \\nATOM   1558  CA  ASP A 988      -6.818  -6.091 -26.208  1.00 32.03           C  \\nATOM   1559  C   ASP A 988      -7.773  -6.753 -27.216  1.00 34.79           C  \\nATOM   1560  O   ASP A 988      -7.292  -7.360 -28.172  1.00 33.45           O  \\nATOM   1561  CB  ASP A 988      -6.383  -7.129 -25.141  1.00 34.09           C  \\nATOM   1562  CG  ASP A 988      -5.386  -6.633 -24.076  1.00 50.64           C  \\nATOM   1563  OD1 ASP A 988      -4.621  -5.682 -24.352  1.00 52.94           O  \\nATOM   1564  OD2 ASP A 988      -5.324  -7.306 -23.023  1.00 55.56           O1-\\nATOM   1565  H   ASP A 988      -7.905  -5.013 -24.750  1.00 32.33           H  \\nATOM   1566  HA  ASP A 988      -5.926  -5.807 -26.770  1.00 32.03           H  \\nATOM   1567  HB3 ASP A 988      -5.929  -7.992 -25.631  1.00 34.09           H  \\nATOM   1568  HB2 ASP A 988      -7.271  -7.493 -24.620  1.00 34.09           H  \\nATOM   1569  N   TYR A 989      -9.092  -6.640 -26.993  1.00 30.87           N  \\nATOM   1570  CA  TYR A 989     -10.115  -7.301 -27.799  1.00 30.93           C  \\nATOM   1571  C   TYR A 989     -10.388  -6.577 -29.130  1.00 31.61           C  \\nATOM   1572  O   TYR A 989     -10.312  -7.223 -30.174  1.00 30.88           O  \\nATOM   1573  CB  TYR A 989     -11.391  -7.498 -26.954  1.00 32.58           C  \\nATOM   1574  CG  TYR A 989     -12.492  -8.296 -27.630  1.00 35.88           C  \\nATOM   1575  CD1 TYR A 989     -12.518  -9.702 -27.516  1.00 38.76           C  \\nATOM   1576  CD2 TYR A 989     -13.493  -7.638 -28.372  1.00 37.33           C  \\nATOM   1577  CE1 TYR A 989     -13.542 -10.443 -28.137  1.00 41.81           C  \\nATOM   1578  CE2 TYR A 989     -14.514  -8.378 -28.996  1.00 39.43           C  \\nATOM   1579  CZ  TYR A 989     -14.541  -9.782 -28.878  1.00 47.08           C  \\nATOM   1580  OH  TYR A 989     -15.532 -10.501 -29.479  1.00 54.57           O  \\nATOM   1581  H   TYR A 989      -9.417  -6.150 -26.170  1.00 30.87           H  \\nATOM   1582  HA  TYR A 989      -9.748  -8.300 -28.046  1.00 30.93           H  \\nATOM   1583  HB3 TYR A 989     -11.794  -6.531 -26.652  1.00 32.58           H  \\nATOM   1584  HB2 TYR A 989     -11.134  -8.012 -26.026  1.00 32.58           H  \\nATOM   1585  HD1 TYR A 989     -11.755 -10.216 -26.949  1.00 38.76           H  \\nATOM   1586  HD2 TYR A 989     -13.476  -6.563 -28.464  1.00 37.33           H  \\nATOM   1587  HE1 TYR A 989     -13.559 -11.519 -28.045  1.00 41.81           H  \\nATOM   1588  HE2 TYR A 989     -15.272  -7.863 -29.563  1.00 39.43           H  \\nATOM   1589  HH  TYR A 989     -16.158  -9.956 -29.961  1.00 54.57           H  \\nATOM   1590  N   LEU A 990     -10.706  -5.269 -29.079  1.00 26.64           N  \\nATOM   1591  CA  LEU A 990     -11.169  -4.493 -30.238  1.00 26.55           C  \\nATOM   1592  C   LEU A 990     -10.208  -4.338 -31.443  1.00 32.26           C  \\nATOM   1593  O   LEU A 990     -10.730  -4.254 -32.554  1.00 32.40           O  \\nATOM   1594  CB  LEU A 990     -11.721  -3.111 -29.816  1.00 25.29           C  \\nATOM   1595  CG  LEU A 990     -12.967  -3.137 -28.906  1.00 28.64           C  \\nATOM   1596  CD1 LEU A 990     -13.282  -1.724 -28.386  1.00 28.39           C  \\nATOM   1597  CD2 LEU A 990     -14.197  -3.752 -29.604  1.00 27.70           C  \\nATOM   1598  H   LEU A 990     -10.708  -4.785 -28.191  1.00 26.64           H  \\nATOM   1599  HA  LEU A 990     -12.009  -5.067 -30.634  1.00 26.55           H  \\nATOM   1600  HB3 LEU A 990     -11.971  -2.532 -30.706  1.00 25.29           H  \\nATOM   1601  HB2 LEU A 990     -10.926  -2.554 -29.318  1.00 25.29           H  \\nATOM   1602  HG  LEU A 990     -12.740  -3.756 -28.038  1.00 28.64           H  \\nATOM   1603 HD11 LEU A 990     -14.289  -1.658 -27.974  1.00 28.39           H  \\nATOM   1604 HD12 LEU A 990     -12.591  -1.441 -27.593  1.00 28.39           H  \\nATOM   1605 HD13 LEU A 990     -13.197  -0.978 -29.176  1.00 28.39           H  \\nATOM   1606 HD21 LEU A 990     -15.056  -3.083 -29.591  1.00 27.70           H  \\nATOM   1607 HD22 LEU A 990     -14.006  -3.989 -30.651  1.00 27.70           H  \\nATOM   1608 HD23 LEU A 990     -14.506  -4.670 -29.108  1.00 27.70           H  \\nATOM   1609  N   PRO A 991      -8.862  -4.368 -31.272  1.00 29.17           N  \\nATOM   1610  CA  PRO A 991      -7.934  -4.390 -32.422  1.00 30.32           C  \\nATOM   1611  C   PRO A 991      -7.982  -5.660 -33.292  1.00 37.04           C  \\nATOM   1612  O   PRO A 991      -7.685  -5.568 -34.482  1.00 39.83           O  \\nATOM   1613  CB  PRO A 991      -6.545  -4.175 -31.796  1.00 31.53           C  \\nATOM   1614  CG  PRO A 991      -6.828  -3.468 -30.483  1.00 34.07           C  \\nATOM   1615  CD  PRO A 991      -8.127  -4.120 -30.032  1.00 29.12           C  \\nATOM   1616  HA  PRO A 991      -8.172  -3.530 -33.048  1.00 30.32           H  \\nATOM   1617  HB3 PRO A 991      -5.880  -3.597 -32.438  1.00 31.53           H  \\nATOM   1618  HB2 PRO A 991      -6.059  -5.130 -31.592  1.00 31.53           H  \\nATOM   1619  HG3 PRO A 991      -6.998  -2.407 -30.671  1.00 34.07           H  \\nATOM   1620  HG2 PRO A 991      -6.017  -3.559 -29.761  1.00 34.07           H  \\nATOM   1621  HD2 PRO A 991      -7.914  -5.074 -29.554  1.00 29.12           H  \\nATOM   1622  HD3 PRO A 991      -8.663  -3.490 -29.323  1.00 29.12           H  \\nATOM   1623  N   ARG A 992      -8.364  -6.801 -32.693  1.00 33.12           N  \\nATOM   1624  CA  ARG A 992      -8.473  -8.101 -33.362  1.00 35.22           C  \\nATOM   1625  C   ARG A 992      -9.923  -8.477 -33.721  1.00 42.35           C  \\nATOM   1626  O   ARG A 992     -10.101  -9.442 -34.464  1.00 43.35           O  \\nATOM   1627  CB  ARG A 992      -7.847  -9.181 -32.452  1.00 36.79           C  \\nATOM   1628  CG  ARG A 992      -6.321  -9.042 -32.266  1.00 49.00           C  \\nATOM   1629  CD  ARG A 992      -5.895  -8.581 -30.862  1.00 65.39           C  \\nATOM   1630  NE  ARG A 992      -4.429  -8.630 -30.709  1.00 83.52           N  \\nATOM   1631  CZ  ARG A 992      -3.697  -8.245 -29.646  1.00101.34           C  \\nATOM   1632  NH1 ARG A 992      -4.252  -7.730 -28.539  1.00 87.97           N  \\nATOM   1633  NH2 ARG A 992      -2.366  -8.382 -29.694  1.00 90.05           N1+\\nATOM   1634  H   ARG A 992      -8.610  -6.788 -31.713  1.00 33.12           H  \\nATOM   1635  HA  ARG A 992      -7.920  -8.089 -34.303  1.00 35.22           H  \\nATOM   1636  HB3 ARG A 992      -8.028 -10.163 -32.891  1.00 36.79           H  \\nATOM   1637  HB2 ARG A 992      -8.353  -9.200 -31.486  1.00 36.79           H  \\nATOM   1638  HG3 ARG A 992      -5.962  -8.307 -32.988  1.00 49.00           H  \\nATOM   1639  HG2 ARG A 992      -5.815  -9.970 -32.534  1.00 49.00           H  \\nATOM   1640  HD3 ARG A 992      -6.407  -9.141 -30.079  1.00 65.39           H  \\nATOM   1641  HD2 ARG A 992      -6.177  -7.534 -30.743  1.00 65.39           H  \\nATOM   1642  HE  ARG A 992      -3.934  -9.003 -31.505  1.00 83.52           H  \\nATOM   1643 HH12 ARG A 992      -3.684  -7.448 -27.753  1.00 87.97           H  \\nATOM   1644 HH11 ARG A 992      -5.259  -7.626 -28.485  1.00 87.97           H  \\nATOM   1645 HH22 ARG A 992      -1.795  -8.104 -28.909  1.00 90.05           H  \\nATOM   1646 HH21 ARG A 992      -1.920  -8.767 -30.514  1.00 90.05           H  \\nATOM   1647  N   HIS A 993     -10.920  -7.742 -33.199  1.00 39.31           N  \\nATOM   1648  CA  HIS A 993     -12.343  -8.029 -33.380  1.00 40.02           C  \\nATOM   1649  C   HIS A 993     -13.064  -6.735 -33.771  1.00 44.39           C  \\nATOM   1650  O   HIS A 993     -13.235  -5.856 -32.926  1.00 42.90           O  \\nATOM   1651  CB  HIS A 993     -12.933  -8.636 -32.087  1.00 40.24           C  \\nATOM   1652  CG  HIS A 993     -12.280  -9.913 -31.615  1.00 43.95           C  \\nATOM   1653  ND1 HIS A 993     -11.178  -9.921 -30.777  1.00 44.82           N  \\nATOM   1654  CD2 HIS A 993     -12.584 -11.239 -31.832  1.00 46.86           C  \\nATOM   1655  CE1 HIS A 993     -10.862 -11.196 -30.543  1.00 45.15           C  \\nATOM   1656  NE2 HIS A 993     -11.674 -12.053 -31.151  1.00 46.64           N  \\nATOM   1657  H   HIS A 993     -10.700  -6.953 -32.607  1.00 39.31           H  \\nATOM   1658  HA  HIS A 993     -12.488  -8.755 -34.182  1.00 40.02           H  \\nATOM   1659  HB3 HIS A 993     -13.998  -8.834 -32.223  1.00 40.24           H  \\nATOM   1660  HB2 HIS A 993     -12.864  -7.911 -31.275  1.00 40.24           H  \\nATOM   1661  HD1 HIS A 993     -10.706  -9.101 -30.417  1.00 44.82           H  \\nATOM   1662  HD2 HIS A 993     -13.381 -11.668 -32.421  1.00 46.86           H  \\nATOM   1663  HE1 HIS A 993     -10.035 -11.499 -29.918  1.00 45.15           H  \\nATOM   1664  N   SER A 994     -13.470  -6.644 -35.048  1.00 43.61           N  \\nATOM   1665  CA  SER A 994     -14.209  -5.516 -35.617  1.00 44.09           C  \\nATOM   1666  C   SER A 994     -15.687  -5.527 -35.171  1.00 48.55           C  \\nATOM   1667  O   SER A 994     -16.525  -6.165 -35.809  1.00 49.91           O  \\nATOM   1668  CB  SER A 994     -14.007  -5.502 -37.150  1.00 50.40           C  \\nATOM   1669  OG  SER A 994     -14.571  -6.626 -37.802  1.00 64.99           O  \\nATOM   1670  H   SER A 994     -13.279  -7.408 -35.685  1.00 43.61           H  \\nATOM   1671  HA  SER A 994     -13.757  -4.597 -35.238  1.00 44.09           H  \\nATOM   1672  HB3 SER A 994     -12.944  -5.455 -37.390  1.00 50.40           H  \\nATOM   1673  HB2 SER A 994     -14.458  -4.603 -37.573  1.00 50.40           H  \\nATOM   1674  HG  SER A 994     -15.515  -6.632 -37.619  1.00 64.99           H  \\nATOM   1675  N   ILE A 995     -15.965  -4.828 -34.059  1.00 42.04           N  \\nATOM   1676  CA  ILE A 995     -17.296  -4.714 -33.464  1.00 40.91           C  \\nATOM   1677  C   ILE A 995     -18.064  -3.520 -34.068  1.00 43.90           C  \\nATOM   1678  O   ILE A 995     -17.480  -2.455 -34.267  1.00 43.46           O  \\nATOM   1679  CB  ILE A 995     -17.192  -4.556 -31.916  1.00 42.36           C  \\nATOM   1680  CG1 ILE A 995     -16.536  -5.790 -31.248  1.00 42.65           C  \\nATOM   1681  CG2 ILE A 995     -18.529  -4.242 -31.218  1.00 41.71           C  \\nATOM   1682  CD1 ILE A 995     -17.228  -7.139 -31.513  1.00 43.19           C  \\nATOM   1683  H   ILE A 995     -15.219  -4.349 -33.575  1.00 42.04           H  \\nATOM   1684  HA  ILE A 995     -17.863  -5.619 -33.689  1.00 40.91           H  \\nATOM   1685  HB  ILE A 995     -16.532  -3.711 -31.714  1.00 42.36           H  \\nATOM   1686 HG13 ILE A 995     -16.475  -5.629 -30.172  1.00 42.65           H  \\nATOM   1687 HG12 ILE A 995     -15.501  -5.868 -31.578  1.00 42.65           H  \\nATOM   1688 HG21 ILE A 995     -18.434  -4.276 -30.134  1.00 41.71           H  \\nATOM   1689 HG22 ILE A 995     -18.899  -3.250 -31.464  1.00 41.71           H  \\nATOM   1690 HG23 ILE A 995     -19.292  -4.958 -31.512  1.00 41.71           H  \\nATOM   1691 HD11 ILE A 995     -16.639  -7.748 -32.199  1.00 43.19           H  \\nATOM   1692 HD12 ILE A 995     -17.348  -7.704 -30.589  1.00 43.19           H  \\nATOM   1693 HD13 ILE A 995     -18.221  -7.025 -31.946  1.00 43.19           H  \\nATOM   1694  N   GLY A 996     -19.363  -3.733 -34.347  1.00 39.60           N  \\nATOM   1695  CA  GLY A 996     -20.252  -2.755 -34.979  1.00 39.64           C  \\nATOM   1696  C   GLY A 996     -20.596  -1.588 -34.040  1.00 40.81           C  \\nATOM   1697  O   GLY A 996     -20.520  -1.711 -32.818  1.00 40.20           O  \\nATOM   1698  H   GLY A 996     -19.764  -4.635 -34.139  1.00 39.60           H  \\nATOM   1699  HA3 GLY A 996     -21.173  -3.256 -35.273  1.00 39.64           H  \\nATOM   1700  HA2 GLY A 996     -19.788  -2.377 -35.892  1.00 39.64           H  \\nATOM   1701  N   LEU A 997     -20.997  -0.458 -34.647  1.00 36.29           N  \\nATOM   1702  CA  LEU A 997     -21.277   0.836 -34.014  1.00 34.21           C  \\nATOM   1703  C   LEU A 997     -22.273   0.785 -32.840  1.00 36.59           C  \\nATOM   1704  O   LEU A 997     -21.980   1.361 -31.794  1.00 34.53           O  \\nATOM   1705  CB  LEU A 997     -21.711   1.829 -35.121  1.00 34.53           C  \\nATOM   1706  CG  LEU A 997     -22.124   3.249 -34.665  1.00 38.00           C  \\nATOM   1707  CD1 LEU A 997     -21.037   3.947 -33.824  1.00 36.32           C  \\nATOM   1708  CD2 LEU A 997     -22.558   4.106 -35.869  1.00 39.98           C  \\nATOM   1709  H   LEU A 997     -21.051  -0.455 -35.657  1.00 36.29           H  \\nATOM   1710  HA  LEU A 997     -20.326   1.179 -33.603  1.00 34.21           H  \\nATOM   1711  HB3 LEU A 997     -22.545   1.391 -35.671  1.00 34.53           H  \\nATOM   1712  HB2 LEU A 997     -20.897   1.921 -35.842  1.00 34.53           H  \\nATOM   1713  HG  LEU A 997     -23.015   3.149 -34.047  1.00 38.00           H  \\nATOM   1714 HD11 LEU A 997     -20.949   5.005 -34.060  1.00 36.32           H  \\nATOM   1715 HD12 LEU A 997     -21.263   3.882 -32.760  1.00 36.32           H  \\nATOM   1716 HD13 LEU A 997     -20.056   3.499 -33.980  1.00 36.32           H  \\nATOM   1717 HD21 LEU A 997     -23.419   4.725 -35.614  1.00 39.98           H  \\nATOM   1718 HD22 LEU A 997     -21.763   4.769 -36.208  1.00 39.98           H  \\nATOM   1719 HD23 LEU A 997     -22.845   3.494 -36.724  1.00 39.98           H  \\nATOM   1720  N   ALA A 998     -23.409   0.089 -33.016  1.00 34.25           N  \\nATOM   1721  CA  ALA A 998     -24.444  -0.055 -31.989  1.00 34.26           C  \\nATOM   1722  C   ALA A 998     -23.979  -0.830 -30.750  1.00 36.18           C  \\nATOM   1723  O   ALA A 998     -24.385  -0.484 -29.643  1.00 35.22           O  \\nATOM   1724  CB  ALA A 998     -25.666  -0.747 -32.595  1.00 36.52           C  \\nATOM   1725  H   ALA A 998     -23.583  -0.370 -33.900  1.00 34.25           H  \\nATOM   1726  HA  ALA A 998     -24.741   0.949 -31.677  1.00 34.26           H  \\nATOM   1727  HB1 ALA A 998     -26.532  -0.659 -31.938  1.00 36.52           H  \\nATOM   1728  HB2 ALA A 998     -25.920  -0.291 -33.546  1.00 36.52           H  \\nATOM   1729  HB3 ALA A 998     -25.492  -1.807 -32.778  1.00 36.52           H  \\nATOM   1730  N   GLN A 999     -23.130  -1.847 -30.960  1.00 32.90           N  \\nATOM   1731  CA  GLN A 999     -22.559  -2.689 -29.914  1.00 31.66           C  \\nATOM   1732  C   GLN A 999     -21.446  -1.975 -29.116  1.00 31.83           C  \\nATOM   1733  O   GLN A 999     -21.293  -2.274 -27.934  1.00 31.42           O  \\nATOM   1734  CB  GLN A 999     -22.134  -4.016 -30.571  1.00 33.78           C  \\nATOM   1735  CG  GLN A 999     -21.621  -5.106 -29.611  1.00 53.37           C  \\nATOM   1736  CD  GLN A 999     -21.398  -6.443 -30.329  1.00 79.04           C  \\nATOM   1737  OE1 GLN A 999     -22.211  -6.864 -31.150  1.00 77.41           O  \\nATOM   1738  NE2 GLN A 999     -20.304  -7.132 -30.005  1.00 70.04           N  \\nATOM   1739  H   GLN A 999     -22.847  -2.066 -31.906  1.00 32.90           H  \\nATOM   1740  HA  GLN A 999     -23.358  -2.921 -29.208  1.00 31.66           H  \\nATOM   1741  HB3 GLN A 999     -21.389  -3.822 -31.342  1.00 33.78           H  \\nATOM   1742  HB2 GLN A 999     -23.006  -4.407 -31.098  1.00 33.78           H  \\nATOM   1743  HG3 GLN A 999     -22.345  -5.266 -28.811  1.00 53.37           H  \\nATOM   1744  HG2 GLN A 999     -20.695  -4.784 -29.133  1.00 53.37           H  \\nATOM   1745 HE22 GLN A 999     -20.123  -8.026 -30.439  1.00 70.04           H  \\nATOM   1746 HE21 GLN A 999     -19.667  -6.780 -29.305  1.00 70.04           H  \\nATOM   1747  N   LEU A1000     -20.751  -0.997 -29.732  1.00 27.73           N  \\nATOM   1748  CA  LEU A1000     -19.837  -0.069 -29.050  1.00 27.15           C  \\nATOM   1749  C   LEU A1000     -20.595   0.953 -28.181  1.00 30.03           C  \\nATOM   1750  O   LEU A1000     -20.124   1.276 -27.092  1.00 28.40           O  \\nATOM   1751  CB  LEU A1000     -18.945   0.674 -30.074  1.00 27.39           C  \\nATOM   1752  CG  LEU A1000     -17.991  -0.227 -30.886  1.00 31.72           C  \\nATOM   1753  CD1 LEU A1000     -17.371   0.546 -32.070  1.00 31.24           C  \\nATOM   1754  CD2 LEU A1000     -16.934  -0.917 -29.997  1.00 32.46           C  \\nATOM   1755  H   LEU A1000     -20.916  -0.817 -30.713  1.00 27.73           H  \\nATOM   1756  HA  LEU A1000     -19.200  -0.650 -28.383  1.00 27.15           H  \\nATOM   1757  HB3 LEU A1000     -18.351   1.434 -29.562  1.00 27.39           H  \\nATOM   1758  HB2 LEU A1000     -19.586   1.222 -30.765  1.00 27.39           H  \\nATOM   1759  HG  LEU A1000     -18.585  -1.019 -31.332  1.00 31.72           H  \\nATOM   1760 HD11 LEU A1000     -16.292   0.426 -32.140  1.00 31.24           H  \\nATOM   1761 HD12 LEU A1000     -17.786   0.194 -33.015  1.00 31.24           H  \\nATOM   1762 HD13 LEU A1000     -17.569   1.617 -32.011  1.00 31.24           H  \\nATOM   1763 HD21 LEU A1000     -15.920  -0.822 -30.385  1.00 32.46           H  \\nATOM   1764 HD22 LEU A1000     -16.925  -0.518 -28.983  1.00 32.46           H  \\nATOM   1765 HD23 LEU A1000     -17.146  -1.982 -29.914  1.00 32.46           H  \\nATOM   1766  N   LEU A1001     -21.763   1.420 -28.659  1.00 27.18           N  \\nATOM   1767  CA  LEU A1001     -22.668   2.317 -27.931  1.00 26.38           C  \\nATOM   1768  C   LEU A1001     -23.415   1.608 -26.786  1.00 30.80           C  \\nATOM   1769  O   LEU A1001     -23.803   2.280 -25.831  1.00 31.19           O  \\nATOM   1770  CB  LEU A1001     -23.664   2.964 -28.916  1.00 26.55           C  \\nATOM   1771  CG  LEU A1001     -23.009   3.940 -29.919  1.00 30.43           C  \\nATOM   1772  CD1 LEU A1001     -23.960   4.224 -31.098  1.00 31.54           C  \\nATOM   1773  CD2 LEU A1001     -22.500   5.228 -29.235  1.00 29.53           C  \\nATOM   1774  H   LEU A1001     -22.074   1.125 -29.576  1.00 27.18           H  \\nATOM   1775  HA  LEU A1001     -22.066   3.104 -27.475  1.00 26.38           H  \\nATOM   1776  HB3 LEU A1001     -24.448   3.493 -28.371  1.00 26.55           H  \\nATOM   1777  HB2 LEU A1001     -24.174   2.171 -29.464  1.00 26.55           H  \\nATOM   1778  HG  LEU A1001     -22.132   3.458 -30.347  1.00 30.43           H  \\nATOM   1779 HD11 LEU A1001     -23.986   5.276 -31.382  1.00 31.54           H  \\nATOM   1780 HD12 LEU A1001     -23.649   3.668 -31.980  1.00 31.54           H  \\nATOM   1781 HD13 LEU A1001     -24.984   3.918 -30.880  1.00 31.54           H  \\nATOM   1782 HD21 LEU A1001     -22.846   6.137 -29.725  1.00 29.53           H  \\nATOM   1783 HD22 LEU A1001     -22.816   5.291 -28.193  1.00 29.53           H  \\nATOM   1784 HD23 LEU A1001     -21.410   5.261 -29.241  1.00 29.53           H  \\nATOM   1785  N   LEU A1002     -23.566   0.274 -26.876  1.00 28.48           N  \\nATOM   1786  CA  LEU A1002     -24.071  -0.573 -25.798  1.00 29.15           C  \\nATOM   1787  C   LEU A1002     -23.034  -0.720 -24.674  1.00 32.78           C  \\nATOM   1788  O   LEU A1002     -23.419  -0.645 -23.512  1.00 33.09           O  \\nATOM   1789  CB  LEU A1002     -24.495  -1.945 -26.361  1.00 30.13           C  \\nATOM   1790  CG  LEU A1002     -25.243  -2.859 -25.364  1.00 35.32           C  \\nATOM   1791  CD1 LEU A1002     -26.559  -2.231 -24.853  1.00 35.94           C  \\nATOM   1792  CD2 LEU A1002     -25.461  -4.257 -25.970  1.00 37.39           C  \\nATOM   1793  H   LEU A1002     -23.251  -0.204 -27.709  1.00 28.48           H  \\nATOM   1794  HA  LEU A1002     -24.950  -0.077 -25.383  1.00 29.15           H  \\nATOM   1795  HB3 LEU A1002     -23.607  -2.464 -26.722  1.00 30.13           H  \\nATOM   1796  HB2 LEU A1002     -25.123  -1.797 -27.238  1.00 30.13           H  \\nATOM   1797  HG  LEU A1002     -24.597  -3.010 -24.498  1.00 35.32           H  \\nATOM   1798 HD11 LEU A1002     -27.382  -2.945 -24.829  1.00 35.94           H  \\nATOM   1799 HD12 LEU A1002     -26.434  -1.855 -23.837  1.00 35.94           H  \\nATOM   1800 HD13 LEU A1002     -26.882  -1.394 -25.473  1.00 35.94           H  \\nATOM   1801 HD21 LEU A1002     -25.178  -5.038 -25.263  1.00 37.39           H  \\nATOM   1802 HD22 LEU A1002     -26.499  -4.429 -26.254  1.00 37.39           H  \\nATOM   1803 HD23 LEU A1002     -24.861  -4.403 -26.868  1.00 37.39           H  \\nATOM   1804  N   PHE A1003     -21.743  -0.871 -25.023  1.00 28.23           N  \\nATOM   1805  CA  PHE A1003     -20.641  -0.882 -24.054  1.00 28.18           C  \\nATOM   1806  C   PHE A1003     -20.492   0.469 -23.336  1.00 29.97           C  \\nATOM   1807  O   PHE A1003     -20.248   0.473 -22.133  1.00 28.15           O  \\nATOM   1808  CB  PHE A1003     -19.312  -1.272 -24.735  1.00 29.26           C  \\nATOM   1809  CG  PHE A1003     -19.273  -2.605 -25.466  1.00 30.64           C  \\nATOM   1810  CD1 PHE A1003     -20.024  -3.718 -25.024  1.00 35.83           C  \\nATOM   1811  CD2 PHE A1003     -18.349  -2.783 -26.518  1.00 32.41           C  \\nATOM   1812  CE1 PHE A1003     -19.919  -4.932 -25.687  1.00 37.36           C  \\nATOM   1813  CE2 PHE A1003     -18.254  -4.007 -27.165  1.00 35.63           C  \\nATOM   1814  CZ  PHE A1003     -19.051  -5.071 -26.763  1.00 35.58           C  \\nATOM   1815  H   PHE A1003     -21.488  -0.949 -25.998  1.00 28.23           H  \\nATOM   1816  HA  PHE A1003     -20.872  -1.624 -23.287  1.00 28.18           H  \\nATOM   1817  HB3 PHE A1003     -18.513  -1.280 -23.993  1.00 29.26           H  \\nATOM   1818  HB2 PHE A1003     -19.040  -0.498 -25.453  1.00 29.26           H  \\nATOM   1819  HD1 PHE A1003     -20.697  -3.642 -24.184  1.00 35.83           H  \\nATOM   1820  HD2 PHE A1003     -17.720  -1.964 -26.835  1.00 32.41           H  \\nATOM   1821  HE1 PHE A1003     -20.509  -5.774 -25.354  1.00 37.36           H  \\nATOM   1822  HE2 PHE A1003     -17.555  -4.132 -27.978  1.00 35.63           H  \\nATOM   1823  HZ  PHE A1003     -18.975  -6.020 -27.272  1.00 35.58           H  \\nATOM   1824  N   ALA A1004     -20.705   1.578 -24.067  1.00 26.49           N  \\nATOM   1825  CA  ALA A1004     -20.726   2.944 -23.542  1.00 26.36           C  \\nATOM   1826  C   ALA A1004     -21.860   3.187 -22.532  1.00 28.13           C  \\nATOM   1827  O   ALA A1004     -21.618   3.810 -21.500  1.00 27.39           O  \\nATOM   1828  CB  ALA A1004     -20.837   3.926 -24.715  1.00 27.23           C  \\nATOM   1829  H   ALA A1004     -20.890   1.484 -25.057  1.00 26.49           H  \\nATOM   1830  HA  ALA A1004     -19.773   3.115 -23.041  1.00 26.36           H  \\nATOM   1831  HB1 ALA A1004     -20.637   4.947 -24.390  1.00 27.23           H  \\nATOM   1832  HB2 ALA A1004     -20.122   3.678 -25.500  1.00 27.23           H  \\nATOM   1833  HB3 ALA A1004     -21.829   3.918 -25.164  1.00 27.23           H  \\nATOM   1834  N   GLN A1005     -23.060   2.661 -22.839  1.00 24.98           N  \\nATOM   1835  CA  GLN A1005     -24.241   2.670 -21.976  1.00 26.13           C  \\nATOM   1836  C   GLN A1005     -24.005   1.880 -20.676  1.00 30.14           C  \\nATOM   1837  O   GLN A1005     -24.287   2.400 -19.601  1.00 29.23           O  \\nATOM   1838  CB  GLN A1005     -25.433   2.097 -22.770  1.00 27.37           C  \\nATOM   1839  CG  GLN A1005     -26.787   2.123 -22.034  1.00 34.59           C  \\nATOM   1840  CD  GLN A1005     -27.753   1.102 -22.634  1.00 45.52           C  \\nATOM   1841  OE1 GLN A1005     -28.014   1.121 -23.835  1.00 37.97           O  \\nATOM   1842  NE2 GLN A1005     -28.296   0.216 -21.798  1.00 40.39           N  \\nATOM   1843  H   GLN A1005     -23.170   2.180 -23.722  1.00 24.98           H  \\nATOM   1844  HA  GLN A1005     -24.463   3.706 -21.713  1.00 26.13           H  \\nATOM   1845  HB3 GLN A1005     -25.200   1.069 -23.046  1.00 27.37           H  \\nATOM   1846  HB2 GLN A1005     -25.542   2.624 -23.717  1.00 27.37           H  \\nATOM   1847  HG3 GLN A1005     -27.223   3.120 -22.095  1.00 34.59           H  \\nATOM   1848  HG2 GLN A1005     -26.674   1.906 -20.973  1.00 34.59           H  \\nATOM   1849 HE22 GLN A1005     -28.941  -0.481 -22.142  1.00 40.39           H  \\nATOM   1850 HE21 GLN A1005     -28.027   0.204 -20.821  1.00 40.39           H  \\nATOM   1851  N   GLN A1006     -23.477   0.652 -20.811  1.00 27.56           N  \\nATOM   1852  CA  GLN A1006     -23.173  -0.270 -19.716  1.00 27.14           C  \\nATOM   1853  C   GLN A1006     -22.072   0.236 -18.768  1.00 28.50           C  \\nATOM   1854  O   GLN A1006     -22.194   0.035 -17.560  1.00 29.35           O  \\nATOM   1855  CB  GLN A1006     -22.838  -1.652 -20.304  1.00 28.20           C  \\nATOM   1856  CG  GLN A1006     -24.071  -2.360 -20.908  1.00 30.44           C  \\nATOM   1857  CD  GLN A1006     -23.732  -3.689 -21.587  1.00 43.69           C  \\nATOM   1858  OE1 GLN A1006     -22.570  -4.021 -21.806  1.00 40.01           O  \\nATOM   1859  NE2 GLN A1006     -24.762  -4.459 -21.939  1.00 39.19           N  \\nATOM   1860  H   GLN A1006     -23.289   0.300 -21.741  1.00 27.56           H  \\nATOM   1861  HA  GLN A1006     -24.079  -0.372 -19.117  1.00 27.14           H  \\nATOM   1862  HB3 GLN A1006     -22.408  -2.289 -19.530  1.00 28.20           H  \\nATOM   1863  HB2 GLN A1006     -22.063  -1.537 -21.063  1.00 28.20           H  \\nATOM   1864  HG3 GLN A1006     -24.572  -1.725 -21.635  1.00 30.44           H  \\nATOM   1865  HG2 GLN A1006     -24.815  -2.535 -20.135  1.00 30.44           H  \\nATOM   1866 HE22 GLN A1006     -24.602  -5.353 -22.387  1.00 39.19           H  \\nATOM   1867 HE21 GLN A1006     -25.716  -4.155 -21.777  1.00 39.19           H  \\nATOM   1868  N   ILE A1007     -21.062   0.943 -19.312  1.00 24.53           N  \\nATOM   1869  CA  ILE A1007     -20.069   1.692 -18.536  1.00 23.52           C  \\nATOM   1870  C   ILE A1007     -20.727   2.816 -17.713  1.00 26.94           C  \\nATOM   1871  O   ILE A1007     -20.405   2.941 -16.536  1.00 25.88           O  \\nATOM   1872  CB  ILE A1007     -18.931   2.286 -19.427  1.00 26.23           C  \\nATOM   1873  CG1 ILE A1007     -18.024   1.167 -19.988  1.00 26.44           C  \\nATOM   1874  CG2 ILE A1007     -18.040   3.356 -18.749  1.00 26.63           C  \\nATOM   1875  CD1 ILE A1007     -17.291   1.555 -21.285  1.00 29.19           C  \\nATOM   1876  H   ILE A1007     -21.013   1.046 -20.317  1.00 24.53           H  \\nATOM   1877  HA  ILE A1007     -19.614   0.992 -17.831  1.00 23.52           H  \\nATOM   1878  HB  ILE A1007     -19.417   2.769 -20.276  1.00 26.23           H  \\nATOM   1879 HG13 ILE A1007     -18.608   0.270 -20.180  1.00 26.44           H  \\nATOM   1880 HG12 ILE A1007     -17.298   0.870 -19.230  1.00 26.44           H  \\nATOM   1881 HG21 ILE A1007     -17.216   3.653 -19.397  1.00 26.63           H  \\nATOM   1882 HG22 ILE A1007     -18.590   4.267 -18.511  1.00 26.63           H  \\nATOM   1883 HG23 ILE A1007     -17.606   2.974 -17.825  1.00 26.63           H  \\nATOM   1884 HD11 ILE A1007     -17.143   0.685 -21.925  1.00 29.19           H  \\nATOM   1885 HD12 ILE A1007     -17.847   2.290 -21.866  1.00 29.19           H  \\nATOM   1886 HD13 ILE A1007     -16.313   1.980 -21.071  1.00 29.19           H  \\nATOM   1887  N   CYS A1008     -21.665   3.570 -18.316  1.00 24.96           N  \\nATOM   1888  CA  CYS A1008     -22.405   4.643 -17.644  1.00 26.23           C  \\nATOM   1889  C   CYS A1008     -23.328   4.144 -16.518  1.00 28.78           C  \\nATOM   1890  O   CYS A1008     -23.468   4.853 -15.526  1.00 27.82           O  \\nATOM   1891  CB  CYS A1008     -23.199   5.533 -18.619  1.00 27.44           C  \\nATOM   1892  SG  CYS A1008     -22.060   6.457 -19.678  1.00 31.30           S  \\nATOM   1893  H   CYS A1008     -21.894   3.406 -19.288  1.00 24.96           H  \\nATOM   1894  HA  CYS A1008     -21.653   5.263 -17.158  1.00 26.23           H  \\nATOM   1895  HB3 CYS A1008     -23.802   6.261 -18.076  1.00 27.44           H  \\nATOM   1896  HB2 CYS A1008     -23.879   4.950 -19.240  1.00 27.44           H  \\nATOM   1897  HG  CYS A1008     -21.658   5.407 -20.404  1.00 31.30           H  \\nATOM   1898  N   GLU A1009     -23.905   2.938 -16.664  1.00 27.13           N  \\nATOM   1899  CA  GLU A1009     -24.712   2.274 -15.636  1.00 27.79           C  \\nATOM   1900  C   GLU A1009     -23.884   1.789 -14.430  1.00 31.65           C  \\nATOM   1901  O   GLU A1009     -24.361   1.902 -13.301  1.00 32.67           O  \\nATOM   1902  CB  GLU A1009     -25.530   1.130 -16.269  1.00 29.33           C  \\nATOM   1903  CG  GLU A1009     -26.650   1.632 -17.202  1.00 35.16           C  \\nATOM   1904  CD  GLU A1009     -27.432   0.501 -17.874  1.00 58.21           C  \\nATOM   1905  OE1 GLU A1009     -26.942  -0.003 -18.909  1.00 48.70           O  \\nATOM   1906  OE2 GLU A1009     -28.529   0.175 -17.369  1.00 60.77           O1-\\nATOM   1907  H   GLU A1009     -23.769   2.425 -17.524  1.00 27.13           H  \\nATOM   1908  HA  GLU A1009     -25.420   3.006 -15.244  1.00 27.79           H  \\nATOM   1909  HB3 GLU A1009     -25.961   0.497 -15.492  1.00 29.33           H  \\nATOM   1910  HB2 GLU A1009     -24.857   0.492 -16.843  1.00 29.33           H  \\nATOM   1911  HG3 GLU A1009     -26.235   2.264 -17.984  1.00 35.16           H  \\nATOM   1912  HG2 GLU A1009     -27.341   2.262 -16.641  1.00 35.16           H  \\nATOM   1913  N   GLY A1010     -22.657   1.295 -14.679  1.00 27.84           N  \\nATOM   1914  CA  GLY A1010     -21.732   0.852 -13.634  1.00 27.29           C  \\nATOM   1915  C   GLY A1010     -21.077   2.043 -12.915  1.00 30.56           C  \\nATOM   1916  O   GLY A1010     -20.854   1.969 -11.707  1.00 30.70           O  \\nATOM   1917  H   GLY A1010     -22.337   1.226 -15.636  1.00 27.84           H  \\nATOM   1918  HA3 GLY A1010     -20.956   0.239 -14.093  1.00 27.29           H  \\nATOM   1919  HA2 GLY A1010     -22.247   0.220 -12.909  1.00 27.29           H  \\nATOM   1920  N   MET A1011     -20.798   3.140 -13.643  1.00 27.80           N  \\nATOM   1921  CA  MET A1011     -20.230   4.381 -13.113  1.00 26.42           C  \\nATOM   1922  C   MET A1011     -21.251   5.243 -12.348  1.00 31.30           C  \\nATOM   1923  O   MET A1011     -20.854   5.901 -11.387  1.00 31.07           O  \\nATOM   1924  CB  MET A1011     -19.591   5.196 -14.253  1.00 27.40           C  \\nATOM   1925  CG  MET A1011     -18.266   4.634 -14.804  1.00 29.13           C  \\nATOM   1926  SD  MET A1011     -16.888   4.453 -13.634  1.00 32.16           S  \\nATOM   1927  CE  MET A1011     -16.919   6.084 -12.860  1.00 29.76           C  \\nATOM   1928  H   MET A1011     -20.981   3.129 -14.638  1.00 27.80           H  \\nATOM   1929  HA  MET A1011     -19.451   4.119 -12.397  1.00 26.42           H  \\nATOM   1930  HB3 MET A1011     -19.416   6.218 -13.918  1.00 27.40           H  \\nATOM   1931  HB2 MET A1011     -20.304   5.291 -15.073  1.00 27.40           H  \\nATOM   1932  HG3 MET A1011     -17.929   5.278 -15.615  1.00 29.13           H  \\nATOM   1933  HG2 MET A1011     -18.424   3.657 -15.250  1.00 29.13           H  \\nATOM   1934  HE1 MET A1011     -15.990   6.273 -12.328  1.00 29.76           H  \\nATOM   1935  HE2 MET A1011     -17.055   6.852 -13.618  1.00 29.76           H  \\nATOM   1936  HE3 MET A1011     -17.742   6.148 -12.148  1.00 29.76           H  \\nATOM   1937  N   ALA A1012     -22.535   5.211 -12.749  1.00 27.75           N  \\nATOM   1938  CA  ALA A1012     -23.634   5.849 -12.016  1.00 28.69           C  \\nATOM   1939  C   ALA A1012     -23.888   5.180 -10.659  1.00 34.11           C  \\nATOM   1940  O   ALA A1012     -24.101   5.891  -9.678  1.00 34.50           O  \\nATOM   1941  CB  ALA A1012     -24.917   5.843 -12.856  1.00 29.26           C  \\nATOM   1942  H   ALA A1012     -22.793   4.685 -13.573  1.00 27.75           H  \\nATOM   1943  HA  ALA A1012     -23.360   6.890 -11.829  1.00 28.69           H  \\nATOM   1944  HB1 ALA A1012     -25.767   6.222 -12.287  1.00 29.26           H  \\nATOM   1945  HB2 ALA A1012     -24.815   6.478 -13.734  1.00 29.26           H  \\nATOM   1946  HB3 ALA A1012     -25.167   4.837 -13.194  1.00 29.26           H  \\nATOM   1947  N   TYR A1013     -23.802   3.837 -10.621  1.00 31.58           N  \\nATOM   1948  CA  TYR A1013     -23.833   3.052  -9.389  1.00 32.97           C  \\nATOM   1949  C   TYR A1013     -22.647   3.367  -8.458  1.00 36.19           C  \\nATOM   1950  O   TYR A1013     -22.873   3.547  -7.265  1.00 37.27           O  \\nATOM   1951  CB  TYR A1013     -23.952   1.546  -9.717  1.00 34.46           C  \\nATOM   1952  CG  TYR A1013     -23.724   0.624  -8.528  1.00 37.28           C  \\nATOM   1953  CD1 TYR A1013     -24.733   0.447  -7.560  1.00 41.29           C  \\nATOM   1954  CD2 TYR A1013     -22.475  -0.004  -8.357  1.00 37.10           C  \\nATOM   1955  CE1 TYR A1013     -24.484  -0.335  -6.415  1.00 41.87           C  \\nATOM   1956  CE2 TYR A1013     -22.228  -0.795  -7.220  1.00 38.57           C  \\nATOM   1957  CZ  TYR A1013     -23.227  -0.947  -6.240  1.00 45.11           C  \\nATOM   1958  OH  TYR A1013     -22.971  -1.682  -5.119  1.00 46.37           O  \\nATOM   1959  H   TYR A1013     -23.632   3.324 -11.475  1.00 31.58           H  \\nATOM   1960  HA  TYR A1013     -24.744   3.336  -8.858  1.00 32.97           H  \\nATOM   1961  HB3 TYR A1013     -23.229   1.281 -10.489  1.00 34.46           H  \\nATOM   1962  HB2 TYR A1013     -24.932   1.339 -10.149  1.00 34.46           H  \\nATOM   1963  HD1 TYR A1013     -25.691   0.933  -7.679  1.00 41.29           H  \\nATOM   1964  HD2 TYR A1013     -21.699   0.134  -9.093  1.00 37.10           H  \\nATOM   1965  HE1 TYR A1013     -25.254  -0.453  -5.668  1.00 41.87           H  \\nATOM   1966  HE2 TYR A1013     -21.271  -1.279  -7.103  1.00 38.57           H  \\nATOM   1967  HH  TYR A1013     -23.715  -1.718  -4.512  1.00 46.37           H  \\nATOM   1968  N   LEU A1014     -21.426   3.458  -9.016  1.00 29.93           N  \\nATOM   1969  CA  LEU A1014     -20.195   3.785  -8.288  1.00 29.88           C  \\nATOM   1970  C   LEU A1014     -20.270   5.149  -7.570  1.00 33.60           C  \\nATOM   1971  O   LEU A1014     -19.846   5.249  -6.419  1.00 34.49           O  \\nATOM   1972  CB  LEU A1014     -19.001   3.715  -9.269  1.00 29.28           C  \\nATOM   1973  CG  LEU A1014     -17.604   3.885  -8.634  1.00 33.67           C  \\nATOM   1974  CD1 LEU A1014     -17.247   2.688  -7.739  1.00 34.68           C  \\nATOM   1975  CD2 LEU A1014     -16.526   4.121  -9.705  1.00 34.91           C  \\nATOM   1976  H   LEU A1014     -21.321   3.285 -10.007  1.00 29.93           H  \\nATOM   1977  HA  LEU A1014     -20.068   3.014  -7.526  1.00 29.88           H  \\nATOM   1978  HB3 LEU A1014     -19.131   4.492 -10.023  1.00 29.28           H  \\nATOM   1979  HB2 LEU A1014     -19.028   2.770  -9.814  1.00 29.28           H  \\nATOM   1980  HG  LEU A1014     -17.600   4.778  -8.012  1.00 33.67           H  \\nATOM   1981 HD11 LEU A1014     -16.188   2.679  -7.476  1.00 34.68           H  \\nATOM   1982 HD12 LEU A1014     -17.808   2.711  -6.806  1.00 34.68           H  \\nATOM   1983 HD13 LEU A1014     -17.477   1.744  -8.233  1.00 34.68           H  \\nATOM   1984 HD21 LEU A1014     -15.644   3.497  -9.557  1.00 34.91           H  \\nATOM   1985 HD22 LEU A1014     -16.898   3.915 -10.707  1.00 34.91           H  \\nATOM   1986 HD23 LEU A1014     -16.193   5.159  -9.688  1.00 34.91           H  \\nATOM   1987  N   HIS A1015     -20.849   6.150  -8.253  1.00 30.39           N  \\nATOM   1988  CA  HIS A1015     -21.057   7.508  -7.748  1.00 30.40           C  \\nATOM   1989  C   HIS A1015     -22.203   7.615  -6.730  1.00 37.10           C  \\nATOM   1990  O   HIS A1015     -22.134   8.480  -5.858  1.00 37.94           O  \\nATOM   1991  CB  HIS A1015     -21.294   8.459  -8.934  1.00 29.83           C  \\nATOM   1992  CG  HIS A1015     -20.101   8.684  -9.828  1.00 31.72           C  \\nATOM   1993  ND1 HIS A1015     -20.082   9.715 -10.769  1.00 32.83           N  \\nATOM   1994  CD2 HIS A1015     -18.898   8.007  -9.891  1.00 32.40           C  \\nATOM   1995  CE1 HIS A1015     -18.890   9.629 -11.339  1.00 31.99           C  \\nATOM   1996  NE2 HIS A1015     -18.143   8.644 -10.852  1.00 31.94           N  \\nATOM   1997  H   HIS A1015     -21.169   5.978  -9.197  1.00 30.39           H  \\nATOM   1998  HA  HIS A1015     -20.152   7.828  -7.229  1.00 30.40           H  \\nATOM   1999  HB3 HIS A1015     -21.608   9.438  -8.569  1.00 29.83           H  \\nATOM   2000  HB2 HIS A1015     -22.112   8.089  -9.554  1.00 29.83           H  \\nATOM   2001  HD2 HIS A1015     -18.524   7.155  -9.345  1.00 32.40           H  \\nATOM   2002  HE1 HIS A1015     -18.573  10.275 -12.138  1.00 31.99           H  \\nATOM   2003  HE2 HIS A1015     -17.190   8.424 -11.119  1.00 31.94           H  \\nATOM   2004  N   ALA A1016     -23.211   6.730  -6.834  1.00 34.33           N  \\nATOM   2005  CA  ALA A1016     -24.292   6.585  -5.856  1.00 35.70           C  \\nATOM   2006  C   ALA A1016     -23.821   5.922  -4.546  1.00 40.39           C  \\nATOM   2007  O   ALA A1016     -24.360   6.244  -3.489  1.00 42.00           O  \\nATOM   2008  CB  ALA A1016     -25.451   5.800  -6.489  1.00 36.70           C  \\nATOM   2009  H   ALA A1016     -23.210   6.064  -7.594  1.00 34.33           H  \\nATOM   2010  HA  ALA A1016     -24.662   7.581  -5.608  1.00 35.70           H  \\nATOM   2011  HB1 ALA A1016     -26.291   5.712  -5.799  1.00 36.70           H  \\nATOM   2012  HB2 ALA A1016     -25.818   6.300  -7.386  1.00 36.70           H  \\nATOM   2013  HB3 ALA A1016     -25.152   4.791  -6.772  1.00 36.70           H  \\nATOM   2014  N   GLN A1017     -22.787   5.064  -4.635  1.00 37.13           N  \\nATOM   2015  CA  GLN A1017     -22.036   4.512  -3.502  1.00 37.34           C  \\nATOM   2016  C   GLN A1017     -20.962   5.483  -2.955  1.00 40.83           C  \\nATOM   2017  O   GLN A1017     -20.257   5.120  -2.013  1.00 41.85           O  \\nATOM   2018  CB  GLN A1017     -21.413   3.155  -3.915  1.00 37.57           C  \\nATOM   2019  CG  GLN A1017     -22.410   2.027  -4.261  1.00 50.69           C  \\nATOM   2020  CD  GLN A1017     -23.428   1.735  -3.159  1.00 63.42           C  \\nATOM   2021  OE1 GLN A1017     -23.055   1.428  -2.030  1.00 61.45           O  \\nATOM   2022  NE2 GLN A1017     -24.719   1.815  -3.487  1.00 53.50           N  \\nATOM   2023  H   GLN A1017     -22.426   4.834  -5.551  1.00 37.13           H  \\nATOM   2024  HA  GLN A1017     -22.727   4.347  -2.674  1.00 37.34           H  \\nATOM   2025  HB3 GLN A1017     -20.770   2.791  -3.113  1.00 37.57           H  \\nATOM   2026  HB2 GLN A1017     -20.758   3.304  -4.773  1.00 37.57           H  \\nATOM   2027  HG3 GLN A1017     -21.859   1.109  -4.466  1.00 50.69           H  \\nATOM   2028  HG2 GLN A1017     -22.944   2.264  -5.177  1.00 50.69           H  \\nATOM   2029 HE22 GLN A1017     -25.427   1.631  -2.791  1.00 53.50           H  \\nATOM   2030 HE21 GLN A1017     -24.995   2.075  -4.422  1.00 53.50           H  \\nATOM   2031  N   HIS A1018     -20.868   6.694  -3.535  1.00 43.65           N  \\nATOM   2032  CA  HIS A1018     -19.987   7.804  -3.159  1.00 42.72           C  \\nATOM   2033  C   HIS A1018     -18.485   7.544  -3.385  1.00 42.39           C  \\nATOM   2034  O   HIS A1018     -17.658   8.063  -2.636  1.00 42.28           O  \\nATOM   2035  CB  HIS A1018     -20.325   8.353  -1.751  1.00 46.64           C  \\nATOM   2036  CG  HIS A1018     -21.690   8.984  -1.654  1.00 52.37           C  \\nATOM   2037  ND1 HIS A1018     -21.945  10.278  -2.076  1.00 54.35           N  \\nATOM   2038  CD2 HIS A1018     -22.888   8.509  -1.166  1.00 56.51           C  \\nATOM   2039  CE1 HIS A1018     -23.236  10.521  -1.839  1.00 55.92           C  \\nATOM   2040  NE2 HIS A1018     -23.871   9.493  -1.289  1.00 57.64           N  \\nATOM   2041  H   HIS A1018     -21.499   6.901  -4.297  1.00 43.65           H  \\nATOM   2042  HA  HIS A1018     -20.228   8.589  -3.873  1.00 42.72           H  \\nATOM   2043  HB3 HIS A1018     -19.613   9.122  -1.457  1.00 46.64           H  \\nATOM   2044  HB2 HIS A1018     -20.245   7.572  -0.994  1.00 46.64           H  \\nATOM   2045  HD1 HIS A1018     -21.281  10.930  -2.475  1.00 54.35           H  \\nATOM   2046  HD2 HIS A1018     -23.116   7.542  -0.744  1.00 56.51           H  \\nATOM   2047  HE1 HIS A1018     -23.715  11.462  -2.067  1.00 55.92           H  \\nATOM   2048  N   TYR A1019     -18.162   6.786  -4.443  1.00 35.47           N  \\nATOM   2049  CA  TYR A1019     -16.796   6.540  -4.899  1.00 33.30           C  \\nATOM   2050  C   TYR A1019     -16.560   7.203  -6.265  1.00 34.14           C  \\nATOM   2051  O   TYR A1019     -17.489   7.334  -7.060  1.00 33.14           O  \\nATOM   2052  CB  TYR A1019     -16.557   5.022  -5.022  1.00 34.28           C  \\nATOM   2053  CG  TYR A1019     -16.661   4.215  -3.739  1.00 38.78           C  \\nATOM   2054  CD1 TYR A1019     -15.668   4.330  -2.746  1.00 41.85           C  \\nATOM   2055  CD2 TYR A1019     -17.732   3.318  -3.549  1.00 40.74           C  \\nATOM   2056  CE1 TYR A1019     -15.753   3.568  -1.566  1.00 44.99           C  \\nATOM   2057  CE2 TYR A1019     -17.808   2.539  -2.378  1.00 43.80           C  \\nATOM   2058  CZ  TYR A1019     -16.817   2.663  -1.385  1.00 51.67           C  \\nATOM   2059  OH  TYR A1019     -16.885   1.906  -0.251  1.00 54.79           O  \\nATOM   2060  H   TYR A1019     -18.894   6.392  -5.020  1.00 35.47           H  \\nATOM   2061  HA  TYR A1019     -16.081   6.951  -4.188  1.00 33.30           H  \\nATOM   2062  HB3 TYR A1019     -15.565   4.835  -5.438  1.00 34.28           H  \\nATOM   2063  HB2 TYR A1019     -17.263   4.613  -5.740  1.00 34.28           H  \\nATOM   2064  HD1 TYR A1019     -14.835   4.996  -2.893  1.00 41.85           H  \\nATOM   2065  HD2 TYR A1019     -18.492   3.220  -4.308  1.00 40.74           H  \\nATOM   2066  HE1 TYR A1019     -14.987   3.663  -0.812  1.00 44.99           H  \\nATOM   2067  HE2 TYR A1019     -18.625   1.845  -2.245  1.00 43.80           H  \\nATOM   2068  HH  TYR A1019     -16.158   2.067   0.354  1.00 54.79           H  \\nATOM   2069  N   ILE A1020     -15.289   7.536  -6.521  1.00 29.77           N  \\nATOM   2070  CA  ILE A1020     -14.732   7.899  -7.826  1.00 28.07           C  \\nATOM   2071  C   ILE A1020     -13.745   6.798  -8.262  1.00 32.77           C  \\nATOM   2072  O   ILE A1020     -13.145   6.156  -7.399  1.00 34.18           O  \\nATOM   2073  CB  ILE A1020     -13.975   9.261  -7.762  1.00 30.74           C  \\nATOM   2074  CG1 ILE A1020     -12.981   9.361  -6.573  1.00 31.83           C  \\nATOM   2075  CG2 ILE A1020     -14.990  10.419  -7.776  1.00 31.74           C  \\nATOM   2076  CD1 ILE A1020     -12.103  10.614  -6.545  1.00 34.37           C  \\nATOM   2077  H   ILE A1020     -14.600   7.396  -5.793  1.00 29.77           H  \\nATOM   2078  HA  ILE A1020     -15.529   7.954  -8.569  1.00 28.07           H  \\nATOM   2079  HB  ILE A1020     -13.387   9.362  -8.676  1.00 30.74           H  \\nATOM   2080 HG13 ILE A1020     -12.317   8.498  -6.563  1.00 31.83           H  \\nATOM   2081 HG12 ILE A1020     -13.528   9.323  -5.635  1.00 31.83           H  \\nATOM   2082 HG21 ILE A1020     -14.504  11.393  -7.804  1.00 31.74           H  \\nATOM   2083 HG22 ILE A1020     -15.631  10.362  -8.656  1.00 31.74           H  \\nATOM   2084 HG23 ILE A1020     -15.638  10.391  -6.901  1.00 31.74           H  \\nATOM   2085 HD11 ILE A1020     -11.396  10.561  -5.718  1.00 34.37           H  \\nATOM   2086 HD12 ILE A1020     -11.523  10.701  -7.459  1.00 34.37           H  \\nATOM   2087 HD13 ILE A1020     -12.688  11.525  -6.418  1.00 34.37           H  \\nATOM   2088  N   HIS A1021     -13.614   6.578  -9.582  1.00 29.57           N  \\nATOM   2089  CA  HIS A1021     -12.786   5.511 -10.155  1.00 28.01           C  \\nATOM   2090  C   HIS A1021     -11.322   5.937 -10.347  1.00 30.31           C  \\nATOM   2091  O   HIS A1021     -10.436   5.175  -9.969  1.00 28.41           O  \\nATOM   2092  CB  HIS A1021     -13.403   5.013 -11.479  1.00 27.19           C  \\nATOM   2093  CG  HIS A1021     -12.853   3.693 -11.959  1.00 29.30           C  \\nATOM   2094  ND1 HIS A1021     -11.667   3.594 -12.689  1.00 30.35           N  \\nATOM   2095  CD2 HIS A1021     -13.363   2.425 -11.774  1.00 30.30           C  \\nATOM   2096  CE1 HIS A1021     -11.504   2.297 -12.912  1.00 29.49           C  \\nATOM   2097  NE2 HIS A1021     -12.474   1.556 -12.382  1.00 29.77           N  \\nATOM   2098  H   HIS A1021     -14.123   7.159 -10.238  1.00 29.57           H  \\nATOM   2099  HA  HIS A1021     -12.801   4.668  -9.461  1.00 28.01           H  \\nATOM   2100  HB3 HIS A1021     -13.282   5.753 -12.271  1.00 27.19           H  \\nATOM   2101  HB2 HIS A1021     -14.474   4.880 -11.356  1.00 27.19           H  \\nATOM   2102  HD2 HIS A1021     -14.255   2.085 -11.273  1.00 30.30           H  \\nATOM   2103  HE1 HIS A1021     -10.667   1.883 -13.456  1.00 29.49           H  \\nATOM   2104  HE2 HIS A1021     -12.538   0.547 -12.425  1.00 29.77           H  \\nATOM   2105  N   ARG A1022     -11.096   7.121 -10.943  1.00 26.88           N  \\nATOM   2106  CA  ARG A1022      -9.784   7.722 -11.235  1.00 26.62           C  \\nATOM   2107  C   ARG A1022      -8.908   6.986 -12.278  1.00 29.84           C  \\nATOM   2108  O   ARG A1022      -7.774   7.416 -12.489  1.00 30.79           O  \\nATOM   2109  CB  ARG A1022      -8.980   7.994  -9.941  1.00 26.30           C  \\nATOM   2110  CG  ARG A1022      -9.678   8.917  -8.919  1.00 34.16           C  \\nATOM   2111  CD  ARG A1022      -8.867   9.205  -7.638  1.00 40.37           C  \\nATOM   2112  NE  ARG A1022      -7.494   9.662  -7.927  1.00 53.37           N  \\nATOM   2113  CZ  ARG A1022      -6.339   9.249  -7.370  1.00 66.01           C  \\nATOM   2114  NH1 ARG A1022      -6.301   8.376  -6.352  1.00 50.08           N  \\nATOM   2115  NH2 ARG A1022      -5.186   9.718  -7.861  1.00 58.24           N1+\\nATOM   2116  H   ARG A1022     -11.894   7.664 -11.248  1.00 26.88           H  \\nATOM   2117  HA  ARG A1022     -10.003   8.685 -11.691  1.00 26.62           H  \\nATOM   2118  HB3 ARG A1022      -8.038   8.461 -10.224  1.00 26.30           H  \\nATOM   2119  HB2 ARG A1022      -8.703   7.055  -9.468  1.00 26.30           H  \\nATOM   2120  HG3 ARG A1022     -10.571   8.380  -8.599  1.00 34.16           H  \\nATOM   2121  HG2 ARG A1022     -10.035   9.838  -9.374  1.00 34.16           H  \\nATOM   2122  HD3 ARG A1022      -8.962   8.416  -6.896  1.00 40.37           H  \\nATOM   2123  HD2 ARG A1022      -9.304  10.086  -7.170  1.00 40.37           H  \\nATOM   2124  HE  ARG A1022      -7.428  10.323  -8.688  1.00 53.37           H  \\nATOM   2125 HH12 ARG A1022      -5.420   8.065  -5.971  1.00 50.08           H  \\nATOM   2126 HH11 ARG A1022      -7.160   7.948  -6.033  1.00 50.08           H  \\nATOM   2127 HH22 ARG A1022      -4.301   9.402  -7.489  1.00 58.24           H  \\nATOM   2128 HH21 ARG A1022      -5.185  10.345  -8.654  1.00 58.24           H  \\nATOM   2129  N   ASN A1023      -9.418   5.931 -12.935  1.00 25.28           N  \\nATOM   2130  CA  ASN A1023      -8.672   5.162 -13.934  1.00 24.95           C  \\nATOM   2131  C   ASN A1023      -9.615   4.581 -15.005  1.00 27.49           C  \\nATOM   2132  O   ASN A1023      -9.413   3.447 -15.436  1.00 27.32           O  \\nATOM   2133  CB  ASN A1023      -7.816   4.068 -13.232  1.00 27.86           C  \\nATOM   2134  CG  ASN A1023      -6.588   3.573 -14.014  1.00 46.94           C  \\nATOM   2135  OD1 ASN A1023      -6.243   4.089 -15.076  1.00 37.71           O  \\nATOM   2136  ND2 ASN A1023      -5.925   2.544 -13.483  1.00 47.99           N  \\nATOM   2137  H   ASN A1023     -10.358   5.614 -12.735  1.00 25.28           H  \\nATOM   2138  HA  ASN A1023      -8.030   5.821 -14.520  1.00 24.95           H  \\nATOM   2139  HB3 ASN A1023      -8.437   3.219 -12.941  1.00 27.86           H  \\nATOM   2140  HB2 ASN A1023      -7.417   4.470 -12.303  1.00 27.86           H  \\nATOM   2141 HD22 ASN A1023      -5.119   2.161 -13.957  1.00 47.99           H  \\nATOM   2142 HD21 ASN A1023      -6.237   2.118 -12.622  1.00 47.99           H  \\nATOM   2143  N   LEU A1024     -10.648   5.336 -15.411  1.00 23.70           N  \\nATOM   2144  CA  LEU A1024     -11.619   4.879 -16.405  1.00 23.85           C  \\nATOM   2145  C   LEU A1024     -11.026   4.992 -17.823  1.00 29.77           C  \\nATOM   2146  O   LEU A1024     -10.781   6.099 -18.301  1.00 30.30           O  \\nATOM   2147  CB  LEU A1024     -12.947   5.643 -16.212  1.00 23.60           C  \\nATOM   2148  CG  LEU A1024     -14.133   5.123 -17.053  1.00 28.86           C  \\nATOM   2149  CD1 LEU A1024     -14.514   3.664 -16.722  1.00 29.18           C  \\nATOM   2150  CD2 LEU A1024     -15.338   6.057 -16.884  1.00 32.57           C  \\nATOM   2151  H   LEU A1024     -10.782   6.267 -15.035  1.00 23.70           H  \\nATOM   2152  HA  LEU A1024     -11.821   3.825 -16.203  1.00 23.85           H  \\nATOM   2153  HB3 LEU A1024     -12.786   6.698 -16.431  1.00 23.60           H  \\nATOM   2154  HB2 LEU A1024     -13.227   5.603 -15.157  1.00 23.60           H  \\nATOM   2155  HG  LEU A1024     -13.855   5.162 -18.107  1.00 28.86           H  \\nATOM   2156 HD11 LEU A1024     -15.581   3.551 -16.533  1.00 29.18           H  \\nATOM   2157 HD12 LEU A1024     -14.259   2.998 -17.547  1.00 29.18           H  \\nATOM   2158 HD13 LEU A1024     -14.004   3.295 -15.832  1.00 29.18           H  \\nATOM   2159 HD21 LEU A1024     -16.218   5.670 -17.397  1.00 32.57           H  \\nATOM   2160 HD22 LEU A1024     -15.592   6.194 -15.833  1.00 32.57           H  \\nATOM   2161 HD23 LEU A1024     -15.118   7.041 -17.292  1.00 32.57           H  \\nATOM   2162  N   ALA A1025     -10.781   3.825 -18.437  1.00 25.59           N  \\nATOM   2163  CA  ALA A1025     -10.140   3.647 -19.741  1.00 24.45           C  \\nATOM   2164  C   ALA A1025     -10.518   2.265 -20.300  1.00 24.35           C  \\nATOM   2165  O   ALA A1025     -10.969   1.410 -19.538  1.00 23.60           O  \\nATOM   2166  CB  ALA A1025      -8.617   3.790 -19.578  1.00 25.60           C  \\nATOM   2167  H   ALA A1025     -11.033   2.965 -17.971  1.00 25.59           H  \\nATOM   2168  HA  ALA A1025     -10.493   4.413 -20.432  1.00 24.45           H  \\nATOM   2169  HB1 ALA A1025      -8.133   3.871 -20.549  1.00 25.60           H  \\nATOM   2170  HB2 ALA A1025      -8.354   4.689 -19.019  1.00 25.60           H  \\nATOM   2171  HB3 ALA A1025      -8.180   2.936 -19.064  1.00 25.60           H  \\nATOM   2172  N   ALA A1026     -10.313   2.052 -21.613  1.00 21.93           N  \\nATOM   2173  CA  ALA A1026     -10.616   0.790 -22.307  1.00 22.59           C  \\nATOM   2174  C   ALA A1026      -9.798  -0.431 -21.830  1.00 27.08           C  \\nATOM   2175  O   ALA A1026     -10.290  -1.554 -21.927  1.00 26.36           O  \\nATOM   2176  CB  ALA A1026     -10.453   0.991 -23.819  1.00 24.44           C  \\nATOM   2177  H   ALA A1026      -9.928   2.793 -22.186  1.00 21.93           H  \\nATOM   2178  HA  ALA A1026     -11.668   0.563 -22.117  1.00 22.59           H  \\nATOM   2179  HB1 ALA A1026     -10.733   0.090 -24.365  1.00 24.44           H  \\nATOM   2180  HB2 ALA A1026     -11.089   1.800 -24.179  1.00 24.44           H  \\nATOM   2181  HB3 ALA A1026      -9.423   1.233 -24.083  1.00 24.44           H  \\nATOM   2182  N   ARG A1027      -8.591  -0.185 -21.289  1.00 25.25           N  \\nATOM   2183  CA  ARG A1027      -7.742  -1.139 -20.565  1.00 25.45           C  \\nATOM   2184  C   ARG A1027      -8.425  -1.710 -19.307  1.00 28.29           C  \\nATOM   2185  O   ARG A1027      -8.223  -2.878 -18.976  1.00 27.42           O  \\nATOM   2186  CB  ARG A1027      -6.432  -0.403 -20.184  1.00 27.95           C  \\nATOM   2187  CG  ARG A1027      -5.435  -1.193 -19.307  1.00 42.70           C  \\nATOM   2188  CD  ARG A1027      -4.162  -0.408 -18.947  1.00 56.67           C  \\nATOM   2189  NE  ARG A1027      -3.234  -0.266 -20.085  1.00 69.04           N  \\nATOM   2190  CZ  ARG A1027      -2.191   0.580 -20.180  1.00 82.45           C  \\nATOM   2191  NH1 ARG A1027      -1.417   0.527 -21.271  1.00 58.12           N  \\nATOM   2192  NH2 ARG A1027      -1.893   1.468 -19.218  1.00 78.84           N1+\\nATOM   2193  H   ARG A1027      -8.243   0.766 -21.316  1.00 25.25           H  \\nATOM   2194  HA  ARG A1027      -7.506  -1.970 -21.231  1.00 25.45           H  \\nATOM   2195  HB3 ARG A1027      -6.693   0.509 -19.645  1.00 27.95           H  \\nATOM   2196  HB2 ARG A1027      -5.932  -0.070 -21.091  1.00 27.95           H  \\nATOM   2197  HG3 ARG A1027      -5.149  -2.068 -19.890  1.00 42.70           H  \\nATOM   2198  HG2 ARG A1027      -5.880  -1.580 -18.390  1.00 42.70           H  \\nATOM   2199  HD3 ARG A1027      -3.675  -0.813 -18.060  1.00 56.67           H  \\nATOM   2200  HD2 ARG A1027      -4.467   0.608 -18.695  1.00 56.67           H  \\nATOM   2201  HE  ARG A1027      -3.396  -0.904 -20.850  1.00 69.04           H  \\nATOM   2202 HH12 ARG A1027      -0.649   1.172 -21.381  1.00 58.12           H  \\nATOM   2203 HH11 ARG A1027      -1.615  -0.134 -22.007  1.00 58.12           H  \\nATOM   2204 HH22 ARG A1027      -1.107   2.094 -19.316  1.00 78.84           H  \\nATOM   2205 HH21 ARG A1027      -2.462   1.513 -18.385  1.00 78.84           H  \\nATOM   2206  N   ASN A1028      -9.194  -0.846 -18.632  1.00 25.48           N  \\nATOM   2207  CA  ASN A1028      -9.823  -1.077 -17.334  1.00 25.69           C  \\nATOM   2208  C   ASN A1028     -11.317  -1.429 -17.473  1.00 31.11           C  \\nATOM   2209  O   ASN A1028     -11.999  -1.498 -16.454  1.00 31.65           O  \\nATOM   2210  CB  ASN A1028      -9.602   0.176 -16.449  1.00 25.12           C  \\nATOM   2211  CG  ASN A1028      -8.115   0.495 -16.245  1.00 40.47           C  \\nATOM   2212  OD1 ASN A1028      -7.402  -0.253 -15.588  1.00 35.79           O  \\nATOM   2213  ND2 ASN A1028      -7.627   1.597 -16.814  1.00 30.20           N  \\nATOM   2214  H   ASN A1028      -9.333   0.079 -19.016  1.00 25.48           H  \\nATOM   2215  HA  ASN A1028      -9.355  -1.930 -16.841  1.00 25.69           H  \\nATOM   2216  HB3 ASN A1028     -10.038   0.026 -15.461  1.00 25.12           H  \\nATOM   2217  HB2 ASN A1028     -10.111   1.042 -16.878  1.00 25.12           H  \\nATOM   2218 HD22 ASN A1028      -6.658   1.847 -16.685  1.00 30.20           H  \\nATOM   2219 HD21 ASN A1028      -8.239   2.229 -17.310  1.00 30.20           H  \\nATOM   2220  N   VAL A1029     -11.798  -1.668 -18.706  1.00 26.95           N  \\nATOM   2221  CA  VAL A1029     -13.139  -2.175 -18.986  1.00 26.70           C  \\nATOM   2222  C   VAL A1029     -12.988  -3.520 -19.714  1.00 31.33           C  \\nATOM   2223  O   VAL A1029     -12.373  -3.583 -20.778  1.00 31.48           O  \\nATOM   2224  CB  VAL A1029     -13.976  -1.193 -19.852  1.00 30.65           C  \\nATOM   2225  CG1 VAL A1029     -15.338  -1.776 -20.277  1.00 31.45           C  \\nATOM   2226  CG2 VAL A1029     -14.220   0.131 -19.105  1.00 29.49           C  \\nATOM   2227  H   VAL A1029     -11.183  -1.583 -19.503  1.00 26.95           H  \\nATOM   2228  HA  VAL A1029     -13.684  -2.346 -18.056  1.00 26.70           H  \\nATOM   2229  HB  VAL A1029     -13.412  -0.960 -20.757  1.00 30.65           H  \\nATOM   2230 HG11 VAL A1029     -15.924  -1.049 -20.837  1.00 31.45           H  \\nATOM   2231 HG12 VAL A1029     -15.230  -2.654 -20.910  1.00 31.45           H  \\nATOM   2232 HG13 VAL A1029     -15.921  -2.070 -19.403  1.00 31.45           H  \\nATOM   2233 HG21 VAL A1029     -14.744   0.849 -19.734  1.00 29.49           H  \\nATOM   2234 HG22 VAL A1029     -14.822  -0.027 -18.209  1.00 29.49           H  \\nATOM   2235 HG23 VAL A1029     -13.291   0.602 -18.790  1.00 29.49           H  \\nATOM   2236  N   LEU A1030     -13.548  -4.562 -19.088  1.00 29.26           N  \\nATOM   2237  CA  LEU A1030     -13.434  -5.968 -19.450  1.00 29.87           C  \\nATOM   2238  C   LEU A1030     -14.733  -6.447 -20.113  1.00 34.28           C  \\nATOM   2239  O   LEU A1030     -15.816  -6.037 -19.705  1.00 33.78           O  \\nATOM   2240  CB  LEU A1030     -13.138  -6.783 -18.169  1.00 30.51           C  \\nATOM   2241  CG  LEU A1030     -11.936  -6.290 -17.328  1.00 34.35           C  \\nATOM   2242  CD1 LEU A1030     -11.856  -7.064 -16.001  1.00 34.54           C  \\nATOM   2243  CD2 LEU A1030     -10.610  -6.344 -18.112  1.00 35.67           C  \\nATOM   2244  H   LEU A1030     -14.085  -4.388 -18.246  1.00 29.26           H  \\nATOM   2245  HA  LEU A1030     -12.621  -6.109 -20.154  1.00 29.87           H  \\nATOM   2246  HB3 LEU A1030     -12.970  -7.825 -18.443  1.00 30.51           H  \\nATOM   2247  HB2 LEU A1030     -14.023  -6.771 -17.529  1.00 30.51           H  \\nATOM   2248  HG  LEU A1030     -12.099  -5.248 -17.048  1.00 34.35           H  \\nATOM   2249 HD11 LEU A1030     -10.853  -7.056 -15.576  1.00 34.54           H  \\nATOM   2250 HD12 LEU A1030     -12.517  -6.617 -15.257  1.00 34.54           H  \\nATOM   2251 HD13 LEU A1030     -12.155  -8.106 -16.124  1.00 34.54           H  \\nATOM   2252 HD21 LEU A1030      -9.796  -6.774 -17.533  1.00 35.67           H  \\nATOM   2253 HD22 LEU A1030     -10.700  -6.943 -19.016  1.00 35.67           H  \\nATOM   2254 HD23 LEU A1030     -10.295  -5.343 -18.409  1.00 35.67           H  \\nATOM   2255  N   LEU A1031     -14.593  -7.319 -21.118  1.00 30.49           N  \\nATOM   2256  CA  LEU A1031     -15.677  -7.865 -21.925  1.00 32.51           C  \\nATOM   2257  C   LEU A1031     -15.990  -9.291 -21.448  1.00 35.33           C  \\nATOM   2258  O   LEU A1031     -15.113 -10.153 -21.506  1.00 35.33           O  \\nATOM   2259  CB  LEU A1031     -15.209  -7.845 -23.396  1.00 33.91           C  \\nATOM   2260  CG  LEU A1031     -16.302  -8.174 -24.433  1.00 41.72           C  \\nATOM   2261  CD1 LEU A1031     -17.357  -7.065 -24.522  1.00 42.04           C  \\nATOM   2262  CD2 LEU A1031     -15.696  -8.439 -25.818  1.00 45.52           C  \\nATOM   2263  H   LEU A1031     -13.662  -7.617 -21.389  1.00 30.49           H  \\nATOM   2264  HA  LEU A1031     -16.567  -7.241 -21.825  1.00 32.51           H  \\nATOM   2265  HB3 LEU A1031     -14.375  -8.541 -23.507  1.00 33.91           H  \\nATOM   2266  HB2 LEU A1031     -14.790  -6.866 -23.627  1.00 33.91           H  \\nATOM   2267  HG  LEU A1031     -16.801  -9.093 -24.128  1.00 41.72           H  \\nATOM   2268 HD11 LEU A1031     -17.957  -7.181 -25.423  1.00 42.04           H  \\nATOM   2269 HD12 LEU A1031     -18.043  -7.102 -23.679  1.00 42.04           H  \\nATOM   2270 HD13 LEU A1031     -16.903  -6.074 -24.546  1.00 42.04           H  \\nATOM   2271 HD21 LEU A1031     -16.156  -9.306 -26.290  1.00 45.52           H  \\nATOM   2272 HD22 LEU A1031     -15.839  -7.592 -26.491  1.00 45.52           H  \\nATOM   2273 HD23 LEU A1031     -14.625  -8.629 -25.764  1.00 45.52           H  \\nATOM   2274  N   ASP A1032     -17.230  -9.515 -20.985  1.00 33.70           N  \\nATOM   2275  CA  ASP A1032     -17.712 -10.827 -20.543  1.00 35.49           C  \\nATOM   2276  C   ASP A1032     -18.166 -11.661 -21.755  1.00 42.98           C  \\nATOM   2277  O   ASP A1032     -17.727 -12.798 -21.921  1.00 43.01           O  \\nATOM   2278  CB  ASP A1032     -18.822 -10.678 -19.476  1.00 38.24           C  \\nATOM   2279  CG  ASP A1032     -19.218 -11.987 -18.779  1.00 57.45           C  \\nATOM   2280  OD1 ASP A1032     -20.169 -12.639 -19.268  1.00 62.50           O  \\nATOM   2281  OD2 ASP A1032     -18.465 -12.387 -17.864  1.00 62.05           O1-\\nATOM   2282  H   ASP A1032     -17.907  -8.764 -20.978  1.00 33.70           H  \\nATOM   2283  HA  ASP A1032     -16.879 -11.358 -20.082  1.00 35.49           H  \\nATOM   2284  HB3 ASP A1032     -19.703 -10.217 -19.924  1.00 38.24           H  \\nATOM   2285  HB2 ASP A1032     -18.498  -9.962 -18.720  1.00 38.24           H  \\nATOM   2286  N   ASN A1033     -19.010 -11.038 -22.589  1.00 43.24           N  \\nATOM   2287  CA  ASN A1033     -19.496 -11.544 -23.869  1.00 46.44           C  \\nATOM   2288  C   ASN A1033     -19.762 -10.349 -24.801  1.00 51.69           C  \\nATOM   2289  O   ASN A1033     -19.561  -9.203 -24.398  1.00 49.09           O  \\nATOM   2290  CB  ASN A1033     -20.703 -12.502 -23.675  1.00 48.31           C  \\nATOM   2291  CG  ASN A1033     -21.947 -11.875 -23.033  1.00 66.28           C  \\nATOM   2292  OD1 ASN A1033     -22.671 -11.117 -23.674  1.00 59.86           O  \\nATOM   2293  ND2 ASN A1033     -22.211 -12.205 -21.767  1.00 59.92           N  \\nATOM   2294  H   ASN A1033     -19.289 -10.090 -22.377  1.00 43.24           H  \\nATOM   2295  HA  ASN A1033     -18.694 -12.117 -24.331  1.00 46.44           H  \\nATOM   2296  HB3 ASN A1033     -20.389 -13.358 -23.076  1.00 48.31           H  \\nATOM   2297  HB2 ASN A1033     -21.002 -12.918 -24.638  1.00 48.31           H  \\nATOM   2298 HD22 ASN A1033     -23.026 -11.828 -21.307  1.00 59.92           H  \\nATOM   2299 HD21 ASN A1033     -21.579 -12.797 -21.242  1.00 59.92           H  \\nATOM   2300  N   ASP A1034     -20.218 -10.631 -26.032  1.00 52.34           N  \\nATOM   2301  CA  ASP A1034     -20.535  -9.640 -27.073  1.00 53.71           C  \\nATOM   2302  C   ASP A1034     -21.507  -8.516 -26.646  1.00 56.50           C  \\nATOM   2303  O   ASP A1034     -21.409  -7.420 -27.190  1.00 55.06           O  \\nATOM   2304  CB  ASP A1034     -20.990 -10.266 -28.427  1.00 59.25           C  \\nATOM   2305  CG  ASP A1034     -21.924 -11.494 -28.402  1.00 77.62           C  \\nATOM   2306  OD1 ASP A1034     -22.639 -11.706 -27.397  1.00 79.51           O  \\nATOM   2307  OD2 ASP A1034     -22.007 -12.140 -29.469  1.00 88.40           O1-\\nATOM   2308  H   ASP A1034     -20.398 -11.592 -26.284  1.00 52.34           H  \\nATOM   2309  HA  ASP A1034     -19.585  -9.140 -27.273  1.00 53.71           H  \\nATOM   2310  HB3 ASP A1034     -20.095 -10.532 -28.993  1.00 59.25           H  \\nATOM   2311  HB2 ASP A1034     -21.495  -9.512 -29.032  1.00 59.25           H  \\nATOM   2312  N   ARG A1035     -22.406  -8.796 -25.687  1.00 52.42           N  \\nATOM   2313  CA  ARG A1035     -23.448  -7.882 -25.216  1.00 52.12           C  \\nATOM   2314  C   ARG A1035     -23.343  -7.580 -23.704  1.00 53.91           C  \\nATOM   2315  O   ARG A1035     -24.336  -7.124 -23.136  1.00 54.42           O  \\nATOM   2316  CB  ARG A1035     -24.835  -8.467 -25.595  1.00 56.06           C  \\nATOM   2317  CG  ARG A1035     -25.086  -8.703 -27.101  1.00 68.03           C  \\nATOM   2318  CD  ARG A1035     -24.897  -7.444 -27.966  1.00 74.26           C  \\nATOM   2319  NE  ARG A1035     -25.309  -7.644 -29.365  1.00 83.22           N  \\nATOM   2320  CZ  ARG A1035     -26.494  -7.332 -29.925  1.00103.41           C  \\nATOM   2321  NH1 ARG A1035     -27.506  -6.799 -29.222  1.00 95.23           N  \\nATOM   2322  NH2 ARG A1035     -26.668  -7.561 -31.233  1.00 92.56           N1+\\nATOM   2323  H   ARG A1035     -22.419  -9.724 -25.282  1.00 52.42           H  \\nATOM   2324  HA  ARG A1035     -23.344  -6.910 -25.700  1.00 52.12           H  \\nATOM   2325  HB3 ARG A1035     -25.620  -7.801 -25.237  1.00 56.06           H  \\nATOM   2326  HB2 ARG A1035     -24.983  -9.410 -25.066  1.00 56.06           H  \\nATOM   2327  HG3 ARG A1035     -26.057  -9.166 -27.280  1.00 68.03           H  \\nATOM   2328  HG2 ARG A1035     -24.352  -9.442 -27.423  1.00 68.03           H  \\nATOM   2329  HD3 ARG A1035     -23.832  -7.242 -28.056  1.00 74.26           H  \\nATOM   2330  HD2 ARG A1035     -25.331  -6.559 -27.506  1.00 74.26           H  \\nATOM   2331  HE  ARG A1035     -24.607  -8.071 -29.954  1.00 83.22           H  \\nATOM   2332 HH12 ARG A1035     -28.382  -6.569 -29.667  1.00 95.23           H  \\nATOM   2333 HH11 ARG A1035     -27.412  -6.662 -28.223  1.00 95.23           H  \\nATOM   2334 HH22 ARG A1035     -27.544  -7.335 -31.681  1.00 92.56           H  \\nATOM   2335 HH21 ARG A1035     -25.921  -7.962 -31.782  1.00 92.56           H  \\nATOM   2336  N   LEU A1036     -22.174  -7.803 -23.070  1.00 47.46           N  \\nATOM   2337  CA  LEU A1036     -21.967  -7.538 -21.640  1.00 44.95           C  \\nATOM   2338  C   LEU A1036     -20.533  -7.065 -21.368  1.00 44.87           C  \\nATOM   2339  O   LEU A1036     -19.582  -7.752 -21.739  1.00 44.01           O  \\nATOM   2340  CB  LEU A1036     -22.340  -8.791 -20.812  1.00 46.48           C  \\nATOM   2341  CG  LEU A1036     -22.180  -8.679 -19.274  1.00 50.35           C  \\nATOM   2342  CD1 LEU A1036     -22.973  -7.502 -18.671  1.00 50.69           C  \\nATOM   2343  CD2 LEU A1036     -22.529 -10.018 -18.591  1.00 54.50           C  \\nATOM   2344  H   LEU A1036     -21.382  -8.171 -23.579  1.00 47.46           H  \\nATOM   2345  HA  LEU A1036     -22.630  -6.724 -21.343  1.00 44.95           H  \\nATOM   2346  HB3 LEU A1036     -21.719  -9.617 -21.159  1.00 46.48           H  \\nATOM   2347  HB2 LEU A1036     -23.369  -9.073 -21.040  1.00 46.48           H  \\nATOM   2348  HG  LEU A1036     -21.127  -8.494 -19.056  1.00 50.35           H  \\nATOM   2349 HD11 LEU A1036     -23.473  -7.760 -17.737  1.00 50.69           H  \\nATOM   2350 HD12 LEU A1036     -22.306  -6.670 -18.448  1.00 50.69           H  \\nATOM   2351 HD13 LEU A1036     -23.741  -7.137 -19.353  1.00 50.69           H  \\nATOM   2352 HD21 LEU A1036     -21.721 -10.346 -17.938  1.00 54.50           H  \\nATOM   2353 HD22 LEU A1036     -23.433  -9.959 -17.986  1.00 54.50           H  \\nATOM   2354 HD23 LEU A1036     -22.691 -10.816 -19.315  1.00 54.50           H  \\nATOM   2355  N   VAL A1037     -20.428  -5.918 -20.680  1.00 38.25           N  \\nATOM   2356  CA  VAL A1037     -19.183  -5.244 -20.316  1.00 36.27           C  \\nATOM   2357  C   VAL A1037     -19.170  -4.944 -18.803  1.00 39.75           C  \\nATOM   2358  O   VAL A1037     -20.229  -4.712 -18.218  1.00 42.27           O  \\nATOM   2359  CB  VAL A1037     -19.016  -3.946 -21.177  1.00 39.78           C  \\nATOM   2360  CG1 VAL A1037     -19.009  -2.583 -20.456  1.00 38.54           C  \\nATOM   2361  CG2 VAL A1037     -17.802  -4.070 -22.103  1.00 38.84           C  \\nATOM   2362  H   VAL A1037     -21.272  -5.428 -20.415  1.00 38.25           H  \\nATOM   2363  HA  VAL A1037     -18.349  -5.920 -20.508  1.00 36.27           H  \\nATOM   2364  HB  VAL A1037     -19.873  -3.887 -21.850  1.00 39.78           H  \\nATOM   2365 HG11 VAL A1037     -18.916  -1.774 -21.181  1.00 38.54           H  \\nATOM   2366 HG12 VAL A1037     -19.935  -2.413 -19.907  1.00 38.54           H  \\nATOM   2367 HG13 VAL A1037     -18.179  -2.490 -19.757  1.00 38.54           H  \\nATOM   2368 HG21 VAL A1037     -17.730  -3.211 -22.767  1.00 38.84           H  \\nATOM   2369 HG22 VAL A1037     -16.873  -4.154 -21.540  1.00 38.84           H  \\nATOM   2370 HG23 VAL A1037     -17.890  -4.953 -22.732  1.00 38.84           H  \\nATOM   2371  N   LYS A1038     -17.968  -4.982 -18.204  1.00 33.36           N  \\nATOM   2372  CA  LYS A1038     -17.714  -4.878 -16.766  1.00 33.06           C  \\nATOM   2373  C   LYS A1038     -16.485  -4.002 -16.491  1.00 35.92           C  \\nATOM   2374  O   LYS A1038     -15.436  -4.235 -17.082  1.00 35.20           O  \\nATOM   2375  CB  LYS A1038     -17.479  -6.290 -16.190  1.00 36.83           C  \\nATOM   2376  CG  LYS A1038     -18.749  -7.145 -16.080  1.00 43.54           C  \\nATOM   2377  CD  LYS A1038     -18.421  -8.608 -15.749  1.00 43.25           C  \\nATOM   2378  CE  LYS A1038     -19.663  -9.482 -15.509  1.00 48.33           C  \\nATOM   2379  NZ  LYS A1038     -20.306  -9.193 -14.214  1.00 58.37           N1+\\nATOM   2380  H   LYS A1038     -17.149  -5.184 -18.767  1.00 33.36           H  \\nATOM   2381  HA  LYS A1038     -18.574  -4.425 -16.277  1.00 33.06           H  \\nATOM   2382  HB3 LYS A1038     -17.052  -6.212 -15.188  1.00 36.83           H  \\nATOM   2383  HB2 LYS A1038     -16.730  -6.807 -16.793  1.00 36.83           H  \\nATOM   2384  HG3 LYS A1038     -19.317  -7.118 -17.009  1.00 43.54           H  \\nATOM   2385  HG2 LYS A1038     -19.391  -6.713 -15.312  1.00 43.54           H  \\nATOM   2386  HD3 LYS A1038     -17.751  -8.642 -14.891  1.00 43.25           H  \\nATOM   2387  HD2 LYS A1038     -17.852  -9.036 -16.575  1.00 43.25           H  \\nATOM   2388  HE3 LYS A1038     -19.380 -10.535 -15.514  1.00 48.33           H  \\nATOM   2389  HE2 LYS A1038     -20.386  -9.341 -16.312  1.00 48.33           H  \\nATOM   2390  HZ1 LYS A1038     -20.568  -8.218 -14.175  1.00 58.37           H  \\nATOM   2391  HZ2 LYS A1038     -21.132  -9.766 -14.115  1.00 58.37           H  \\nATOM   2392  HZ3 LYS A1038     -19.651  -9.405 -13.472  1.00 58.37           H  \\nATOM   2393  N   ILE A1039     -16.614  -3.050 -15.556  1.00 32.33           N  \\nATOM   2394  CA  ILE A1039     -15.529  -2.171 -15.108  1.00 30.26           C  \\nATOM   2395  C   ILE A1039     -14.627  -2.911 -14.094  1.00 36.96           C  \\nATOM   2396  O   ILE A1039     -15.145  -3.519 -13.160  1.00 36.41           O  \\nATOM   2397  CB  ILE A1039     -16.108  -0.894 -14.429  1.00 32.08           C  \\nATOM   2398  CG1 ILE A1039     -17.001  -0.080 -15.398  1.00 32.40           C  \\nATOM   2399  CG2 ILE A1039     -15.044   0.034 -13.803  1.00 30.46           C  \\nATOM   2400  CD1 ILE A1039     -18.035   0.790 -14.673  1.00 32.90           C  \\nATOM   2401  H   ILE A1039     -17.509  -2.910 -15.106  1.00 32.33           H  \\nATOM   2402  HA  ILE A1039     -14.934  -1.867 -15.971  1.00 30.26           H  \\nATOM   2403  HB  ILE A1039     -16.746  -1.235 -13.613  1.00 32.08           H  \\nATOM   2404 HG13 ILE A1039     -17.551  -0.733 -16.075  1.00 32.40           H  \\nATOM   2405 HG12 ILE A1039     -16.380   0.544 -16.043  1.00 32.40           H  \\nATOM   2406 HG21 ILE A1039     -15.498   0.926 -13.372  1.00 30.46           H  \\nATOM   2407 HG22 ILE A1039     -14.493  -0.448 -12.997  1.00 30.46           H  \\nATOM   2408 HG23 ILE A1039     -14.320   0.364 -14.550  1.00 30.46           H  \\nATOM   2409 HD11 ILE A1039     -18.793   1.149 -15.368  1.00 32.90           H  \\nATOM   2410 HD12 ILE A1039     -18.548   0.231 -13.890  1.00 32.90           H  \\nATOM   2411 HD13 ILE A1039     -17.570   1.656 -14.208  1.00 32.90           H  \\nATOM   2412  N   GLY A1040     -13.302  -2.826 -14.292  1.00 34.99           N  \\nATOM   2413  CA  GLY A1040     -12.289  -3.434 -13.430  1.00 35.46           C  \\nATOM   2414  C   GLY A1040     -11.231  -2.398 -13.023  1.00 40.57           C  \\nATOM   2415  O   GLY A1040     -11.286  -1.237 -13.431  1.00 40.24           O  \\nATOM   2416  H   GLY A1040     -12.951  -2.287 -15.075  1.00 34.99           H  \\nATOM   2417  HA3 GLY A1040     -11.814  -4.254 -13.968  1.00 35.46           H  \\nATOM   2418  HA2 GLY A1040     -12.724  -3.850 -12.522  1.00 35.46           H  \\nATOM   2419  N   ASP A1041     -10.271  -2.859 -12.199  1.00 37.60           N  \\nATOM   2420  CA  ASP A1041      -9.139  -2.132 -11.605  1.00 37.19           C  \\nATOM   2421  C   ASP A1041      -9.620  -0.924 -10.778  1.00 39.90           C  \\nATOM   2422  O   ASP A1041      -9.731   0.180 -11.309  1.00 40.83           O  \\nATOM   2423  CB  ASP A1041      -8.025  -1.778 -12.635  1.00 38.16           C  \\nATOM   2424  CG  ASP A1041      -6.667  -1.263 -12.095  1.00 45.68           C  \\nATOM   2425  OD1 ASP A1041      -5.762  -1.083 -12.938  1.00 47.53           O  \\nATOM   2426  OD2 ASP A1041      -6.511  -1.058 -10.870  1.00 46.86           O1-\\nATOM   2427  H   ASP A1041     -10.325  -3.828 -11.918  1.00 37.60           H  \\nATOM   2428  HA  ASP A1041      -8.695  -2.841 -10.905  1.00 37.19           H  \\nATOM   2429  HB3 ASP A1041      -8.418  -1.044 -13.339  1.00 38.16           H  \\nATOM   2430  HB2 ASP A1041      -7.825  -2.662 -13.241  1.00 38.16           H  \\nATOM   2431  N   PHE A1042      -9.874  -1.177  -9.486  1.00 32.99           N  \\nATOM   2432  CA  PHE A1042     -10.252  -0.180  -8.482  1.00 32.48           C  \\nATOM   2433  C   PHE A1042      -9.048   0.246  -7.614  1.00 35.62           C  \\nATOM   2434  O   PHE A1042      -9.241   0.681  -6.480  1.00 35.44           O  \\nATOM   2435  CB  PHE A1042     -11.446  -0.723  -7.659  1.00 35.36           C  \\nATOM   2436  CG  PHE A1042     -12.746  -0.802  -8.444  1.00 36.03           C  \\nATOM   2437  CD1 PHE A1042     -13.628   0.299  -8.473  1.00 39.47           C  \\nATOM   2438  CD2 PHE A1042     -12.997  -1.898  -9.298  1.00 37.32           C  \\nATOM   2439  CE1 PHE A1042     -14.757   0.263  -9.281  1.00 39.56           C  \\nATOM   2440  CE2 PHE A1042     -14.124  -1.908 -10.107  1.00 40.21           C  \\nATOM   2441  CZ  PHE A1042     -15.004  -0.835 -10.094  1.00 38.02           C  \\nATOM   2442  H   PHE A1042      -9.761  -2.121  -9.143  1.00 32.99           H  \\nATOM   2443  HA  PHE A1042     -10.592   0.732  -8.974  1.00 32.48           H  \\nATOM   2444  HB3 PHE A1042     -11.630  -0.106  -6.779  1.00 35.36           H  \\nATOM   2445  HB2 PHE A1042     -11.210  -1.720  -7.281  1.00 35.36           H  \\nATOM   2446  HD1 PHE A1042     -13.434   1.171  -7.865  1.00 39.47           H  \\nATOM   2447  HD2 PHE A1042     -12.311  -2.731  -9.331  1.00 37.32           H  \\nATOM   2448  HE1 PHE A1042     -15.438   1.099  -9.293  1.00 39.56           H  \\nATOM   2449  HE2 PHE A1042     -14.309  -2.752 -10.753  1.00 40.21           H  \\nATOM   2450  HZ  PHE A1042     -15.878  -0.849 -10.728  1.00 38.02           H  \\nATOM   2451  N   GLY A1043      -7.822   0.119  -8.156  1.00 33.72           N  \\nATOM   2452  CA  GLY A1043      -6.562   0.403  -7.464  1.00 35.61           C  \\nATOM   2453  C   GLY A1043      -6.236   1.898  -7.376  1.00 40.83           C  \\nATOM   2454  O   GLY A1043      -5.336   2.268  -6.627  1.00 42.94           O  \\nATOM   2455  H   GLY A1043      -7.738  -0.245  -9.097  1.00 33.72           H  \\nATOM   2456  HA3 GLY A1043      -5.756  -0.110  -7.987  1.00 35.61           H  \\nATOM   2457  HA2 GLY A1043      -6.588  -0.000  -6.454  1.00 35.61           H  \\nATOM   2458  N   LEU A1044      -6.964   2.757  -8.101  1.00 35.95           N  \\nATOM   2459  CA  LEU A1044      -6.868   4.212  -8.002  1.00 35.55           C  \\nATOM   2460  C   LEU A1044      -8.174   4.815  -7.450  1.00 38.20           C  \\nATOM   2461  O   LEU A1044      -8.207   6.019  -7.209  1.00 37.43           O  \\nATOM   2462  CB  LEU A1044      -6.463   4.769  -9.392  1.00 34.71           C  \\nATOM   2463  CG  LEU A1044      -5.546   6.012  -9.370  1.00 41.15           C  \\nATOM   2464  CD1 LEU A1044      -4.267   5.793  -8.534  1.00 45.80           C  \\nATOM   2465  CD2 LEU A1044      -5.202   6.468 -10.803  1.00 40.55           C  \\nATOM   2466  H   LEU A1044      -7.669   2.407  -8.738  1.00 35.95           H  \\nATOM   2467  HA  LEU A1044      -6.111   4.481  -7.266  1.00 35.55           H  \\nATOM   2468  HB3 LEU A1044      -7.359   4.978  -9.980  1.00 34.71           H  \\nATOM   2469  HB2 LEU A1044      -5.931   3.993  -9.948  1.00 34.71           H  \\nATOM   2470  HG  LEU A1044      -6.111   6.821  -8.906  1.00 41.15           H  \\nATOM   2471 HD11 LEU A1044      -3.368   6.181  -9.013  1.00 45.80           H  \\nATOM   2472 HD12 LEU A1044      -4.346   6.292  -7.569  1.00 45.80           H  \\nATOM   2473 HD13 LEU A1044      -4.091   4.735  -8.341  1.00 45.80           H  \\nATOM   2474 HD21 LEU A1044      -5.457   7.516 -10.941  1.00 40.55           H  \\nATOM   2475 HD22 LEU A1044      -4.144   6.362 -11.044  1.00 40.55           H  \\nATOM   2476 HD23 LEU A1044      -5.746   5.901 -11.558  1.00 40.55           H  \\nATOM   2477  N   ALA A1045      -9.209   3.982  -7.223  1.00 34.45           N  \\nATOM   2478  CA  ALA A1045     -10.511   4.387  -6.698  1.00 35.33           C  \\nATOM   2479  C   ALA A1045     -10.439   4.900  -5.252  1.00 41.48           C  \\nATOM   2480  O   ALA A1045      -9.613   4.431  -4.467  1.00 41.92           O  \\nATOM   2481  CB  ALA A1045     -11.497   3.216  -6.820  1.00 35.84           C  \\nATOM   2482  H   ALA A1045      -9.099   2.998  -7.419  1.00 34.45           H  \\nATOM   2483  HA  ALA A1045     -10.854   5.202  -7.333  1.00 35.33           H  \\nATOM   2484  HB1 ALA A1045     -12.507   3.520  -6.545  1.00 35.84           H  \\nATOM   2485  HB2 ALA A1045     -11.536   2.843  -7.844  1.00 35.84           H  \\nATOM   2486  HB3 ALA A1045     -11.218   2.387  -6.170  1.00 35.84           H  \\nATOM   2487  N   LYS A1046     -11.313   5.867  -4.943  1.00 39.67           N  \\nATOM   2488  CA  LYS A1046     -11.335   6.594  -3.679  1.00 41.51           C  \\nATOM   2489  C   LYS A1046     -12.769   6.933  -3.274  1.00 46.70           C  \\nATOM   2490  O   LYS A1046     -13.584   7.254  -4.135  1.00 45.21           O  \\nATOM   2491  CB  LYS A1046     -10.496   7.886  -3.832  1.00 43.95           C  \\nATOM   2492  CG  LYS A1046      -9.006   7.725  -3.484  1.00 52.94           C  \\nATOM   2493  CD  LYS A1046      -8.701   7.356  -2.018  1.00 61.30           C  \\nATOM   2494  CE  LYS A1046      -9.532   8.134  -0.976  1.00 72.46           C  \\nATOM   2495  NZ  LYS A1046      -9.060   7.912   0.401  1.00 80.50           N1+\\nATOM   2496  H   LYS A1046     -11.985   6.167  -5.638  1.00 39.67           H  \\nATOM   2497  HA  LYS A1046     -10.921   5.960  -2.893  1.00 41.51           H  \\nATOM   2498  HB3 LYS A1046     -10.898   8.679  -3.200  1.00 43.95           H  \\nATOM   2499  HB2 LYS A1046     -10.597   8.276  -4.845  1.00 43.95           H  \\nATOM   2500  HG3 LYS A1046      -8.499   8.654  -3.726  1.00 52.94           H  \\nATOM   2501  HG2 LYS A1046      -8.557   6.980  -4.141  1.00 52.94           H  \\nATOM   2502  HD3 LYS A1046      -7.640   7.539  -1.844  1.00 61.30           H  \\nATOM   2503  HD2 LYS A1046      -8.836   6.282  -1.891  1.00 61.30           H  \\nATOM   2504  HE3 LYS A1046     -10.578   7.837  -1.019  1.00 72.46           H  \\nATOM   2505  HE2 LYS A1046      -9.499   9.201  -1.183  1.00 72.46           H  \\nATOM   2506  HZ1 LYS A1046      -8.099   8.211   0.485  1.00 80.50           H  \\nATOM   2507  HZ2 LYS A1046      -9.635   8.436   1.044  1.00 80.50           H  \\nATOM   2508  HZ3 LYS A1046      -9.132   6.925   0.616  1.00 80.50           H  \\nATOM   2509  N   ALA A1047     -13.023   6.914  -1.956  1.00 45.97           N  \\nATOM   2510  CA  ALA A1047     -14.239   7.449  -1.350  1.00 47.89           C  \\nATOM   2511  C   ALA A1047     -14.187   8.983  -1.308  1.00 53.43           C  \\nATOM   2512  O   ALA A1047     -13.174   9.547  -0.891  1.00 53.75           O  \\nATOM   2513  CB  ALA A1047     -14.388   6.876   0.067  1.00 51.21           C  \\nATOM   2514  H   ALA A1047     -12.304   6.619  -1.313  1.00 45.97           H  \\nATOM   2515  HA  ALA A1047     -15.102   7.133  -1.938  1.00 47.89           H  \\nATOM   2516  HB1 ALA A1047     -15.310   7.226   0.534  1.00 51.21           H  \\nATOM   2517  HB2 ALA A1047     -14.428   5.787   0.048  1.00 51.21           H  \\nATOM   2518  HB3 ALA A1047     -13.557   7.165   0.711  1.00 51.21           H  \\nATOM   2519  N   VAL A1048     -15.298   9.611  -1.716  1.00 51.14           N  \\nATOM   2520  CA  VAL A1048     -15.535  11.047  -1.614  1.00 52.52           C  \\nATOM   2521  C   VAL A1048     -16.597  11.229  -0.503  1.00 61.61           C  \\nATOM   2522  O   VAL A1048     -17.722  10.765  -0.700  1.00 62.08           O  \\nATOM   2523  CB  VAL A1048     -16.114  11.607  -2.948  1.00 54.59           C  \\nATOM   2524  CG1 VAL A1048     -16.530  13.092  -2.876  1.00 55.28           C  \\nATOM   2525  CG2 VAL A1048     -15.135  11.410  -4.114  1.00 51.78           C  \\nATOM   2526  H   VAL A1048     -16.088   9.063  -2.035  1.00 51.14           H  \\nATOM   2527  HA  VAL A1048     -14.610  11.585  -1.415  1.00 52.52           H  \\nATOM   2528  HB  VAL A1048     -17.003  11.032  -3.204  1.00 54.59           H  \\nATOM   2529 HG11 VAL A1048     -16.861  13.457  -3.849  1.00 55.28           H  \\nATOM   2530 HG12 VAL A1048     -17.357  13.256  -2.187  1.00 55.28           H  \\nATOM   2531 HG13 VAL A1048     -15.699  13.722  -2.555  1.00 55.28           H  \\nATOM   2532 HG21 VAL A1048     -15.521  11.853  -5.033  1.00 51.78           H  \\nATOM   2533 HG22 VAL A1048     -14.167  11.868  -3.908  1.00 51.78           H  \\nATOM   2534 HG23 VAL A1048     -14.975  10.351  -4.307  1.00 51.78           H  \\nATOM   2535  N   PRO A1049     -16.236  11.864   0.641  1.00 62.00           N  \\nATOM   2536  CA  PRO A1049     -17.184  12.176   1.737  1.00 66.09           C  \\nATOM   2537  C   PRO A1049     -18.459  12.905   1.278  1.00 73.83           C  \\nATOM   2538  O   PRO A1049     -18.379  13.730   0.371  1.00 71.64           O  \\nATOM   2539  CB  PRO A1049     -16.360  13.056   2.691  1.00 69.51           C  \\nATOM   2540  CG  PRO A1049     -14.922  12.638   2.458  1.00 71.48           C  \\nATOM   2541  CD  PRO A1049     -14.889  12.341   0.967  1.00 63.48           C  \\nATOM   2542  HA  PRO A1049     -17.442  11.236   2.228  1.00 66.09           H  \\nATOM   2543  HB3 PRO A1049     -16.661  12.943   3.733  1.00 69.51           H  \\nATOM   2544  HB2 PRO A1049     -16.469  14.109   2.431  1.00 69.51           H  \\nATOM   2545  HG3 PRO A1049     -14.718  11.723   3.016  1.00 71.48           H  \\nATOM   2546  HG2 PRO A1049     -14.195  13.390   2.766  1.00 71.48           H  \\nATOM   2547  HD2 PRO A1049     -14.690  13.250   0.396  1.00 63.48           H  \\nATOM   2548  HD3 PRO A1049     -14.110  11.611   0.746  1.00 63.48           H  \\nATOM   2549  N   GLU A1050     -19.602  12.569   1.895  1.00 75.69           N  \\nATOM   2550  CA  GLU A1050     -20.946  13.047   1.546  1.00 77.51           C  \\nATOM   2551  C   GLU A1050     -21.137  14.581   1.530  1.00 84.15           C  \\nATOM   2552  O   GLU A1050     -21.986  15.059   0.779  1.00 83.15           O  \\nATOM   2553  CB  GLU A1050     -22.008  12.341   2.426  1.00 82.22           C  \\nATOM   2554  CG  GLU A1050     -21.885  12.532   3.963  1.00 97.93           C  \\nATOM   2555  CD  GLU A1050     -20.916  11.603   4.721  1.00120.70           C  \\nATOM   2556  OE1 GLU A1050     -20.359  10.662   4.111  1.00108.26           O  \\nATOM   2557  OE2 GLU A1050     -20.744  11.858   5.932  1.00119.67           O1-\\nATOM   2558  H   GLU A1050     -19.579  11.872   2.631  1.00 75.69           H  \\nATOM   2559  HA  GLU A1050     -21.125  12.712   0.524  1.00 77.51           H  \\nATOM   2560  HB3 GLU A1050     -22.050  11.282   2.167  1.00 82.22           H  \\nATOM   2561  HB2 GLU A1050     -22.989  12.719   2.132  1.00 82.22           H  \\nATOM   2562  HG3 GLU A1050     -22.872  12.366   4.398  1.00 97.93           H  \\nATOM   2563  HG2 GLU A1050     -21.638  13.568   4.194  1.00 97.93           H  \\nATOM   2564  N   GLY A1051     -20.338  15.319   2.321  1.00 83.36           N  \\nATOM   2565  CA  GLY A1051     -20.349  16.784   2.369  1.00 84.58           C  \\nATOM   2566  C   GLY A1051     -19.399  17.422   1.337  1.00 86.36           C  \\nATOM   2567  O   GLY A1051     -19.389  18.646   1.220  1.00 86.86           O  \\nATOM   2568  H   GLY A1051     -19.670  14.844   2.911  1.00 83.36           H  \\nATOM   2569  HA3 GLY A1051     -20.033  17.094   3.366  1.00 84.58           H  \\nATOM   2570  HA2 GLY A1051     -21.358  17.172   2.226  1.00 84.58           H  \\nATOM   2571  N   HIS A1052     -18.603  16.617   0.612  1.00 79.97           N  \\nATOM   2572  CA  HIS A1052     -17.629  17.044  -0.396  1.00 76.91           C  \\nATOM   2573  C   HIS A1052     -18.094  16.595  -1.790  1.00 76.64           C  \\nATOM   2574  O   HIS A1052     -18.787  15.585  -1.914  1.00 75.70           O  \\nATOM   2575  CB  HIS A1052     -16.251  16.409  -0.088  1.00 77.26           C  \\nATOM   2576  CG  HIS A1052     -15.567  16.850   1.187  1.00 83.91           C  \\nATOM   2577  ND1 HIS A1052     -16.152  16.768   2.440  1.00 88.78           N  \\nATOM   2578  CD2 HIS A1052     -14.313  17.378   1.406  1.00 86.52           C  \\nATOM   2579  CE1 HIS A1052     -15.265  17.223   3.327  1.00 90.57           C  \\nATOM   2580  NE2 HIS A1052     -14.124  17.610   2.771  1.00 89.68           N  \\nATOM   2581  H   HIS A1052     -18.692  15.614   0.718  1.00 79.97           H  \\nATOM   2582  HA  HIS A1052     -17.523  18.131  -0.401  1.00 76.91           H  \\nATOM   2583  HB3 HIS A1052     -15.563  16.629  -0.906  1.00 77.26           H  \\nATOM   2584  HB2 HIS A1052     -16.332  15.322  -0.062  1.00 77.26           H  \\nATOM   2585  HD1 HIS A1052     -17.082  16.431   2.642  1.00 88.78           H  \\nATOM   2586  HD2 HIS A1052     -13.535  17.600   0.692  1.00 86.52           H  \\nATOM   2587  HE1 HIS A1052     -15.456  17.273   4.389  1.00 90.57           H  \\nATOM   2588  N   GLU A1053     -17.659  17.337  -2.818  1.00 70.38           N  \\nATOM   2589  CA  GLU A1053     -17.883  17.022  -4.230  1.00 67.41           C  \\nATOM   2590  C   GLU A1053     -16.584  16.601  -4.949  1.00 65.39           C  \\nATOM   2591  O   GLU A1053     -16.664  16.257  -6.128  1.00 62.86           O  \\nATOM   2592  CB  GLU A1053     -18.593  18.212  -4.927  1.00 69.51           C  \\nATOM   2593  CG  GLU A1053     -17.779  19.512  -5.135  1.00 81.78           C  \\nATOM   2594  CD  GLU A1053     -17.774  20.453  -3.921  1.00109.48           C  \\nATOM   2595  OE1 GLU A1053     -16.893  20.272  -3.050  1.00107.26           O  \\nATOM   2596  OE2 GLU A1053     -18.640  21.354  -3.893  1.00107.68           O1-\\nATOM   2597  H   GLU A1053     -17.139  18.188  -2.639  1.00 70.38           H  \\nATOM   2598  HA  GLU A1053     -18.554  16.164  -4.313  1.00 67.41           H  \\nATOM   2599  HB3 GLU A1053     -19.513  18.442  -4.385  1.00 69.51           H  \\nATOM   2600  HB2 GLU A1053     -18.934  17.872  -5.906  1.00 69.51           H  \\nATOM   2601  HG3 GLU A1053     -18.205  20.053  -5.981  1.00 81.78           H  \\nATOM   2602  HG2 GLU A1053     -16.758  19.288  -5.435  1.00 81.78           H  \\nATOM   2603  N   TYR A1054     -15.432  16.620  -4.250  1.00 59.91           N  \\nATOM   2604  CA  TYR A1054     -14.128  16.231  -4.792  1.00 57.06           C  \\nATOM   2605  C   TYR A1054     -13.225  15.603  -3.718  1.00 59.88           C  \\nATOM   2606  O   TYR A1054     -13.480  15.733  -2.520  1.00 61.73           O  \\nATOM   2607  CB  TYR A1054     -13.443  17.442  -5.481  1.00 57.75           C  \\nATOM   2608  CG  TYR A1054     -12.910  18.540  -4.568  1.00 61.72           C  \\nATOM   2609  CD1 TYR A1054     -13.741  19.618  -4.206  1.00 65.51           C  \\nATOM   2610  CD2 TYR A1054     -11.587  18.494  -4.077  1.00 63.03           C  \\nATOM   2611  CE1 TYR A1054     -13.273  20.625  -3.342  1.00 68.28           C  \\nATOM   2612  CE2 TYR A1054     -11.118  19.497  -3.207  1.00 66.37           C  \\nATOM   2613  CZ  TYR A1054     -11.960  20.564  -2.838  1.00 76.35           C  \\nATOM   2614  OH  TYR A1054     -11.500  21.539  -2.001  1.00 81.80           O  \\nATOM   2615  H   TYR A1054     -15.438  16.902  -3.281  1.00 59.91           H  \\nATOM   2616  HA  TYR A1054     -14.295  15.452  -5.536  1.00 57.06           H  \\nATOM   2617  HB3 TYR A1054     -14.127  17.883  -6.202  1.00 57.75           H  \\nATOM   2618  HB2 TYR A1054     -12.603  17.084  -6.077  1.00 57.75           H  \\nATOM   2619  HD1 TYR A1054     -14.747  19.671  -4.589  1.00 65.51           H  \\nATOM   2620  HD2 TYR A1054     -10.931  17.684  -4.358  1.00 63.03           H  \\nATOM   2621  HE1 TYR A1054     -13.928  21.440  -3.069  1.00 68.28           H  \\nATOM   2622  HE2 TYR A1054     -10.112  19.450  -2.823  1.00 66.37           H  \\nATOM   2623  HH  TYR A1054     -12.176  22.187  -1.785  1.00 81.80           H  \\nATOM   2624  N   TYR A1055     -12.149  14.975  -4.212  1.00 53.09           N  \\nATOM   2625  CA  TYR A1055     -11.007  14.471  -3.457  1.00 53.10           C  \\nATOM   2626  C   TYR A1055      -9.726  15.055  -4.077  1.00 56.32           C  \\nATOM   2627  O   TYR A1055      -9.573  14.988  -5.298  1.00 53.18           O  \\nATOM   2628  CB  TYR A1055     -11.033  12.925  -3.512  1.00 53.04           C  \\nATOM   2629  CG  TYR A1055      -9.744  12.229  -3.105  1.00 55.26           C  \\nATOM   2630  CD1 TYR A1055      -9.403  12.116  -1.742  1.00 59.33           C  \\nATOM   2631  CD2 TYR A1055      -8.864  11.731  -4.090  1.00 54.82           C  \\nATOM   2632  CE1 TYR A1055      -8.189  11.509  -1.366  1.00 60.69           C  \\nATOM   2633  CE2 TYR A1055      -7.648  11.129  -3.714  1.00 56.92           C  \\nATOM   2634  CZ  TYR A1055      -7.317  11.005  -2.350  1.00 68.28           C  \\nATOM   2635  OH  TYR A1055      -6.152  10.396  -1.981  1.00 72.13           O  \\nATOM   2636  H   TYR A1055     -12.056  14.902  -5.217  1.00 53.09           H  \\nATOM   2637  HA  TYR A1055     -11.071  14.792  -2.416  1.00 53.10           H  \\nATOM   2638  HB3 TYR A1055     -11.259  12.613  -4.532  1.00 53.04           H  \\nATOM   2639  HB2 TYR A1055     -11.853  12.545  -2.902  1.00 53.04           H  \\nATOM   2640  HD1 TYR A1055     -10.066  12.505  -0.983  1.00 59.33           H  \\nATOM   2641  HD2 TYR A1055      -9.109  11.827  -5.138  1.00 54.82           H  \\nATOM   2642  HE1 TYR A1055      -7.931  11.427  -0.320  1.00 60.69           H  \\nATOM   2643  HE2 TYR A1055      -6.979  10.757  -4.475  1.00 56.92           H  \\nATOM   2644  HH  TYR A1055      -5.609  10.143  -2.731  1.00 72.13           H  \\nATOM   2645  N   ARG A1056      -8.817  15.579  -3.235  1.00 56.46           N  \\nATOM   2646  CA  ARG A1056      -7.489  16.027  -3.666  1.00 57.19           C  \\nATOM   2647  C   ARG A1056      -6.566  14.824  -3.911  1.00 61.89           C  \\nATOM   2648  O   ARG A1056      -6.398  13.993  -3.019  1.00 62.29           O  \\nATOM   2649  CB  ARG A1056      -6.850  16.976  -2.627  1.00 60.29           C  \\nATOM   2650  CG  ARG A1056      -6.976  18.462  -2.999  1.00 71.82           C  \\nATOM   2651  CD  ARG A1056      -6.155  19.357  -2.056  1.00 85.08           C  \\nATOM   2652  NE  ARG A1056      -6.336  20.793  -2.326  1.00 93.43           N  \\nATOM   2653  CZ  ARG A1056      -7.282  21.607  -1.821  1.00108.81           C  \\nATOM   2654  NH1 ARG A1056      -8.250  21.157  -1.008  1.00 96.57           N  \\nATOM   2655  NH2 ARG A1056      -7.252  22.907  -2.136  1.00 96.30           N1+\\nATOM   2656  H   ARG A1056      -8.994  15.588  -2.241  1.00 56.46           H  \\nATOM   2657  HA  ARG A1056      -7.612  16.564  -4.604  1.00 57.19           H  \\nATOM   2658  HB3 ARG A1056      -5.781  16.771  -2.542  1.00 60.29           H  \\nATOM   2659  HB2 ARG A1056      -7.256  16.789  -1.632  1.00 60.29           H  \\nATOM   2660  HG3 ARG A1056      -8.009  18.791  -3.096  1.00 71.82           H  \\nATOM   2661  HG2 ARG A1056      -6.539  18.558  -3.995  1.00 71.82           H  \\nATOM   2662  HD3 ARG A1056      -5.101  19.189  -2.278  1.00 85.08           H  \\nATOM   2663  HD2 ARG A1056      -6.280  19.090  -1.006  1.00 85.08           H  \\nATOM   2664  HE  ARG A1056      -5.661  21.191  -2.965  1.00 93.43           H  \\nATOM   2665 HH12 ARG A1056      -8.966  21.778  -0.657  1.00 96.57           H  \\nATOM   2666 HH11 ARG A1056      -8.277  20.181  -0.750  1.00 96.57           H  \\nATOM   2667 HH22 ARG A1056      -7.936  23.542  -1.749  1.00 96.30           H  \\nATOM   2668 HH21 ARG A1056      -6.504  23.276  -2.706  1.00 96.30           H  \\nATOM   2669  N   VAL A1057      -5.959  14.797  -5.106  1.00 58.85           N  \\nATOM   2670  CA  VAL A1057      -5.003  13.780  -5.542  1.00 59.44           C  \\nATOM   2671  C   VAL A1057      -3.557  14.281  -5.359  1.00 68.20           C  \\nATOM   2672  O   VAL A1057      -3.329  15.483  -5.206  1.00 69.34           O  \\nATOM   2673  CB  VAL A1057      -5.225  13.404  -7.038  1.00 60.80           C  \\nATOM   2674  CG1 VAL A1057      -6.682  12.977  -7.283  1.00 59.13           C  \\nATOM   2675  CG2 VAL A1057      -4.790  14.446  -8.089  1.00 60.31           C  \\nATOM   2676  H   VAL A1057      -6.124  15.552  -5.759  1.00 58.85           H  \\nATOM   2677  HA  VAL A1057      -5.125  12.877  -4.941  1.00 59.44           H  \\nATOM   2678  HB  VAL A1057      -4.617  12.519  -7.229  1.00 60.80           H  \\nATOM   2679 HG11 VAL A1057      -6.821  12.608  -8.299  1.00 59.13           H  \\nATOM   2680 HG12 VAL A1057      -6.979  12.188  -6.594  1.00 59.13           H  \\nATOM   2681 HG13 VAL A1057      -7.368  13.812  -7.139  1.00 59.13           H  \\nATOM   2682 HG21 VAL A1057      -4.998  14.090  -9.099  1.00 60.31           H  \\nATOM   2683 HG22 VAL A1057      -5.330  15.380  -7.961  1.00 60.31           H  \\nATOM   2684 HG23 VAL A1057      -3.723  14.663  -8.049  1.00 60.31           H  \\nATOM   2685  N   ARG A1058      -2.607  13.334  -5.385  1.00 67.56           N  \\nATOM   2686  CA  ARG A1058      -1.172  13.599  -5.282  1.00 70.37           C  \\nATOM   2687  C   ARG A1058      -0.536  13.789  -6.667  1.00 74.80           C  \\nATOM   2688  O   ARG A1058      -1.065  13.300  -7.667  1.00 72.29           O  \\nATOM   2689  CB  ARG A1058      -0.482  12.425  -4.555  1.00 73.21           C  \\nATOM   2690  CG  ARG A1058      -1.096  12.069  -3.190  1.00 89.24           C  \\nATOM   2691  CD  ARG A1058      -0.267  11.012  -2.441  1.00105.70           C  \\nATOM   2692  NE  ARG A1058      -0.997  10.452  -1.291  1.00119.40           N  \\nATOM   2693  CZ  ARG A1058      -1.790   9.362  -1.293  1.00134.49           C  \\nATOM   2694  NH1 ARG A1058      -1.990   8.620  -2.394  1.00120.12           N  \\nATOM   2695  NH2 ARG A1058      -2.400   9.001  -0.157  1.00122.85           N1+\\nATOM   2696  H   ARG A1058      -2.868  12.371  -5.537  1.00 67.56           H  \\nATOM   2697  HA  ARG A1058      -1.012  14.506  -4.696  1.00 70.37           H  \\nATOM   2698  HB3 ARG A1058       0.576  12.656  -4.421  1.00 73.21           H  \\nATOM   2699  HB2 ARG A1058      -0.516  11.536  -5.188  1.00 73.21           H  \\nATOM   2700  HG3 ARG A1058      -2.147  11.782  -3.259  1.00 89.24           H  \\nATOM   2701  HG2 ARG A1058      -1.072  12.989  -2.605  1.00 89.24           H  \\nATOM   2702  HD3 ARG A1058       0.578  11.523  -1.980  1.00105.70           H  \\nATOM   2703  HD2 ARG A1058       0.168  10.261  -3.102  1.00105.70           H  \\nATOM   2704  HE  ARG A1058      -0.910  10.974  -0.431  1.00119.40           H  \\nATOM   2705 HH12 ARG A1058      -2.574   7.793  -2.360  1.00120.12           H  \\nATOM   2706 HH11 ARG A1058      -1.525   8.863  -3.256  1.00120.12           H  \\nATOM   2707 HH22 ARG A1058      -2.991   8.183  -0.135  1.00122.85           H  \\nATOM   2708 HH21 ARG A1058      -2.266   9.536   0.689  1.00122.85           H  \\nATOM   2709  N   GLU A1059       0.632  14.450  -6.673  1.00 74.50           N  \\nATOM   2710  CA  GLU A1059       1.553  14.525  -7.807  1.00 74.23           C  \\nATOM   2711  C   GLU A1059       2.254  13.163  -7.955  1.00 77.46           C  \\nATOM   2712  O   GLU A1059       3.042  12.795  -7.083  1.00 79.77           O  \\nATOM   2713  CB  GLU A1059       2.560  15.668  -7.559  1.00 78.25           C  \\nATOM   2714  CG  GLU A1059       1.890  17.055  -7.402  1.00 89.76           C  \\nATOM   2715  CD  GLU A1059       2.828  18.212  -7.020  1.00113.50           C  \\nATOM   2716  OE1 GLU A1059       4.065  18.018  -7.008  1.00107.60           O  \\nATOM   2717  OE2 GLU A1059       2.274  19.295  -6.731  1.00107.56           O1-\\nATOM   2718  H   GLU A1059       0.989  14.826  -5.807  1.00 74.50           H  \\nATOM   2719  HA  GLU A1059       0.987  14.746  -8.714  1.00 74.23           H  \\nATOM   2720  HB3 GLU A1059       3.270  15.702  -8.387  1.00 78.25           H  \\nATOM   2721  HB2 GLU A1059       3.147  15.447  -6.666  1.00 78.25           H  \\nATOM   2722  HG3 GLU A1059       1.105  17.011  -6.647  1.00 89.76           H  \\nATOM   2723  HG2 GLU A1059       1.396  17.315  -8.337  1.00 89.76           H  \\nATOM   2724  N   ASP A1060       1.895  12.418  -9.011  1.00 70.23           N  \\nATOM   2725  CA  ASP A1060       2.226  11.001  -9.159  1.00 68.85           C  \\nATOM   2726  C   ASP A1060       2.470  10.671 -10.644  1.00 68.50           C  \\nATOM   2727  O   ASP A1060       1.778  11.208 -11.510  1.00 66.16           O  \\nATOM   2728  CB  ASP A1060       1.134  10.133  -8.477  1.00 69.42           C  \\nATOM   2729  CG  ASP A1060       1.308   8.615  -8.603  1.00 81.45           C  \\nATOM   2730  OD1 ASP A1060       0.565   8.022  -9.413  1.00 81.04           O  \\nATOM   2731  OD2 ASP A1060       2.259   8.097  -7.975  1.00 89.83           O1-\\nATOM   2732  H   ASP A1060       1.248  12.789  -9.693  1.00 70.23           H  \\nATOM   2733  HA  ASP A1060       3.171  10.811  -8.645  1.00 68.85           H  \\nATOM   2734  HB3 ASP A1060       0.147  10.430  -8.837  1.00 69.42           H  \\nATOM   2735  HB2 ASP A1060       1.112  10.376  -7.413  1.00 69.42           H  \\nATOM   2736  N   GLY A1061       3.463   9.803 -10.905  1.00 63.47           N  \\nATOM   2737  CA  GLY A1061       3.919   9.458 -12.253  1.00 61.92           C  \\nATOM   2738  C   GLY A1061       3.025   8.411 -12.936  1.00 61.80           C  \\nATOM   2739  O   GLY A1061       2.926   8.424 -14.163  1.00 61.49           O  \\nATOM   2740  H   GLY A1061       3.960   9.380 -10.133  1.00 63.47           H  \\nATOM   2741  HA3 GLY A1061       4.930   9.056 -12.184  1.00 61.92           H  \\nATOM   2742  HA2 GLY A1061       3.980  10.354 -12.873  1.00 61.92           H  \\nATOM   2743  N   ASP A1062       2.365   7.532 -12.159  1.00 55.28           N  \\nATOM   2744  CA  ASP A1062       1.462   6.477 -12.645  1.00 52.23           C  \\nATOM   2745  C   ASP A1062       0.018   6.962 -12.892  1.00 50.35           C  \\nATOM   2746  O   ASP A1062      -0.809   6.161 -13.330  1.00 49.00           O  \\nATOM   2747  CB  ASP A1062       1.471   5.215 -11.744  1.00 54.90           C  \\nATOM   2748  CG  ASP A1062       2.871   4.616 -11.542  1.00 73.36           C  \\nATOM   2749  OD1 ASP A1062       3.348   3.959 -12.494  1.00 75.14           O  \\nATOM   2750  OD2 ASP A1062       3.499   4.932 -10.507  1.00 82.10           O1-\\nATOM   2751  H   ASP A1062       2.477   7.575 -11.155  1.00 55.28           H  \\nATOM   2752  HA  ASP A1062       1.824   6.157 -13.624  1.00 52.23           H  \\nATOM   2753  HB3 ASP A1062       0.835   4.437 -12.171  1.00 54.90           H  \\nATOM   2754  HB2 ASP A1062       1.050   5.454 -10.766  1.00 54.90           H  \\nATOM   2755  N   SER A1063      -0.262   8.254 -12.645  1.00 43.08           N  \\nATOM   2756  CA  SER A1063      -1.541   8.912 -12.926  1.00 39.71           C  \\nATOM   2757  C   SER A1063      -1.834   8.917 -14.445  1.00 36.74           C  \\nATOM   2758  O   SER A1063      -0.950   9.325 -15.200  1.00 35.65           O  \\nATOM   2759  CB  SER A1063      -1.451  10.363 -12.416  1.00 44.05           C  \\nATOM   2760  OG  SER A1063      -1.561  10.394 -11.008  1.00 56.19           O  \\nATOM   2761  H   SER A1063       0.470   8.845 -12.278  1.00 43.08           H  \\nATOM   2762  HA  SER A1063      -2.308   8.385 -12.360  1.00 39.71           H  \\nATOM   2763  HB3 SER A1063      -2.274  10.959 -12.814  1.00 44.05           H  \\nATOM   2764  HB2 SER A1063      -0.529  10.848 -12.736  1.00 44.05           H  \\nATOM   2765  HG  SER A1063      -0.820   9.909 -10.633  1.00 56.19           H  \\nATOM   2766  N   PRO A1064      -3.031   8.450 -14.878  1.00 30.99           N  \\nATOM   2767  CA  PRO A1064      -3.409   8.434 -16.303  1.00 29.59           C  \\nATOM   2768  C   PRO A1064      -3.804   9.836 -16.823  1.00 32.01           C  \\nATOM   2769  O   PRO A1064      -4.987  10.123 -17.008  1.00 29.67           O  \\nATOM   2770  CB  PRO A1064      -4.545   7.398 -16.344  1.00 29.56           C  \\nATOM   2771  CG  PRO A1064      -5.231   7.543 -14.998  1.00 33.51           C  \\nATOM   2772  CD  PRO A1064      -4.076   7.842 -14.049  1.00 30.17           C  \\nATOM   2773  HA  PRO A1064      -2.580   8.066 -16.908  1.00 29.59           H  \\nATOM   2774  HB3 PRO A1064      -4.115   6.399 -16.418  1.00 29.56           H  \\nATOM   2775  HB2 PRO A1064      -5.230   7.518 -17.184  1.00 29.56           H  \\nATOM   2776  HG3 PRO A1064      -5.811   6.671 -14.703  1.00 33.51           H  \\nATOM   2777  HG2 PRO A1064      -5.910   8.392 -15.038  1.00 33.51           H  \\nATOM   2778  HD2 PRO A1064      -4.396   8.489 -13.233  1.00 30.17           H  \\nATOM   2779  HD3 PRO A1064      -3.692   6.913 -13.624  1.00 30.17           H  \\nATOM   2780  N   VAL A1065      -2.786  10.690 -17.026  1.00 29.66           N  \\nATOM   2781  CA  VAL A1065      -2.902  12.106 -17.382  1.00 29.04           C  \\nATOM   2782  C   VAL A1065      -3.565  12.389 -18.746  1.00 30.30           C  \\nATOM   2783  O   VAL A1065      -4.209  13.429 -18.873  1.00 30.19           O  \\nATOM   2784  CB  VAL A1065      -1.522  12.819 -17.348  1.00 34.62           C  \\nATOM   2785  CG1 VAL A1065      -0.968  12.886 -15.914  1.00 34.92           C  \\nATOM   2786  CG2 VAL A1065      -0.478  12.246 -18.328  1.00 35.44           C  \\nATOM   2787  H   VAL A1065      -1.845  10.366 -16.844  1.00 29.66           H  \\nATOM   2788  HA  VAL A1065      -3.532  12.562 -16.618  1.00 29.04           H  \\nATOM   2789  HB  VAL A1065      -1.673  13.855 -17.651  1.00 34.62           H  \\nATOM   2790 HG11 VAL A1065      -0.022  13.424 -15.880  1.00 34.92           H  \\nATOM   2791 HG12 VAL A1065      -1.661  13.400 -15.247  1.00 34.92           H  \\nATOM   2792 HG13 VAL A1065      -0.786  11.895 -15.503  1.00 34.92           H  \\nATOM   2793 HG21 VAL A1065       0.477  12.764 -18.227  1.00 35.44           H  \\nATOM   2794 HG22 VAL A1065      -0.296  11.188 -18.145  1.00 35.44           H  \\nATOM   2795 HG23 VAL A1065      -0.788  12.357 -19.367  1.00 35.44           H  \\nATOM   2796  N   PHE A1066      -3.447  11.462 -19.715  1.00 25.62           N  \\nATOM   2797  CA  PHE A1066      -4.084  11.560 -21.034  1.00 24.82           C  \\nATOM   2798  C   PHE A1066      -5.578  11.163 -21.042  1.00 26.45           C  \\nATOM   2799  O   PHE A1066      -6.220  11.285 -22.086  1.00 25.78           O  \\nATOM   2800  CB  PHE A1066      -3.251  10.779 -22.074  1.00 26.47           C  \\nATOM   2801  CG  PHE A1066      -1.844  11.322 -22.286  1.00 27.98           C  \\nATOM   2802  CD1 PHE A1066      -1.649  12.632 -22.772  1.00 31.46           C  \\nATOM   2803  CD2 PHE A1066      -0.713  10.538 -21.974  1.00 29.97           C  \\nATOM   2804  CE1 PHE A1066      -0.365  13.135 -22.936  1.00 33.77           C  \\nATOM   2805  CE2 PHE A1066       0.563  11.055 -22.150  1.00 33.43           C  \\nATOM   2806  CZ  PHE A1066       0.737  12.349 -22.625  1.00 32.31           C  \\nATOM   2807  H   PHE A1066      -2.904  10.626 -19.541  1.00 25.62           H  \\nATOM   2808  HA  PHE A1066      -4.075  12.609 -21.337  1.00 24.82           H  \\nATOM   2809  HB3 PHE A1066      -3.756  10.782 -23.040  1.00 26.47           H  \\nATOM   2810  HB2 PHE A1066      -3.184   9.732 -21.779  1.00 26.47           H  \\nATOM   2811  HD1 PHE A1066      -2.496  13.256 -23.012  1.00 31.46           H  \\nATOM   2812  HD2 PHE A1066      -0.829   9.530 -21.608  1.00 29.97           H  \\nATOM   2813  HE1 PHE A1066      -0.222  14.140 -23.303  1.00 33.77           H  \\nATOM   2814  HE2 PHE A1066       1.426  10.449 -21.914  1.00 33.43           H  \\nATOM   2815  HZ  PHE A1066       1.733  12.745 -22.753  1.00 32.31           H  \\nATOM   2816  N   TRP A1067      -6.110  10.745 -19.880  1.00 22.72           N  \\nATOM   2817  CA  TRP A1067      -7.531  10.523 -19.603  1.00 23.65           C  \\nATOM   2818  C   TRP A1067      -8.099  11.559 -18.615  1.00 26.48           C  \\nATOM   2819  O   TRP A1067      -9.285  11.467 -18.304  1.00 25.01           O  \\nATOM   2820  CB  TRP A1067      -7.743   9.090 -19.059  1.00 21.85           C  \\nATOM   2821  CG  TRP A1067      -7.607   7.990 -20.066  1.00 23.25           C  \\nATOM   2822  CD1 TRP A1067      -8.642   7.341 -20.645  1.00 25.76           C  \\nATOM   2823  CD2 TRP A1067      -6.398   7.444 -20.678  1.00 23.75           C  \\nATOM   2824  NE1 TRP A1067      -8.162   6.446 -21.576  1.00 25.21           N  \\nATOM   2825  CE2 TRP A1067      -6.788   6.472 -21.648  1.00 27.61           C  \\nATOM   2826  CE3 TRP A1067      -5.010   7.675 -20.529  1.00 25.53           C  \\nATOM   2827  CZ2 TRP A1067      -5.855   5.779 -22.436  1.00 27.61           C  \\nATOM   2828  CZ3 TRP A1067      -4.067   6.991 -21.323  1.00 27.51           C  \\nATOM   2829  CH2 TRP A1067      -4.488   6.046 -22.275  1.00 28.26           C  \\nATOM   2830  H   TRP A1067      -5.501  10.650 -19.078  1.00 22.72           H  \\nATOM   2831  HA  TRP A1067      -8.122  10.631 -20.512  1.00 23.65           H  \\nATOM   2832  HB3 TRP A1067      -8.742   8.988 -18.631  1.00 21.85           H  \\nATOM   2833  HB2 TRP A1067      -7.054   8.892 -18.237  1.00 21.85           H  \\nATOM   2834  HD1 TRP A1067      -9.684   7.521 -20.419  1.00 25.76           H  \\nATOM   2835  HE1 TRP A1067      -8.763   5.856 -22.143  1.00 25.21           H  \\nATOM   2836  HE3 TRP A1067      -4.665   8.393 -19.801  1.00 25.53           H  \\nATOM   2837  HZ2 TRP A1067      -6.179   5.054 -23.162  1.00 27.61           H  \\nATOM   2838  HZ3 TRP A1067      -3.015   7.191 -21.200  1.00 27.51           H  \\nATOM   2839  HH2 TRP A1067      -3.763   5.530 -22.885  1.00 28.26           H  \\nATOM   2840  N   TYR A1068      -7.272  12.497 -18.115  1.00 25.06           N  \\nATOM   2841  CA  TYR A1068      -7.642  13.429 -17.048  1.00 24.40           C  \\nATOM   2842  C   TYR A1068      -8.088  14.804 -17.559  1.00 29.09           C  \\nATOM   2843  O   TYR A1068      -7.539  15.325 -18.530  1.00 29.03           O  \\nATOM   2844  CB  TYR A1068      -6.472  13.562 -16.048  1.00 25.40           C  \\nATOM   2845  CG  TYR A1068      -6.380  12.528 -14.932  1.00 26.29           C  \\nATOM   2846  CD1 TYR A1068      -7.163  11.349 -14.925  1.00 27.65           C  \\nATOM   2847  CD2 TYR A1068      -5.512  12.778 -13.847  1.00 27.90           C  \\nATOM   2848  CE1 TYR A1068      -7.106  10.464 -13.835  1.00 28.32           C  \\nATOM   2849  CE2 TYR A1068      -5.448  11.886 -12.759  1.00 27.93           C  \\nATOM   2850  CZ  TYR A1068      -6.256  10.733 -12.747  1.00 32.15           C  \\nATOM   2851  OH  TYR A1068      -6.220   9.881 -11.685  1.00 34.10           O  \\nATOM   2852  H   TYR A1068      -6.314  12.541 -18.432  1.00 25.06           H  \\nATOM   2853  HA  TYR A1068      -8.495  13.017 -16.518  1.00 24.40           H  \\nATOM   2854  HB3 TYR A1068      -6.558  14.518 -15.532  1.00 25.40           H  \\nATOM   2855  HB2 TYR A1068      -5.525  13.618 -16.580  1.00 25.40           H  \\nATOM   2856  HD1 TYR A1068      -7.828  11.106 -15.737  1.00 27.65           H  \\nATOM   2857  HD2 TYR A1068      -4.905  13.672 -13.836  1.00 27.90           H  \\nATOM   2858  HE1 TYR A1068      -7.730   9.583 -13.840  1.00 28.32           H  \\nATOM   2859  HE2 TYR A1068      -4.789  12.095 -11.929  1.00 27.93           H  \\nATOM   2860  HH  TYR A1068      -6.736   9.083 -11.841  1.00 34.10           H  \\nATOM   2861  N   ALA A1069      -9.063  15.368 -16.828  1.00 26.27           N  \\nATOM   2862  CA  ALA A1069      -9.621  16.707 -17.003  1.00 27.33           C  \\nATOM   2863  C   ALA A1069      -8.659  17.817 -16.518  1.00 31.87           C  \\nATOM   2864  O   ALA A1069      -7.763  17.513 -15.730  1.00 30.37           O  \\nATOM   2865  CB  ALA A1069     -10.947  16.754 -16.231  1.00 27.85           C  \\nATOM   2866  H   ALA A1069      -9.448  14.841 -16.054  1.00 26.27           H  \\nATOM   2867  HA  ALA A1069      -9.810  16.823 -18.066  1.00 27.33           H  \\nATOM   2868  HB1 ALA A1069     -11.438  17.722 -16.320  1.00 27.85           H  \\nATOM   2869  HB2 ALA A1069     -11.646  16.004 -16.594  1.00 27.85           H  \\nATOM   2870  HB3 ALA A1069     -10.785  16.554 -15.172  1.00 27.85           H  \\nATOM   2871  N   PRO A1070      -8.853  19.082 -16.970  1.00 28.98           N  \\nATOM   2872  CA  PRO A1070      -7.923  20.191 -16.665  1.00 30.25           C  \\nATOM   2873  C   PRO A1070      -7.700  20.518 -15.175  1.00 34.14           C  \\nATOM   2874  O   PRO A1070      -6.573  20.852 -14.818  1.00 33.30           O  \\nATOM   2875  CB  PRO A1070      -8.493  21.396 -17.433  1.00 33.24           C  \\nATOM   2876  CG  PRO A1070      -9.331  20.784 -18.540  1.00 37.12           C  \\nATOM   2877  CD  PRO A1070      -9.901  19.534 -17.888  1.00 31.16           C  \\nATOM   2878  HA  PRO A1070      -6.962  19.920 -17.107  1.00 30.25           H  \\nATOM   2879  HB3 PRO A1070      -7.714  22.051 -17.825  1.00 33.24           H  \\nATOM   2880  HB2 PRO A1070      -9.134  22.001 -16.791  1.00 33.24           H  \\nATOM   2881  HG3 PRO A1070      -8.680  20.494 -19.364  1.00 37.12           H  \\nATOM   2882  HG2 PRO A1070     -10.095  21.455 -18.934  1.00 37.12           H  \\nATOM   2883  HD2 PRO A1070     -10.795  19.780 -17.314  1.00 31.16           H  \\nATOM   2884  HD3 PRO A1070     -10.174  18.813 -18.654  1.00 31.16           H  \\nATOM   2885  N   GLU A1071      -8.744  20.397 -14.334  1.00 30.48           N  \\nATOM   2886  CA  GLU A1071      -8.670  20.632 -12.886  1.00 31.43           C  \\nATOM   2887  C   GLU A1071      -8.015  19.474 -12.104  1.00 36.54           C  \\nATOM   2888  O   GLU A1071      -7.610  19.696 -10.965  1.00 37.63           O  \\nATOM   2889  CB  GLU A1071     -10.061  21.021 -12.323  1.00 32.56           C  \\nATOM   2890  CG  GLU A1071     -11.111  19.899 -12.136  1.00 35.76           C  \\nATOM   2891  CD  GLU A1071     -11.663  19.243 -13.409  1.00 37.74           C  \\nATOM   2892  OE1 GLU A1071     -11.773  19.921 -14.455  1.00 31.58           O  \\nATOM   2893  OE2 GLU A1071     -12.001  18.047 -13.308  1.00 25.56           O1-\\nATOM   2894  H   GLU A1071      -9.652  20.128 -14.691  1.00 30.48           H  \\nATOM   2895  HA  GLU A1071      -8.027  21.502 -12.737  1.00 31.43           H  \\nATOM   2896  HB3 GLU A1071     -10.485  21.824 -12.925  1.00 32.56           H  \\nATOM   2897  HB2 GLU A1071      -9.904  21.480 -11.346  1.00 32.56           H  \\nATOM   2898  HG3 GLU A1071     -11.971  20.327 -11.620  1.00 35.76           H  \\nATOM   2899  HG2 GLU A1071     -10.723  19.135 -11.462  1.00 35.76           H  \\nATOM   2900  N   CYS A1072      -7.886  18.284 -12.717  1.00 32.49           N  \\nATOM   2901  CA  CYS A1072      -7.132  17.152 -12.167  1.00 32.58           C  \\nATOM   2902  C   CYS A1072      -5.622  17.310 -12.419  1.00 37.39           C  \\nATOM   2903  O   CYS A1072      -4.826  16.835 -11.611  1.00 38.08           O  \\nATOM   2904  CB  CYS A1072      -7.587  15.806 -12.759  1.00 31.25           C  \\nATOM   2905  SG  CYS A1072      -9.352  15.554 -12.470  1.00 34.42           S  \\nATOM   2906  H   CYS A1072      -8.257  18.161 -13.649  1.00 32.49           H  \\nATOM   2907  HA  CYS A1072      -7.287  17.115 -11.087  1.00 32.58           H  \\nATOM   2908  HB3 CYS A1072      -7.039  14.977 -12.309  1.00 31.25           H  \\nATOM   2909  HB2 CYS A1072      -7.406  15.766 -13.832  1.00 31.25           H  \\nATOM   2910  HG  CYS A1072      -9.290  15.627 -11.137  1.00 34.42           H  \\nATOM   2911  N   LEU A1073      -5.266  17.967 -13.536  1.00 33.94           N  \\nATOM   2912  CA  LEU A1073      -3.891  18.219 -13.963  1.00 35.43           C  \\nATOM   2913  C   LEU A1073      -3.294  19.478 -13.307  1.00 43.48           C  \\nATOM   2914  O   LEU A1073      -2.085  19.509 -13.081  1.00 44.33           O  \\nATOM   2915  CB  LEU A1073      -3.869  18.390 -15.499  1.00 35.06           C  \\nATOM   2916  CG  LEU A1073      -4.341  17.170 -16.321  1.00 37.87           C  \\nATOM   2917  CD1 LEU A1073      -4.517  17.552 -17.804  1.00 38.52           C  \\nATOM   2918  CD2 LEU A1073      -3.436  15.937 -16.139  1.00 39.19           C  \\nATOM   2919  H   LEU A1073      -5.988  18.313 -14.153  1.00 33.94           H  \\nATOM   2920  HA  LEU A1073      -3.265  17.368 -13.686  1.00 35.43           H  \\nATOM   2921  HB3 LEU A1073      -2.858  18.647 -15.817  1.00 35.06           H  \\nATOM   2922  HB2 LEU A1073      -4.489  19.252 -15.755  1.00 35.06           H  \\nATOM   2923  HG  LEU A1073      -5.329  16.889 -15.963  1.00 37.87           H  \\nATOM   2924 HD11 LEU A1073      -5.382  17.049 -18.237  1.00 38.52           H  \\nATOM   2925 HD12 LEU A1073      -4.671  18.624 -17.940  1.00 38.52           H  \\nATOM   2926 HD13 LEU A1073      -3.644  17.286 -18.396  1.00 38.52           H  \\nATOM   2927 HD21 LEU A1073      -3.149  15.499 -17.094  1.00 39.19           H  \\nATOM   2928 HD22 LEU A1073      -2.519  16.169 -15.600  1.00 39.19           H  \\nATOM   2929 HD23 LEU A1073      -3.949  15.160 -15.574  1.00 39.19           H  \\nATOM   2930  N   LYS A1074      -4.137  20.497 -13.064  1.00 42.49           N  \\nATOM   2931  CA  LYS A1074      -3.729  21.836 -12.643  1.00 45.58           C  \\nATOM   2932  C   LYS A1074      -3.934  22.044 -11.135  1.00 51.72           C  \\nATOM   2933  O   LYS A1074      -2.973  22.372 -10.442  1.00 52.85           O  \\nATOM   2934  CB  LYS A1074      -4.514  22.869 -13.483  1.00 49.18           C  \\nATOM   2935  CG  LYS A1074      -4.055  24.328 -13.301  1.00 71.38           C  \\nATOM   2936  CD  LYS A1074      -4.725  25.346 -14.249  1.00 85.44           C  \\nATOM   2937  CE  LYS A1074      -6.183  25.718 -13.902  1.00 97.19           C  \\nATOM   2938  NZ  LYS A1074      -7.173  24.740 -14.390  1.00104.18           N1+\\nATOM   2939  H   LYS A1074      -5.112  20.390 -13.308  1.00 42.49           H  \\nATOM   2940  HA  LYS A1074      -2.667  21.980 -12.852  1.00 45.58           H  \\nATOM   2941  HB3 LYS A1074      -5.576  22.781 -13.261  1.00 49.18           H  \\nATOM   2942  HB2 LYS A1074      -4.402  22.609 -14.535  1.00 49.18           H  \\nATOM   2943  HG3 LYS A1074      -2.977  24.371 -13.462  1.00 71.38           H  \\nATOM   2944  HG2 LYS A1074      -4.211  24.646 -12.269  1.00 71.38           H  \\nATOM   2945  HD3 LYS A1074      -4.664  24.985 -15.278  1.00 85.44           H  \\nATOM   2946  HD2 LYS A1074      -4.129  26.259 -14.237  1.00 85.44           H  \\nATOM   2947  HE3 LYS A1074      -6.429  26.674 -14.365  1.00 97.19           H  \\nATOM   2948  HE2 LYS A1074      -6.297  25.853 -12.826  1.00 97.19           H  \\nATOM   2949  HZ1 LYS A1074      -7.139  24.699 -15.403  1.00104.18           H  \\nATOM   2950  HZ2 LYS A1074      -6.976  23.827 -14.010  1.00104.18           H  \\nATOM   2951  HZ3 LYS A1074      -8.101  25.030 -14.113  1.00104.18           H  \\nATOM   2952  N   GLU A1075      -5.180  21.863 -10.665  1.00 48.00           N  \\nATOM   2953  CA  GLU A1075      -5.585  22.077  -9.272  1.00 49.76           C  \\nATOM   2954  C   GLU A1075      -5.469  20.825  -8.390  1.00 53.28           C  \\nATOM   2955  O   GLU A1075      -5.564  20.955  -7.169  1.00 53.10           O  \\nATOM   2956  CB  GLU A1075      -7.027  22.637  -9.249  1.00 51.48           C  \\nATOM   2957  CG  GLU A1075      -7.124  24.120  -9.674  1.00 66.34           C  \\nATOM   2958  CD  GLU A1075      -6.547  25.137  -8.670  1.00 98.88           C  \\nATOM   2959  OE1 GLU A1075      -6.396  24.794  -7.475  1.00 95.63           O  \\nATOM   2960  OE2 GLU A1075      -6.278  26.270  -9.122  1.00 98.68           O1-\\nATOM   2961  H   GLU A1075      -5.913  21.578 -11.297  1.00 48.00           H  \\nATOM   2962  HA  GLU A1075      -4.918  22.813  -8.819  1.00 49.76           H  \\nATOM   2963  HB3 GLU A1075      -7.494  22.492  -8.274  1.00 51.48           H  \\nATOM   2964  HB2 GLU A1075      -7.647  22.060  -9.934  1.00 51.48           H  \\nATOM   2965  HG3 GLU A1075      -8.175  24.373  -9.823  1.00 66.34           H  \\nATOM   2966  HG2 GLU A1075      -6.644  24.255 -10.644  1.00 66.34           H  \\nATOM   2967  N   TYR A1076      -5.279  19.648  -9.014  1.00 50.13           N  \\nATOM   2968  CA  TYR A1076      -5.184  18.331  -8.378  1.00 50.19           C  \\nATOM   2969  C   TYR A1076      -6.446  17.957  -7.577  1.00 52.11           C  \\nATOM   2970  O   TYR A1076      -6.327  17.366  -6.507  1.00 53.52           O  \\nATOM   2971  CB  TYR A1076      -3.875  18.202  -7.561  1.00 54.13           C  \\nATOM   2972  CG  TYR A1076      -2.614  18.454  -8.368  1.00 57.78           C  \\nATOM   2973  CD1 TYR A1076      -1.910  19.668  -8.226  1.00 62.12           C  \\nATOM   2974  CD2 TYR A1076      -2.156  17.481  -9.280  1.00 57.80           C  \\nATOM   2975  CE1 TYR A1076      -0.757  19.910  -8.998  1.00 64.82           C  \\nATOM   2976  CE2 TYR A1076      -1.005  17.725 -10.054  1.00 59.85           C  \\nATOM   2977  CZ  TYR A1076      -0.305  18.940  -9.913  1.00 71.28           C  \\nATOM   2978  OH  TYR A1076       0.811  19.178 -10.660  1.00 75.29           O  \\nATOM   2979  H   TYR A1076      -5.206  19.646 -10.021  1.00 50.13           H  \\nATOM   2980  HA  TYR A1076      -5.136  17.606  -9.189  1.00 50.19           H  \\nATOM   2981  HB3 TYR A1076      -3.793  17.199  -7.144  1.00 54.13           H  \\nATOM   2982  HB2 TYR A1076      -3.889  18.877  -6.704  1.00 54.13           H  \\nATOM   2983  HD1 TYR A1076      -2.257  20.423  -7.536  1.00 62.12           H  \\nATOM   2984  HD2 TYR A1076      -2.693  16.552  -9.399  1.00 57.80           H  \\nATOM   2985  HE1 TYR A1076      -0.223  20.842  -8.889  1.00 64.82           H  \\nATOM   2986  HE2 TYR A1076      -0.665  16.978 -10.756  1.00 59.85           H  \\nATOM   2987  HH  TYR A1076       1.035  18.453 -11.248  1.00 75.29           H  \\nATOM   2988  N   LYS A1077      -7.625  18.303  -8.117  1.00 44.81           N  \\nATOM   2989  CA  LYS A1077      -8.935  17.968  -7.561  1.00 43.60           C  \\nATOM   2990  C   LYS A1077      -9.643  17.020  -8.530  1.00 41.76           C  \\nATOM   2991  O   LYS A1077      -9.712  17.322  -9.722  1.00 38.21           O  \\nATOM   2992  CB  LYS A1077      -9.773  19.248  -7.392  1.00 46.62           C  \\nATOM   2993  CG  LYS A1077      -9.225  20.227  -6.347  1.00 58.33           C  \\nATOM   2994  CD  LYS A1077     -10.181  21.413  -6.133  1.00 67.59           C  \\nATOM   2995  CE  LYS A1077      -9.692  22.437  -5.097  1.00 79.50           C  \\nATOM   2996  NZ  LYS A1077      -8.547  23.225  -5.587  1.00 87.69           N1+\\nATOM   2997  H   LYS A1077      -7.639  18.785  -9.007  1.00 44.81           H  \\nATOM   2998  HA  LYS A1077      -8.838  17.480  -6.589  1.00 43.60           H  \\nATOM   2999  HB3 LYS A1077     -10.784  18.965  -7.093  1.00 46.62           H  \\nATOM   3000  HB2 LYS A1077      -9.869  19.760  -8.351  1.00 46.62           H  \\nATOM   3001  HG3 LYS A1077      -8.247  20.587  -6.666  1.00 58.33           H  \\nATOM   3002  HG2 LYS A1077      -9.067  19.705  -5.403  1.00 58.33           H  \\nATOM   3003  HD3 LYS A1077     -11.151  21.030  -5.811  1.00 67.59           H  \\nATOM   3004  HD2 LYS A1077     -10.370  21.908  -7.087  1.00 67.59           H  \\nATOM   3005  HE3 LYS A1077      -9.420  21.938  -4.166  1.00 79.50           H  \\nATOM   3006  HE2 LYS A1077     -10.500  23.130  -4.860  1.00 79.50           H  \\nATOM   3007  HZ1 LYS A1077      -8.803  23.715  -6.432  1.00 87.69           H  \\nATOM   3008  HZ2 LYS A1077      -8.267  23.900  -4.892  1.00 87.69           H  \\nATOM   3009  HZ3 LYS A1077      -7.769  22.614  -5.792  1.00 87.69           H  \\nATOM   3010  N   PHE A1078     -10.177  15.913  -7.995  1.00 36.93           N  \\nATOM   3011  CA  PHE A1078     -10.895  14.905  -8.764  1.00 34.49           C  \\nATOM   3012  C   PHE A1078     -12.338  14.858  -8.243  1.00 39.60           C  \\nATOM   3013  O   PHE A1078     -12.585  14.362  -7.144  1.00 40.48           O  \\nATOM   3014  CB  PHE A1078     -10.163  13.553  -8.631  1.00 35.26           C  \\nATOM   3015  CG  PHE A1078     -10.493  12.591  -9.753  1.00 34.98           C  \\nATOM   3016  CD1 PHE A1078      -9.616  12.456 -10.849  1.00 36.30           C  \\nATOM   3017  CD2 PHE A1078     -11.752  11.962  -9.802  1.00 35.94           C  \\nATOM   3018  CE1 PHE A1078      -9.990  11.692 -11.946  1.00 35.94           C  \\nATOM   3019  CE2 PHE A1078     -12.103  11.200 -10.902  1.00 37.30           C  \\nATOM   3020  CZ  PHE A1078     -11.232  11.074 -11.975  1.00 34.53           C  \\nATOM   3021  H   PHE A1078     -10.074  15.726  -7.005  1.00 36.93           H  \\nATOM   3022  HA  PHE A1078     -10.911  15.172  -9.822  1.00 34.49           H  \\nATOM   3023  HB3 PHE A1078     -10.381  13.079  -7.673  1.00 35.26           H  \\nATOM   3024  HB2 PHE A1078      -9.086  13.717  -8.642  1.00 35.26           H  \\nATOM   3025  HD1 PHE A1078      -8.660  12.960 -10.852  1.00 36.30           H  \\nATOM   3026  HD2 PHE A1078     -12.462  12.090  -8.999  1.00 35.94           H  \\nATOM   3027  HE1 PHE A1078      -9.324  11.597 -12.788  1.00 35.94           H  \\nATOM   3028  HE2 PHE A1078     -13.078  10.743 -10.924  1.00 37.30           H  \\nATOM   3029  HZ  PHE A1078     -11.523  10.502 -12.843  1.00 34.53           H  \\nATOM   3030  N   TYR A1079     -13.251  15.383  -9.069  1.00 35.49           N  \\nATOM   3031  CA  TYR A1079     -14.699  15.432  -8.867  1.00 35.71           C  \\nATOM   3032  C   TYR A1079     -15.372  14.145  -9.384  1.00 36.13           C  \\nATOM   3033  O   TYR A1079     -14.705  13.288  -9.964  1.00 33.76           O  \\nATOM   3034  CB  TYR A1079     -15.243  16.673  -9.619  1.00 37.14           C  \\nATOM   3035  CG  TYR A1079     -14.753  18.019  -9.104  1.00 41.82           C  \\nATOM   3036  CD1 TYR A1079     -15.584  18.803  -8.276  1.00 45.55           C  \\nATOM   3037  CD2 TYR A1079     -13.470  18.498  -9.452  1.00 42.95           C  \\nATOM   3038  CE1 TYR A1079     -15.127  20.039  -7.777  1.00 48.19           C  \\nATOM   3039  CE2 TYR A1079     -13.011  19.728  -8.945  1.00 44.97           C  \\nATOM   3040  CZ  TYR A1079     -13.835  20.496  -8.101  1.00 54.63           C  \\nATOM   3041  OH  TYR A1079     -13.381  21.681  -7.599  1.00 58.40           O  \\nATOM   3042  H   TYR A1079     -12.940  15.728  -9.968  1.00 35.49           H  \\nATOM   3043  HA  TYR A1079     -14.910  15.528  -7.804  1.00 35.71           H  \\nATOM   3044  HB3 TYR A1079     -16.331  16.687  -9.569  1.00 37.14           H  \\nATOM   3045  HB2 TYR A1079     -15.004  16.605 -10.682  1.00 37.14           H  \\nATOM   3046  HD1 TYR A1079     -16.571  18.454  -8.007  1.00 45.55           H  \\nATOM   3047  HD2 TYR A1079     -12.828  17.919 -10.099  1.00 42.95           H  \\nATOM   3048  HE1 TYR A1079     -15.767  20.629  -7.137  1.00 48.19           H  \\nATOM   3049  HE2 TYR A1079     -12.025  20.081  -9.205  1.00 44.97           H  \\nATOM   3050  HH  TYR A1079     -14.028  22.123  -7.043  1.00 58.40           H  \\nATOM   3051  N   TYR A1080     -16.702  14.042  -9.223  1.00 32.40           N  \\nATOM   3052  CA  TYR A1080     -17.512  13.046  -9.939  1.00 30.87           C  \\nATOM   3053  C   TYR A1080     -17.542  13.317 -11.455  1.00 32.51           C  \\nATOM   3054  O   TYR A1080     -17.430  12.377 -12.238  1.00 30.72           O  \\nATOM   3055  CB  TYR A1080     -18.938  12.999  -9.362  1.00 32.98           C  \\nATOM   3056  CG  TYR A1080     -19.032  12.486  -7.936  1.00 35.85           C  \\nATOM   3057  CD1 TYR A1080     -18.695  11.147  -7.644  1.00 37.45           C  \\nATOM   3058  CD2 TYR A1080     -19.477  13.336  -6.902  1.00 38.07           C  \\nATOM   3059  CE1 TYR A1080     -18.818  10.655  -6.331  1.00 40.49           C  \\nATOM   3060  CE2 TYR A1080     -19.600  12.844  -5.588  1.00 40.41           C  \\nATOM   3061  CZ  TYR A1080     -19.277  11.503  -5.305  1.00 44.30           C  \\nATOM   3062  OH  TYR A1080     -19.410  11.026  -4.036  1.00 44.69           O  \\nATOM   3063  H   TYR A1080     -17.208  14.750  -8.710  1.00 32.40           H  \\nATOM   3064  HA  TYR A1080     -17.052  12.066  -9.794  1.00 30.87           H  \\nATOM   3065  HB3 TYR A1080     -19.560  12.345  -9.974  1.00 32.98           H  \\nATOM   3066  HB2 TYR A1080     -19.400  13.985  -9.425  1.00 32.98           H  \\nATOM   3067  HD1 TYR A1080     -18.346  10.490  -8.426  1.00 37.45           H  \\nATOM   3068  HD2 TYR A1080     -19.735  14.363  -7.111  1.00 38.07           H  \\nATOM   3069  HE1 TYR A1080     -18.566   9.627  -6.116  1.00 40.49           H  \\nATOM   3070  HE2 TYR A1080     -19.946  13.496  -4.799  1.00 40.41           H  \\nATOM   3071  HH  TYR A1080     -19.090  10.127  -3.938  1.00 44.69           H  \\nATOM   3072  N   ALA A1081     -17.605  14.604 -11.842  1.00 29.56           N  \\nATOM   3073  CA  ALA A1081     -17.512  15.064 -13.228  1.00 27.95           C  \\nATOM   3074  C   ALA A1081     -16.170  14.748 -13.915  1.00 27.99           C  \\nATOM   3075  O   ALA A1081     -16.124  14.729 -15.142  1.00 26.14           O  \\nATOM   3076  CB  ALA A1081     -17.798  16.573 -13.264  1.00 28.95           C  \\nATOM   3077  H   ALA A1081     -17.713  15.325 -11.141  1.00 29.56           H  \\nATOM   3078  HA  ALA A1081     -18.290  14.551 -13.796  1.00 27.95           H  \\nATOM   3079  HB1 ALA A1081     -17.793  16.956 -14.285  1.00 28.95           H  \\nATOM   3080  HB2 ALA A1081     -18.781  16.794 -12.847  1.00 28.95           H  \\nATOM   3081  HB3 ALA A1081     -17.061  17.135 -12.690  1.00 28.95           H  \\nATOM   3082  N   SER A1082     -15.102  14.505 -13.138  1.00 25.39           N  \\nATOM   3083  CA  SER A1082     -13.776  14.151 -13.646  1.00 24.95           C  \\nATOM   3084  C   SER A1082     -13.745  12.745 -14.282  1.00 27.35           C  \\nATOM   3085  O   SER A1082     -13.055  12.563 -15.284  1.00 26.99           O  \\nATOM   3086  CB  SER A1082     -12.763  14.260 -12.500  1.00 28.68           C  \\nATOM   3087  OG  SER A1082     -12.732  15.566 -11.967  1.00 33.92           O  \\nATOM   3088  H   SER A1082     -15.195  14.533 -12.132  1.00 25.39           H  \\nATOM   3089  HA  SER A1082     -13.498  14.869 -14.420  1.00 24.95           H  \\nATOM   3090  HB3 SER A1082     -11.764  14.000 -12.839  1.00 28.68           H  \\nATOM   3091  HB2 SER A1082     -13.008  13.569 -11.703  1.00 28.68           H  \\nATOM   3092  HG  SER A1082     -12.333  16.169 -12.606  1.00 33.92           H  \\nATOM   3093  N   ASP A1083     -14.537  11.799 -13.743  1.00 23.13           N  \\nATOM   3094  CA  ASP A1083     -14.788  10.488 -14.354  1.00 22.18           C  \\nATOM   3095  C   ASP A1083     -15.611  10.564 -15.651  1.00 25.02           C  \\nATOM   3096  O   ASP A1083     -15.428   9.691 -16.496  1.00 23.63           O  \\nATOM   3097  CB  ASP A1083     -15.474   9.498 -13.386  1.00 24.19           C  \\nATOM   3098  CG  ASP A1083     -14.601   8.937 -12.259  1.00 28.00           C  \\nATOM   3099  OD1 ASP A1083     -13.433   8.581 -12.529  1.00 27.87           O  \\nATOM   3100  OD2 ASP A1083     -15.162   8.716 -11.167  1.00 31.18           O1-\\nATOM   3101  H   ASP A1083     -15.083  12.016 -12.921  1.00 23.13           H  \\nATOM   3102  HA  ASP A1083     -13.818  10.082 -14.642  1.00 22.18           H  \\nATOM   3103  HB3 ASP A1083     -15.865   8.648 -13.943  1.00 24.19           H  \\nATOM   3104  HB2 ASP A1083     -16.333   9.997 -12.937  1.00 24.19           H  \\nATOM   3105  N   VAL A1084     -16.478  11.581 -15.808  1.00 23.20           N  \\nATOM   3106  CA  VAL A1084     -17.237  11.816 -17.043  1.00 22.46           C  \\nATOM   3107  C   VAL A1084     -16.326  12.236 -18.215  1.00 25.25           C  \\nATOM   3108  O   VAL A1084     -16.560  11.779 -19.334  1.00 23.49           O  \\nATOM   3109  CB  VAL A1084     -18.378  12.855 -16.849  1.00 25.40           C  \\nATOM   3110  CG1 VAL A1084     -19.004  13.409 -18.149  1.00 24.52           C  \\nATOM   3111  CG2 VAL A1084     -19.467  12.272 -15.928  1.00 25.38           C  \\nATOM   3112  H   VAL A1084     -16.590  12.265 -15.073  1.00 23.20           H  \\nATOM   3113  HA  VAL A1084     -17.704  10.870 -17.322  1.00 22.46           H  \\nATOM   3114  HB  VAL A1084     -17.970  13.719 -16.335  1.00 25.40           H  \\nATOM   3115 HG11 VAL A1084     -19.744  14.170 -17.923  1.00 24.52           H  \\nATOM   3116 HG12 VAL A1084     -18.280  13.911 -18.790  1.00 24.52           H  \\nATOM   3117 HG13 VAL A1084     -19.487  12.624 -18.732  1.00 24.52           H  \\nATOM   3118 HG21 VAL A1084     -20.235  13.007 -15.704  1.00 25.38           H  \\nATOM   3119 HG22 VAL A1084     -19.957  11.412 -16.385  1.00 25.38           H  \\nATOM   3120 HG23 VAL A1084     -19.053  11.952 -14.972  1.00 25.38           H  \\nATOM   3121  N   TRP A1085     -15.279  13.034 -17.932  1.00 23.54           N  \\nATOM   3122  CA  TRP A1085     -14.206  13.342 -18.882  1.00 23.20           C  \\nATOM   3123  C   TRP A1085     -13.454  12.077 -19.319  1.00 25.99           C  \\nATOM   3124  O   TRP A1085     -13.253  11.889 -20.518  1.00 26.38           O  \\nATOM   3125  CB  TRP A1085     -13.269  14.426 -18.303  1.00 22.62           C  \\nATOM   3126  CG  TRP A1085     -12.128  14.881 -19.175  1.00 22.84           C  \\nATOM   3127  CD1 TRP A1085     -11.055  14.132 -19.515  1.00 25.30           C  \\nATOM   3128  CD2 TRP A1085     -11.921  16.174 -19.828  1.00 22.79           C  \\nATOM   3129  NE1 TRP A1085     -10.233  14.839 -20.359  1.00 24.54           N  \\nATOM   3130  CE2 TRP A1085     -10.718  16.104 -20.594  1.00 26.50           C  \\nATOM   3131  CE3 TRP A1085     -12.618  17.404 -19.853  1.00 24.28           C  \\nATOM   3132  CZ2 TRP A1085     -10.252  17.180 -21.365  1.00 26.19           C  \\nATOM   3133  CZ3 TRP A1085     -12.152  18.496 -20.615  1.00 25.94           C  \\nATOM   3134  CH2 TRP A1085     -10.975  18.384 -21.378  1.00 26.22           C  \\nATOM   3135  H   TRP A1085     -15.153  13.373 -16.988  1.00 23.54           H  \\nATOM   3136  HA  TRP A1085     -14.660  13.744 -19.784  1.00 23.20           H  \\nATOM   3137  HB3 TRP A1085     -12.840  14.080 -17.363  1.00 22.62           H  \\nATOM   3138  HB2 TRP A1085     -13.860  15.308 -18.052  1.00 22.62           H  \\nATOM   3139  HD1 TRP A1085     -10.890  13.120 -19.184  1.00 25.30           H  \\nATOM   3140  HE1 TRP A1085      -9.371  14.455 -20.731  1.00 24.54           H  \\nATOM   3141  HE3 TRP A1085     -13.527  17.507 -19.285  1.00 24.28           H  \\nATOM   3142  HZ2 TRP A1085      -9.346  17.075 -21.938  1.00 26.19           H  \\nATOM   3143  HZ3 TRP A1085     -12.701  19.424 -20.620  1.00 25.94           H  \\nATOM   3144  HH2 TRP A1085     -10.626  19.223 -21.962  1.00 26.22           H  \\nATOM   3145  N   SER A1086     -13.092  11.228 -18.343  1.00 23.27           N  \\nATOM   3146  CA  SER A1086     -12.412   9.953 -18.565  1.00 22.29           C  \\nATOM   3147  C   SER A1086     -13.274   8.947 -19.353  1.00 25.76           C  \\nATOM   3148  O   SER A1086     -12.707   8.181 -20.130  1.00 25.35           O  \\nATOM   3149  CB  SER A1086     -11.978   9.362 -17.215  1.00 24.31           C  \\nATOM   3150  OG  SER A1086     -11.144  10.256 -16.504  1.00 27.11           O  \\nATOM   3151  H   SER A1086     -13.281  11.465 -17.378  1.00 23.27           H  \\nATOM   3152  HA  SER A1086     -11.518  10.152 -19.159  1.00 22.29           H  \\nATOM   3153  HB3 SER A1086     -11.420   8.439 -17.370  1.00 24.31           H  \\nATOM   3154  HB2 SER A1086     -12.840   9.115 -16.597  1.00 24.31           H  \\nATOM   3155  HG  SER A1086     -10.415  10.519 -17.077  1.00 27.11           H  \\nATOM   3156  N   PHE A1087     -14.612   9.007 -19.195  1.00 22.49           N  \\nATOM   3157  CA  PHE A1087     -15.589   8.295 -20.022  1.00 21.87           C  \\nATOM   3158  C   PHE A1087     -15.618   8.765 -21.483  1.00 26.76           C  \\nATOM   3159  O   PHE A1087     -15.773   7.924 -22.363  1.00 27.22           O  \\nATOM   3160  CB  PHE A1087     -16.998   8.282 -19.373  1.00 24.21           C  \\nATOM   3161  CG  PHE A1087     -18.139   7.909 -20.310  1.00 25.86           C  \\nATOM   3162  CD1 PHE A1087     -18.280   6.574 -20.745  1.00 28.01           C  \\nATOM   3163  CD2 PHE A1087     -18.909   8.917 -20.932  1.00 26.70           C  \\nATOM   3164  CE1 PHE A1087     -19.174   6.264 -21.760  1.00 28.28           C  \\nATOM   3165  CE2 PHE A1087     -19.803   8.585 -21.941  1.00 28.37           C  \\nATOM   3166  CZ  PHE A1087     -19.928   7.266 -22.358  1.00 26.26           C  \\nATOM   3167  H   PHE A1087     -14.996   9.642 -18.508  1.00 22.49           H  \\nATOM   3168  HA  PHE A1087     -15.264   7.254 -20.052  1.00 21.87           H  \\nATOM   3169  HB3 PHE A1087     -17.220   9.244 -18.916  1.00 24.21           H  \\nATOM   3170  HB2 PHE A1087     -17.001   7.559 -18.562  1.00 24.21           H  \\nATOM   3171  HD1 PHE A1087     -17.662   5.798 -20.320  1.00 28.01           H  \\nATOM   3172  HD2 PHE A1087     -18.781   9.951 -20.647  1.00 26.70           H  \\nATOM   3173  HE1 PHE A1087     -19.270   5.244 -22.097  1.00 28.28           H  \\nATOM   3174  HE2 PHE A1087     -20.388   9.359 -22.416  1.00 28.37           H  \\nATOM   3175  HZ  PHE A1087     -20.613   7.022 -23.156  1.00 26.26           H  \\nATOM   3176  N   GLY A1088     -15.463  10.078 -21.725  1.00 25.20           N  \\nATOM   3177  CA  GLY A1088     -15.397  10.647 -23.072  1.00 24.53           C  \\nATOM   3178  C   GLY A1088     -14.144  10.153 -23.812  1.00 25.56           C  \\nATOM   3179  O   GLY A1088     -14.215   9.886 -25.010  1.00 24.64           O  \\nATOM   3180  H   GLY A1088     -15.360  10.718 -20.948  1.00 25.20           H  \\nATOM   3181  HA3 GLY A1088     -15.369  11.734 -23.000  1.00 24.53           H  \\nATOM   3182  HA2 GLY A1088     -16.295  10.385 -23.634  1.00 24.53           H  \\nATOM   3183  N   VAL A1089     -13.018   9.990 -23.092  1.00 22.27           N  \\nATOM   3184  CA  VAL A1089     -11.773   9.430 -23.621  1.00 21.54           C  \\nATOM   3185  C   VAL A1089     -11.845   7.892 -23.772  1.00 25.32           C  \\nATOM   3186  O   VAL A1089     -11.253   7.367 -24.713  1.00 25.91           O  \\nATOM   3187  CB  VAL A1089     -10.538   9.818 -22.757  1.00 24.92           C  \\nATOM   3188  CG1 VAL A1089      -9.205   9.300 -23.330  1.00 24.42           C  \\nATOM   3189  CG2 VAL A1089     -10.419  11.342 -22.593  1.00 24.24           C  \\nATOM   3190  H   VAL A1089     -13.022  10.219 -22.107  1.00 22.27           H  \\nATOM   3191  HA  VAL A1089     -11.612   9.844 -24.616  1.00 21.54           H  \\nATOM   3192  HB  VAL A1089     -10.659   9.389 -21.761  1.00 24.92           H  \\nATOM   3193 HG11 VAL A1089      -8.358   9.619 -22.723  1.00 24.42           H  \\nATOM   3194 HG12 VAL A1089      -9.165   8.214 -23.374  1.00 24.42           H  \\nATOM   3195 HG13 VAL A1089      -9.045   9.679 -24.340  1.00 24.42           H  \\nATOM   3196 HG21 VAL A1089      -9.521  11.613 -22.042  1.00 24.24           H  \\nATOM   3197 HG22 VAL A1089     -10.373  11.837 -23.563  1.00 24.24           H  \\nATOM   3198 HG23 VAL A1089     -11.258  11.760 -22.043  1.00 24.24           H  \\nATOM   3199  N   THR A1090     -12.615   7.201 -22.911  1.00 22.27           N  \\nATOM   3200  CA  THR A1090     -12.918   5.771 -23.052  1.00 21.73           C  \\nATOM   3201  C   THR A1090     -13.803   5.497 -24.282  1.00 24.89           C  \\nATOM   3202  O   THR A1090     -13.496   4.581 -25.038  1.00 24.37           O  \\nATOM   3203  CB  THR A1090     -13.638   5.177 -21.811  1.00 26.43           C  \\nATOM   3204  OG1 THR A1090     -12.855   5.394 -20.661  1.00 23.21           O  \\nATOM   3205  CG2 THR A1090     -13.917   3.664 -21.880  1.00 26.50           C  \\nATOM   3206  H   THR A1090     -13.071   7.685 -22.149  1.00 22.27           H  \\nATOM   3207  HA  THR A1090     -11.974   5.239 -23.187  1.00 21.73           H  \\nATOM   3208  HB  THR A1090     -14.587   5.688 -21.652  1.00 26.43           H  \\nATOM   3209  HG1 THR A1090     -12.746   6.342 -20.526  1.00 23.21           H  \\nATOM   3210 HG21 THR A1090     -14.289   3.293 -20.925  1.00 26.50           H  \\nATOM   3211 HG22 THR A1090     -14.666   3.418 -22.633  1.00 26.50           H  \\nATOM   3212 HG23 THR A1090     -13.011   3.107 -22.118  1.00 26.50           H  \\nATOM   3213  N   LEU A1091     -14.844   6.326 -24.480  1.00 21.38           N  \\nATOM   3214  CA  LEU A1091     -15.754   6.315 -25.626  1.00 21.26           C  \\nATOM   3215  C   LEU A1091     -15.027   6.594 -26.953  1.00 25.55           C  \\nATOM   3216  O   LEU A1091     -15.338   5.943 -27.948  1.00 24.92           O  \\nATOM   3217  CB  LEU A1091     -16.902   7.321 -25.358  1.00 21.18           C  \\nATOM   3218  CG  LEU A1091     -18.043   7.343 -26.400  1.00 26.34           C  \\nATOM   3219  CD1 LEU A1091     -18.736   5.972 -26.517  1.00 27.66           C  \\nATOM   3220  CD2 LEU A1091     -19.046   8.478 -26.096  1.00 28.91           C  \\nATOM   3221  H   LEU A1091     -15.031   7.043 -23.789  1.00 21.38           H  \\nATOM   3222  HA  LEU A1091     -16.172   5.309 -25.684  1.00 21.26           H  \\nATOM   3223  HB3 LEU A1091     -16.476   8.322 -25.277  1.00 21.18           H  \\nATOM   3224  HB2 LEU A1091     -17.339   7.107 -24.381  1.00 21.18           H  \\nATOM   3225  HG  LEU A1091     -17.612   7.573 -27.373  1.00 26.34           H  \\nATOM   3226 HD11 LEU A1091     -19.820   6.049 -26.604  1.00 27.66           H  \\nATOM   3227 HD12 LEU A1091     -18.386   5.428 -27.392  1.00 27.66           H  \\nATOM   3228 HD13 LEU A1091     -18.522   5.346 -25.651  1.00 27.66           H  \\nATOM   3229 HD21 LEU A1091     -19.158   9.136 -26.959  1.00 28.91           H  \\nATOM   3230 HD22 LEU A1091     -20.039   8.108 -25.839  1.00 28.91           H  \\nATOM   3231 HD23 LEU A1091     -18.721   9.099 -25.260  1.00 28.91           H  \\nATOM   3232  N   TYR A1092     -14.031   7.499 -26.923  1.00 23.80           N  \\nATOM   3233  CA  TYR A1092     -13.099   7.753 -28.021  1.00 23.59           C  \\nATOM   3234  C   TYR A1092     -12.315   6.491 -28.425  1.00 28.07           C  \\nATOM   3235  O   TYR A1092     -12.272   6.181 -29.614  1.00 28.26           O  \\nATOM   3236  CB  TYR A1092     -12.173   8.936 -27.658  1.00 24.03           C  \\nATOM   3237  CG  TYR A1092     -11.033   9.197 -28.626  1.00 25.49           C  \\nATOM   3238  CD1 TYR A1092     -11.301   9.688 -29.920  1.00 27.64           C  \\nATOM   3239  CD2 TYR A1092      -9.705   8.903 -28.251  1.00 25.28           C  \\nATOM   3240  CE1 TYR A1092     -10.251   9.863 -30.838  1.00 27.61           C  \\nATOM   3241  CE2 TYR A1092      -8.652   9.096 -29.166  1.00 25.84           C  \\nATOM   3242  CZ  TYR A1092      -8.929   9.573 -30.462  1.00 31.24           C  \\nATOM   3243  OH  TYR A1092      -7.926   9.744 -31.367  1.00 30.99           O  \\nATOM   3244  H   TYR A1092     -13.854   8.006 -26.066  1.00 23.80           H  \\nATOM   3245  HA  TYR A1092     -13.698   8.053 -28.883  1.00 23.59           H  \\nATOM   3246  HB3 TYR A1092     -11.731   8.761 -26.683  1.00 24.03           H  \\nATOM   3247  HB2 TYR A1092     -12.756   9.847 -27.538  1.00 24.03           H  \\nATOM   3248  HD1 TYR A1092     -12.315   9.900 -30.224  1.00 27.64           H  \\nATOM   3249  HD2 TYR A1092      -9.491   8.520 -27.264  1.00 25.28           H  \\nATOM   3250  HE1 TYR A1092     -10.457  10.196 -31.843  1.00 27.61           H  \\nATOM   3251  HE2 TYR A1092      -7.639   8.871 -28.867  1.00 25.84           H  \\nATOM   3252  HH  TYR A1092      -7.106   9.333 -31.072  1.00 30.99           H  \\nATOM   3253  N   GLU A1093     -11.768   5.761 -27.435  1.00 24.82           N  \\nATOM   3254  CA  GLU A1093     -11.086   4.484 -27.646  1.00 23.87           C  \\nATOM   3255  C   GLU A1093     -11.975   3.389 -28.258  1.00 29.02           C  \\nATOM   3256  O   GLU A1093     -11.477   2.664 -29.115  1.00 29.63           O  \\nATOM   3257  CB  GLU A1093     -10.427   3.973 -26.356  1.00 24.44           C  \\nATOM   3258  CG  GLU A1093      -9.237   4.821 -25.884  1.00 27.04           C  \\nATOM   3259  CD  GLU A1093      -8.637   4.226 -24.611  1.00 39.48           C  \\nATOM   3260  OE1 GLU A1093      -9.243   4.419 -23.533  1.00 26.77           O  \\nATOM   3261  OE2 GLU A1093      -7.591   3.554 -24.738  1.00 32.38           O1-\\nATOM   3262  H   GLU A1093     -11.845   6.074 -26.476  1.00 24.82           H  \\nATOM   3263  HA  GLU A1093     -10.281   4.673 -28.357  1.00 23.87           H  \\nATOM   3264  HB3 GLU A1093     -10.087   2.947 -26.501  1.00 24.44           H  \\nATOM   3265  HB2 GLU A1093     -11.167   3.920 -25.560  1.00 24.44           H  \\nATOM   3266  HG3 GLU A1093      -9.531   5.852 -25.702  1.00 27.04           H  \\nATOM   3267  HG2 GLU A1093      -8.481   4.862 -26.670  1.00 27.04           H  \\nATOM   3268  N   LEU A1094     -13.259   3.299 -27.860  1.00 26.56           N  \\nATOM   3269  CA  LEU A1094     -14.192   2.306 -28.409  1.00 27.12           C  \\nATOM   3270  C   LEU A1094     -14.478   2.531 -29.905  1.00 29.23           C  \\nATOM   3271  O   LEU A1094     -14.481   1.561 -30.660  1.00 30.58           O  \\nATOM   3272  CB  LEU A1094     -15.520   2.246 -27.615  1.00 27.75           C  \\nATOM   3273  CG  LEU A1094     -15.421   2.018 -26.089  1.00 33.45           C  \\nATOM   3274  CD1 LEU A1094     -16.789   1.644 -25.482  1.00 34.25           C  \\nATOM   3275  CD2 LEU A1094     -14.323   1.027 -25.666  1.00 37.20           C  \\nATOM   3276  H   LEU A1094     -13.614   3.919 -27.144  1.00 26.56           H  \\nATOM   3277  HA  LEU A1094     -13.708   1.330 -28.327  1.00 27.12           H  \\nATOM   3278  HB3 LEU A1094     -16.113   1.436 -28.041  1.00 27.75           H  \\nATOM   3279  HB2 LEU A1094     -16.100   3.154 -27.790  1.00 27.75           H  \\nATOM   3280  HG  LEU A1094     -15.166   2.977 -25.652  1.00 33.45           H  \\nATOM   3281 HD11 LEU A1094     -17.053   2.322 -24.669  1.00 34.25           H  \\nATOM   3282 HD12 LEU A1094     -17.592   1.700 -26.216  1.00 34.25           H  \\nATOM   3283 HD13 LEU A1094     -16.794   0.632 -25.076  1.00 34.25           H  \\nATOM   3284 HD21 LEU A1094     -14.466   0.703 -24.636  1.00 37.20           H  \\nATOM   3285 HD22 LEU A1094     -14.313   0.140 -26.299  1.00 37.20           H  \\nATOM   3286 HD23 LEU A1094     -13.335   1.487 -25.711  1.00 37.20           H  \\nATOM   3287  N   LEU A1095     -14.672   3.802 -30.304  1.00 26.35           N  \\nATOM   3288  CA  LEU A1095     -14.961   4.209 -31.682  1.00 28.85           C  \\nATOM   3289  C   LEU A1095     -13.734   4.120 -32.619  1.00 32.34           C  \\nATOM   3290  O   LEU A1095     -13.931   3.898 -33.813  1.00 33.48           O  \\nATOM   3291  CB  LEU A1095     -15.577   5.632 -31.691  1.00 29.95           C  \\nATOM   3292  CG  LEU A1095     -17.110   5.748 -31.482  1.00 37.01           C  \\nATOM   3293  CD1 LEU A1095     -17.928   4.993 -32.548  1.00 41.99           C  \\nATOM   3294  CD2 LEU A1095     -17.598   5.424 -30.060  1.00 37.43           C  \\nATOM   3295  H   LEU A1095     -14.644   4.545 -29.618  1.00 26.35           H  \\nATOM   3296  HA  LEU A1095     -15.694   3.506 -32.081  1.00 28.85           H  \\nATOM   3297  HB3 LEU A1095     -15.375   6.094 -32.658  1.00 29.95           H  \\nATOM   3298  HB2 LEU A1095     -15.062   6.260 -30.963  1.00 29.95           H  \\nATOM   3299  HG  LEU A1095     -17.340   6.802 -31.630  1.00 37.01           H  \\nATOM   3300 HD11 LEU A1095     -18.648   5.658 -33.026  1.00 41.99           H  \\nATOM   3301 HD12 LEU A1095     -17.300   4.585 -33.335  1.00 41.99           H  \\nATOM   3302 HD13 LEU A1095     -18.483   4.155 -32.126  1.00 41.99           H  \\nATOM   3303 HD21 LEU A1095     -18.614   5.029 -30.052  1.00 37.43           H  \\nATOM   3304 HD22 LEU A1095     -16.973   4.692 -29.555  1.00 37.43           H  \\nATOM   3305 HD23 LEU A1095     -17.608   6.330 -29.455  1.00 37.43           H  \\nATOM   3306  N   THR A1096     -12.506   4.251 -32.084  1.00 28.49           N  \\nATOM   3307  CA  THR A1096     -11.253   3.995 -32.816  1.00 28.46           C  \\nATOM   3308  C   THR A1096     -10.852   2.497 -32.815  1.00 34.09           C  \\nATOM   3309  O   THR A1096      -9.856   2.153 -33.452  1.00 34.31           O  \\nATOM   3310  CB  THR A1096     -10.059   4.808 -32.236  1.00 31.93           C  \\nATOM   3311  OG1 THR A1096      -9.741   4.419 -30.916  1.00 28.23           O  \\nATOM   3312  CG2 THR A1096     -10.258   6.329 -32.269  1.00 33.74           C  \\nATOM   3313  H   THR A1096     -12.415   4.453 -31.098  1.00 28.49           H  \\nATOM   3314  HA  THR A1096     -11.377   4.297 -33.856  1.00 28.46           H  \\nATOM   3315  HB  THR A1096      -9.172   4.597 -32.833  1.00 31.93           H  \\nATOM   3316  HG1 THR A1096     -10.439   4.736 -30.336  1.00 28.23           H  \\nATOM   3317 HG21 THR A1096      -9.410   6.848 -31.821  1.00 33.74           H  \\nATOM   3318 HG22 THR A1096     -10.359   6.687 -33.292  1.00 33.74           H  \\nATOM   3319 HG23 THR A1096     -11.150   6.635 -31.735  1.00 33.74           H  \\nATOM   3320  N   HIS A1097     -11.615   1.642 -32.103  1.00 31.69           N  \\nATOM   3321  CA  HIS A1097     -11.381   0.204 -31.900  1.00 31.97           C  \\nATOM   3322  C   HIS A1097     -10.062  -0.104 -31.165  1.00 33.69           C  \\nATOM   3323  O   HIS A1097      -9.451  -1.146 -31.396  1.00 33.12           O  \\nATOM   3324  CB  HIS A1097     -11.554  -0.597 -33.212  1.00 35.14           C  \\nATOM   3325  CG  HIS A1097     -12.938  -0.518 -33.800  1.00 40.55           C  \\nATOM   3326  ND1 HIS A1097     -13.357   0.538 -34.617  1.00 43.74           N  \\nATOM   3327  CD2 HIS A1097     -13.982  -1.406 -33.645  1.00 43.94           C  \\nATOM   3328  CE1 HIS A1097     -14.618   0.257 -34.914  1.00 44.01           C  \\nATOM   3329  NE2 HIS A1097     -15.038  -0.885 -34.369  1.00 44.57           N  \\nATOM   3330  H   HIS A1097     -12.425   2.012 -31.624  1.00 31.69           H  \\nATOM   3331  HA  HIS A1097     -12.165  -0.123 -31.216  1.00 31.97           H  \\nATOM   3332  HB3 HIS A1097     -11.341  -1.653 -33.046  1.00 35.14           H  \\nATOM   3333  HB2 HIS A1097     -10.844  -0.264 -33.967  1.00 35.14           H  \\nATOM   3334  HD2 HIS A1097     -14.056  -2.331 -33.092  1.00 43.94           H  \\nATOM   3335  HE1 HIS A1097     -15.240   0.888 -35.531  1.00 44.01           H  \\nATOM   3336  HE2 HIS A1097     -15.963  -1.292 -34.456  1.00 44.57           H  \\nATOM   3337  N   CYS A1098      -9.658   0.828 -30.285  1.00 28.70           N  \\nATOM   3338  CA  CYS A1098      -8.478   0.796 -29.422  1.00 27.70           C  \\nATOM   3339  C   CYS A1098      -7.155   0.700 -30.208  1.00 30.22           C  \\nATOM   3340  O   CYS A1098      -6.198   0.093 -29.727  1.00 27.75           O  \\nATOM   3341  CB  CYS A1098      -8.592  -0.268 -28.315  1.00 27.86           C  \\nATOM   3342  SG  CYS A1098     -10.039   0.093 -27.277  1.00 31.27           S  \\nATOM   3343  H   CYS A1098     -10.254   1.635 -30.150  1.00 28.70           H  \\nATOM   3344  HA  CYS A1098      -8.453   1.767 -28.928  1.00 27.70           H  \\nATOM   3345  HB3 CYS A1098      -7.706  -0.255 -27.682  1.00 27.86           H  \\nATOM   3346  HB2 CYS A1098      -8.685  -1.270 -28.729  1.00 27.86           H  \\nATOM   3347  HG  CYS A1098     -10.014  -1.059 -26.600  1.00 31.27           H  \\nATOM   3348  N   ASP A1099      -7.130   1.319 -31.404  1.00 28.20           N  \\nATOM   3349  CA  ASP A1099      -5.967   1.423 -32.283  1.00 29.09           C  \\nATOM   3350  C   ASP A1099      -4.871   2.253 -31.590  1.00 32.04           C  \\nATOM   3351  O   ASP A1099      -5.137   3.386 -31.191  1.00 29.80           O  \\nATOM   3352  CB  ASP A1099      -6.383   2.011 -33.658  1.00 31.01           C  \\nATOM   3353  CG  ASP A1099      -5.334   2.058 -34.786  1.00 42.86           C  \\nATOM   3354  OD1 ASP A1099      -4.205   1.546 -34.615  1.00 44.82           O  \\nATOM   3355  OD2 ASP A1099      -5.706   2.585 -35.856  1.00 55.40           O1-\\nATOM   3356  H   ASP A1099      -7.968   1.778 -31.732  1.00 28.20           H  \\nATOM   3357  HA  ASP A1099      -5.599   0.408 -32.440  1.00 29.09           H  \\nATOM   3358  HB3 ASP A1099      -6.782   3.015 -33.511  1.00 31.01           H  \\nATOM   3359  HB2 ASP A1099      -7.232   1.442 -34.033  1.00 31.01           H  \\nATOM   3360  N   SER A1100      -3.673   1.660 -31.457  1.00 30.26           N  \\nATOM   3361  CA  SER A1100      -2.501   2.255 -30.813  1.00 30.30           C  \\nATOM   3362  C   SER A1100      -2.007   3.557 -31.475  1.00 34.31           C  \\nATOM   3363  O   SER A1100      -1.544   4.442 -30.757  1.00 34.07           O  \\nATOM   3364  CB  SER A1100      -1.395   1.186 -30.688  1.00 35.14           C  \\nATOM   3365  OG  SER A1100      -0.812   0.863 -31.936  1.00 49.21           O  \\nATOM   3366  H   SER A1100      -3.544   0.722 -31.816  1.00 30.26           H  \\nATOM   3367  HA  SER A1100      -2.810   2.508 -29.798  1.00 30.30           H  \\nATOM   3368  HB3 SER A1100      -1.789   0.278 -30.231  1.00 35.14           H  \\nATOM   3369  HB2 SER A1100      -0.604   1.548 -30.030  1.00 35.14           H  \\nATOM   3370  HG  SER A1100      -0.171   0.161 -31.804  1.00 49.21           H  \\nATOM   3371  N   SER A1101      -2.165   3.675 -32.806  1.00 31.40           N  \\nATOM   3372  CA  SER A1101      -1.859   4.886 -33.572  1.00 31.93           C  \\nATOM   3373  C   SER A1101      -2.867   6.034 -33.343  1.00 35.91           C  \\nATOM   3374  O   SER A1101      -2.506   7.191 -33.557  1.00 36.89           O  \\nATOM   3375  CB  SER A1101      -1.697   4.523 -35.064  1.00 36.50           C  \\nATOM   3376  OG  SER A1101      -2.929   4.318 -35.729  1.00 42.36           O  \\nATOM   3377  H   SER A1101      -2.558   2.902 -33.327  1.00 31.40           H  \\nATOM   3378  HA  SER A1101      -0.886   5.241 -33.226  1.00 31.93           H  \\nATOM   3379  HB3 SER A1101      -1.073   3.636 -35.181  1.00 36.50           H  \\nATOM   3380  HB2 SER A1101      -1.179   5.333 -35.580  1.00 36.50           H  \\nATOM   3381  HG  SER A1101      -3.291   3.462 -35.475  1.00 42.36           H  \\nATOM   3382  N   GLN A1102      -4.091   5.700 -32.898  1.00 29.85           N  \\nATOM   3383  CA  GLN A1102      -5.158   6.649 -32.581  1.00 28.09           C  \\nATOM   3384  C   GLN A1102      -5.318   6.881 -31.067  1.00 29.55           C  \\nATOM   3385  O   GLN A1102      -6.205   7.643 -30.690  1.00 27.73           O  \\nATOM   3386  CB  GLN A1102      -6.487   6.161 -33.198  1.00 29.07           C  \\nATOM   3387  CG  GLN A1102      -6.456   6.050 -34.735  1.00 37.94           C  \\nATOM   3388  CD  GLN A1102      -7.845   5.775 -35.316  1.00 47.98           C  \\nATOM   3389  OE1 GLN A1102      -8.717   6.640 -35.277  1.00 45.96           O  \\nATOM   3390  NE2 GLN A1102      -8.059   4.581 -35.868  1.00 43.70           N  \\nATOM   3391  H   GLN A1102      -4.308   4.725 -32.740  1.00 29.85           H  \\nATOM   3392  HA  GLN A1102      -4.936   7.620 -33.021  1.00 28.09           H  \\nATOM   3393  HB3 GLN A1102      -7.282   6.854 -32.919  1.00 29.07           H  \\nATOM   3394  HB2 GLN A1102      -6.763   5.199 -32.764  1.00 29.07           H  \\nATOM   3395  HG3 GLN A1102      -5.755   5.277 -35.050  1.00 37.94           H  \\nATOM   3396  HG2 GLN A1102      -6.095   6.985 -35.164  1.00 37.94           H  \\nATOM   3397 HE22 GLN A1102      -8.960   4.358 -36.266  1.00 43.70           H  \\nATOM   3398 HE21 GLN A1102      -7.316   3.889 -35.901  1.00 43.70           H  \\nATOM   3399  N   SER A1103      -4.496   6.236 -30.218  1.00 26.76           N  \\nATOM   3400  CA  SER A1103      -4.636   6.266 -28.758  1.00 25.27           C  \\nATOM   3401  C   SER A1103      -4.416   7.666 -28.134  1.00 28.60           C  \\nATOM   3402  O   SER A1103      -3.673   8.456 -28.717  1.00 28.62           O  \\nATOM   3403  CB  SER A1103      -3.733   5.180 -28.139  1.00 27.32           C  \\nATOM   3404  OG  SER A1103      -2.362   5.531 -28.107  1.00 35.29           O  \\nATOM   3405  H   SER A1103      -3.775   5.633 -30.588  1.00 26.76           H  \\nATOM   3406  HA  SER A1103      -5.664   5.963 -28.587  1.00 25.27           H  \\nATOM   3407  HB3 SER A1103      -3.855   4.235 -28.667  1.00 27.32           H  \\nATOM   3408  HB2 SER A1103      -4.052   4.997 -27.114  1.00 27.32           H  \\nATOM   3409  HG  SER A1103      -1.996   5.451 -28.995  1.00 35.29           H  \\nATOM   3410  N   PRO A1104      -5.039   7.954 -26.962  1.00 25.17           N  \\nATOM   3411  CA  PRO A1104      -4.893   9.264 -26.293  1.00 24.67           C  \\nATOM   3412  C   PRO A1104      -3.456   9.762 -26.008  1.00 26.87           C  \\nATOM   3413  O   PRO A1104      -3.206  10.927 -26.311  1.00 25.99           O  \\nATOM   3414  CB  PRO A1104      -5.768   9.172 -25.030  1.00 26.01           C  \\nATOM   3415  CG  PRO A1104      -6.761   8.063 -25.336  1.00 29.46           C  \\nATOM   3416  CD  PRO A1104      -5.996   7.109 -26.241  1.00 25.85           C  \\nATOM   3417  HA  PRO A1104      -5.359   9.984 -26.965  1.00 24.67           H  \\nATOM   3418  HB3 PRO A1104      -6.271  10.113 -24.806  1.00 26.01           H  \\nATOM   3419  HB2 PRO A1104      -5.186   8.913 -24.146  1.00 26.01           H  \\nATOM   3420  HG3 PRO A1104      -7.598   8.483 -25.894  1.00 29.46           H  \\nATOM   3421  HG2 PRO A1104      -7.161   7.577 -24.447  1.00 29.46           H  \\nATOM   3422  HD2 PRO A1104      -5.453   6.369 -25.652  1.00 25.85           H  \\nATOM   3423  HD3 PRO A1104      -6.704   6.583 -26.879  1.00 25.85           H  \\nATOM   3424  N   PRO A1105      -2.512   8.903 -25.540  1.00 24.58           N  \\nATOM   3425  CA  PRO A1105      -1.095   9.290 -25.409  1.00 24.76           C  \\nATOM   3426  C   PRO A1105      -0.414   9.681 -26.728  1.00 29.78           C  \\nATOM   3427  O   PRO A1105       0.275  10.696 -26.749  1.00 30.24           O  \\nATOM   3428  CB  PRO A1105      -0.416   8.074 -24.751  1.00 25.88           C  \\nATOM   3429  CG  PRO A1105      -1.547   7.335 -24.062  1.00 29.87           C  \\nATOM   3430  CD  PRO A1105      -2.716   7.555 -25.010  1.00 25.57           C  \\nATOM   3431  HA  PRO A1105      -1.051  10.139 -24.727  1.00 24.76           H  \\nATOM   3432  HB3 PRO A1105       0.372   8.361 -24.055  1.00 25.88           H  \\nATOM   3433  HB2 PRO A1105       0.031   7.420 -25.501  1.00 25.88           H  \\nATOM   3434  HG3 PRO A1105      -1.760   7.813 -23.106  1.00 29.87           H  \\nATOM   3435  HG2 PRO A1105      -1.332   6.283 -23.876  1.00 29.87           H  \\nATOM   3436  HD2 PRO A1105      -2.673   6.841 -25.829  1.00 25.57           H  \\nATOM   3437  HD3 PRO A1105      -3.660   7.421 -24.492  1.00 25.57           H  \\nATOM   3438  N   THR A1106      -0.644   8.900 -27.798  1.00 26.99           N  \\nATOM   3439  CA  THR A1106      -0.097   9.143 -29.134  1.00 27.47           C  \\nATOM   3440  C   THR A1106      -0.563  10.483 -29.734  1.00 31.84           C  \\nATOM   3441  O   THR A1106       0.284  11.263 -30.166  1.00 32.09           O  \\nATOM   3442  CB  THR A1106      -0.470   7.995 -30.114  1.00 33.90           C  \\nATOM   3443  OG1 THR A1106       0.169   6.812 -29.680  1.00 35.61           O  \\nATOM   3444  CG2 THR A1106      -0.091   8.228 -31.588  1.00 32.59           C  \\nATOM   3445  H   THR A1106      -1.225   8.079 -27.705  1.00 26.99           H  \\nATOM   3446  HA  THR A1106       0.990   9.178 -29.039  1.00 27.47           H  \\nATOM   3447  HB  THR A1106      -1.542   7.801 -30.070  1.00 33.90           H  \\nATOM   3448  HG1 THR A1106       1.077   6.817 -30.001  1.00 35.61           H  \\nATOM   3449 HG21 THR A1106      -0.167   7.307 -32.166  1.00 32.59           H  \\nATOM   3450 HG22 THR A1106      -0.747   8.958 -32.064  1.00 32.59           H  \\nATOM   3451 HG23 THR A1106       0.931   8.592 -31.679  1.00 32.59           H  \\nATOM   3452  N   LYS A1107      -1.881  10.734 -29.718  1.00 27.48           N  \\nATOM   3453  CA  LYS A1107      -2.498  11.914 -30.325  1.00 28.03           C  \\nATOM   3454  C   LYS A1107      -2.239  13.220 -29.553  1.00 32.41           C  \\nATOM   3455  O   LYS A1107      -2.116  14.260 -30.199  1.00 32.90           O  \\nATOM   3456  CB  LYS A1107      -4.004  11.655 -30.524  1.00 29.00           C  \\nATOM   3457  CG  LYS A1107      -4.332  10.463 -31.452  1.00 40.91           C  \\nATOM   3458  CD  LYS A1107      -3.799  10.551 -32.893  1.00 47.46           C  \\nATOM   3459  CE  LYS A1107      -4.424  11.691 -33.711  1.00 56.00           C  \\nATOM   3460  NZ  LYS A1107      -3.900  11.720 -35.087  1.00 65.65           N1+\\nATOM   3461  H   LYS A1107      -2.514  10.051 -29.322  1.00 27.48           H  \\nATOM   3462  HA  LYS A1107      -2.042  12.056 -31.305  1.00 28.03           H  \\nATOM   3463  HB3 LYS A1107      -4.486  12.553 -30.910  1.00 29.00           H  \\nATOM   3464  HB2 LYS A1107      -4.459  11.467 -29.551  1.00 29.00           H  \\nATOM   3465  HG3 LYS A1107      -5.412  10.339 -31.485  1.00 40.91           H  \\nATOM   3466  HG2 LYS A1107      -3.949   9.546 -31.011  1.00 40.91           H  \\nATOM   3467  HD3 LYS A1107      -3.999   9.605 -33.395  1.00 47.46           H  \\nATOM   3468  HD2 LYS A1107      -2.713  10.638 -32.883  1.00 47.46           H  \\nATOM   3469  HE3 LYS A1107      -4.217  12.652 -33.244  1.00 56.00           H  \\nATOM   3470  HE2 LYS A1107      -5.507  11.575 -33.750  1.00 56.00           H  \\nATOM   3471  HZ1 LYS A1107      -2.898  11.867 -35.052  1.00 65.65           H  \\nATOM   3472  HZ2 LYS A1107      -4.094  10.843 -35.549  1.00 65.65           H  \\nATOM   3473  HZ3 LYS A1107      -4.332  12.478 -35.596  1.00 65.65           H  \\nATOM   3474  N   PHE A1108      -2.117  13.159 -28.214  1.00 27.91           N  \\nATOM   3475  CA  PHE A1108      -1.728  14.312 -27.396  1.00 26.74           C  \\nATOM   3476  C   PHE A1108      -0.225  14.638 -27.463  1.00 30.76           C  \\nATOM   3477  O   PHE A1108       0.112  15.819 -27.437  1.00 31.53           O  \\nATOM   3478  CB  PHE A1108      -2.223  14.161 -25.939  1.00 27.18           C  \\nATOM   3479  CG  PHE A1108      -3.708  14.423 -25.709  1.00 27.38           C  \\nATOM   3480  CD1 PHE A1108      -4.294  15.643 -26.113  1.00 29.59           C  \\nATOM   3481  CD2 PHE A1108      -4.499  13.500 -24.989  1.00 28.32           C  \\nATOM   3482  CE1 PHE A1108      -5.631  15.902 -25.840  1.00 30.31           C  \\nATOM   3483  CE2 PHE A1108      -5.834  13.775 -24.728  1.00 29.39           C  \\nATOM   3484  CZ  PHE A1108      -6.397  14.972 -25.151  1.00 28.52           C  \\nATOM   3485  H   PHE A1108      -2.248  12.280 -27.730  1.00 27.91           H  \\nATOM   3486  HA  PHE A1108      -2.218  15.191 -27.816  1.00 26.74           H  \\nATOM   3487  HB3 PHE A1108      -1.680  14.842 -25.282  1.00 27.18           H  \\nATOM   3488  HB2 PHE A1108      -1.976  13.159 -25.590  1.00 27.18           H  \\nATOM   3489  HD1 PHE A1108      -3.706  16.390 -26.627  1.00 29.59           H  \\nATOM   3490  HD2 PHE A1108      -4.075  12.576 -24.629  1.00 28.32           H  \\nATOM   3491  HE1 PHE A1108      -6.075  16.835 -26.155  1.00 30.31           H  \\nATOM   3492  HE2 PHE A1108      -6.435  13.059 -24.188  1.00 29.39           H  \\nATOM   3493  HZ  PHE A1108      -7.436  15.180 -24.942  1.00 28.52           H  \\nATOM   3494  N   LEU A1109       0.650  13.622 -27.593  1.00 27.77           N  \\nATOM   3495  CA  LEU A1109       2.100  13.811 -27.752  1.00 28.51           C  \\nATOM   3496  C   LEU A1109       2.516  14.255 -29.168  1.00 34.25           C  \\nATOM   3497  O   LEU A1109       3.626  14.765 -29.315  1.00 34.88           O  \\nATOM   3498  CB  LEU A1109       2.860  12.542 -27.309  1.00 28.11           C  \\nATOM   3499  CG  LEU A1109       2.842  12.310 -25.779  1.00 32.10           C  \\nATOM   3500  CD1 LEU A1109       3.338  10.893 -25.419  1.00 30.45           C  \\nATOM   3501  CD2 LEU A1109       3.605  13.410 -25.010  1.00 36.17           C  \\nATOM   3502  H   LEU A1109       0.319  12.666 -27.597  1.00 27.77           H  \\nATOM   3503  HA  LEU A1109       2.404  14.626 -27.095  1.00 28.51           H  \\nATOM   3504  HB3 LEU A1109       3.901  12.592 -27.634  1.00 28.11           H  \\nATOM   3505  HB2 LEU A1109       2.437  11.682 -27.830  1.00 28.11           H  \\nATOM   3506  HG  LEU A1109       1.804  12.362 -25.449  1.00 32.10           H  \\nATOM   3507 HD11 LEU A1109       2.593  10.366 -24.822  1.00 30.45           H  \\nATOM   3508 HD12 LEU A1109       3.521  10.287 -26.306  1.00 30.45           H  \\nATOM   3509 HD13 LEU A1109       4.266  10.903 -24.848  1.00 30.45           H  \\nATOM   3510 HD21 LEU A1109       4.230  13.014 -24.210  1.00 36.17           H  \\nATOM   3511 HD22 LEU A1109       4.255  13.987 -25.667  1.00 36.17           H  \\nATOM   3512 HD23 LEU A1109       2.908  14.111 -24.549  1.00 36.17           H  \\nATOM   3513  N   GLU A1110       1.626  14.116 -30.166  1.00 32.96           N  \\nATOM   3514  CA  GLU A1110       1.757  14.754 -31.480  1.00 35.44           C  \\nATOM   3515  C   GLU A1110       1.538  16.278 -31.416  1.00 38.81           C  \\nATOM   3516  O   GLU A1110       2.214  17.004 -32.143  1.00 38.69           O  \\nATOM   3517  CB  GLU A1110       0.776  14.106 -32.477  1.00 36.99           C  \\nATOM   3518  CG  GLU A1110       1.234  12.724 -32.992  1.00 47.30           C  \\nATOM   3519  CD  GLU A1110       0.184  11.941 -33.801  1.00 70.21           C  \\nATOM   3520  OE1 GLU A1110      -0.902  12.492 -34.093  1.00 64.58           O  \\nATOM   3521  OE2 GLU A1110       0.490  10.773 -34.124  1.00 65.32           O1-\\nATOM   3522  H   GLU A1110       0.748  13.648 -29.986  1.00 32.96           H  \\nATOM   3523  HA  GLU A1110       2.773  14.593 -31.847  1.00 35.44           H  \\nATOM   3524  HB3 GLU A1110       0.605  14.769 -33.327  1.00 36.99           H  \\nATOM   3525  HB2 GLU A1110      -0.188  13.999 -31.980  1.00 36.99           H  \\nATOM   3526  HG3 GLU A1110       1.562  12.107 -32.159  1.00 47.30           H  \\nATOM   3527  HG2 GLU A1110       2.115  12.857 -33.622  1.00 47.30           H  \\nATOM   3528  N   LEU A1111       0.621  16.731 -30.540  1.00 35.92           N  \\nATOM   3529  CA  LEU A1111       0.318  18.147 -30.309  1.00 37.14           C  \\nATOM   3530  C   LEU A1111       1.372  18.829 -29.418  1.00 40.62           C  \\nATOM   3531  O   LEU A1111       1.740  19.971 -29.693  1.00 41.55           O  \\nATOM   3532  CB  LEU A1111      -1.087  18.286 -29.673  1.00 36.92           C  \\nATOM   3533  CG  LEU A1111      -2.260  17.801 -30.555  1.00 41.87           C  \\nATOM   3534  CD1 LEU A1111      -3.572  17.728 -29.743  1.00 41.05           C  \\nATOM   3535  CD2 LEU A1111      -2.410  18.636 -31.845  1.00 44.81           C  \\nATOM   3536  H   LEU A1111       0.107  16.071 -29.975  1.00 35.92           H  \\nATOM   3537  HA  LEU A1111       0.322  18.664 -31.270  1.00 37.14           H  \\nATOM   3538  HB3 LEU A1111      -1.265  19.329 -29.406  1.00 36.92           H  \\nATOM   3539  HB2 LEU A1111      -1.100  17.738 -28.731  1.00 36.92           H  \\nATOM   3540  HG  LEU A1111      -2.038  16.781 -30.864  1.00 41.87           H  \\nATOM   3541 HD11 LEU A1111      -4.009  16.731 -29.803  1.00 41.05           H  \\nATOM   3542 HD12 LEU A1111      -3.410  17.942 -28.686  1.00 41.05           H  \\nATOM   3543 HD13 LEU A1111      -4.325  18.435 -30.089  1.00 41.05           H  \\nATOM   3544 HD21 LEU A1111      -3.440  18.931 -32.041  1.00 44.81           H  \\nATOM   3545 HD22 LEU A1111      -1.820  19.552 -31.810  1.00 44.81           H  \\nATOM   3546 HD23 LEU A1111      -2.074  18.066 -32.712  1.00 44.81           H  \\nATOM   3547  N   ILE A1112       1.827  18.124 -28.368  1.00 34.80           N  \\nATOM   3548  CA  ILE A1112       2.759  18.628 -27.356  1.00 34.93           C  \\nATOM   3549  C   ILE A1112       4.230  18.572 -27.815  1.00 40.11           C  \\nATOM   3550  O   ILE A1112       4.994  19.473 -27.471  1.00 41.74           O  \\nATOM   3551  CB  ILE A1112       2.614  17.819 -26.027  1.00 36.99           C  \\nATOM   3552  CG1 ILE A1112       1.226  18.047 -25.391  1.00 35.84           C  \\nATOM   3553  CG2 ILE A1112       3.707  18.065 -24.963  1.00 37.00           C  \\nATOM   3554  CD1 ILE A1112       0.810  16.938 -24.417  1.00 35.00           C  \\nATOM   3555  H   ILE A1112       1.452  17.199 -28.201  1.00 34.80           H  \\nATOM   3556  HA  ILE A1112       2.514  19.672 -27.148  1.00 34.93           H  \\nATOM   3557  HB  ILE A1112       2.677  16.764 -26.294  1.00 36.99           H  \\nATOM   3558 HG13 ILE A1112       0.460  18.112 -26.162  1.00 35.84           H  \\nATOM   3559 HG12 ILE A1112       1.208  19.011 -24.881  1.00 35.84           H  \\nATOM   3560 HG21 ILE A1112       3.496  17.533 -24.036  1.00 37.00           H  \\nATOM   3561 HG22 ILE A1112       4.688  17.726 -25.289  1.00 37.00           H  \\nATOM   3562 HG23 ILE A1112       3.786  19.123 -24.726  1.00 37.00           H  \\nATOM   3563 HD11 ILE A1112      -0.272  16.926 -24.293  1.00 35.00           H  \\nATOM   3564 HD12 ILE A1112       1.106  15.951 -24.774  1.00 35.00           H  \\nATOM   3565 HD13 ILE A1112       1.261  17.086 -23.438  1.00 35.00           H  \\nATOM   3566  N   GLY A1113       4.598  17.509 -28.549  1.00 36.74           N  \\nATOM   3567  CA  GLY A1113       5.986  17.125 -28.807  1.00 38.59           C  \\nATOM   3568  C   GLY A1113       6.458  16.152 -27.712  1.00 41.94           C  \\nATOM   3569  O   GLY A1113       5.723  15.847 -26.772  1.00 39.30           O  \\nATOM   3570  H   GLY A1113       3.896  16.830 -28.812  1.00 36.74           H  \\nATOM   3571  HA3 GLY A1113       6.645  17.994 -28.846  1.00 38.59           H  \\nATOM   3572  HA2 GLY A1113       6.038  16.630 -29.777  1.00 38.59           H  \\nATOM   3573  N   ILE A1114       7.697  15.653 -27.849  1.00 41.30           N  \\nATOM   3574  CA  ILE A1114       8.305  14.668 -26.942  1.00 41.02           C  \\nATOM   3575  C   ILE A1114       9.607  15.170 -26.275  1.00 47.14           C  \\nATOM   3576  O   ILE A1114      10.221  14.411 -25.524  1.00 48.03           O  \\nATOM   3577  CB  ILE A1114       8.578  13.319 -27.673  1.00 43.24           C  \\nATOM   3578  CG1 ILE A1114       9.541  13.438 -28.881  1.00 44.89           C  \\nATOM   3579  CG2 ILE A1114       7.256  12.629 -28.061  1.00 42.60           C  \\nATOM   3580  CD1 ILE A1114      10.047  12.085 -29.402  1.00 50.07           C  \\nATOM   3581  H   ILE A1114       8.254  15.920 -28.647  1.00 41.30           H  \\nATOM   3582  HA  ILE A1114       7.632  14.455 -26.109  1.00 41.02           H  \\nATOM   3583  HB  ILE A1114       9.054  12.649 -26.955  1.00 43.24           H  \\nATOM   3584 HG13 ILE A1114      10.411  14.042 -28.624  1.00 44.89           H  \\nATOM   3585 HG12 ILE A1114       9.044  13.969 -29.694  1.00 44.89           H  \\nATOM   3586 HG21 ILE A1114       7.425  11.627 -28.454  1.00 42.60           H  \\nATOM   3587 HG22 ILE A1114       6.597  12.528 -27.198  1.00 42.60           H  \\nATOM   3588 HG23 ILE A1114       6.716  13.194 -28.821  1.00 42.60           H  \\nATOM   3589 HD11 ILE A1114      10.937  12.217 -30.019  1.00 50.07           H  \\nATOM   3590 HD12 ILE A1114      10.311  11.414 -28.585  1.00 50.07           H  \\nATOM   3591 HD13 ILE A1114       9.294  11.590 -30.015  1.00 50.07           H  \\nATOM   3592  N   ALA A1115       9.991  16.433 -26.530  1.00 42.26           N  \\nATOM   3593  CA  ALA A1115      11.194  17.067 -25.991  1.00 43.31           C  \\nATOM   3594  C   ALA A1115      10.820  18.401 -25.327  1.00 48.36           C  \\nATOM   3595  O   ALA A1115      11.240  19.462 -25.791  1.00 49.43           O  \\nATOM   3596  CB  ALA A1115      12.223  17.220 -27.127  1.00 45.24           C  \\nATOM   3597  H   ALA A1115       9.424  17.010 -27.133  1.00 42.26           H  \\nATOM   3598  HA  ALA A1115      11.645  16.449 -25.212  1.00 43.31           H  \\nATOM   3599  HB1 ALA A1115      13.140  17.690 -26.770  1.00 45.24           H  \\nATOM   3600  HB2 ALA A1115      12.495  16.247 -27.537  1.00 45.24           H  \\nATOM   3601  HB3 ALA A1115      11.832  17.826 -27.946  1.00 45.24           H  \\nATOM   3602  N   GLN A1116      10.012  18.309 -24.258  1.00 44.35           N  \\nATOM   3603  CA  GLN A1116       9.464  19.450 -23.516  1.00 44.30           C  \\nATOM   3604  C   GLN A1116       9.925  19.478 -22.046  1.00 49.79           C  \\nATOM   3605  O   GLN A1116       9.447  20.327 -21.292  1.00 49.85           O  \\nATOM   3606  CB  GLN A1116       7.918  19.420 -23.615  1.00 44.27           C  \\nATOM   3607  CG  GLN A1116       7.347  19.441 -25.051  1.00 53.29           C  \\nATOM   3608  CD  GLN A1116       7.835  20.599 -25.930  1.00 72.09           C  \\nATOM   3609  OE1 GLN A1116       8.158  20.396 -27.098  1.00 65.48           O  \\nATOM   3610  NE2 GLN A1116       7.883  21.818 -25.389  1.00 65.05           N  \\nATOM   3611  H   GLN A1116       9.716  17.395 -23.938  1.00 44.35           H  \\nATOM   3612  HA  GLN A1116       9.827  20.386 -23.941  1.00 44.30           H  \\nATOM   3613  HB3 GLN A1116       7.499  20.263 -23.064  1.00 44.27           H  \\nATOM   3614  HB2 GLN A1116       7.541  18.532 -23.106  1.00 44.27           H  \\nATOM   3615  HG3 GLN A1116       6.262  19.478 -25.007  1.00 53.29           H  \\nATOM   3616  HG2 GLN A1116       7.588  18.503 -25.555  1.00 53.29           H  \\nATOM   3617 HE22 GLN A1116       8.200  22.601 -25.942  1.00 65.05           H  \\nATOM   3618 HE21 GLN A1116       7.607  21.967 -24.430  1.00 65.05           H  \\nATOM   3619  N   GLY A1117      10.844  18.574 -21.657  1.00 46.41           N  \\nATOM   3620  CA  GLY A1117      11.368  18.465 -20.296  1.00 44.66           C  \\nATOM   3621  C   GLY A1117      10.279  17.930 -19.358  1.00 42.63           C  \\nATOM   3622  O   GLY A1117       9.610  16.945 -19.673  1.00 37.23           O  \\nATOM   3623  H   GLY A1117      11.190  17.910 -22.334  1.00 46.41           H  \\nATOM   3624  HA3 GLY A1117      11.738  19.434 -19.957  1.00 44.66           H  \\nATOM   3625  HA2 GLY A1117      12.213  17.776 -20.293  1.00 44.66           H  \\nATOM   3626  N   GLN A1118      10.122  18.593 -18.202  1.00 39.82           N  \\nATOM   3627  CA  GLN A1118       9.103  18.311 -17.187  1.00 38.37           C  \\nATOM   3628  C   GLN A1118       7.702  18.861 -17.532  1.00 40.30           C  \\nATOM   3629  O   GLN A1118       6.772  18.611 -16.767  1.00 41.07           O  \\nATOM   3630  CB  GLN A1118       9.579  18.887 -15.835  1.00 41.27           C  \\nATOM   3631  CG  GLN A1118      10.836  18.198 -15.270  1.00 52.25           C  \\nATOM   3632  CD  GLN A1118      11.326  18.877 -13.990  1.00 66.80           C  \\nATOM   3633  OE1 GLN A1118      11.669  20.058 -14.005  1.00 64.29           O  \\nATOM   3634  NE2 GLN A1118      11.383  18.133 -12.884  1.00 50.92           N  \\nATOM   3635  H   GLN A1118      10.710  19.396 -18.014  1.00 39.82           H  \\nATOM   3636  HA  GLN A1118       9.006  17.229 -17.079  1.00 38.37           H  \\nATOM   3637  HB3 GLN A1118       8.784  18.797 -15.092  1.00 41.27           H  \\nATOM   3638  HB2 GLN A1118       9.757  19.958 -15.946  1.00 41.27           H  \\nATOM   3639  HG3 GLN A1118      11.650  18.234 -15.995  1.00 52.25           H  \\nATOM   3640  HG2 GLN A1118      10.632  17.142 -15.085  1.00 52.25           H  \\nATOM   3641 HE22 GLN A1118      11.710  18.541 -12.020  1.00 50.92           H  \\nATOM   3642 HE21 GLN A1118      11.099  17.164 -12.899  1.00 50.92           H  \\nATOM   3643  N   MET A1119       7.569  19.615 -18.638  1.00 34.93           N  \\nATOM   3644  CA  MET A1119       6.375  20.393 -18.980  1.00 34.58           C  \\nATOM   3645  C   MET A1119       5.309  19.636 -19.797  1.00 34.58           C  \\nATOM   3646  O   MET A1119       4.432  20.303 -20.340  1.00 34.71           O  \\nATOM   3647  CB  MET A1119       6.788  21.702 -19.694  1.00 38.63           C  \\nATOM   3648  CG  MET A1119       7.827  22.543 -18.940  1.00 44.95           C  \\nATOM   3649  SD  MET A1119       8.154  24.140 -19.731  1.00 52.97           S  \\nATOM   3650  CE  MET A1119       9.330  24.826 -18.536  1.00 51.70           C  \\nATOM   3651  H   MET A1119       8.371  19.756 -19.237  1.00 34.93           H  \\nATOM   3652  HA  MET A1119       5.885  20.689 -18.052  1.00 34.58           H  \\nATOM   3653  HB3 MET A1119       5.908  22.328 -19.853  1.00 38.63           H  \\nATOM   3654  HB2 MET A1119       7.169  21.473 -20.690  1.00 38.63           H  \\nATOM   3655  HG3 MET A1119       8.773  22.006 -18.862  1.00 44.95           H  \\nATOM   3656  HG2 MET A1119       7.483  22.729 -17.922  1.00 44.95           H  \\nATOM   3657  HE1 MET A1119       9.653  25.818 -18.853  1.00 51.70           H  \\nATOM   3658  HE2 MET A1119       8.868  24.912 -17.553  1.00 51.70           H  \\nATOM   3659  HE3 MET A1119      10.208  24.186 -18.455  1.00 51.70           H  \\nATOM   3660  N   THR A1120       5.357  18.294 -19.887  1.00 29.62           N  \\nATOM   3661  CA  THR A1120       4.382  17.500 -20.655  1.00 28.01           C  \\nATOM   3662  C   THR A1120       2.922  17.666 -20.173  1.00 30.48           C  \\nATOM   3663  O   THR A1120       2.044  17.875 -21.008  1.00 31.09           O  \\nATOM   3664  CB  THR A1120       4.714  15.984 -20.657  1.00 32.05           C  \\nATOM   3665  OG1 THR A1120       6.047  15.796 -21.089  1.00 33.94           O  \\nATOM   3666  CG2 THR A1120       3.806  15.122 -21.558  1.00 34.10           C  \\nATOM   3667  H   THR A1120       6.099  17.780 -19.434  1.00 29.62           H  \\nATOM   3668  HA  THR A1120       4.429  17.856 -21.687  1.00 28.01           H  \\nATOM   3669  HB  THR A1120       4.654  15.596 -19.640  1.00 32.05           H  \\nATOM   3670  HG1 THR A1120       6.086  15.941 -22.042  1.00 33.94           H  \\nATOM   3671 HG21 THR A1120       4.157  14.090 -21.595  1.00 34.10           H  \\nATOM   3672 HG22 THR A1120       2.778  15.093 -21.197  1.00 34.10           H  \\nATOM   3673 HG23 THR A1120       3.789  15.501 -22.580  1.00 34.10           H  \\nATOM   3674  N   VAL A1121       2.703  17.617 -18.846  1.00 28.98           N  \\nATOM   3675  CA  VAL A1121       1.392  17.805 -18.215  1.00 29.28           C  \\nATOM   3676  C   VAL A1121       0.911  19.271 -18.238  1.00 34.54           C  \\nATOM   3677  O   VAL A1121      -0.286  19.494 -18.411  1.00 33.68           O  \\nATOM   3678  CB  VAL A1121       1.377  17.249 -16.760  1.00 33.58           C  \\nATOM   3679  CG1 VAL A1121       0.177  17.681 -15.888  1.00 33.26           C  \\nATOM   3680  CG2 VAL A1121       1.457  15.714 -16.784  1.00 32.88           C  \\nATOM   3681  H   VAL A1121       3.476  17.441 -18.218  1.00 28.98           H  \\nATOM   3682  HA  VAL A1121       0.669  17.224 -18.791  1.00 29.28           H  \\nATOM   3683  HB  VAL A1121       2.275  17.603 -16.253  1.00 33.58           H  \\nATOM   3684 HG11 VAL A1121       0.163  17.145 -14.938  1.00 33.26           H  \\nATOM   3685 HG12 VAL A1121       0.205  18.744 -15.644  1.00 33.26           H  \\nATOM   3686 HG13 VAL A1121      -0.765  17.478 -16.396  1.00 33.26           H  \\nATOM   3687 HG21 VAL A1121       1.485  15.304 -15.775  1.00 32.88           H  \\nATOM   3688 HG22 VAL A1121       0.594  15.285 -17.294  1.00 32.88           H  \\nATOM   3689 HG23 VAL A1121       2.350  15.362 -17.300  1.00 32.88           H  \\nATOM   3690  N   LEU A1122       1.842  20.235 -18.115  1.00 32.43           N  \\nATOM   3691  CA  LEU A1122       1.585  21.672 -18.261  1.00 33.01           C  \\nATOM   3692  C   LEU A1122       1.097  22.028 -19.675  1.00 36.61           C  \\nATOM   3693  O   LEU A1122       0.147  22.792 -19.813  1.00 35.87           O  \\nATOM   3694  CB  LEU A1122       2.865  22.455 -17.871  1.00 35.17           C  \\nATOM   3695  CG  LEU A1122       2.831  23.990 -18.076  1.00 42.10           C  \\nATOM   3696  CD1 LEU A1122       1.697  24.666 -17.275  1.00 43.87           C  \\nATOM   3697  CD2 LEU A1122       4.213  24.615 -17.788  1.00 45.28           C  \\nATOM   3698  H   LEU A1122       2.802  19.973 -17.936  1.00 32.43           H  \\nATOM   3699  HA  LEU A1122       0.790  21.933 -17.561  1.00 33.01           H  \\nATOM   3700  HB3 LEU A1122       3.699  22.056 -18.448  1.00 35.17           H  \\nATOM   3701  HB2 LEU A1122       3.102  22.243 -16.827  1.00 35.17           H  \\nATOM   3702  HG  LEU A1122       2.640  24.189 -19.131  1.00 42.10           H  \\nATOM   3703 HD11 LEU A1122       2.023  25.573 -16.765  1.00 43.87           H  \\nATOM   3704 HD12 LEU A1122       0.879  24.954 -17.937  1.00 43.87           H  \\nATOM   3705 HD13 LEU A1122       1.280  24.004 -16.515  1.00 43.87           H  \\nATOM   3706 HD21 LEU A1122       4.553  25.207 -18.639  1.00 45.28           H  \\nATOM   3707 HD22 LEU A1122       4.206  25.272 -16.919  1.00 45.28           H  \\nATOM   3708 HD23 LEU A1122       4.975  23.858 -17.601  1.00 45.28           H  \\nATOM   3709  N   ARG A1123       1.746  21.445 -20.692  1.00 32.17           N  \\nATOM   3710  CA  ARG A1123       1.467  21.679 -22.105  1.00 32.60           C  \\nATOM   3711  C   ARG A1123       0.200  20.951 -22.588  1.00 33.95           C  \\nATOM   3712  O   ARG A1123      -0.493  21.472 -23.462  1.00 32.13           O  \\nATOM   3713  CB  ARG A1123       2.736  21.303 -22.888  1.00 37.04           C  \\nATOM   3714  CG  ARG A1123       2.892  21.997 -24.254  1.00 59.77           C  \\nATOM   3715  CD  ARG A1123       4.363  22.141 -24.691  1.00 74.58           C  \\nATOM   3716  NE  ARG A1123       5.119  23.067 -23.819  1.00 91.08           N  \\nATOM   3717  CZ  ARG A1123       5.295  24.392 -23.966  1.00107.84           C  \\nATOM   3718  NH1 ARG A1123       4.844  25.057 -25.040  1.00 95.16           N  \\nATOM   3719  NH2 ARG A1123       5.939  25.067 -23.005  1.00 96.44           N1+\\nATOM   3720  H   ARG A1123       2.526  20.832 -20.491  1.00 32.17           H  \\nATOM   3721  HA  ARG A1123       1.305  22.752 -22.216  1.00 32.60           H  \\nATOM   3722  HB3 ARG A1123       2.821  20.221 -22.983  1.00 37.04           H  \\nATOM   3723  HB2 ARG A1123       3.583  21.603 -22.275  1.00 37.04           H  \\nATOM   3724  HG3 ARG A1123       2.490  23.004 -24.140  1.00 59.77           H  \\nATOM   3725  HG2 ARG A1123       2.293  21.525 -25.033  1.00 59.77           H  \\nATOM   3726  HD3 ARG A1123       4.461  22.348 -25.756  1.00 74.58           H  \\nATOM   3727  HD2 ARG A1123       4.854  21.184 -24.530  1.00 74.58           H  \\nATOM   3728  HE  ARG A1123       5.455  22.651 -22.962  1.00 91.08           H  \\nATOM   3729 HH12 ARG A1123       4.979  26.054 -25.126  1.00 95.16           H  \\nATOM   3730 HH11 ARG A1123       4.356  24.557 -25.770  1.00 95.16           H  \\nATOM   3731 HH22 ARG A1123       6.066  26.066 -23.080  1.00 96.44           H  \\nATOM   3732 HH21 ARG A1123       6.276  24.592 -22.179  1.00 96.44           H  \\nATOM   3733  N   LEU A1124      -0.112  19.805 -21.954  1.00 29.63           N  \\nATOM   3734  CA  LEU A1124      -1.388  19.096 -22.055  1.00 27.63           C  \\nATOM   3735  C   LEU A1124      -2.543  19.916 -21.454  1.00 32.17           C  \\nATOM   3736  O   LEU A1124      -3.597  19.988 -22.075  1.00 30.80           O  \\nATOM   3737  CB  LEU A1124      -1.248  17.704 -21.396  1.00 26.83           C  \\nATOM   3738  CG  LEU A1124      -2.516  16.823 -21.323  1.00 30.02           C  \\nATOM   3739  CD1 LEU A1124      -3.141  16.553 -22.711  1.00 28.94           C  \\nATOM   3740  CD2 LEU A1124      -2.214  15.525 -20.543  1.00 30.63           C  \\nATOM   3741  H   LEU A1124       0.538  19.434 -21.274  1.00 29.63           H  \\nATOM   3742  HA  LEU A1124      -1.597  18.955 -23.116  1.00 27.63           H  \\nATOM   3743  HB3 LEU A1124      -0.887  17.844 -20.379  1.00 26.83           H  \\nATOM   3744  HB2 LEU A1124      -0.465  17.145 -21.905  1.00 26.83           H  \\nATOM   3745  HG  LEU A1124      -3.267  17.355 -20.740  1.00 30.02           H  \\nATOM   3746 HD11 LEU A1124      -3.376  15.502 -22.874  1.00 28.94           H  \\nATOM   3747 HD12 LEU A1124      -4.075  17.103 -22.827  1.00 28.94           H  \\nATOM   3748 HD13 LEU A1124      -2.488  16.857 -23.527  1.00 28.94           H  \\nATOM   3749 HD21 LEU A1124      -2.585  14.631 -21.039  1.00 30.63           H  \\nATOM   3750 HD22 LEU A1124      -1.145  15.379 -20.382  1.00 30.63           H  \\nATOM   3751 HD23 LEU A1124      -2.678  15.549 -19.558  1.00 30.63           H  \\nATOM   3752  N   THR A1125      -2.322  20.555 -20.291  1.00 30.97           N  \\nATOM   3753  CA  THR A1125      -3.292  21.455 -19.661  1.00 31.58           C  \\nATOM   3754  C   THR A1125      -3.564  22.701 -20.526  1.00 35.29           C  \\nATOM   3755  O   THR A1125      -4.728  23.042 -20.712  1.00 34.46           O  \\nATOM   3756  CB  THR A1125      -2.835  21.924 -18.252  1.00 40.93           C  \\nATOM   3757  OG1 THR A1125      -2.671  20.794 -17.421  1.00 39.64           O  \\nATOM   3758  CG2 THR A1125      -3.789  22.892 -17.526  1.00 41.19           C  \\nATOM   3759  H   THR A1125      -1.430  20.452 -19.824  1.00 30.97           H  \\nATOM   3760  HA  THR A1125      -4.231  20.908 -19.552  1.00 31.58           H  \\nATOM   3761  HB  THR A1125      -1.860  22.404 -18.322  1.00 40.93           H  \\nATOM   3762  HG1 THR A1125      -1.976  20.241 -17.794  1.00 39.64           H  \\nATOM   3763 HG21 THR A1125      -3.407  23.132 -16.535  1.00 41.19           H  \\nATOM   3764 HG22 THR A1125      -3.900  23.840 -18.054  1.00 41.19           H  \\nATOM   3765 HG23 THR A1125      -4.782  22.457 -17.407  1.00 41.19           H  \\nATOM   3766  N   GLU A1126      -2.501  23.309 -21.082  1.00 33.17           N  \\nATOM   3767  CA  GLU A1126      -2.564  24.482 -21.955  1.00 34.02           C  \\nATOM   3768  C   GLU A1126      -3.392  24.279 -23.235  1.00 37.28           C  \\nATOM   3769  O   GLU A1126      -4.216  25.145 -23.522  1.00 35.08           O  \\nATOM   3770  CB  GLU A1126      -1.143  24.993 -22.262  1.00 36.83           C  \\nATOM   3771  CG  GLU A1126      -0.506  25.747 -21.070  1.00 44.51           C  \\nATOM   3772  CD  GLU A1126       0.990  26.084 -21.204  1.00 58.80           C  \\nATOM   3773  OE1 GLU A1126       1.481  26.792 -20.298  1.00 49.54           O  \\nATOM   3774  OE2 GLU A1126       1.634  25.646 -22.185  1.00 45.75           O1-\\nATOM   3775  H   GLU A1126      -1.572  22.967 -20.873  1.00 33.17           H  \\nATOM   3776  HA  GLU A1126      -3.075  25.262 -21.386  1.00 34.02           H  \\nATOM   3777  HB3 GLU A1126      -1.153  25.649 -23.133  1.00 36.83           H  \\nATOM   3778  HB2 GLU A1126      -0.524  24.139 -22.539  1.00 36.83           H  \\nATOM   3779  HG3 GLU A1126      -0.641  25.179 -20.151  1.00 44.51           H  \\nATOM   3780  HG2 GLU A1126      -1.051  26.680 -20.919  1.00 44.51           H  \\nATOM   3781  N   LEU A1127      -3.213  23.152 -23.954  1.00 34.11           N  \\nATOM   3782  CA  LEU A1127      -4.014  22.845 -25.150  1.00 33.79           C  \\nATOM   3783  C   LEU A1127      -5.491  22.548 -24.835  1.00 35.23           C  \\nATOM   3784  O   LEU A1127      -6.346  22.943 -25.626  1.00 34.81           O  \\nATOM   3785  CB  LEU A1127      -3.321  21.794 -26.055  1.00 33.69           C  \\nATOM   3786  CG  LEU A1127      -3.213  20.336 -25.549  1.00 37.11           C  \\nATOM   3787  CD1 LEU A1127      -4.490  19.501 -25.786  1.00 35.27           C  \\nATOM   3788  CD2 LEU A1127      -1.978  19.633 -26.146  1.00 40.08           C  \\nATOM   3789  H   LEU A1127      -2.527  22.467 -23.671  1.00 34.11           H  \\nATOM   3790  HA  LEU A1127      -4.026  23.762 -25.744  1.00 33.79           H  \\nATOM   3791  HB3 LEU A1127      -2.314  22.167 -26.235  1.00 33.69           H  \\nATOM   3792  HB2 LEU A1127      -3.792  21.791 -27.039  1.00 33.69           H  \\nATOM   3793  HG  LEU A1127      -3.048  20.386 -24.476  1.00 37.11           H  \\nATOM   3794 HD11 LEU A1127      -4.753  18.940 -24.890  1.00 35.27           H  \\nATOM   3795 HD12 LEU A1127      -5.351  20.108 -26.056  1.00 35.27           H  \\nATOM   3796 HD13 LEU A1127      -4.367  18.778 -26.592  1.00 35.27           H  \\nATOM   3797 HD21 LEU A1127      -2.160  18.585 -26.384  1.00 40.08           H  \\nATOM   3798 HD22 LEU A1127      -1.629  20.117 -27.058  1.00 40.08           H  \\nATOM   3799 HD23 LEU A1127      -1.156  19.657 -25.433  1.00 40.08           H  \\nATOM   3800  N   LEU A1128      -5.779  21.925 -23.675  1.00 30.68           N  \\nATOM   3801  CA  LEU A1128      -7.149  21.698 -23.203  1.00 29.82           C  \\nATOM   3802  C   LEU A1128      -7.868  23.003 -22.796  1.00 37.95           C  \\nATOM   3803  O   LEU A1128      -9.078  23.099 -23.001  1.00 37.53           O  \\nATOM   3804  CB  LEU A1128      -7.182  20.679 -22.042  1.00 28.63           C  \\nATOM   3805  CG  LEU A1128      -6.730  19.245 -22.401  1.00 31.65           C  \\nATOM   3806  CD1 LEU A1128      -6.586  18.387 -21.126  1.00 31.42           C  \\nATOM   3807  CD2 LEU A1128      -7.611  18.567 -23.467  1.00 31.56           C  \\nATOM   3808  H   LEU A1128      -5.032  21.625 -23.062  1.00 30.68           H  \\nATOM   3809  HA  LEU A1128      -7.696  21.275 -24.042  1.00 29.82           H  \\nATOM   3810  HB3 LEU A1128      -8.195  20.625 -21.642  1.00 28.63           H  \\nATOM   3811  HB2 LEU A1128      -6.560  21.058 -21.229  1.00 28.63           H  \\nATOM   3812  HG  LEU A1128      -5.745  19.305 -22.850  1.00 31.65           H  \\nATOM   3813 HD11 LEU A1128      -5.551  18.077 -20.987  1.00 31.42           H  \\nATOM   3814 HD12 LEU A1128      -6.877  18.930 -20.226  1.00 31.42           H  \\nATOM   3815 HD13 LEU A1128      -7.192  17.482 -21.154  1.00 31.42           H  \\nATOM   3816 HD21 LEU A1128      -7.634  17.483 -23.356  1.00 31.56           H  \\nATOM   3817 HD22 LEU A1128      -8.638  18.927 -23.434  1.00 31.56           H  \\nATOM   3818 HD23 LEU A1128      -7.222  18.763 -24.465  1.00 31.56           H  \\nATOM   3819  N   GLU A1129      -7.122  23.993 -22.277  1.00 37.30           N  \\nATOM   3820  CA  GLU A1129      -7.628  25.331 -21.956  1.00 38.66           C  \\nATOM   3821  C   GLU A1129      -7.904  26.197 -23.204  1.00 42.10           C  \\nATOM   3822  O   GLU A1129      -8.801  27.037 -23.141  1.00 42.78           O  \\nATOM   3823  CB  GLU A1129      -6.670  26.032 -20.967  1.00 41.41           C  \\nATOM   3824  CG  GLU A1129      -6.622  25.388 -19.556  1.00 54.54           C  \\nATOM   3825  CD  GLU A1129      -7.801  25.679 -18.612  1.00 90.90           C  \\nATOM   3826  OE1 GLU A1129      -8.677  26.501 -18.958  1.00 94.26           O  \\nATOM   3827  OE2 GLU A1129      -7.797  25.060 -17.524  1.00 91.13           O1-\\nATOM   3828  H   GLU A1129      -6.137  23.838 -22.107  1.00 37.30           H  \\nATOM   3829  HA  GLU A1129      -8.591  25.207 -21.456  1.00 38.66           H  \\nATOM   3830  HB3 GLU A1129      -6.907  27.094 -20.890  1.00 41.41           H  \\nATOM   3831  HB2 GLU A1129      -5.662  26.002 -21.380  1.00 41.41           H  \\nATOM   3832  HG3 GLU A1129      -5.711  25.719 -19.055  1.00 54.54           H  \\nATOM   3833  HG2 GLU A1129      -6.543  24.307 -19.642  1.00 54.54           H  \\nATOM   3834  N   ARG A1130      -7.195  25.946 -24.324  1.00 37.87           N  \\nATOM   3835  CA  ARG A1130      -7.499  26.535 -25.639  1.00 37.84           C  \\nATOM   3836  C   ARG A1130      -8.697  25.873 -26.351  1.00 41.63           C  \\nATOM   3837  O   ARG A1130      -9.138  26.406 -27.369  1.00 42.60           O  \\nATOM   3838  CB  ARG A1130      -6.265  26.498 -26.566  1.00 37.09           C  \\nATOM   3839  CG  ARG A1130      -5.073  27.342 -26.080  1.00 43.14           C  \\nATOM   3840  CD  ARG A1130      -4.008  27.588 -27.166  1.00 47.74           C  \\nATOM   3841  NE  ARG A1130      -3.331  26.356 -27.610  1.00 51.85           N  \\nATOM   3842  CZ  ARG A1130      -2.239  25.772 -27.088  1.00 60.61           C  \\nATOM   3843  NH1 ARG A1130      -1.609  26.260 -26.010  1.00 54.41           N  \\nATOM   3844  NH2 ARG A1130      -1.770  24.664 -27.673  1.00 41.74           N1+\\nATOM   3845  H   ARG A1130      -6.458  25.254 -24.302  1.00 37.87           H  \\nATOM   3846  HA  ARG A1130      -7.769  27.582 -25.491  1.00 37.84           H  \\nATOM   3847  HB3 ARG A1130      -6.554  26.873 -27.549  1.00 37.09           H  \\nATOM   3848  HB2 ARG A1130      -5.950  25.465 -26.724  1.00 37.09           H  \\nATOM   3849  HG3 ARG A1130      -4.609  26.808 -25.257  1.00 43.14           H  \\nATOM   3850  HG2 ARG A1130      -5.394  28.295 -25.660  1.00 43.14           H  \\nATOM   3851  HD3 ARG A1130      -3.308  28.371 -26.873  1.00 47.74           H  \\nATOM   3852  HD2 ARG A1130      -4.508  27.966 -28.058  1.00 47.74           H  \\nATOM   3853  HE  ARG A1130      -3.771  25.882 -28.391  1.00 51.85           H  \\nATOM   3854 HH12 ARG A1130      -0.771  25.815 -25.659  1.00 54.41           H  \\nATOM   3855 HH11 ARG A1130      -1.965  27.084 -25.548  1.00 54.41           H  \\nATOM   3856 HH22 ARG A1130      -0.975  24.169 -27.288  1.00 41.74           H  \\nATOM   3857 HH21 ARG A1130      -2.235  24.287 -28.490  1.00 41.74           H  \\nATOM   3858  N   GLY A1131      -9.207  24.747 -25.824  1.00 36.22           N  \\nATOM   3859  CA  GLY A1131     -10.366  24.048 -26.376  1.00 35.40           C  \\nATOM   3860  C   GLY A1131      -9.974  22.960 -27.390  1.00 37.10           C  \\nATOM   3861  O   GLY A1131     -10.871  22.416 -28.034  1.00 36.00           O  \\nATOM   3862  H   GLY A1131      -8.801  24.371 -24.979  1.00 36.22           H  \\nATOM   3863  HA3 GLY A1131     -11.060  24.747 -26.845  1.00 35.40           H  \\nATOM   3864  HA2 GLY A1131     -10.909  23.585 -25.554  1.00 35.40           H  \\nATOM   3865  N   GLU A1132      -8.676  22.623 -27.532  1.00 32.13           N  \\nATOM   3866  CA  GLU A1132      -8.205  21.537 -28.397  1.00 31.71           C  \\nATOM   3867  C   GLU A1132      -8.525  20.162 -27.793  1.00 33.67           C  \\nATOM   3868  O   GLU A1132      -8.257  19.935 -26.613  1.00 31.64           O  \\nATOM   3869  CB  GLU A1132      -6.694  21.640 -28.670  1.00 33.82           C  \\nATOM   3870  CG  GLU A1132      -6.247  22.982 -29.287  1.00 48.90           C  \\nATOM   3871  CD  GLU A1132      -4.778  23.022 -29.744  1.00 65.96           C  \\nATOM   3872  OE1 GLU A1132      -4.195  21.948 -30.019  1.00 51.67           O  \\nATOM   3873  OE2 GLU A1132      -4.249  24.151 -29.826  1.00 68.15           O1-\\nATOM   3874  H   GLU A1132      -7.970  23.086 -26.976  1.00 32.13           H  \\nATOM   3875  HA  GLU A1132      -8.720  21.634 -29.353  1.00 31.71           H  \\nATOM   3876  HB3 GLU A1132      -6.426  20.815 -29.330  1.00 33.82           H  \\nATOM   3877  HB2 GLU A1132      -6.135  21.468 -27.752  1.00 33.82           H  \\nATOM   3878  HG3 GLU A1132      -6.417  23.786 -28.569  1.00 48.90           H  \\nATOM   3879  HG2 GLU A1132      -6.869  23.208 -30.154  1.00 48.90           H  \\nATOM   3880  N   ARG A1133      -9.080  19.277 -28.631  1.00 30.19           N  \\nATOM   3881  CA  ARG A1133      -9.515  17.933 -28.263  1.00 28.71           C  \\nATOM   3882  C   ARG A1133      -8.945  16.892 -29.230  1.00 31.32           C  \\nATOM   3883  O   ARG A1133      -8.505  17.230 -30.331  1.00 31.52           O  \\nATOM   3884  CB  ARG A1133     -11.063  17.876 -28.305  1.00 28.69           C  \\nATOM   3885  CG  ARG A1133     -11.789  18.793 -27.309  1.00 29.69           C  \\nATOM   3886  CD  ARG A1133     -11.505  18.482 -25.831  1.00 29.80           C  \\nATOM   3887  NE  ARG A1133     -12.141  19.468 -24.947  1.00 30.88           N  \\nATOM   3888  CZ  ARG A1133     -11.592  20.560 -24.393  1.00 38.38           C  \\nATOM   3889  NH1 ARG A1133     -10.317  20.890 -24.594  1.00 29.25           N  \\nATOM   3890  NH2 ARG A1133     -12.340  21.342 -23.612  1.00 30.33           N1+\\nATOM   3891  H   ARG A1133      -9.223  19.537 -29.599  1.00 30.19           H  \\nATOM   3892  HA  ARG A1133      -9.150  17.666 -27.270  1.00 28.71           H  \\nATOM   3893  HB3 ARG A1133     -11.401  16.856 -28.123  1.00 28.69           H  \\nATOM   3894  HB2 ARG A1133     -11.407  18.118 -29.312  1.00 28.69           H  \\nATOM   3895  HG3 ARG A1133     -12.848  18.588 -27.471  1.00 29.69           H  \\nATOM   3896  HG2 ARG A1133     -11.659  19.851 -27.538  1.00 29.69           H  \\nATOM   3897  HD3 ARG A1133     -10.455  18.302 -25.603  1.00 29.80           H  \\nATOM   3898  HD2 ARG A1133     -12.018  17.554 -25.586  1.00 29.80           H  \\nATOM   3899  HE  ARG A1133     -13.129  19.321 -24.780  1.00 30.88           H  \\nATOM   3900 HH12 ARG A1133      -9.923  21.702 -24.135  1.00 29.25           H  \\nATOM   3901 HH11 ARG A1133      -9.733  20.336 -25.209  1.00 29.25           H  \\nATOM   3902 HH22 ARG A1133     -11.950  22.154 -23.148  1.00 30.33           H  \\nATOM   3903 HH21 ARG A1133     -13.297  21.079 -23.419  1.00 30.33           H  \\nATOM   3904  N   LEU A1134      -9.055  15.621 -28.811  1.00 26.90           N  \\nATOM   3905  CA  LEU A1134      -8.918  14.425 -29.644  1.00 26.48           C  \\nATOM   3906  C   LEU A1134      -9.928  14.480 -30.815  1.00 31.07           C  \\nATOM   3907  O   LEU A1134     -11.084  14.845 -30.581  1.00 29.22           O  \\nATOM   3908  CB  LEU A1134      -9.227  13.190 -28.766  1.00 25.80           C  \\nATOM   3909  CG  LEU A1134      -8.165  12.863 -27.694  1.00 28.43           C  \\nATOM   3910  CD1 LEU A1134      -8.717  11.905 -26.614  1.00 27.29           C  \\nATOM   3911  CD2 LEU A1134      -6.854  12.349 -28.325  1.00 31.24           C  \\nATOM   3912  H   LEU A1134      -9.416  15.453 -27.879  1.00 26.90           H  \\nATOM   3913  HA  LEU A1134      -7.887  14.406 -29.992  1.00 26.48           H  \\nATOM   3914  HB3 LEU A1134      -9.362  12.309 -29.394  1.00 25.80           H  \\nATOM   3915  HB2 LEU A1134     -10.189  13.350 -28.280  1.00 25.80           H  \\nATOM   3916  HG  LEU A1134      -7.928  13.796 -27.183  1.00 28.43           H  \\nATOM   3917 HD11 LEU A1134      -8.755  12.402 -25.644  1.00 27.29           H  \\nATOM   3918 HD12 LEU A1134      -9.729  11.570 -26.840  1.00 27.29           H  \\nATOM   3919 HD13 LEU A1134      -8.107  11.011 -26.487  1.00 27.29           H  \\nATOM   3920 HD21 LEU A1134      -5.992  12.885 -27.926  1.00 31.24           H  \\nATOM   3921 HD22 LEU A1134      -6.697  11.289 -28.144  1.00 31.24           H  \\nATOM   3922 HD23 LEU A1134      -6.840  12.471 -29.408  1.00 31.24           H  \\nATOM   3923  N   PRO A1135      -9.478  14.161 -32.051  1.00 29.27           N  \\nATOM   3924  CA  PRO A1135     -10.320  14.269 -33.257  1.00 29.71           C  \\nATOM   3925  C   PRO A1135     -11.484  13.263 -33.276  1.00 33.63           C  \\nATOM   3926  O   PRO A1135     -11.495  12.320 -32.486  1.00 33.51           O  \\nATOM   3927  CB  PRO A1135      -9.324  14.011 -34.400  1.00 32.38           C  \\nATOM   3928  CG  PRO A1135      -8.283  13.086 -33.794  1.00 35.83           C  \\nATOM   3929  CD  PRO A1135      -8.159  13.605 -32.368  1.00 30.45           C  \\nATOM   3930  HA  PRO A1135     -10.734  15.274 -33.346  1.00 29.71           H  \\nATOM   3931  HB3 PRO A1135      -8.853  14.953 -34.686  1.00 32.38           H  \\nATOM   3932  HB2 PRO A1135      -9.779  13.590 -35.298  1.00 32.38           H  \\nATOM   3933  HG3 PRO A1135      -7.340  13.077 -34.339  1.00 35.83           H  \\nATOM   3934  HG2 PRO A1135      -8.673  12.068 -33.776  1.00 35.83           H  \\nATOM   3935  HD2 PRO A1135      -7.859  12.805 -31.691  1.00 30.45           H  \\nATOM   3936  HD3 PRO A1135      -7.419  14.404 -32.314  1.00 30.45           H  \\nATOM   3937  N   ARG A1136     -12.446  13.482 -34.185  1.00 30.63           N  \\nATOM   3938  CA  ARG A1136     -13.533  12.542 -34.459  1.00 30.68           C  \\nATOM   3939  C   ARG A1136     -12.962  11.261 -35.110  1.00 36.51           C  \\nATOM   3940  O   ARG A1136     -12.376  11.380 -36.188  1.00 36.37           O  \\nATOM   3941  CB  ARG A1136     -14.560  13.241 -35.376  1.00 28.69           C  \\nATOM   3942  CG  ARG A1136     -15.806  12.379 -35.679  1.00 33.51           C  \\nATOM   3943  CD  ARG A1136     -16.847  13.056 -36.590  1.00 37.56           C  \\nATOM   3944  NE  ARG A1136     -16.358  13.227 -37.972  1.00 52.22           N  \\nATOM   3945  CZ  ARG A1136     -16.281  12.291 -38.939  1.00 71.16           C  \\nATOM   3946  NH1 ARG A1136     -15.733  12.618 -40.115  1.00 60.58           N  \\nATOM   3947  NH2 ARG A1136     -16.728  11.038 -38.774  1.00 53.25           N1+\\nATOM   3948  H   ARG A1136     -12.389  14.291 -34.792  1.00 30.63           H  \\nATOM   3949  HA  ARG A1136     -14.039  12.330 -33.523  1.00 30.68           H  \\nATOM   3950  HB3 ARG A1136     -14.076  13.535 -36.309  1.00 28.69           H  \\nATOM   3951  HB2 ARG A1136     -14.883  14.169 -34.905  1.00 28.69           H  \\nATOM   3952  HG3 ARG A1136     -16.278  12.004 -34.771  1.00 33.51           H  \\nATOM   3953  HG2 ARG A1136     -15.454  11.489 -36.199  1.00 33.51           H  \\nATOM   3954  HD3 ARG A1136     -16.998  14.074 -36.231  1.00 37.56           H  \\nATOM   3955  HD2 ARG A1136     -17.825  12.577 -36.532  1.00 37.56           H  \\nATOM   3956  HE  ARG A1136     -15.982  14.141 -38.177  1.00 52.22           H  \\nATOM   3957 HH12 ARG A1136     -15.652  11.923 -40.844  1.00 60.58           H  \\nATOM   3958 HH11 ARG A1136     -15.382  13.551 -40.280  1.00 60.58           H  \\nATOM   3959 HH22 ARG A1136     -16.634  10.363 -39.522  1.00 53.25           H  \\nATOM   3960 HH21 ARG A1136     -17.185  10.766 -37.912  1.00 53.25           H  \\nATOM   3961  N   PRO A1137     -13.133  10.074 -34.473  1.00 34.19           N  \\nATOM   3962  CA  PRO A1137     -12.794   8.777 -35.100  1.00 34.79           C  \\nATOM   3963  C   PRO A1137     -13.518   8.551 -36.438  1.00 39.69           C  \\nATOM   3964  O   PRO A1137     -14.654   9.000 -36.591  1.00 37.63           O  \\nATOM   3965  CB  PRO A1137     -13.235   7.730 -34.059  1.00 35.61           C  \\nATOM   3966  CG  PRO A1137     -13.270   8.479 -32.741  1.00 38.50           C  \\nATOM   3967  CD  PRO A1137     -13.716   9.872 -33.145  1.00 34.62           C  \\nATOM   3968  HA  PRO A1137     -11.711   8.740 -35.234  1.00 34.79           H  \\nATOM   3969  HB3 PRO A1137     -12.572   6.866 -34.029  1.00 35.61           H  \\nATOM   3970  HB2 PRO A1137     -14.230   7.351 -34.286  1.00 35.61           H  \\nATOM   3971  HG3 PRO A1137     -12.259   8.534 -32.343  1.00 38.50           H  \\nATOM   3972  HG2 PRO A1137     -13.904   8.021 -31.984  1.00 38.50           H  \\nATOM   3973  HD2 PRO A1137     -14.802   9.926 -33.221  1.00 34.62           H  \\nATOM   3974  HD3 PRO A1137     -13.386  10.595 -32.401  1.00 34.62           H  \\nATOM   3975  N   ASP A1138     -12.853   7.868 -37.383  1.00 39.28           N  \\nATOM   3976  CA  ASP A1138     -13.426   7.546 -38.693  1.00 41.69           C  \\nATOM   3977  C   ASP A1138     -14.685   6.666 -38.532  1.00 47.14           C  \\nATOM   3978  O   ASP A1138     -14.612   5.633 -37.867  1.00 46.83           O  \\nATOM   3979  CB  ASP A1138     -12.387   6.871 -39.624  1.00 45.59           C  \\nATOM   3980  CG  ASP A1138     -12.841   6.652 -41.080  1.00 68.02           C  \\nATOM   3981  OD1 ASP A1138     -13.557   7.527 -41.620  1.00 70.17           O  \\nATOM   3982  OD2 ASP A1138     -12.365   5.662 -41.676  1.00 78.75           O1-\\nATOM   3983  H   ASP A1138     -11.925   7.516 -37.195  1.00 39.28           H  \\nATOM   3984  HA  ASP A1138     -13.719   8.501 -39.135  1.00 41.69           H  \\nATOM   3985  HB3 ASP A1138     -12.074   5.921 -39.186  1.00 45.59           H  \\nATOM   3986  HB2 ASP A1138     -11.481   7.478 -39.648  1.00 45.59           H  \\nATOM   3987  N   LYS A1139     -15.800   7.116 -39.131  1.00 45.46           N  \\nATOM   3988  CA  LYS A1139     -17.138   6.507 -39.107  1.00 46.10           C  \\nATOM   3989  C   LYS A1139     -17.911   6.699 -37.781  1.00 48.03           C  \\nATOM   3990  O   LYS A1139     -19.010   6.158 -37.663  1.00 49.27           O  \\nATOM   3991  CB  LYS A1139     -17.123   5.027 -39.585  1.00 50.14           C  \\nATOM   3992  CG  LYS A1139     -16.482   4.798 -40.972  1.00 69.71           C  \\nATOM   3993  CD  LYS A1139     -17.332   5.278 -42.167  1.00 83.93           C  \\nATOM   3994  CE  LYS A1139     -18.382   4.259 -42.647  1.00 98.25           C  \\nATOM   3995  NZ  LYS A1139     -17.770   3.130 -43.374  1.00107.70           N1+\\nATOM   3996  H   LYS A1139     -15.734   7.966 -39.674  1.00 45.46           H  \\nATOM   3997  HA  LYS A1139     -17.712   7.081 -39.834  1.00 46.10           H  \\nATOM   3998  HB3 LYS A1139     -18.137   4.626 -39.598  1.00 50.14           H  \\nATOM   3999  HB2 LYS A1139     -16.590   4.415 -38.858  1.00 50.14           H  \\nATOM   4000  HG3 LYS A1139     -16.252   3.738 -41.079  1.00 69.71           H  \\nATOM   4001  HG2 LYS A1139     -15.512   5.290 -41.017  1.00 69.71           H  \\nATOM   4002  HD3 LYS A1139     -16.672   5.557 -42.990  1.00 83.93           H  \\nATOM   4003  HD2 LYS A1139     -17.850   6.199 -41.901  1.00 83.93           H  \\nATOM   4004  HE3 LYS A1139     -19.082   4.749 -43.326  1.00 98.25           H  \\nATOM   4005  HE2 LYS A1139     -18.968   3.879 -41.809  1.00 98.25           H  \\nATOM   4006  HZ1 LYS A1139     -17.132   2.641 -42.762  1.00107.70           H  \\nATOM   4007  HZ2 LYS A1139     -18.490   2.494 -43.686  1.00107.70           H  \\nATOM   4008  HZ3 LYS A1139     -17.261   3.480 -44.174  1.00107.70           H  \\nATOM   4009  N   CYS A1140     -17.379   7.501 -36.836  1.00 40.64           N  \\nATOM   4010  CA  CYS A1140     -18.096   7.964 -35.642  1.00 37.44           C  \\nATOM   4011  C   CYS A1140     -19.135   9.023 -36.075  1.00 40.28           C  \\nATOM   4012  O   CYS A1140     -18.716  10.015 -36.674  1.00 40.75           O  \\nATOM   4013  CB  CYS A1140     -17.119   8.571 -34.608  1.00 35.57           C  \\nATOM   4014  SG  CYS A1140     -17.956   9.233 -33.132  1.00 37.88           S  \\nATOM   4015  H   CYS A1140     -16.464   7.904 -36.986  1.00 40.64           H  \\nATOM   4016  HA  CYS A1140     -18.547   7.094 -35.169  1.00 37.44           H  \\nATOM   4017  HB3 CYS A1140     -16.551   9.391 -35.044  1.00 35.57           H  \\nATOM   4018  HB2 CYS A1140     -16.407   7.814 -34.285  1.00 35.57           H  \\nATOM   4019  HG  CYS A1140     -18.601  10.222 -33.759  1.00 37.88           H  \\nATOM   4020  N   PRO A1141     -20.442   8.825 -35.776  1.00 34.69           N  \\nATOM   4021  CA  PRO A1141     -21.483   9.846 -36.018  1.00 34.83           C  \\nATOM   4022  C   PRO A1141     -21.161  11.214 -35.391  1.00 36.98           C  \\nATOM   4023  O   PRO A1141     -20.604  11.262 -34.294  1.00 34.16           O  \\nATOM   4024  CB  PRO A1141     -22.754   9.238 -35.404  1.00 36.57           C  \\nATOM   4025  CG  PRO A1141     -22.512   7.741 -35.389  1.00 40.74           C  \\nATOM   4026  CD  PRO A1141     -21.014   7.635 -35.148  1.00 36.09           C  \\nATOM   4027  HA  PRO A1141     -21.603   9.941 -37.099  1.00 34.83           H  \\nATOM   4028  HB3 PRO A1141     -23.645   9.500 -35.973  1.00 36.57           H  \\nATOM   4029  HB2 PRO A1141     -22.903   9.592 -34.384  1.00 36.57           H  \\nATOM   4030  HG3 PRO A1141     -22.751   7.330 -36.371  1.00 40.74           H  \\nATOM   4031  HG2 PRO A1141     -23.108   7.209 -34.648  1.00 40.74           H  \\nATOM   4032  HD2 PRO A1141     -20.788   7.650 -34.081  1.00 36.09           H  \\nATOM   4033  HD3 PRO A1141     -20.634   6.709 -35.576  1.00 36.09           H  \\nATOM   4034  N   ALA A1142     -21.496  12.292 -36.118  1.00 34.46           N  \\nATOM   4035  CA  ALA A1142     -21.237  13.677 -35.716  1.00 34.01           C  \\nATOM   4036  C   ALA A1142     -21.858  14.063 -34.363  1.00 35.94           C  \\nATOM   4037  O   ALA A1142     -21.196  14.741 -33.582  1.00 33.77           O  \\nATOM   4038  CB  ALA A1142     -21.717  14.626 -36.823  1.00 35.94           C  \\nATOM   4039  H   ALA A1142     -21.956  12.168 -37.008  1.00 34.46           H  \\nATOM   4040  HA  ALA A1142     -20.155  13.788 -35.623  1.00 34.01           H  \\nATOM   4041  HB1 ALA A1142     -21.528  15.667 -36.559  1.00 35.94           H  \\nATOM   4042  HB2 ALA A1142     -21.199  14.427 -37.761  1.00 35.94           H  \\nATOM   4043  HB3 ALA A1142     -22.788  14.519 -37.005  1.00 35.94           H  \\nATOM   4044  N   GLU A1143     -23.085  13.585 -34.095  1.00 34.04           N  \\nATOM   4045  CA  GLU A1143     -23.816  13.835 -32.853  1.00 34.34           C  \\nATOM   4046  C   GLU A1143     -23.305  12.992 -31.664  1.00 35.13           C  \\nATOM   4047  O   GLU A1143     -23.390  13.458 -30.528  1.00 31.94           O  \\nATOM   4048  CB  GLU A1143     -25.318  13.650 -33.135  1.00 37.10           C  \\nATOM   4049  CG  GLU A1143     -26.246  14.080 -31.978  1.00 51.53           C  \\nATOM   4050  CD  GLU A1143     -27.740  14.125 -32.340  1.00 70.35           C  \\nATOM   4051  OE1 GLU A1143     -28.153  13.422 -33.291  1.00 77.38           O  \\nATOM   4052  OE2 GLU A1143     -28.460  14.869 -31.638  1.00 51.45           O1-\\nATOM   4053  H   GLU A1143     -23.564  13.026 -34.790  1.00 34.04           H  \\nATOM   4054  HA  GLU A1143     -23.664  14.883 -32.589  1.00 34.34           H  \\nATOM   4055  HB3 GLU A1143     -25.505  12.606 -33.385  1.00 37.10           H  \\nATOM   4056  HB2 GLU A1143     -25.577  14.225 -34.027  1.00 37.10           H  \\nATOM   4057  HG3 GLU A1143     -25.936  15.065 -31.626  1.00 51.53           H  \\nATOM   4058  HG2 GLU A1143     -26.129  13.400 -31.134  1.00 51.53           H  \\nATOM   4059  N   VAL A1144     -22.731  11.805 -31.940  1.00 32.23           N  \\nATOM   4060  CA  VAL A1144     -22.009  10.987 -30.957  1.00 30.46           C  \\nATOM   4061  C   VAL A1144     -20.648  11.617 -30.584  1.00 31.37           C  \\nATOM   4062  O   VAL A1144     -20.236  11.503 -29.430  1.00 28.93           O  \\nATOM   4063  CB  VAL A1144     -21.807   9.523 -31.459  1.00 34.90           C  \\nATOM   4064  CG1 VAL A1144     -20.858   8.650 -30.606  1.00 34.06           C  \\nATOM   4065  CG2 VAL A1144     -23.162   8.803 -31.593  1.00 35.48           C  \\nATOM   4066  H   VAL A1144     -22.686  11.488 -32.898  1.00 32.23           H  \\nATOM   4067  HA  VAL A1144     -22.610  10.949 -30.046  1.00 30.46           H  \\nATOM   4068  HB  VAL A1144     -21.371   9.566 -32.457  1.00 34.90           H  \\nATOM   4069 HG11 VAL A1144     -20.841   7.622 -30.969  1.00 34.06           H  \\nATOM   4070 HG12 VAL A1144     -19.827   9.004 -30.638  1.00 34.06           H  \\nATOM   4071 HG13 VAL A1144     -21.173   8.625 -29.562  1.00 34.06           H  \\nATOM   4072 HG21 VAL A1144     -23.040   7.798 -31.997  1.00 35.48           H  \\nATOM   4073 HG22 VAL A1144     -23.654   8.713 -30.625  1.00 35.48           H  \\nATOM   4074 HG23 VAL A1144     -23.843   9.336 -32.256  1.00 35.48           H  \\nATOM   4075  N   TYR A1145     -20.010  12.320 -31.540  1.00 28.72           N  \\nATOM   4076  CA  TYR A1145     -18.815  13.130 -31.305  1.00 28.17           C  \\nATOM   4077  C   TYR A1145     -19.111  14.402 -30.483  1.00 32.85           C  \\nATOM   4078  O   TYR A1145     -18.270  14.789 -29.676  1.00 32.29           O  \\nATOM   4079  CB  TYR A1145     -18.111  13.449 -32.643  1.00 29.44           C  \\nATOM   4080  CG  TYR A1145     -16.805  14.215 -32.495  1.00 31.74           C  \\nATOM   4081  CD1 TYR A1145     -15.727  13.605 -31.826  1.00 33.16           C  \\nATOM   4082  CD2 TYR A1145     -16.667  15.532 -32.980  1.00 33.69           C  \\nATOM   4083  CE1 TYR A1145     -14.533  14.312 -31.597  1.00 33.08           C  \\nATOM   4084  CE2 TYR A1145     -15.457  16.230 -32.785  1.00 34.55           C  \\nATOM   4085  CZ  TYR A1145     -14.395  15.627 -32.079  1.00 36.66           C  \\nATOM   4086  OH  TYR A1145     -13.233  16.310 -31.864  1.00 35.20           O  \\nATOM   4087  H   TYR A1145     -20.399  12.353 -32.473  1.00 28.72           H  \\nATOM   4088  HA  TYR A1145     -18.129  12.519 -30.716  1.00 28.17           H  \\nATOM   4089  HB3 TYR A1145     -18.775  14.007 -33.302  1.00 29.44           H  \\nATOM   4090  HB2 TYR A1145     -17.894  12.516 -33.163  1.00 29.44           H  \\nATOM   4091  HD1 TYR A1145     -15.827  12.586 -31.495  1.00 33.16           H  \\nATOM   4092  HD2 TYR A1145     -17.486  16.012 -33.496  1.00 33.69           H  \\nATOM   4093  HE1 TYR A1145     -13.720  13.833 -31.071  1.00 33.08           H  \\nATOM   4094  HE2 TYR A1145     -15.352  17.237 -33.161  1.00 34.55           H  \\nATOM   4095  HH  TYR A1145     -12.591  15.787 -31.372  1.00 35.20           H  \\nATOM   4096  N   HIS A1146     -20.303  15.000 -30.665  1.00 31.34           N  \\nATOM   4097  CA  HIS A1146     -20.779  16.145 -29.881  1.00 31.80           C  \\nATOM   4098  C   HIS A1146     -21.146  15.778 -28.433  1.00 32.90           C  \\nATOM   4099  O   HIS A1146     -20.947  16.611 -27.550  1.00 31.97           O  \\nATOM   4100  CB  HIS A1146     -21.955  16.843 -30.592  1.00 33.81           C  \\nATOM   4101  CG  HIS A1146     -21.650  17.391 -31.965  1.00 37.86           C  \\nATOM   4102  ND1 HIS A1146     -22.623  17.473 -32.968  1.00 40.76           N  \\nATOM   4103  CD2 HIS A1146     -20.458  17.881 -32.464  1.00 39.65           C  \\nATOM   4104  CE1 HIS A1146     -21.991  17.984 -34.016  1.00 40.91           C  \\nATOM   4105  NE2 HIS A1146     -20.706  18.244 -33.776  1.00 40.63           N  \\nATOM   4106  H   HIS A1146     -20.940  14.639 -31.363  1.00 31.34           H  \\nATOM   4107  HA  HIS A1146     -19.959  16.864 -29.820  1.00 31.80           H  \\nATOM   4108  HB3 HIS A1146     -22.316  17.675 -29.985  1.00 33.81           H  \\nATOM   4109  HB2 HIS A1146     -22.794  16.152 -30.679  1.00 33.81           H  \\nATOM   4110  HD2 HIS A1146     -19.485  17.986 -32.008  1.00 39.65           H  \\nATOM   4111  HE1 HIS A1146     -22.472  18.171 -34.965  1.00 40.91           H  \\nATOM   4112  HE2 HIS A1146     -20.043  18.638 -34.428  1.00 40.63           H  \\nATOM   4113  N   LEU A1147     -21.611  14.536 -28.202  1.00 29.07           N  \\nATOM   4114  CA  LEU A1147     -21.778  13.940 -26.872  1.00 28.56           C  \\nATOM   4115  C   LEU A1147     -20.424  13.756 -26.160  1.00 31.25           C  \\nATOM   4116  O   LEU A1147     -20.338  13.997 -24.958  1.00 29.28           O  \\nATOM   4117  CB  LEU A1147     -22.590  12.626 -27.011  1.00 29.23           C  \\nATOM   4118  CG  LEU A1147     -22.817  11.793 -25.720  1.00 34.50           C  \\nATOM   4119  CD1 LEU A1147     -24.077  10.917 -25.842  1.00 34.68           C  \\nATOM   4120  CD2 LEU A1147     -21.606  10.922 -25.312  1.00 36.84           C  \\nATOM   4121  H   LEU A1147     -21.788  13.924 -28.986  1.00 29.07           H  \\nATOM   4122  HA  LEU A1147     -22.369  14.632 -26.270  1.00 28.56           H  \\nATOM   4123  HB3 LEU A1147     -22.149  11.983 -27.771  1.00 29.23           H  \\nATOM   4124  HB2 LEU A1147     -23.558  12.917 -27.419  1.00 29.23           H  \\nATOM   4125  HG  LEU A1147     -23.013  12.499 -24.911  1.00 34.50           H  \\nATOM   4126 HD11 LEU A1147     -24.525  10.753 -24.862  1.00 34.68           H  \\nATOM   4127 HD12 LEU A1147     -24.837  11.371 -26.478  1.00 34.68           H  \\nATOM   4128 HD13 LEU A1147     -23.850   9.940 -26.269  1.00 34.68           H  \\nATOM   4129 HD21 LEU A1147     -21.884   9.888 -25.107  1.00 36.84           H  \\nATOM   4130 HD22 LEU A1147     -20.841  10.896 -26.088  1.00 36.84           H  \\nATOM   4131 HD23 LEU A1147     -21.140  11.306 -24.405  1.00 36.84           H  \\nATOM   4132  N   MET A1148     -19.396  13.361 -26.929  1.00 29.35           N  \\nATOM   4133  CA  MET A1148     -18.014  13.182 -26.484  1.00 30.67           C  \\nATOM   4134  C   MET A1148     -17.339  14.513 -26.107  1.00 31.09           C  \\nATOM   4135  O   MET A1148     -16.638  14.554 -25.099  1.00 28.70           O  \\nATOM   4136  CB  MET A1148     -17.240  12.431 -27.592  1.00 34.60           C  \\nATOM   4137  CG  MET A1148     -16.460  11.203 -27.102  1.00 40.60           C  \\nATOM   4138  SD  MET A1148     -16.144   9.982 -28.405  1.00 46.94           S  \\nATOM   4139  CE  MET A1148     -14.969  10.895 -29.430  1.00 42.17           C  \\nATOM   4140  H   MET A1148     -19.567  13.172 -27.907  1.00 29.35           H  \\nATOM   4141  HA  MET A1148     -18.055  12.563 -25.586  1.00 30.67           H  \\nATOM   4142  HB3 MET A1148     -16.552  13.112 -28.095  1.00 34.60           H  \\nATOM   4143  HB2 MET A1148     -17.922  12.103 -28.375  1.00 34.60           H  \\nATOM   4144  HG3 MET A1148     -17.018  10.688 -26.320  1.00 40.60           H  \\nATOM   4145  HG2 MET A1148     -15.515  11.514 -26.657  1.00 40.60           H  \\nATOM   4146  HE1 MET A1148     -14.862  10.415 -30.402  1.00 42.17           H  \\nATOM   4147  HE2 MET A1148     -15.302  11.918 -29.569  1.00 42.17           H  \\nATOM   4148  HE3 MET A1148     -13.997  10.931 -28.953  1.00 42.17           H  \\nATOM   4149  N   LYS A1149     -17.598  15.580 -26.886  1.00 27.88           N  \\nATOM   4150  CA  LYS A1149     -17.154  16.946 -26.595  1.00 27.39           C  \\nATOM   4151  C   LYS A1149     -17.917  17.609 -25.435  1.00 30.73           C  \\nATOM   4152  O   LYS A1149     -17.329  18.451 -24.759  1.00 30.19           O  \\nATOM   4153  CB  LYS A1149     -17.207  17.818 -27.865  1.00 30.13           C  \\nATOM   4154  CG  LYS A1149     -16.108  17.472 -28.889  1.00 40.57           C  \\nATOM   4155  CD  LYS A1149     -15.915  18.539 -29.980  1.00 49.92           C  \\nATOM   4156  CE  LYS A1149     -15.173  19.793 -29.484  1.00 55.31           C  \\nATOM   4157  NZ  LYS A1149     -14.911  20.746 -30.577  1.00 61.18           N1+\\nATOM   4158  H   LYS A1149     -18.158  15.460 -27.720  1.00 27.88           H  \\nATOM   4159  HA  LYS A1149     -16.112  16.888 -26.279  1.00 27.39           H  \\nATOM   4160  HB3 LYS A1149     -17.079  18.859 -27.571  1.00 30.13           H  \\nATOM   4161  HB2 LYS A1149     -18.193  17.764 -28.329  1.00 30.13           H  \\nATOM   4162  HG3 LYS A1149     -16.348  16.522 -29.364  1.00 40.57           H  \\nATOM   4163  HG2 LYS A1149     -15.157  17.313 -28.382  1.00 40.57           H  \\nATOM   4164  HD3 LYS A1149     -16.890  18.818 -30.383  1.00 49.92           H  \\nATOM   4165  HD2 LYS A1149     -15.361  18.095 -30.805  1.00 49.92           H  \\nATOM   4166  HE3 LYS A1149     -14.215  19.514 -29.049  1.00 55.31           H  \\nATOM   4167  HE2 LYS A1149     -15.743  20.306 -28.710  1.00 55.31           H  \\nATOM   4168  HZ1 LYS A1149     -14.403  21.541 -30.215  1.00 61.18           H  \\nATOM   4169  HZ2 LYS A1149     -14.362  20.296 -31.294  1.00 61.18           H  \\nATOM   4170  HZ3 LYS A1149     -15.788  21.058 -30.970  1.00 61.18           H  \\nATOM   4171  N   ASN A1150     -19.178  17.207 -25.195  1.00 27.52           N  \\nATOM   4172  CA  ASN A1150     -19.961  17.623 -24.027  1.00 27.53           C  \\nATOM   4173  C   ASN A1150     -19.491  16.903 -22.745  1.00 29.61           C  \\nATOM   4174  O   ASN A1150     -19.527  17.504 -21.674  1.00 29.79           O  \\nATOM   4175  CB  ASN A1150     -21.466  17.425 -24.321  1.00 28.97           C  \\nATOM   4176  CG  ASN A1150     -22.410  17.975 -23.243  1.00 41.34           C  \\nATOM   4177  OD1 ASN A1150     -23.302  17.265 -22.787  1.00 34.75           O  \\nATOM   4178  ND2 ASN A1150     -22.230  19.234 -22.833  1.00 35.14           N  \\nATOM   4179  H   ASN A1150     -19.616  16.537 -25.812  1.00 27.52           H  \\nATOM   4180  HA  ASN A1150     -19.788  18.690 -23.883  1.00 27.53           H  \\nATOM   4181  HB3 ASN A1150     -21.683  16.367 -24.477  1.00 28.97           H  \\nATOM   4182  HB2 ASN A1150     -21.722  17.929 -25.254  1.00 28.97           H  \\nATOM   4183 HD22 ASN A1150     -22.824  19.619 -22.112  1.00 35.14           H  \\nATOM   4184 HD21 ASN A1150     -21.495  19.813 -23.220  1.00 35.14           H  \\nATOM   4185  N   CYS A1151     -18.978  15.668 -22.883  1.00 24.02           N  \\nATOM   4186  CA  CYS A1151     -18.226  14.967 -21.839  1.00 24.87           C  \\nATOM   4187  C   CYS A1151     -16.843  15.601 -21.590  1.00 28.35           C  \\nATOM   4188  O   CYS A1151     -16.282  15.363 -20.527  1.00 26.56           O  \\nATOM   4189  CB  CYS A1151     -18.067  13.466 -22.147  1.00 25.12           C  \\nATOM   4190  SG  CYS A1151     -19.666  12.631 -21.997  1.00 29.56           S  \\nATOM   4191  H   CYS A1151     -19.008  15.218 -23.787  1.00 24.02           H  \\nATOM   4192  HA  CYS A1151     -18.778  15.060 -20.903  1.00 24.87           H  \\nATOM   4193  HB3 CYS A1151     -17.376  12.992 -21.451  1.00 25.12           H  \\nATOM   4194  HB2 CYS A1151     -17.671  13.297 -23.146  1.00 25.12           H  \\nATOM   4195  HG  CYS A1151     -20.221  13.209 -23.068  1.00 29.56           H  \\nATOM   4196  N   TRP A1152     -16.334  16.407 -22.539  1.00 24.56           N  \\nATOM   4197  CA  TRP A1152     -15.064  17.120 -22.440  1.00 24.31           C  \\nATOM   4198  C   TRP A1152     -15.252  18.648 -22.357  1.00 28.86           C  \\nATOM   4199  O   TRP A1152     -14.462  19.368 -22.962  1.00 29.11           O  \\nATOM   4200  CB  TRP A1152     -14.150  16.769 -23.635  1.00 23.52           C  \\nATOM   4201  CG  TRP A1152     -13.769  15.351 -23.905  1.00 23.91           C  \\nATOM   4202  CD1 TRP A1152     -13.464  14.411 -22.983  1.00 26.64           C  \\nATOM   4203  CD2 TRP A1152     -13.493  14.748 -25.205  1.00 24.07           C  \\nATOM   4204  NE1 TRP A1152     -13.028  13.271 -23.624  1.00 25.72           N  \\nATOM   4205  CE2 TRP A1152     -13.021  13.419 -24.996  1.00 26.84           C  \\nATOM   4206  CE3 TRP A1152     -13.581  15.195 -26.545  1.00 25.78           C  \\nATOM   4207  CZ2 TRP A1152     -12.651  12.581 -26.063  1.00 25.92           C  \\nATOM   4208  CZ3 TRP A1152     -13.229  14.360 -27.624  1.00 27.26           C  \\nATOM   4209  CH2 TRP A1152     -12.760  13.055 -27.383  1.00 27.17           C  \\nATOM   4210  H   TRP A1152     -16.861  16.563 -23.386  1.00 24.56           H  \\nATOM   4211  HA  TRP A1152     -14.549  16.820 -21.531  1.00 24.31           H  \\nATOM   4212  HB3 TRP A1152     -13.195  17.278 -23.504  1.00 23.52           H  \\nATOM   4213  HB2 TRP A1152     -14.587  17.165 -24.551  1.00 23.52           H  \\nATOM   4214  HD1 TRP A1152     -13.530  14.552 -21.914  1.00 26.64           H  \\nATOM   4215  HE1 TRP A1152     -12.743  12.443 -23.118  1.00 25.72           H  \\nATOM   4216  HE3 TRP A1152     -13.922  16.199 -26.746  1.00 25.78           H  \\nATOM   4217  HZ2 TRP A1152     -12.280  11.586 -25.875  1.00 25.92           H  \\nATOM   4218  HZ3 TRP A1152     -13.304  14.727 -28.637  1.00 27.26           H  \\nATOM   4219  HH2 TRP A1152     -12.468  12.425 -28.209  1.00 27.17           H  \\nATOM   4220  N   GLU A1153     -16.243  19.166 -21.612  1.00 25.75           N  \\nATOM   4221  CA  GLU A1153     -16.288  20.607 -21.306  1.00 26.82           C  \\nATOM   4222  C   GLU A1153     -15.165  20.957 -20.317  1.00 30.62           C  \\nATOM   4223  O   GLU A1153     -14.982  20.213 -19.355  1.00 26.79           O  \\nATOM   4224  CB  GLU A1153     -17.661  21.015 -20.731  1.00 28.38           C  \\nATOM   4225  CG  GLU A1153     -18.853  20.780 -21.684  1.00 35.13           C  \\nATOM   4226  CD  GLU A1153     -19.078  21.826 -22.787  1.00 54.88           C  \\nATOM   4227  OE1 GLU A1153     -18.283  22.786 -22.903  1.00 51.30           O  \\nATOM   4228  OE2 GLU A1153     -20.072  21.633 -23.523  1.00 50.04           O1-\\nATOM   4229  H   GLU A1153     -16.909  18.570 -21.143  1.00 25.75           H  \\nATOM   4230  HA  GLU A1153     -16.126  21.170 -22.227  1.00 26.82           H  \\nATOM   4231  HB3 GLU A1153     -17.632  22.059 -20.419  1.00 28.38           H  \\nATOM   4232  HB2 GLU A1153     -17.847  20.473 -19.807  1.00 28.38           H  \\nATOM   4233  HG3 GLU A1153     -19.767  20.707 -21.096  1.00 35.13           H  \\nATOM   4234  HG2 GLU A1153     -18.736  19.816 -22.172  1.00 35.13           H  \\nATOM   4235  N   THR A1154     -14.438  22.064 -20.561  1.00 30.88           N  \\nATOM   4236  CA  THR A1154     -13.383  22.571 -19.668  1.00 31.88           C  \\nATOM   4237  C   THR A1154     -13.939  22.913 -18.271  1.00 35.93           C  \\nATOM   4238  O   THR A1154     -13.325  22.547 -17.269  1.00 35.75           O  \\nATOM   4239  CB  THR A1154     -12.699  23.849 -20.233  1.00 43.66           C  \\nATOM   4240  OG1 THR A1154     -12.085  23.555 -21.471  1.00 44.97           O  \\nATOM   4241  CG2 THR A1154     -11.623  24.496 -19.338  1.00 43.44           C  \\nATOM   4242  H   THR A1154     -14.652  22.640 -21.363  1.00 30.88           H  \\nATOM   4243  HA  THR A1154     -12.631  21.787 -19.556  1.00 31.88           H  \\nATOM   4244  HB  THR A1154     -13.464  24.600 -20.437  1.00 43.66           H  \\nATOM   4245  HG1 THR A1154     -11.510  24.290 -21.702  1.00 44.97           H  \\nATOM   4246 HG21 THR A1154     -11.136  25.325 -19.853  1.00 43.44           H  \\nATOM   4247 HG22 THR A1154     -12.041  24.904 -18.417  1.00 43.44           H  \\nATOM   4248 HG23 THR A1154     -10.847  23.781 -19.063  1.00 43.44           H  \\nATOM   4249  N   GLU A1155     -15.129  23.536 -18.254  1.00 34.13           N  \\nATOM   4250  CA  GLU A1155     -15.937  23.784 -17.069  1.00 35.75           C  \\nATOM   4251  C   GLU A1155     -16.604  22.467 -16.627  1.00 37.89           C  \\nATOM   4252  O   GLU A1155     -17.335  21.863 -17.414  1.00 35.58           O  \\nATOM   4253  CB  GLU A1155     -16.967  24.873 -17.437  1.00 38.82           C  \\nATOM   4254  CG  GLU A1155     -17.778  25.452 -16.258  1.00 56.26           C  \\nATOM   4255  CD  GLU A1155     -17.038  26.450 -15.348  1.00 89.36           C  \\nATOM   4256  OE1 GLU A1155     -15.839  26.728 -15.577  1.00 94.02           O  \\nATOM   4257  OE2 GLU A1155     -17.704  26.925 -14.403  1.00 89.74           O1-\\nATOM   4258  H   GLU A1155     -15.563  23.781 -19.134  1.00 34.13           H  \\nATOM   4259  HA  GLU A1155     -15.283  24.149 -16.275  1.00 35.75           H  \\nATOM   4260  HB3 GLU A1155     -17.672  24.451 -18.153  1.00 38.82           H  \\nATOM   4261  HB2 GLU A1155     -16.479  25.683 -17.982  1.00 38.82           H  \\nATOM   4262  HG3 GLU A1155     -18.176  24.641 -15.648  1.00 56.26           H  \\nATOM   4263  HG2 GLU A1155     -18.645  25.972 -16.663  1.00 56.26           H  \\nATOM   4264  N   ALA A1156     -16.319  22.041 -15.385  1.00 35.19           N  \\nATOM   4265  CA  ALA A1156     -16.766  20.766 -14.818  1.00 35.22           C  \\nATOM   4266  C   ALA A1156     -18.288  20.639 -14.646  1.00 38.77           C  \\nATOM   4267  O   ALA A1156     -18.817  19.540 -14.816  1.00 37.90           O  \\nATOM   4268  CB  ALA A1156     -16.044  20.526 -13.484  1.00 36.33           C  \\nATOM   4269  H   ALA A1156     -15.724  22.604 -14.793  1.00 35.19           H  \\nATOM   4270  HA  ALA A1156     -16.466  19.984 -15.513  1.00 35.22           H  \\nATOM   4271  HB1 ALA A1156     -16.329  19.570 -13.043  1.00 36.33           H  \\nATOM   4272  HB2 ALA A1156     -14.962  20.512 -13.622  1.00 36.33           H  \\nATOM   4273  HB3 ALA A1156     -16.273  21.306 -12.757  1.00 36.33           H  \\nATOM   4274  N   SER A1157     -18.958  21.763 -14.341  1.00 35.61           N  \\nATOM   4275  CA  SER A1157     -20.409  21.866 -14.176  1.00 35.08           C  \\nATOM   4276  C   SER A1157     -21.211  21.665 -15.479  1.00 37.46           C  \\nATOM   4277  O   SER A1157     -22.359  21.228 -15.400  1.00 37.36           O  \\nATOM   4278  CB  SER A1157     -20.732  23.206 -13.483  1.00 40.33           C  \\nATOM   4279  OG  SER A1157     -20.526  24.317 -14.335  1.00 48.92           O  \\nATOM   4280  H   SER A1157     -18.442  22.623 -14.209  1.00 35.61           H  \\nATOM   4281  HA  SER A1157     -20.705  21.071 -13.490  1.00 35.08           H  \\nATOM   4282  HB3 SER A1157     -20.130  23.330 -12.582  1.00 40.33           H  \\nATOM   4283  HB2 SER A1157     -21.774  23.216 -13.163  1.00 40.33           H  \\nATOM   4284  HG  SER A1157     -20.612  25.124 -13.820  1.00 48.92           H  \\nATOM   4285  N   PHE A1158     -20.600  21.963 -16.641  1.00 32.83           N  \\nATOM   4286  CA  PHE A1158     -21.225  21.832 -17.962  1.00 32.10           C  \\nATOM   4287  C   PHE A1158     -21.262  20.383 -18.487  1.00 33.92           C  \\nATOM   4288  O   PHE A1158     -22.027  20.112 -19.414  1.00 31.85           O  \\nATOM   4289  CB  PHE A1158     -20.509  22.753 -18.976  1.00 33.90           C  \\nATOM   4290  CG  PHE A1158     -20.583  24.263 -18.780  1.00 37.34           C  \\nATOM   4291  CD1 PHE A1158     -21.365  24.870 -17.770  1.00 41.32           C  \\nATOM   4292  CD2 PHE A1158     -19.866  25.090 -19.671  1.00 39.43           C  \\nATOM   4293  CE1 PHE A1158     -21.392  26.253 -17.648  1.00 43.51           C  \\nATOM   4294  CE2 PHE A1158     -19.906  26.471 -19.532  1.00 43.26           C  \\nATOM   4295  CZ  PHE A1158     -20.663  27.049 -18.523  1.00 42.52           C  \\nATOM   4296  H   PHE A1158     -19.654  22.318 -16.628  1.00 32.83           H  \\nATOM   4297  HA  PHE A1158     -22.266  22.152 -17.891  1.00 32.10           H  \\nATOM   4298  HB3 PHE A1158     -20.891  22.555 -19.979  1.00 33.90           H  \\nATOM   4299  HB2 PHE A1158     -19.452  22.489 -19.006  1.00 33.90           H  \\nATOM   4300  HD1 PHE A1158     -21.944  24.280 -17.075  1.00 41.32           H  \\nATOM   4301  HD2 PHE A1158     -19.276  24.647 -20.460  1.00 39.43           H  \\nATOM   4302  HE1 PHE A1158     -21.982  26.712 -16.868  1.00 43.51           H  \\nATOM   4303  HE2 PHE A1158     -19.346  27.095 -20.212  1.00 43.26           H  \\nATOM   4304  HZ  PHE A1158     -20.689  28.124 -18.419  1.00 42.52           H  \\nATOM   4305  N   ARG A1159     -20.451  19.483 -17.901  1.00 27.94           N  \\nATOM   4306  CA  ARG A1159     -20.401  18.062 -18.254  1.00 27.11           C  \\nATOM   4307  C   ARG A1159     -21.635  17.307 -17.701  1.00 29.97           C  \\nATOM   4308  O   ARG A1159     -22.017  17.562 -16.558  1.00 28.45           O  \\nATOM   4309  CB  ARG A1159     -19.085  17.447 -17.725  1.00 27.28           C  \\nATOM   4310  CG  ARG A1159     -17.826  18.123 -18.307  1.00 37.58           C  \\nATOM   4311  CD  ARG A1159     -16.511  17.352 -18.102  1.00 43.51           C  \\nATOM   4312  NE  ARG A1159     -16.026  17.327 -16.716  1.00 43.50           N  \\nATOM   4313  CZ  ARG A1159     -14.971  17.962 -16.172  1.00 45.54           C  \\nATOM   4314  NH1 ARG A1159     -14.222  18.856 -16.830  1.00 36.88           N  \\nATOM   4315  NH2 ARG A1159     -14.648  17.676 -14.910  1.00 30.01           N1+\\nATOM   4316  H   ARG A1159     -19.858  19.776 -17.138  1.00 27.94           H  \\nATOM   4317  HA  ARG A1159     -20.378  18.025 -19.340  1.00 27.11           H  \\nATOM   4318  HB3 ARG A1159     -19.064  16.393 -18.001  1.00 27.28           H  \\nATOM   4319  HB2 ARG A1159     -19.056  17.476 -16.635  1.00 27.28           H  \\nATOM   4320  HG3 ARG A1159     -17.736  19.090 -17.808  1.00 37.58           H  \\nATOM   4321  HG2 ARG A1159     -17.947  18.333 -19.368  1.00 37.58           H  \\nATOM   4322  HD3 ARG A1159     -15.755  17.616 -18.840  1.00 43.51           H  \\nATOM   4323  HD2 ARG A1159     -16.727  16.298 -18.268  1.00 43.51           H  \\nATOM   4324  HE  ARG A1159     -16.515  16.670 -16.123  1.00 43.50           H  \\nATOM   4325 HH12 ARG A1159     -13.443  19.305 -16.367  1.00 36.88           H  \\nATOM   4326 HH11 ARG A1159     -14.479  19.148 -17.766  1.00 36.88           H  \\nATOM   4327 HH22 ARG A1159     -13.828  18.092 -14.480  1.00 30.01           H  \\nATOM   4328 HH21 ARG A1159     -15.177  16.993 -14.389  1.00 30.01           H  \\nATOM   4329  N   PRO A1160     -22.245  16.402 -18.505  1.00 26.80           N  \\nATOM   4330  CA  PRO A1160     -23.417  15.614 -18.080  1.00 26.98           C  \\nATOM   4331  C   PRO A1160     -23.023  14.501 -17.094  1.00 32.02           C  \\nATOM   4332  O   PRO A1160     -22.041  13.808 -17.342  1.00 31.35           O  \\nATOM   4333  CB  PRO A1160     -23.937  15.030 -19.406  1.00 28.34           C  \\nATOM   4334  CG  PRO A1160     -22.695  14.855 -20.268  1.00 31.76           C  \\nATOM   4335  CD  PRO A1160     -21.826  16.039 -19.861  1.00 27.47           C  \\nATOM   4336  HA  PRO A1160     -24.178  16.252 -17.628  1.00 26.98           H  \\nATOM   4337  HB3 PRO A1160     -24.608  15.750 -19.876  1.00 28.34           H  \\nATOM   4338  HB2 PRO A1160     -24.491  14.098 -19.289  1.00 28.34           H  \\nATOM   4339  HG3 PRO A1160     -22.907  14.822 -21.337  1.00 31.76           H  \\nATOM   4340  HG2 PRO A1160     -22.192  13.923 -20.004  1.00 31.76           H  \\nATOM   4341  HD2 PRO A1160     -20.769  15.781 -19.915  1.00 27.47           H  \\nATOM   4342  HD3 PRO A1160     -22.012  16.890 -20.516  1.00 27.47           H  \\nATOM   4343  N   THR A1161     -23.789  14.324 -16.007  1.00 29.10           N  \\nATOM   4344  CA  THR A1161     -23.603  13.217 -15.056  1.00 28.91           C  \\nATOM   4345  C   THR A1161     -23.827  11.838 -15.722  1.00 29.63           C  \\nATOM   4346  O   THR A1161     -24.454  11.766 -16.780  1.00 26.66           O  \\nATOM   4347  CB  THR A1161     -24.557  13.351 -13.832  1.00 34.86           C  \\nATOM   4348  OG1 THR A1161     -25.865  12.856 -14.057  1.00 34.53           O  \\nATOM   4349  CG2 THR A1161     -24.617  14.763 -13.229  1.00 35.90           C  \\nATOM   4350  H   THR A1161     -24.607  14.901 -15.863  1.00 29.10           H  \\nATOM   4351  HA  THR A1161     -22.573  13.254 -14.697  1.00 28.91           H  \\nATOM   4352  HB  THR A1161     -24.153  12.711 -13.047  1.00 34.86           H  \\nATOM   4353  HG1 THR A1161     -26.454  13.221 -13.388  1.00 34.53           H  \\nATOM   4354 HG21 THR A1161     -25.175  14.766 -12.292  1.00 35.90           H  \\nATOM   4355 HG22 THR A1161     -23.616  15.139 -13.017  1.00 35.90           H  \\nATOM   4356 HG23 THR A1161     -25.103  15.469 -13.903  1.00 35.90           H  \\nATOM   4357  N   PHE A1162     -23.334  10.762 -15.088  1.00 26.26           N  \\nATOM   4358  CA  PHE A1162     -23.561   9.392 -15.560  1.00 25.89           C  \\nATOM   4359  C   PHE A1162     -25.040   8.966 -15.610  1.00 30.07           C  \\nATOM   4360  O   PHE A1162     -25.403   8.218 -16.515  1.00 29.53           O  \\nATOM   4361  CB  PHE A1162     -22.699   8.388 -14.777  1.00 27.11           C  \\nATOM   4362  CG  PHE A1162     -21.246   8.362 -15.201  1.00 25.98           C  \\nATOM   4363  CD1 PHE A1162     -20.898   7.838 -16.459  1.00 26.41           C  \\nATOM   4364  CD2 PHE A1162     -20.245   8.943 -14.402  1.00 27.86           C  \\nATOM   4365  CE1 PHE A1162     -19.573   7.805 -16.862  1.00 26.21           C  \\nATOM   4366  CE2 PHE A1162     -18.922   8.912 -14.824  1.00 29.34           C  \\nATOM   4367  CZ  PHE A1162     -18.586   8.329 -16.039  1.00 25.75           C  \\nATOM   4368  H   PHE A1162     -22.822  10.869 -14.222  1.00 26.26           H  \\nATOM   4369  HA  PHE A1162     -23.226   9.366 -16.598  1.00 25.89           H  \\nATOM   4370  HB3 PHE A1162     -23.079   7.379 -14.930  1.00 27.11           H  \\nATOM   4371  HB2 PHE A1162     -22.764   8.571 -13.705  1.00 27.11           H  \\nATOM   4372  HD1 PHE A1162     -21.672   7.455 -17.102  1.00 26.41           H  \\nATOM   4373  HD2 PHE A1162     -20.507   9.395 -13.461  1.00 27.86           H  \\nATOM   4374  HE1 PHE A1162     -19.316   7.369 -17.815  1.00 26.21           H  \\nATOM   4375  HE2 PHE A1162     -18.153   9.342 -14.206  1.00 29.34           H  \\nATOM   4376  HZ  PHE A1162     -17.554   8.293 -16.350  1.00 25.75           H  \\nATOM   4377  N   GLU A1163     -25.873   9.500 -14.699  1.00 27.87           N  \\nATOM   4378  CA  GLU A1163     -27.330   9.355 -14.724  1.00 28.69           C  \\nATOM   4379  C   GLU A1163     -28.021  10.100 -15.882  1.00 33.26           C  \\nATOM   4380  O   GLU A1163     -29.087   9.652 -16.303  1.00 32.51           O  \\nATOM   4381  CB  GLU A1163     -27.927   9.769 -13.366  1.00 31.37           C  \\nATOM   4382  CG  GLU A1163     -27.608   8.760 -12.239  1.00 44.54           C  \\nATOM   4383  CD  GLU A1163     -28.145   9.129 -10.846  1.00 68.84           C  \\nATOM   4384  OE1 GLU A1163     -28.711  10.233 -10.679  1.00 67.02           O  \\nATOM   4385  OE2 GLU A1163     -27.958   8.284  -9.944  1.00 62.94           O1-\\nATOM   4386  H   GLU A1163     -25.498  10.099 -13.976  1.00 27.87           H  \\nATOM   4387  HA  GLU A1163     -27.551   8.297 -14.871  1.00 28.69           H  \\nATOM   4388  HB3 GLU A1163     -29.009   9.882 -13.452  1.00 31.37           H  \\nATOM   4389  HB2 GLU A1163     -27.540  10.753 -13.095  1.00 31.37           H  \\nATOM   4390  HG3 GLU A1163     -26.530   8.625 -12.158  1.00 44.54           H  \\nATOM   4391  HG2 GLU A1163     -28.013   7.785 -12.512  1.00 44.54           H  \\nATOM   4392  N   ASN A1164     -27.417  11.190 -16.392  1.00 30.86           N  \\nATOM   4393  CA  ASN A1164     -27.882  11.893 -17.596  1.00 30.74           C  \\nATOM   4394  C   ASN A1164     -27.503  11.131 -18.879  1.00 32.00           C  \\nATOM   4395  O   ASN A1164     -28.280  11.151 -19.832  1.00 31.36           O  \\nATOM   4396  CB  ASN A1164     -27.317  13.336 -17.689  1.00 30.05           C  \\nATOM   4397  CG  ASN A1164     -27.571  14.258 -16.490  1.00 41.44           C  \\nATOM   4398  OD1 ASN A1164     -26.746  15.121 -16.200  1.00 30.45           O  \\nATOM   4399  ND2 ASN A1164     -28.701  14.110 -15.795  1.00 30.02           N  \\nATOM   4400  H   ASN A1164     -26.552  11.521 -15.984  1.00 30.86           H  \\nATOM   4401  HA  ASN A1164     -28.972  11.954 -17.582  1.00 30.74           H  \\nATOM   4402  HB3 ASN A1164     -27.734  13.831 -18.567  1.00 30.05           H  \\nATOM   4403  HB2 ASN A1164     -26.240  13.302 -17.853  1.00 30.05           H  \\nATOM   4404 HD22 ASN A1164     -28.879  14.703 -14.997  1.00 30.02           H  \\nATOM   4405 HD21 ASN A1164     -29.374  13.396 -16.037  1.00 30.02           H  \\nATOM   4406  N   LEU A1165     -26.326  10.480 -18.882  1.00 27.37           N  \\nATOM   4407  CA  LEU A1165     -25.766   9.760 -20.028  1.00 26.17           C  \\nATOM   4408  C   LEU A1165     -26.478   8.435 -20.352  1.00 30.32           C  \\nATOM   4409  O   LEU A1165     -26.504   8.068 -21.525  1.00 29.57           O  \\nATOM   4410  CB  LEU A1165     -24.259   9.516 -19.791  1.00 24.98           C  \\nATOM   4411  CG  LEU A1165     -23.381  10.779 -19.932  1.00 27.47           C  \\nATOM   4412  CD1 LEU A1165     -21.985  10.567 -19.304  1.00 26.17           C  \\nATOM   4413  CD2 LEU A1165     -23.312  11.261 -21.400  1.00 28.90           C  \\nATOM   4414  H   LEU A1165     -25.739  10.526 -18.060  1.00 27.37           H  \\nATOM   4415  HA  LEU A1165     -25.886  10.396 -20.907  1.00 26.17           H  \\nATOM   4416  HB3 LEU A1165     -23.883   8.764 -20.486  1.00 24.98           H  \\nATOM   4417  HB2 LEU A1165     -24.131   9.083 -18.798  1.00 24.98           H  \\nATOM   4418  HG  LEU A1165     -23.853  11.578 -19.359  1.00 27.47           H  \\nATOM   4419 HD11 LEU A1165     -21.169  10.782 -19.992  1.00 26.17           H  \\nATOM   4420 HD12 LEU A1165     -21.850  11.218 -18.439  1.00 26.17           H  \\nATOM   4421 HD13 LEU A1165     -21.842   9.544 -18.956  1.00 26.17           H  \\nATOM   4422 HD21 LEU A1165     -22.294  11.315 -21.782  1.00 28.90           H  \\nATOM   4423 HD22 LEU A1165     -23.857  10.602 -22.076  1.00 28.90           H  \\nATOM   4424 HD23 LEU A1165     -23.747  12.255 -21.501  1.00 28.90           H  \\nATOM   4425  N   ILE A1166     -27.040   7.749 -19.341  1.00 27.97           N  \\nATOM   4426  CA  ILE A1166     -27.745   6.467 -19.487  1.00 28.85           C  \\nATOM   4427  C   ILE A1166     -28.953   6.492 -20.460  1.00 33.75           C  \\nATOM   4428  O   ILE A1166     -28.925   5.705 -21.406  1.00 32.47           O  \\nATOM   4429  CB  ILE A1166     -28.146   5.868 -18.102  1.00 32.86           C  \\nATOM   4430  CG1 ILE A1166     -26.891   5.392 -17.344  1.00 32.40           C  \\nATOM   4431  CG2 ILE A1166     -29.182   4.719 -18.139  1.00 34.79           C  \\nATOM   4432  CD1 ILE A1166     -27.093   5.273 -15.829  1.00 41.27           C  \\nATOM   4433  H   ILE A1166     -26.962   8.109 -18.400  1.00 27.97           H  \\nATOM   4434  HA  ILE A1166     -27.016   5.782 -19.927  1.00 28.85           H  \\nATOM   4435  HB  ILE A1166     -28.578   6.676 -17.513  1.00 32.86           H  \\nATOM   4436 HG13 ILE A1166     -26.060   6.066 -17.526  1.00 32.40           H  \\nATOM   4437 HG12 ILE A1166     -26.559   4.439 -17.750  1.00 32.40           H  \\nATOM   4438 HG21 ILE A1166     -29.368   4.322 -17.141  1.00 34.79           H  \\nATOM   4439 HG22 ILE A1166     -30.151   5.039 -18.522  1.00 34.79           H  \\nATOM   4440 HG23 ILE A1166     -28.826   3.895 -18.757  1.00 34.79           H  \\nATOM   4441 HD11 ILE A1166     -26.139   5.370 -15.317  1.00 41.27           H  \\nATOM   4442 HD12 ILE A1166     -27.751   6.049 -15.441  1.00 41.27           H  \\nATOM   4443 HD13 ILE A1166     -27.519   4.310 -15.552  1.00 41.27           H  \\nATOM   4444  N   PRO A1167     -29.961   7.381 -20.270  1.00 32.13           N  \\nATOM   4445  CA  PRO A1167     -31.104   7.471 -21.200  1.00 32.58           C  \\nATOM   4446  C   PRO A1167     -30.756   7.999 -22.606  1.00 34.66           C  \\nATOM   4447  O   PRO A1167     -31.441   7.626 -23.559  1.00 34.80           O  \\nATOM   4448  CB  PRO A1167     -32.110   8.379 -20.476  1.00 35.43           C  \\nATOM   4449  CG  PRO A1167     -31.254   9.243 -19.567  1.00 39.58           C  \\nATOM   4450  CD  PRO A1167     -30.159   8.280 -19.129  1.00 34.49           C  \\nATOM   4451  HA  PRO A1167     -31.550   6.482 -21.322  1.00 32.58           H  \\nATOM   4452  HB3 PRO A1167     -32.779   7.765 -19.871  1.00 35.43           H  \\nATOM   4453  HB2 PRO A1167     -32.734   8.973 -21.146  1.00 35.43           H  \\nATOM   4454  HG3 PRO A1167     -31.803   9.681 -18.734  1.00 39.58           H  \\nATOM   4455  HG2 PRO A1167     -30.817  10.057 -20.147  1.00 39.58           H  \\nATOM   4456  HD2 PRO A1167     -29.269   8.825 -18.831  1.00 34.49           H  \\nATOM   4457  HD3 PRO A1167     -30.503   7.693 -18.277  1.00 34.49           H  \\nATOM   4458  N   ILE A1168     -29.692   8.816 -22.719  1.00 31.51           N  \\nATOM   4459  CA  ILE A1168     -29.174   9.311 -23.996  1.00 32.13           C  \\nATOM   4460  C   ILE A1168     -28.515   8.176 -24.809  1.00 34.20           C  \\nATOM   4461  O   ILE A1168     -28.819   8.042 -25.992  1.00 33.26           O  \\nATOM   4462  CB  ILE A1168     -28.157  10.480 -23.813  1.00 35.61           C  \\nATOM   4463  CG1 ILE A1168     -28.818  11.695 -23.122  1.00 36.57           C  \\nATOM   4464  CG2 ILE A1168     -27.491  10.936 -25.133  1.00 37.22           C  \\nATOM   4465  CD1 ILE A1168     -27.816  12.756 -22.635  1.00 41.21           C  \\nATOM   4466  H   ILE A1168     -29.178   9.087 -21.893  1.00 31.51           H  \\nATOM   4467  HA  ILE A1168     -30.019   9.689 -24.577  1.00 32.13           H  \\nATOM   4468  HB  ILE A1168     -27.363  10.125 -23.154  1.00 35.61           H  \\nATOM   4469 HG13 ILE A1168     -29.409  11.372 -22.266  1.00 36.57           H  \\nATOM   4470 HG12 ILE A1168     -29.529  12.160 -23.806  1.00 36.57           H  \\nATOM   4471 HG21 ILE A1168     -26.825  11.783 -24.973  1.00 37.22           H  \\nATOM   4472 HG22 ILE A1168     -26.886  10.153 -25.588  1.00 37.22           H  \\nATOM   4473 HG23 ILE A1168     -28.240  11.243 -25.864  1.00 37.22           H  \\nATOM   4474 HD11 ILE A1168     -28.223  13.321 -21.796  1.00 41.21           H  \\nATOM   4475 HD12 ILE A1168     -26.881  12.305 -22.300  1.00 41.21           H  \\nATOM   4476 HD13 ILE A1168     -27.581  13.469 -23.424  1.00 41.21           H  \\nATOM   4477  N   LEU A1169     -27.664   7.367 -24.155  1.00 29.74           N  \\nATOM   4478  CA  LEU A1169     -26.967   6.225 -24.756  1.00 29.80           C  \\nATOM   4479  C   LEU A1169     -27.885   5.031 -25.075  1.00 35.11           C  \\nATOM   4480  O   LEU A1169     -27.557   4.280 -25.991  1.00 36.14           O  \\nATOM   4481  CB  LEU A1169     -25.777   5.814 -23.865  1.00 29.09           C  \\nATOM   4482  CG  LEU A1169     -24.581   6.789 -23.960  1.00 32.75           C  \\nATOM   4483  CD1 LEU A1169     -23.587   6.570 -22.808  1.00 32.66           C  \\nATOM   4484  CD2 LEU A1169     -23.883   6.727 -25.337  1.00 36.03           C  \\nATOM   4485  H   LEU A1169     -27.456   7.545 -23.180  1.00 29.74           H  \\nATOM   4486  HA  LEU A1169     -26.565   6.559 -25.711  1.00 29.80           H  \\nATOM   4487  HB3 LEU A1169     -25.421   4.823 -24.144  1.00 29.09           H  \\nATOM   4488  HB2 LEU A1169     -26.125   5.721 -22.835  1.00 29.09           H  \\nATOM   4489  HG  LEU A1169     -24.969   7.801 -23.834  1.00 32.75           H  \\nATOM   4490 HD11 LEU A1169     -23.208   7.523 -22.440  1.00 32.66           H  \\nATOM   4491 HD12 LEU A1169     -24.047   6.060 -21.962  1.00 32.66           H  \\nATOM   4492 HD13 LEU A1169     -22.731   5.971 -23.114  1.00 32.66           H  \\nATOM   4493 HD21 LEU A1169     -22.797   6.684 -25.255  1.00 36.03           H  \\nATOM   4494 HD22 LEU A1169     -24.195   5.856 -25.915  1.00 36.03           H  \\nATOM   4495 HD23 LEU A1169     -24.124   7.609 -25.930  1.00 36.03           H  \\nATOM   4496  N   LYS A1170     -29.028   4.905 -24.376  1.00 32.29           N  \\nATOM   4497  CA  LYS A1170     -30.116   3.981 -24.717  1.00 33.11           C  \\nATOM   4498  C   LYS A1170     -30.825   4.360 -26.028  1.00 37.39           C  \\nATOM   4499  O   LYS A1170     -31.078   3.477 -26.846  1.00 37.67           O  \\nATOM   4500  CB  LYS A1170     -31.124   3.899 -23.551  1.00 37.22           C  \\nATOM   4501  CG  LYS A1170     -30.641   3.002 -22.404  1.00 43.25           C  \\nATOM   4502  CD  LYS A1170     -31.551   3.030 -21.170  1.00 49.41           C  \\nATOM   4503  CE  LYS A1170     -31.093   2.016 -20.108  1.00 57.38           C  \\nATOM   4504  NZ  LYS A1170     -31.915   2.081 -18.888  1.00 64.71           N1+\\nATOM   4505  H   LYS A1170     -29.207   5.536 -23.606  1.00 32.29           H  \\nATOM   4506  HA  LYS A1170     -29.678   2.992 -24.863  1.00 33.11           H  \\nATOM   4507  HB3 LYS A1170     -32.069   3.483 -23.907  1.00 37.22           H  \\nATOM   4508  HB2 LYS A1170     -31.357   4.899 -23.187  1.00 37.22           H  \\nATOM   4509  HG3 LYS A1170     -29.633   3.290 -22.111  1.00 43.25           H  \\nATOM   4510  HG2 LYS A1170     -30.573   1.978 -22.773  1.00 43.25           H  \\nATOM   4511  HD3 LYS A1170     -32.578   2.820 -21.472  1.00 49.41           H  \\nATOM   4512  HD2 LYS A1170     -31.550   4.038 -20.751  1.00 49.41           H  \\nATOM   4513  HE3 LYS A1170     -30.052   2.195 -19.835  1.00 57.38           H  \\nATOM   4514  HE2 LYS A1170     -31.143   1.003 -20.508  1.00 57.38           H  \\nATOM   4515  HZ1 LYS A1170     -32.877   1.875 -19.115  1.00 64.71           H  \\nATOM   4516  HZ2 LYS A1170     -31.574   1.402 -18.221  1.00 64.71           H  \\nATOM   4517  HZ3 LYS A1170     -31.852   3.005 -18.484  1.00 64.71           H  \\nATOM   4518  N   THR A1171     -31.102   5.663 -26.212  1.00 34.80           N  \\nATOM   4519  CA  THR A1171     -31.738   6.219 -27.411  1.00 35.33           C  \\nATOM   4520  C   THR A1171     -30.800   6.208 -28.638  1.00 39.05           C  \\nATOM   4521  O   THR A1171     -31.260   5.941 -29.748  1.00 39.67           O  \\nATOM   4522  CB  THR A1171     -32.220   7.675 -27.167  1.00 44.81           C  \\nATOM   4523  OG1 THR A1171     -33.137   7.683 -26.089  1.00 44.59           O  \\nATOM   4524  CG2 THR A1171     -32.908   8.359 -28.363  1.00 42.98           C  \\nATOM   4525  H   THR A1171     -30.845   6.329 -25.497  1.00 34.80           H  \\nATOM   4526  HA  THR A1171     -32.610   5.604 -27.647  1.00 35.33           H  \\nATOM   4527  HB  THR A1171     -31.373   8.291 -26.863  1.00 44.81           H  \\nATOM   4528  HG1 THR A1171     -32.663   7.467 -25.282  1.00 44.59           H  \\nATOM   4529 HG21 THR A1171     -33.310   9.332 -28.077  1.00 42.98           H  \\nATOM   4530 HG22 THR A1171     -32.218   8.533 -29.189  1.00 42.98           H  \\nATOM   4531 HG23 THR A1171     -33.736   7.757 -28.739  1.00 42.98           H  \\nATOM   4532  N   VAL A1172     -29.501   6.461 -28.407  1.00 34.64           N  \\nATOM   4533  CA  VAL A1172     -28.437   6.393 -29.409  1.00 35.04           C  \\nATOM   4534  C   VAL A1172     -28.142   4.943 -29.854  1.00 37.21           C  \\nATOM   4535  O   VAL A1172     -27.962   4.722 -31.050  1.00 35.63           O  \\nATOM   4536  CB  VAL A1172     -27.153   7.107 -28.887  1.00 39.11           C  \\nATOM   4537  CG1 VAL A1172     -25.823   6.718 -29.557  1.00 39.01           C  \\nATOM   4538  CG2 VAL A1172     -27.323   8.636 -28.939  1.00 39.06           C  \\nATOM   4539  H   VAL A1172     -29.207   6.702 -27.470  1.00 34.64           H  \\nATOM   4540  HA  VAL A1172     -28.785   6.931 -30.293  1.00 35.04           H  \\nATOM   4541  HB  VAL A1172     -27.044   6.843 -27.837  1.00 39.11           H  \\nATOM   4542 HG11 VAL A1172     -25.005   7.334 -29.184  1.00 39.01           H  \\nATOM   4543 HG12 VAL A1172     -25.555   5.686 -29.335  1.00 39.01           H  \\nATOM   4544 HG13 VAL A1172     -25.867   6.841 -30.639  1.00 39.01           H  \\nATOM   4545 HG21 VAL A1172     -26.478   9.144 -28.472  1.00 39.06           H  \\nATOM   4546 HG22 VAL A1172     -27.395   8.990 -29.967  1.00 39.06           H  \\nATOM   4547 HG23 VAL A1172     -28.223   8.960 -28.417  1.00 39.06           H  \\nATOM   4548  N   HIS A1173     -28.170   3.976 -28.917  1.00 33.86           N  \\nATOM   4549  CA  HIS A1173     -28.096   2.540 -29.214  1.00 34.98           C  \\nATOM   4550  C   HIS A1173     -29.277   2.060 -30.084  1.00 39.49           C  \\nATOM   4551  O   HIS A1173     -29.043   1.349 -31.059  1.00 38.50           O  \\nATOM   4552  CB  HIS A1173     -27.984   1.732 -27.901  1.00 35.81           C  \\nATOM   4553  CG  HIS A1173     -28.090   0.234 -28.062  1.00 39.76           C  \\nATOM   4554  ND1 HIS A1173     -27.102  -0.535 -28.649  1.00 41.19           N  \\nATOM   4555  CD2 HIS A1173     -29.100  -0.647 -27.743  1.00 42.70           C  \\nATOM   4556  CE1 HIS A1173     -27.538  -1.797 -28.663  1.00 41.61           C  \\nATOM   4557  NE2 HIS A1173     -28.744  -1.941 -28.129  1.00 43.01           N  \\nATOM   4558  H   HIS A1173     -28.305   4.222 -27.946  1.00 33.86           H  \\nATOM   4559  HA  HIS A1173     -27.183   2.367 -29.788  1.00 34.98           H  \\nATOM   4560  HB3 HIS A1173     -28.760   2.045 -27.201  1.00 35.81           H  \\nATOM   4561  HB2 HIS A1173     -27.032   1.952 -27.414  1.00 35.81           H  \\nATOM   4562  HD1 HIS A1173     -26.205  -0.215 -28.995  1.00 41.19           H  \\nATOM   4563  HD2 HIS A1173     -30.059  -0.445 -27.288  1.00 42.70           H  \\nATOM   4564  HE1 HIS A1173     -26.961  -2.619 -29.062  1.00 41.61           H  \\nATOM   4565  N   GLU A1174     -30.502   2.495 -29.734  1.00 37.68           N  \\nATOM   4566  CA  GLU A1174     -31.744   2.256 -30.476  1.00 39.70           C  \\nATOM   4567  C   GLU A1174     -31.727   2.760 -31.930  1.00 42.94           C  \\nATOM   4568  O   GLU A1174     -32.312   2.102 -32.790  1.00 44.72           O  \\nATOM   4569  CB  GLU A1174     -32.935   2.873 -29.702  1.00 42.32           C  \\nATOM   4570  CG  GLU A1174     -33.555   1.928 -28.651  1.00 60.01           C  \\nATOM   4571  CD  GLU A1174     -34.443   0.805 -29.219  1.00 92.87           C  \\nATOM   4572  OE1 GLU A1174     -34.832   0.871 -30.407  1.00 94.43           O  \\nATOM   4573  OE2 GLU A1174     -34.715  -0.138 -28.446  1.00 90.73           O1-\\nATOM   4574  H   GLU A1174     -30.599   3.061 -28.901  1.00 37.68           H  \\nATOM   4575  HA  GLU A1174     -31.882   1.176 -30.525  1.00 39.70           H  \\nATOM   4576  HB3 GLU A1174     -33.706   3.247 -30.379  1.00 42.32           H  \\nATOM   4577  HB2 GLU A1174     -32.594   3.762 -29.175  1.00 42.32           H  \\nATOM   4578  HG3 GLU A1174     -34.171   2.518 -27.971  1.00 60.01           H  \\nATOM   4579  HG2 GLU A1174     -32.763   1.493 -28.038  1.00 60.01           H  \\nATOM   4580  N   LYS A1175     -31.050   3.893 -32.178  1.00 37.93           N  \\nATOM   4581  CA  LYS A1175     -30.917   4.504 -33.500  1.00 37.53           C  \\nATOM   4582  C   LYS A1175     -30.053   3.674 -34.468  1.00 41.18           C  \\nATOM   4583  O   LYS A1175     -30.453   3.507 -35.620  1.00 39.68           O  \\nATOM   4584  CB  LYS A1175     -30.402   5.952 -33.337  1.00 38.66           C  \\nATOM   4585  CG  LYS A1175     -30.187   6.714 -34.659  1.00 48.52           C  \\nATOM   4586  CD  LYS A1175     -29.780   8.180 -34.438  1.00 57.93           C  \\nATOM   4587  CE  LYS A1175     -29.465   8.944 -35.737  1.00 71.38           C  \\nATOM   4588  NZ  LYS A1175     -30.655   9.138 -36.585  1.00 86.87           N1+\\nATOM   4589  H   LYS A1175     -30.605   4.381 -31.413  1.00 37.93           H  \\nATOM   4590  HA  LYS A1175     -31.920   4.562 -33.929  1.00 37.53           H  \\nATOM   4591  HB3 LYS A1175     -29.462   5.948 -32.786  1.00 38.66           H  \\nATOM   4592  HB2 LYS A1175     -31.109   6.507 -32.720  1.00 38.66           H  \\nATOM   4593  HG3 LYS A1175     -31.100   6.660 -35.253  1.00 48.52           H  \\nATOM   4594  HG2 LYS A1175     -29.406   6.228 -35.246  1.00 48.52           H  \\nATOM   4595  HD3 LYS A1175     -28.898   8.205 -33.797  1.00 57.93           H  \\nATOM   4596  HD2 LYS A1175     -30.561   8.700 -33.881  1.00 57.93           H  \\nATOM   4597  HE3 LYS A1175     -28.705   8.416 -36.313  1.00 71.38           H  \\nATOM   4598  HE2 LYS A1175     -29.056   9.926 -35.497  1.00 71.38           H  \\nATOM   4599  HZ1 LYS A1175     -31.353   9.660 -36.073  1.00 86.87           H  \\nATOM   4600  HZ2 LYS A1175     -30.398   9.649 -37.418  1.00 86.87           H  \\nATOM   4601  HZ3 LYS A1175     -31.032   8.238 -36.845  1.00 86.87           H  \\nATOM   4602  N   TYR A1176     -28.889   3.197 -33.995  1.00 37.88           N  \\nATOM   4603  CA  TYR A1176     -27.868   2.567 -34.838  1.00 38.84           C  \\nATOM   4604  C   TYR A1176     -27.921   1.028 -34.865  1.00 43.27           C  \\nATOM   4605  O   TYR A1176     -27.210   0.447 -35.688  1.00 45.60           O  \\nATOM   4606  CB  TYR A1176     -26.473   3.100 -34.436  1.00 39.66           C  \\nATOM   4607  CG  TYR A1176     -26.302   4.594 -34.682  1.00 42.14           C  \\nATOM   4608  CD1 TYR A1176     -26.315   5.101 -35.999  1.00 44.87           C  \\nATOM   4609  CD2 TYR A1176     -26.162   5.487 -33.601  1.00 42.46           C  \\nATOM   4610  CE1 TYR A1176     -26.229   6.489 -36.227  1.00 44.19           C  \\nATOM   4611  CE2 TYR A1176     -26.089   6.875 -33.825  1.00 43.50           C  \\nATOM   4612  CZ  TYR A1176     -26.135   7.378 -35.138  1.00 49.64           C  \\nATOM   4613  OH  TYR A1176     -26.106   8.725 -35.354  1.00 54.89           O  \\nATOM   4614  H   TYR A1176     -28.635   3.369 -33.031  1.00 37.88           H  \\nATOM   4615  HA  TYR A1176     -28.033   2.870 -35.874  1.00 38.84           H  \\nATOM   4616  HB3 TYR A1176     -25.694   2.591 -35.006  1.00 39.66           H  \\nATOM   4617  HB2 TYR A1176     -26.271   2.873 -33.387  1.00 39.66           H  \\nATOM   4618  HD1 TYR A1176     -26.412   4.428 -36.839  1.00 44.87           H  \\nATOM   4619  HD2 TYR A1176     -26.126   5.113 -32.593  1.00 42.46           H  \\nATOM   4620  HE1 TYR A1176     -26.257   6.870 -37.237  1.00 44.19           H  \\nATOM   4621  HE2 TYR A1176     -26.007   7.551 -32.986  1.00 43.50           H  \\nATOM   4622  HH  TYR A1176     -26.186   9.238 -34.543  1.00 54.89           H  \\nATOM   4623  N   ARG A1177     -28.744   0.383 -34.014  1.00 37.76           N  \\nATOM   4624  CA  ARG A1177     -28.935  -1.075 -34.023  1.00 53.07           C  \\nATOM   4625  C   ARG A1177     -29.798  -1.553 -35.209  1.00 74.57           C  \\nATOM   4626  O   ARG A1177     -30.502  -0.752 -35.827  1.00 46.90           O  \\nATOM   4627  CB  ARG A1177     -29.496  -1.560 -32.664  1.00 52.87           C  \\nATOM   4628  CG  ARG A1177     -30.982  -1.254 -32.399  1.00 64.39           C  \\nATOM   4629  CD  ARG A1177     -31.514  -1.954 -31.138  1.00 74.69           C  \\nATOM   4630  NE  ARG A1177     -32.978  -1.851 -31.034  1.00 82.78           N  \\nATOM   4631  CZ  ARG A1177     -33.907  -2.569 -31.694  1.00 98.29           C  \\nATOM   4632  NH1 ARG A1177     -33.589  -3.553 -32.550  1.00 84.15           N  \\nATOM   4633  NH2 ARG A1177     -35.199  -2.283 -31.493  1.00 87.75           N1+\\nATOM   4634  H   ARG A1177     -29.299   0.909 -33.353  1.00 37.76           H  \\nATOM   4635  HA  ARG A1177     -27.950  -1.532 -34.140  1.00 53.07           H  \\nATOM   4636  HB3 ARG A1177     -28.888  -1.173 -31.846  1.00 52.87           H  \\nATOM   4637  HB2 ARG A1177     -29.369  -2.643 -32.620  1.00 52.87           H  \\nATOM   4638  HG3 ARG A1177     -31.630  -1.450 -33.253  1.00 64.39           H  \\nATOM   4639  HG2 ARG A1177     -31.028  -0.179 -32.238  1.00 64.39           H  \\nATOM   4640  HD3 ARG A1177     -31.155  -1.396 -30.273  1.00 74.69           H  \\nATOM   4641  HD2 ARG A1177     -31.139  -2.971 -31.017  1.00 74.69           H  \\nATOM   4642  HE  ARG A1177     -33.319  -1.100 -30.445  1.00 82.78           H  \\nATOM   4643 HH12 ARG A1177     -34.318  -4.055 -33.040  1.00 84.15           H  \\nATOM   4644 HH11 ARG A1177     -32.621  -3.779 -32.721  1.00 84.15           H  \\nATOM   4645 HH22 ARG A1177     -35.921  -2.787 -31.991  1.00 87.75           H  \\nATOM   4646 HH21 ARG A1177     -35.454  -1.517 -30.880  1.00 87.75           H  \\nHETATM 4647  N   NME A1178     -29.749  -2.869 -35.465  1.00  0.00           N  \\nHETATM 4648  C   NME A1178     -30.535  -3.522 -36.502  1.00  0.00           C  \\nHETATM 4649  H   NME A1178     -29.154  -3.459 -34.899  1.00  0.00           H  \\nHETATM 4650  H1  NME A1178     -30.743  -2.862 -37.345  1.00  0.00           H  \\nHETATM 4651  H2  NME A1178     -29.994  -4.388 -36.884  1.00  0.00           H  \\nHETATM 4652  H3  NME A1178     -31.485  -3.868 -36.092  1.00  0.00           H  \\nTER    4653      NME A1178 \\nHETATM 4654  O   HOH A1301      -7.805  13.717 -21.733  1.00 23.87           O  \\nHETATM 4655  H1  HOH A1301      -7.442  12.805 -21.938  1.00 23.87           H  \\nHETATM 4656  H2  HOH A1301      -7.037  14.314 -21.478  1.00 23.87           H  \\nHETATM 4657  O   HOH A1302      -7.300   4.134 -29.382  1.00 26.50           O  \\nHETATM 4658  H1  HOH A1302      -6.564   3.946 -30.038  1.00 26.50           H  \\nHETATM 4659  H2  HOH A1302      -8.155   4.275 -29.890  1.00 26.50           H  \\nHETATM 4660  O   HOH A1303     -21.765  11.544 -12.438  1.00 28.48           O  \\nHETATM 4661  H1  HOH A1303     -21.483  12.499 -12.298  1.00 28.48           H  \\nHETATM 4662  H2  HOH A1303     -21.181  10.951 -11.877  1.00 28.48           H  \\nHETATM 4663  O   HOH A1304      -9.035   2.704 -10.281  1.00 29.39           O  \\nHETATM 4664  H1  HOH A1304      -9.409   1.932 -10.803  1.00 29.39           H  \\nHETATM 4665  H2  HOH A1304      -9.652   3.492 -10.355  1.00 29.39           H  \\nHETATM 4666  O   HOH A1305     -10.327  13.333 -14.896  1.00 24.85           O  \\nHETATM 4667  H1  HOH A1305     -11.176  12.866 -15.157  1.00 24.85           H  \\nHETATM 4668  H2  HOH A1305     -10.176  13.221 -13.913  1.00 24.85           H  \\nHETATM 4669  O   HOH A1306     -11.177   8.182 -14.397  1.00 26.19           O  \\nHETATM 4670  H1  HOH A1306     -11.137   8.958 -15.033  1.00 26.19           H  \\nHETATM 4671  H2  HOH A1306     -11.960   8.307 -13.778  1.00 26.19           H  \\nHETATM 4672  O   HOH A1307      -5.575  15.209 -20.665  1.00 23.28           O  \\nHETATM 4673  H1  HOH A1307      -6.230  15.538 -19.979  1.00 23.28           H  \\nHETATM 4674  H2  HOH A1307      -4.863  14.683 -20.193  1.00 23.28           H  \\nHETATM 4675  O   HOH A1310      -7.035   2.198 -22.168  1.00 28.39           O  \\nHETATM 4676  H1  HOH A1310      -7.249   2.734 -22.991  1.00 28.39           H  \\nHETATM 4677  H2  HOH A1310      -6.202   2.562 -21.741  1.00 28.39           H  \\nHETATM 4678  O   HOH A1319     -24.975   8.619  -9.410  1.00 28.29           O  \\nHETATM 4679  H1  HOH A1319     -25.977   8.575  -9.470  1.00 28.29           H  \\nHETATM 4680  H2  HOH A1319     -24.615   7.682  -9.428  1.00 28.29           H  \\nHETATM 4681  O   HOH A1322       9.260  15.797 -22.620  1.00 33.09           O  \\nHETATM 4682  H1  HOH A1322       9.238  15.995 -21.638  1.00 33.09           H  \\nHETATM 4683  H2  HOH A1322       9.718  14.919 -22.770  1.00 33.09           H  \\nHETATM 4684  O   HOH A1323     -15.175  20.060 -25.940  1.00 37.91           O  \\nHETATM 4685  H1  HOH A1323     -15.823  19.549 -25.369  1.00 37.91           H  \\nHETATM 4686  H2  HOH A1323     -15.622  20.901 -26.256  1.00 37.91           H  \\nHETATM 4687  O   HOH A1325      -7.181  -8.809 -21.143  1.00 38.47           O  \\nHETATM 4688  H1  HOH A1325      -6.991  -9.743 -20.831  1.00 38.47           H  \\nHETATM 4689  H2  HOH A1325      -6.455  -8.515 -21.774  1.00 38.47           H  \\nHETATM 4690  O   HOH A1326       7.389  15.381 -18.526  1.00 32.26           O  \\nHETATM 4691  H1  HOH A1326       8.315  15.733 -18.681  1.00 32.26           H  \\nHETATM 4692  H2  HOH A1326       6.915  15.335 -19.410  1.00 32.26           H  \\nHETATM 4693  O   HOH A1329     -19.714  -6.468  -9.012  1.00 36.73           O  \\nHETATM 4694  H1  HOH A1329     -19.884  -6.507 -10.000  1.00 36.73           H  \\nHETATM 4695  H2  HOH A1329     -18.743  -6.288  -8.854  1.00 36.73           H  \\nHETATM 4696  O   HOH A1330       4.141  19.654 -16.124  1.00 36.06           O  \\nHETATM 4697  H1  HOH A1330       5.109  19.392 -16.168  1.00 36.06           H  \\nHETATM 4698  H2  HOH A1330       3.830  19.606 -15.174  1.00 36.06           H  \\nHETATM 4699  O   HOH A1333       4.982  16.327 -16.962  1.00 30.05           O  \\nHETATM 4700  H1  HOH A1333       5.483  17.156 -16.704  1.00 30.05           H  \\nHETATM 4701  H2  HOH A1333       5.635  15.674 -17.353  1.00 30.05           H  \\nHETATM 4702  O   HOH A1339      -8.401   9.401 -34.311  1.00 35.17           O  \\nHETATM 4703  H1  HOH A1339      -8.558   8.457 -34.614  1.00 35.17           H  \\nHETATM 4704  H2  HOH A1339      -8.352   9.426 -33.310  1.00 35.17           H  \\nHETATM 4705  O   HOH A1344      -1.246  -9.880  -2.385  1.00 46.63           O  \\nHETATM 4706  H1  HOH A1344      -2.115  -9.784  -1.894  1.00 46.63           H  \\nHETATM 4707  H2  HOH A1344      -0.512 -10.016  -1.717  1.00 46.63           H  \\nHETATM 4708  O   HOH A1346      -2.546  14.870 -33.057  1.00 40.94           O  \\nHETATM 4709  H1  HOH A1346      -1.902  14.222 -33.475  1.00 40.94           H  \\nHETATM 4710  H2  HOH A1346      -2.400  14.877 -32.065  1.00 40.94           H  \\nHETATM 4711  O   HOH A1349     -15.113 -20.319 -14.132  1.00 44.85           O  \\nHETATM 4712  H1  HOH A1349     -15.777 -20.591 -13.428  1.00 44.85           H  \\nHETATM 4713  H2  HOH A1349     -15.496 -19.565 -14.665  1.00 44.85           H  \\nHETATM 4714  O   HOH A1350     -21.241  18.275 -13.756  1.00 31.90           O  \\nHETATM 4715  H1  HOH A1350     -21.949  18.493 -14.431  1.00 31.90           H  \\nHETATM 4716  H2  HOH A1350     -20.384  18.717 -14.034  1.00 31.90           H  \\nHETATM 4717  O   HOH A1352     -12.770 -28.593  -8.238  1.00 61.97           O  \\nHETATM 4718  H1  HOH A1352     -11.940 -28.665  -8.798  1.00 61.97           H  \\nHETATM 4719  H2  HOH A1352     -13.089 -29.522  -8.039  1.00 61.97           H  \\nHETATM 4720  O   HOH A1353       0.753  -1.961 -23.720  1.00 67.38           O  \\nHETATM 4721  H1  HOH A1353       1.280  -1.741 -22.898  1.00 67.38           H  \\nHETATM 4722  H2  HOH A1353       1.234  -2.673 -24.233  1.00 67.38           H  \\nHETATM 4723  O   HOH A1356     -12.183 -25.973 -15.343  1.00 59.40           O  \\nHETATM 4724  H1  HOH A1356     -12.353 -25.498 -14.476  1.00 59.40           H  \\nHETATM 4725  H2  HOH A1356     -11.675 -26.817 -15.157  1.00 59.40           H  \\nHETATM 4726  O   HOH A1360       0.186  23.081 -25.812  1.00 35.26           O  \\nHETATM 4727  H1  HOH A1360       0.760  23.841 -25.494  1.00 35.26           H  \\nHETATM 4728  H2  HOH A1360      -0.066  22.506 -25.030  1.00 35.26           H  \\nHETATM 4729  O   HOH A1361       6.492  16.072 -23.950  1.00 37.72           O  \\nHETATM 4730  H1  HOH A1361       7.475  15.916 -23.823  1.00 37.72           H  \\nHETATM 4731  H2  HOH A1361       6.255  15.954 -24.918  1.00 37.72           H  \\nHETATM 4732  O   HOH A1362     -12.299   4.648 -36.322  1.00 42.24           O  \\nHETATM 4733  H1  HOH A1362     -13.007   4.928 -36.975  1.00 42.24           H  \\nHETATM 4734  H2  HOH A1362     -12.726   4.127 -35.581  1.00 42.24           H  \\nHETATM 4735  O   HOH A1364     -16.446  24.494 -21.075  1.00 34.81           O  \\nHETATM 4736  H1  HOH A1364     -17.058  23.972 -21.679  1.00 34.81           H  \\nHETATM 4737  H2  HOH A1364     -16.735  25.452 -21.068  1.00 34.81           H  \\nHETATM 4738  O   HOH A1366     -15.941   9.353 -41.405  1.00 52.63           O  \\nHETATM 4739  H1  HOH A1366     -15.091   8.827 -41.524  1.00 52.63           H  \\nHETATM 4740  H2  HOH A1366     -16.453   9.327 -42.264  1.00 52.63           H  \\nHETATM 4741  O   HOH A1367     -16.053   4.806 -35.554  1.00 51.77           O  \\nHETATM 4742  H1  HOH A1367     -15.366   4.407 -34.941  1.00 51.77           H  \\nHETATM 4743  H2  HOH A1367     -15.611   5.066 -36.416  1.00 51.77           H  \\nHETATM 4744  O   HOH A1374     -11.258  22.843 -15.256  1.00 45.38           O  \\nHETATM 4745  H1  HOH A1374     -11.414  21.917 -14.904  1.00 45.38           H  \\nHETATM 4746  H2  HOH A1374     -11.922  23.020 -15.986  1.00 45.38           H  \\nHETATM 4747  O   HOH A1379       1.460  25.653 -25.134  1.00 53.63           O  \\nHETATM 4748  H1  HOH A1379       1.558  25.650 -24.132  1.00 53.63           H  \\nHETATM 4749  H2  HOH A1379       1.812  26.519 -25.489  1.00 53.63           H  \\nHETATM 4750  O   HOH A1381     -10.785  -4.363 -35.468  1.00 52.69           O  \\nHETATM 4751  H1  HOH A1381     -10.882  -4.287 -34.472  1.00 52.69           H  \\nHETATM 4752  H2  HOH A1381      -9.819  -4.506 -35.690  1.00 52.69           H  \\nHETATM 4753  O   HOH A1382      11.586  21.266 -17.552  1.00 44.12           O  \\nHETATM 4754  H1  HOH A1382      12.072  22.022 -17.992  1.00 44.12           H  \\nHETATM 4755  H2  HOH A1382      11.771  21.284 -16.568  1.00 44.12           H  \\nHETATM 4756  O   HOH A1388     -20.268  13.044  -1.959  1.00 51.68           O  \\nHETATM 4757  H1  HOH A1388     -19.953  13.996  -1.925  1.00 51.68           H  \\nHETATM 4758  H2  HOH A1388     -19.556  12.459  -1.568  1.00 51.68           H  \\nHETATM 4759  O   HOH A1394      -8.203   1.938  -4.105  1.00 43.33           O  \\nHETATM 4760  H1  HOH A1394      -8.463   1.333  -4.861  1.00 43.33           H  \\nHETATM 4761  H2  HOH A1394      -8.767   2.767  -4.151  1.00 43.33           H  \\nHETATM 4762  O   HOH A1396     -27.765  -2.906 -18.989  1.00 50.68           O  \\nHETATM 4763  H1  HOH A1396     -27.731  -1.905 -18.908  1.00 50.68           H  \\nHETATM 4764  H2  HOH A1396     -27.014  -3.284 -18.440  1.00 50.68           H  \\nHETATM 4765  O   HOH A1397     -30.874  11.872 -15.139  1.00 52.33           O  \\nHETATM 4766  H1  HOH A1397     -30.767  11.983 -14.146  1.00 52.33           H  \\nHETATM 4767  H2  HOH A1397     -30.470  10.998 -15.416  1.00 52.33           H  \\nHETATM 4768  O   HOH A1400     -36.880  -3.993 -33.716  1.00 50.72           O  \\nHETATM 4769  H1  HOH A1400     -37.147  -3.437 -34.504  1.00 50.72           H  \\nHETATM 4770  H2  HOH A1400     -37.524  -4.752 -33.618  1.00 50.72           H  \\nHETATM 4771  O   HOH A1401     -24.206  -1.279 -35.770  1.00 53.88           O  \\nHETATM 4772  H1  HOH A1401     -23.632  -1.063 -36.562  1.00 53.88           H  \\nHETATM 4773  H2  HOH A1401     -25.118  -0.889 -35.914  1.00 53.88           H  \\nHETATM 4774  O   HOH A1406      -1.292   8.841 -35.635  1.00 44.73           O  \\nHETATM 4775  H1  HOH A1406      -1.662   8.240 -34.923  1.00 44.73           H  \\nHETATM 4776  H2  HOH A1406      -0.648   9.487 -35.214  1.00 44.73           H  \\nHETATM 4777  O   HOH A1412      -0.946  21.652 -15.116  1.00 53.19           O  \\nHETATM 4778  H1  HOH A1412      -1.600  21.432 -15.844  1.00 53.19           H  \\nHETATM 4779  H2  HOH A1412      -1.078  21.016 -14.353  1.00 53.19           H  \\nHETATM 4780  O   HOH A1415     -23.399  -9.578 -15.048  1.00 55.01           O  \\nHETATM 4781  H1  HOH A1415     -23.421  -8.698 -15.526  1.00 55.01           H  \\nHETATM 4782  H2  HOH A1415     -24.267 -10.053 -15.194  1.00 55.01           H  \\nHETATM 4783  O   HOH A1416       5.715  22.275 -28.185  1.00110.14           O  \\nHETATM 4784  H1  HOH A1416       6.698  22.109 -28.267  1.00110.14           H  \\nHETATM 4785  H2  HOH A1416       5.253  21.393 -28.063  1.00110.14           H  \\nHETATM 4786  O   HOH A1417     -27.286  10.455 -33.143  1.00 53.90           O  \\nHETATM 4787  H1  HOH A1417     -27.557  11.412 -33.288  1.00 53.90           H  \\nHETATM 4788  H2  HOH A1417     -27.516  10.197 -32.205  1.00 53.90           H  \\nHETATM 4789  O   HOH A1419     -33.125   0.444 -35.100  1.00 58.72           O  \\nHETATM 4790  H1  HOH A1419     -32.946   1.047 -34.319  1.00 58.72           H  \\nHETATM 4791  H2  HOH A1419     -32.253   0.120 -35.472  1.00 58.72           H  \\nCONECT    1    4    5    6\\nCONECT    4    1\\nCONECT    5    1\\nCONECT    6    1\\nCONECT 4654 4655 4656\\nCONECT 4655 4654\\nCONECT 4656 4654\\nCONECT 4657 4658 4659\\nCONECT 4658 4657\\nCONECT 4659 4657\\nCONECT 4660 4661 4662\\nCONECT 4661 4660\\nCONECT 4662 4660\\nCONECT 4663 4664 4665\\nCONECT 4664 4663\\nCONECT 4665 4663\\nCONECT 4666 4667 4668\\nCONECT 4667 4666\\nCONECT 4668 4666\\nCONECT 4669 4670 4671\\nCONECT 4670 4669\\nCONECT 4671 4669\\nCONECT 4672 4673 4674\\nCONECT 4673 4672\\nCONECT 4674 4672\\nCONECT 4675 4676 4677\\nCONECT 4676 4675\\nCONECT 4677 4675\\nCONECT 4678 4679 4680\\nCONECT 4679 4678\\nCONECT 4680 4678\\nCONECT 4681 4682 4683\\nCONECT 4682 4681\\nCONECT 4683 4681\\nCONECT 4684 4685 4686\\nCONECT 4685 4684\\nCONECT 4686 4684\\nCONECT 4687 4688 4689\\nCONECT 4688 4687\\nCONECT 4689 4687\\nCONECT 4690 4691 4692\\nCONECT 4691 4690\\nCONECT 4692 4690\\nCONECT 4693 4694 4695\\nCONECT 4694 4693\\nCONECT 4695 4693\\nCONECT 4696 4697 4698\\nCONECT 4697 4696\\nCONECT 4698 4696\\nCONECT 4699 4700 4701\\nCONECT 4700 4699\\nCONECT 4701 4699\\nCONECT 4702 4703 4704\\nCONECT 4703 4702\\nCONECT 4704 4702\\nCONECT 4705 4706 4707\\nCONECT 4706 4705\\nCONECT 4707 4705\\nCONECT 4708 4709 4710\\nCONECT 4709 4708\\nCONECT 4710 4708\\nCONECT 4711 4712 4713\\nCONECT 4712 4711\\nCONECT 4713 4711\\nCONECT 4714 4715 4716\\nCONECT 4715 4714\\nCONECT 4716 4714\\nCONECT 4717 4718 4719\\nCONECT 4718 4717\\nCONECT 4719 4717\\nCONECT 4720 4721 4722\\nCONECT 4721 4720\\nCONECT 4722 4720\\nCONECT 4723 4724 4725\\nCONECT 4724 4723\\nCONECT 4725 4723\\nCONECT 4726 4727 4728\\nCONECT 4727 4726\\nCONECT 4728 4726\\nCONECT 4729 4730 4731\\nCONECT 4730 4729\\nCONECT 4731 4729\\nCONECT 4732 4733 4734\\nCONECT 4733 4732\\nCONECT 4734 4732\\nCONECT 4735 4736 4737\\nCONECT 4736 4735\\nCONECT 4737 4735\\nCONECT 4738 4739 4740\\nCONECT 4739 4738\\nCONECT 4740 4738\\nCONECT 4741 4742 4743\\nCONECT 4742 4741\\nCONECT 4743 4741\\nCONECT 4744 4745 4746\\nCONECT 4745 4744\\nCONECT 4746 4744\\nCONECT 4747 4748 4749\\nCONECT 4748 4747\\nCONECT 4749 4747\\nCONECT 4750 4751 4752\\nCONECT 4751 4750\\nCONECT 4752 4750\\nCONECT 4753 4754 4755\\nCONECT 4754 4753\\nCONECT 4755 4753\\nCONECT 4756 4757 4758\\nCONECT 4757 4756\\nCONECT 4758 4756\\nCONECT 4759 4760 4761\\nCONECT 4760 4759\\nCONECT 4761 4759\\nCONECT 4762 4763 4764\\nCONECT 4763 4762\\nCONECT 4764 4762\\nCONECT 4765 4766 4767\\nCONECT 4766 4765\\nCONECT 4767 4765\\nCONECT 4768 4769 4770\\nCONECT 4769 4768\\nCONECT 4770 4768\\nCONECT 4771 4772 4773\\nCONECT 4772 4771\\nCONECT 4773 4771\\nCONECT 4774 4775 4776\\nCONECT 4775 4774\\nCONECT 4776 4774\\nCONECT 4777 4778 4779\\nCONECT 4778 4777\\nCONECT 4779 4777\\nCONECT 4780 4781 4782\\nCONECT 4781 4780\\nCONECT 4782 4780\\nCONECT 4783 4784 4785\\nCONECT 4784 4783\\nCONECT 4785 4783\\nCONECT 4786 4787 4788\\nCONECT 4787 4786\\nCONECT 4788 4786\\nCONECT 4789 4790 4791\\nCONECT 4790 4789\\nCONECT 4791 4789\\nEND   \\n\",\"pdb\");\n",
+       "\tviewer_1793021693034632.addModel(\"lig_ejm_31\\n     RDKit          3D\\n\\n 21 22  0  0  1  0  0  0  0  0999 V2000\\n   -5.3616   -3.6890  -16.2224 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7777   -4.9643  -16.1989 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5357   -6.0885  -15.8273 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9007   -5.9451  -15.4736 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4915   -4.6571  -15.5270 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7187   -3.5398  -15.8968 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1733   -4.4152  -15.1872 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7131   -7.1309  -15.0378 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1428   -7.1983  -13.8857 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.8973   -8.0563  -15.9972 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7209   -9.2140  -16.0056 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5775   -9.5988  -14.9513 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3850  -10.7324  -15.1337 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3675  -11.4892  -16.2527 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5395  -11.1490  -17.2696 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7142  -10.0001  -17.1743 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5744  -11.9335  -18.4562 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6698  -12.0385  -19.4488 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5795  -11.4706  -19.4776 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.0521  -12.9529  -20.6079 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7517   -7.6238  -15.8230 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n  1  6  2  0\\n  1  2  1  0\\n  2  3  2  0\\n  3  4  1  0\\n  3 21  1  0\\n  4  5  2  0\\n  4  8  1  0\\n  5  6  1  0\\n  5  7  1  0\\n  8  9  2  0\\n  8 10  1  0\\n 10 11  1  0\\n 11 16  1  0\\n 11 12  2  0\\n 12 13  1  0\\n 13 14  2  0\\n 14 15  1  0\\n 15 16  2  0\\n 15 17  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 20  1  0\\nM  END\\n\",\"mol\");\n",
+       "\tviewer_1793021693034632.setStyle({\"model\": 0},{\"cartoon\": {\"color\": \"lightgrey\"}});\n",
+       "\tviewer_1793021693034632.setStyle({\"model\": 1},{\"stick\": {\"colorscheme\": \"cyanCarbon\"}});\n",
+       "\tviewer_1793021693034632.zoomTo({\"model\": 1});\n",
+       "viewer_1793021693034632.render();\n",
+       "});\n",
+       "</script>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
    "source": [
-    "import locale\n",
-    "locale.getpreferredencoding = lambda _: 'UTF-8'  # hack for google colab, not needed for local execution\n",
-    "from openfe import SmallMoleculeComponent\n",
+    "import py3Dmol\n",
     "\n",
-    "# Load ligands using RDKit\n",
-    "ligands_sdf = Chem.SDMolSupplier('inputs/tyk2_ligands.sdf', removeHs=False)\n",
+    "example_ligand = Chem.MolFromMolBlock(\n",
+    "    Chem.MolToMolBlock(next(Chem.SDMolSupplier(\"inputs/tyk2_ligands.sdf\", removeHs=True)))\n",
+    ")\n",
+    "\n",
+    "view = py3Dmol.view(width=600, height=400)\n",
+    "with open(\"inputs/tyk2_protein.pdb\") as pdb_file:\n",
+    "    view.addModel(pdb_file.read(), \"pdb\")\n",
+    "view.addModel(Chem.MolToMolBlock(example_ligand), \"mol\")\n",
     "\n",
-    "# Now pass these to form a list of Molecules\n",
-    "ligand_mols = [SmallMoleculeComponent(sdf) for sdf in ligands_sdf]"
+    "view.setStyle({\"model\": 0}, {\"cartoon\": {\"color\": \"lightgrey\"}})\n",
+    "view.setStyle({\"model\": 1}, {\"stick\": {\"colorscheme\": \"cyanCarbon\"}})\n",
+    "view.zoomTo({\"model\": 1})\n",
+    "view.show()"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "044045af-020c-4926-b295-0c9db5bd6a0c",
+   "id": "e3aec94d-5aa5-4461-9648-3ade70ee2c68",
    "metadata": {},
    "source": [
-    "<u>Load ligands using the OpenFF toolkit:</u>"
+    "### Creating **openfe** `Components`\n",
+    "\n",
+    "**openfe** represents each part of a system as a `Component`. \n",
+    "\n",
+    "Ligands (and if present cofactors) are `SmallMoleculeComponent`s, created here from RDKit molecules, which keep the 3D coordinates, bond orders and names from the SDF file:"
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 3,
-   "id": "b5e5b538-4847-42f5-b29e-6e1f25bbbeed",
+   "id": "e37fe6a4-3ccc-47bd-90c0-e031f909df25",
    "metadata": {},
-   "outputs": [],
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "['lig_ejm_31', 'lig_ejm_42', 'lig_ejm_43', 'lig_ejm_46', 'lig_ejm_47', 'lig_ejm_48', 'lig_ejm_50', 'lig_jmc_23', 'lig_jmc_27', 'lig_jmc_28']\n"
+     ]
+    }
+   ],
    "source": [
-    "from openff.toolkit import Molecule\n",
-    "from openfe import SmallMoleculeComponent\n",
-    "\n",
-    "# Load ligands using OpenFF toolkit\n",
-    "ligands_sdf = Molecule.from_file('inputs/tyk2_ligands.sdf')\n",
-    "\n",
-    "# Now pass these to form a list of Molecules\n",
-    "ligand_mols = [SmallMoleculeComponent.from_openff(sdf) for sdf in ligands_sdf]"
+    "ligands = [\n",
+    "    openfe.SmallMoleculeComponent.from_rdkit(mol)\n",
+    "    for mol in Chem.SDMolSupplier(\"inputs/tyk2_ligands.sdf\", removeHs=False)\n",
+    "]\n",
+    "print([ligand.name for ligand in ligands])"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "3a8d5433",
-   "metadata": {
-    "id": "3a8d5433"
-   },
+   "id": "2a932388-59ac-4c7f-8462-b257098dc47b",
+   "metadata": {},
    "source": [
-    "OpenFE `SmallMoleculeComponent`s have some useful built-in attributes and methods.\n",
+    "The protein is loaded as a `ProteinComponent`, which also holds any crystallographic waters and ions in the PDB file. \n",
     "\n",
-    "For example, the molecule's name (as defined by the SDF file) can be accessed:"
+    "The solvent is a `SolventComponent` which describes the composition of the solvent (here water with 0.15 M NaCl, neutralizing the system) rather than explicit water positions. The size and shape of the box and the water model are not part of the `SolventComponent`, they are set in the protocol's `solvation_settings`, covered in Section 7."
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 4,
-   "id": "faacbebb",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/"
-    },
-    "id": "faacbebb",
-    "outputId": "bc0ad1d9-72ad-49d0-e322-61b2a87d5301"
-   },
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "name:  lig_ejm_31\n"
-     ]
-    }
-   ],
+   "id": "589b2b74-5e48-4281-a495-f8e93f71b8a2",
+   "metadata": {},
+   "outputs": [],
    "source": [
-    "print(\"name: \", ligand_mols[0].name)"
+    "from openff.units import unit\n",
+    "\n",
+    "protein = openfe.ProteinComponent.from_pdb_file(\"inputs/tyk2_protein.pdb\")\n",
+    "solvent = openfe.SolventComponent(\n",
+    "    positive_ion=\"Na\",\n",
+    "    negative_ion=\"Cl\",\n",
+    "    neutralize=True,\n",
+    "    ion_concentration=0.15 * unit.molar,\n",
+    ")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "b24a3ffa",
-   "metadata": {
-    "id": "b24a3ffa"
-   },
+   "id": "4b117430-b6a4-452a-a6f3-74506a75ce0d",
+   "metadata": {},
+   "source": [
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Loading molecules and chemical systems](https://docs.openfree.energy/en/stable/cookbook/loading_molecules.html) · [Components, chemical systems and thermodynamic cycles](https://docs.openfree.energy/en/stable/guide/setup/chemical_systems_and_thermodynamic_cycles.html)\n",
+    "\n",
+    "</div>"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "22a869a4-f112-4447-a749-ff30df58404f",
+   "metadata": {},
    "source": [
-    "As previously stated, `SmallMoleculeComponent`s also use the OpenFF backend to allow conversion between different object types. For example, it's possible to obtain an OpenFF Molecule:"
+    "## 4. Assigning partial charges\n",
+    "\n",
+    "Partial charges are assigned during setup if they are missing, but we recommend assigning them once, up front. Conventional methods such as AM1-BCC are not perfectly reproducible. Small differences between runs (of the order of 0.03 e) are common, and if a ligand ends up with slightly different charges in its solvent and complex legs, the error enters the thermodynamic cycle ([Osato et al., 2025](https://pmc.ncbi.nlm.nih.gov/articles/PMC12079016/)). Charging once and reusing the charges avoids this.\n",
+    "\n",
+    "Here we use [OpenFF NAGL](https://docs.openforcefield.org/projects/nagl/en/latest/) with the AshGC model, a graph neural network that reproduces AM1BCCELF10 charges in a fraction of the time. It is also the charge model the OpenFF 2.3.0 force field was fitted with, which we use in section 7.\n",
+    "\n",
+    "From the CLI, the same step is `openfe charge-molecules`."
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 5,
-   "id": "29b7c68a",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/"
-    },
-    "id": "29b7c68a",
-    "outputId": "39e7a77a-d2b8-49d2-8f70-fd8118845a99"
-   },
+   "id": "d79ec609-52a2-4c0e-82f7-c4628138e7f7",
+   "metadata": {},
    "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "Generating charges: 100%|███████████████████████| 10/10 [00:04<00:00,  2.11it/s]\n"
+     ]
+    },
     {
      "data": {
+      "text/html": [
+       "<table><tbody><tr><th>Magnitude</th><td style='text-align:left;'><pre>[0.1448139477870427 -0.09448049921775237 -0.12968765903497115 0.05276030342793092 -0.135585687647108 0.05276030342793092 -0.12968765903497115 0.15515131544088945 -0.06017462123418227 0.6910391975543462 -0.5483320425846614 -0.48030141700292006 0.3238180209300481 0.1279890764853917 -0.26826892007375136 0.44780837785219774 -0.7103845547535457 0.5609757829806767 -0.3414706062176265 0.13770612369989976 -0.5591573785641231 0.31294750462984666 0.6885952283046208 -0.5529239248135127 -0.18056669045472518 0.06981571804499254 0.06981571804499254 0.06981571804499254 0.021423640137072653 0.1688089896342717 -0.06017462123418227 0.15515131544088945]</pre></td></tr><tr><th>Units</th><td style='text-align:left;'>elementary_charge</td></tr></tbody></table>"
+      ],
+      "text/latex": [
+       "$\\begin{pmatrix} &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  &  & \\end{pmatrix}\\ \\mathrm{elementary\\_charge}$"
+      ],
       "text/plain": [
-       "openff.toolkit.topology.molecule.Molecule"
+       "<Quantity([ 0.14481395 -0.0944805  -0.12968766  0.0527603  -0.13558569  0.0527603\n",
+       " -0.12968766  0.15515132 -0.06017462  0.6910392  -0.54833204 -0.48030142\n",
+       "  0.32381802  0.12798908 -0.26826892  0.44780838 -0.71038455  0.56097578\n",
+       " -0.34147061  0.13770612 -0.55915738  0.3129475   0.68859523 -0.55292392\n",
+       " -0.18056669  0.06981572  0.06981572  0.06981572  0.02142364  0.16880899\n",
+       " -0.06017462  0.15515132], 'elementary_charge')>"
       ]
      },
      "execution_count": 5,
@@ -400,31 +525,49 @@
     }
    ],
    "source": [
-    "type(ligand_mols[0].to_openff())"
+    "from openfe.protocols.openmm_utils.charge_generation import bulk_assign_partial_charges\n",
+    "\n",
+    "ligands = bulk_assign_partial_charges(\n",
+    "    molecules=ligands,\n",
+    "    overwrite=False,\n",
+    "    method=\"nagl\",\n",
+    "    toolkit_backend=\"ambertools\",\n",
+    "    generate_n_conformers=None,\n",
+    "    nagl_model=\"openff-gnn-am1bcc-1.0.0.pt\",\n",
+    "    processors=1,\n",
+    ")\n",
+    "\n",
+    "# The charges are stored on the Component and carried through to the simulations\n",
+    "ligands[0].to_openff().partial_charges"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "9e72bee2-bcb3-466f-86e7-8b51c8932aa7",
+   "id": "7c1d4fbb-c97d-4216-9434-0e192e9984d1",
    "metadata": {},
    "source": [
-    "### Ligand Atom Mapping"
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Assigning partial charges](https://docs.openfree.energy/en/stable/cookbook/user_charges.html) · [Generating partial charges with the CLI](https://docs.openfree.energy/en/stable/tutorials/charge_molecules_cli_tutorial.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "3128085c-db8a-4a70-89ef-0fde956fdb40",
+   "id": "4624345e-5602-4f1d-add4-24340365e486",
    "metadata": {},
    "source": [
-    "In the [hybrid topology RBFE protocol](https://docs.openfree.energy/en/latest/guide/protocols/relativehybridtopology.html) , an atom mapping defines which atoms are mutated during the alchemical transformation.\n",
-    "The user can choose between two different atom mappers:\n",
-    "1. `KartografAtomMapper`\n",
-    "    * based on the 3D geometries of the ligands\n",
-    "2. `LomapAtomMapper`\n",
-    "    * based on the maximum common substructure (MCS)\n",
+    "## 5. Atom mappings and scoring\n",
     "\n",
-    "While we use the defaults here, please note that the various supported arguments of\n",
-    "Lomap and Kartograf can be passed to the atom mapper."
+    "### Mapping two ligands\n",
+    "\n",
+    "In a hybrid topology RBFE, an atom mapping defines which atoms are shared by two ligands (and interpolated) and which are unique (and become dummy atoms). **openfe** provides two atom mappers:\n",
+    "\n",
+    "* `KartografAtomMapper`, which maps atoms based on their 3D positions. This is the default.\n",
+    "* `LomapAtomMapper`, which maps atoms based on the maximum common substructure (MCS).\n",
+    "\n",
+    "Let's map `lig_ejm_31` to `lig_ejm_47`:"
    ]
   },
   {
@@ -432,47 +575,18 @@
    "id": "f21bf9e5-6cb8-41c1-b0fd-e70ee2e71852",
    "metadata": {},
    "source": [
-    "**1. `KartografAtomMapper`**\n",
-    "\n",
-    "The `KartografAtomMapper` is based on the 3D geometries of the ligands."
+    "**1. `KartografAtomMapper`**"
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 6,
-   "id": "c710a20e-2098-461f-8fa6-5e44b19ad6aa",
+   "id": "4b0efdac-1443-4f90-84a8-24152f1d044a",
    "metadata": {},
-   "outputs": [],
-   "source": [
-    "from kartograf import KartografAtomMapper\n",
-    "# Build Kartograf Atom Mapper\n",
-    "mapper = KartografAtomMapper(atom_map_hydrogens=True)\n",
-    "\n",
-    "# Get Mapping\n",
-    "kartograf_mapping = next(mapper.suggest_mappings(ligand_mols[0], ligand_mols[4]))"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "d0be837c-0cf6-4a17-8e44-f548f7c9a314",
-   "metadata": {},
-   "source": [
-    "We can also visualize the atom mappings by invoking the individual OpenFE `AtomMapping` objects directly.\n",
-    "\n",
-    "Unique atoms between each mapping are shown in red, and atoms which are mapped but undergo element changes are shown in blue. Bonds which either involve atoms that are unique or undergo element changes are highlighted in red."
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 7,
-   "id": "56117a03-6503-4317-9364-27e343a4911e",
-   "metadata": {
-    "scrolled": true
-   },
    "outputs": [
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<IPython.core.display.Image object>"
       ]
@@ -482,34 +596,35 @@
     }
    ],
    "source": [
-    "# We can display the atom mapping in 2D by calling it\n",
-    "kartograf_mapping"
+    "ligands_by_name = {ligand.name: ligand for ligand in ligands}\n",
+    "\n",
+    "mapper = openfe.KartografAtomMapper()\n",
+    "mapping = next(mapper.suggest_mappings(ligands_by_name[\"lig_ejm_31\"], ligands_by_name[\"lig_ejm_47\"]))\n",
+    "mapping"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "d3f10c24-e50c-46da-b8d5-8de1f3efae90",
+   "id": "d0be837c-0cf6-4a17-8e44-f548f7c9a314",
    "metadata": {},
    "source": [
-    "It is also possible to visualize the mapping in 3D using py3dmol:\n",
+    "In the 2D depiction, atoms unique to one ligand are shown in red, and mapped atoms that change element are shown in blue.\n",
     "\n",
-    "Here, the ``view_3D`` method displays the two end state molecules (left and right), in addition to the hybrid molecule (middle).\n",
-    "\n",
-    "Atoms that have the same sphere color in both end states are mapped (i.e. will be interpolated between each other), whilst those that do not have a coloured sphere are unmapped (i.e. will be transformed into dummy atoms in the opposite end state)."
+    "The same mapping can be viewed in 3D. The two ligands are shown left and right, and their overlay in the middle. Atoms with spheres of the same colour are mapped; atoms without a sphere are unique to that ligand."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 10,
-   "id": "bbcfd2e2-a50e-4398-85d1-f80b01597720",
+   "execution_count": 7,
+   "id": "56117a03-6503-4317-9364-27e343a4911e",
    "metadata": {},
    "outputs": [
     {
      "data": {
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Please check your browser console for error messages.<br></p>\n        </div>\n<script>\n\nvar loadScriptAsync = function(uri){\n  return new Promise((resolve, reject) => {\n    //this is to ignore the existence of requirejs amd\n    var savedexports, savedmodule;\n    if (typeof exports !== 'undefined') savedexports = exports;\n    else exports = {}\n    if (typeof module !== 'undefined') savedmodule = module;\n    else module = {}\n\n    var tag = document.createElement('script');\n    tag.src = uri;\n    tag.async = true;\n    tag.onload = () => {\n        exports = savedexports;\n        module = savedmodule;\n        resolve();\n    };\n  var firstScriptTag = document.getElementsByTagName('script')[0];\n  firstScriptTag.parentNode.insertBefore(tag, firstScriptTag);\n});\n};\n\nif(typeof $3Dmolpromise === 'undefined') {\n$3Dmolpromise = null;\n  $3Dmolpromise = loadScriptAsync('https://cdn.jsdelivr.net/npm/3dmol@2.5.3/build/3Dmol-min.js');\n}\n\nvar viewer_17890320910533838 = 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+       "<div id=\"3dmolviewer_1793021704235042\"  style=\"position: relative; width: 600px; height: 600px;\">\n",
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@@ -537,81 +652,81 @@
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        "}\n",
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-       "var warn = document.getElementById(\"3dmolwarning_17890320910533838\");\n",
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        "if(warn) {\n",
        "    warn.parentNode.removeChild(warn);\n",
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        "$3Dmolpromise.then(function() {\n",
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-       "viewer_17890320910533838.zoomTo();\n",
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-       "\tviewer_17890320910533838.addModel(\"lig_ejm_47\\n     RDKit          3D\\n\\n 39 41  0  0  1  0  0  0  0  0999 V2000\\n    6.1790   -2.7958  -16.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    5.5878   -3.6601  -16.2251 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.2272   -3.5154  -15.9047 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.4510   -4.6316  -15.5395 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.0402   -5.9210  -15.4840 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    5.4089   -6.0619  -15.8372 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    6.1727   -4.9364  -16.1997 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    7.2202   -5.0464  -16.4444 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    6.2007   -7.5935  -15.8222 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n    3.2279   -7.1086  -15.0399 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.8300   -7.1967  -13.8766 O   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.0323   -8.0239  -16.0075 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.5052   -7.8335  -16.8781 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2040   -9.1777  -16.0235 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3728   -9.5870  -14.9614 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5712  -10.7255  -15.1522 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5750  -11.4658  -16.2840 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3855  -11.1035  -17.3073 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.1941   -9.9418  -17.2069 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.8094   -9.6119  -18.0290 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3718  -11.8937  -18.4963 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5462  -12.4664  -18.6054 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.3147  -12.0193  -19.4573 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.3736  -11.3926  -19.4774 O   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.0271  -13.0284  -20.5859 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2744  -12.5134  -22.0198 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.9314  -13.8555  -22.3469 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.1806  -14.0202  -20.8465 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.0007  -15.0312  -20.4860 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.1674  -13.6664  -20.5416 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.8297  -13.7980  -22.9633 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2185  -14.5837  -22.7394 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.9697  -11.6755  -22.0897 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3730  -12.3187  -22.5983 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.0598  -13.5295  -20.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -0.0908  -11.0611  -14.3663 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3103   -9.0467  -14.0281 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.7727   -4.3783  -15.2060 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n    3.7743   -2.5362  -15.9443 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 39  1  0\\n  4  5  1  0\\n  4 38  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 37  1  0\\n 16 17  2  0\\n 16 36  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 28  1  0\\n 25 26  1  0\\n 25 35  1  0\\n 26 27  1  0\\n 26 33  1  0\\n 26 34  1  0\\n 27 28  1  0\\n 27 31  1  0\\n 27 32  1  0\\n 28 29  1  0\\n 28 30  1  0\\nM  END\\n\",\"molB\");\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -15.7226, \"y\": -2.8276, \"z\": -16.499}, \"radius\": 0.6, \"color\": \"#ff0000\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 6.178999999999999, \"y\": -2.7958, \"z\": -16.4978}, \"radius\": 0.6, \"color\": \"#ff0000\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -18.1266, \"y\": -2.5639, \"z\": -15.9391}, \"radius\": 0.6, \"color\": \"#ff3800\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 3.7742999999999993, \"y\": -2.5362, \"z\": -15.9443}, \"radius\": 0.6, \"color\": \"#ff3800\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -18.3716, \"y\": -7.8671, \"z\": -16.8645}, \"radius\": 0.6, \"color\": \"#ff7000\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 3.5051999999999994, \"y\": -7.8335, \"z\": -16.8781}, \"radius\": 0.6, \"color\": \"#ff7000\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -19.0345, \"y\": -9.6948, \"z\": -17.9928}, \"radius\": 0.6, \"color\": \"#ffa700\", \"alpha\": 0.8});\n",
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-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 0.5461999999999989, \"y\": -12.4664, \"z\": -18.6054}, \"radius\": 0.6, \"color\": \"#ffdf00\", \"alpha\": 0.8});\n",
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-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -18.5295, \"y\": -11.4706, \"z\": -19.4776}, \"radius\": 0.6, \"color\": \"#ff0050\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 3.3735999999999997, \"y\": -11.3926, \"z\": -19.4774}, \"radius\": 0.6, \"color\": \"#ff0050\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": -15.701699999999999, \"y\": -7.6238, \"z\": -15.823}, \"radius\": 0.6, \"color\": \"#ff0018\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addSphere({\"center\": {\"x\": 6.200699999999999, \"y\": -7.5935, \"z\": -15.8222}, \"radius\": 0.6, \"color\": \"#ff0018\", \"alpha\": 0.8});\n",
-       "\tviewer_17890320910533838.addPropertyLabels(\"index\",{\"not\": {\"resn\": [\"molA_overlay\", \"molA_overlay\"]}},{\"fontColor\": \"black\", \"font\": \"sans-serif\", \"fontSize\": \"10\", \"showBackground\": \"false\", \"alignment\": \"center\"});\n",
-       "\tviewer_17890320910533838.addModel(\"lig_ejm_31\\n     RDKit          3D\\n\\n 32 33  0  0  1  0  0  0  0  0999 V2000\\n   -4.7726   -2.8276  -16.4990 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.3616   -3.6890  -16.2224 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7777   -4.9643  -16.1989 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5357   -6.0885  -15.8273 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9007   -5.9451  -15.4736 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4915   -4.6571  -15.5270 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7187   -3.5398  -15.8968 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1766   -2.5639  -15.9391 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1733   -4.4152  -15.1872 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7131   -7.1309  -15.0378 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1428   -7.1983  -13.8857 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.8973   -8.0563  -15.9972 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4216   -7.8671  -16.8645 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7209   -9.2140  -16.0056 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5775   -9.5988  -14.9513 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3850  -10.7324  -15.1337 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3675  -11.4892  -16.2527 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5395  -11.1490  -17.2696 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7142  -10.0001  -17.1743 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.0845   -9.6948  -17.9928 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5744  -11.9335  -18.4562 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3993  -12.5047  -18.5524 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6698  -12.0385  -19.4488 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5795  -11.4706  -19.4776 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.0521  -12.9529  -20.6079 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1557  -13.9753  -20.2570 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.2854  -12.9378  -21.3838 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.9953  -12.6471  -21.0606 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -11.0653  -11.0423  -14.3552 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.6624   -9.0406  -14.0311 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7517   -7.6238  -15.8230 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -3.7337   -5.0777  -16.4531 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 32  1  0\\n  4  5  1  0\\n  4 31  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 30  1  0\\n 16 17  2  0\\n 16 29  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 26  1  0\\n 25 27  1  0\\n 25 28  1  0\\nM  END\\n\",\"molA_overlay\");\n",
-       "\tviewer_17890320910533838.addModel(\"lig_ejm_47\\n     RDKit          3D\\n\\n 39 41  0  0  1  0  0  0  0  0999 V2000\\n   -4.7710   -2.7958  -16.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.3622   -3.6601  -16.2251 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7228   -3.5154  -15.9047 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4990   -4.6316  -15.5395 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9098   -5.9210  -15.4840 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5411   -6.0619  -15.8372 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7773   -4.9364  -16.1997 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -3.7298   -5.0464  -16.4444 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7493   -7.5935  -15.8222 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7221   -7.1086  -15.0399 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1200   -7.1967  -13.8766 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9177   -8.0239  -16.0075 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4448   -7.8335  -16.8781 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7460   -9.1777  -16.0235 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5772   -9.5870  -14.9614 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3788  -10.7255  -15.1522 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3750  -11.4658  -16.2840 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5645  -11.1035  -17.3073 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7559   -9.9418  -17.2069 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1406   -9.6119  -18.0290 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5782  -11.8937  -18.4963 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.4038  -12.4664  -18.6054 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6353  -12.0193  -19.4573 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5764  -11.3926  -19.4774 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.9229  -13.0284  -20.5859 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6756  -12.5134  -22.0198 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.0186  -13.8555  -22.3469 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7694  -14.0202  -20.8465 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9493  -15.0312  -20.4860 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7826  -13.6664  -20.5416 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1203  -13.7980  -22.9633 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7315  -14.5837  -22.7394 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9803  -11.6755  -22.0897 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5770  -12.3187  -22.5983 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.8902  -13.5295  -20.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -11.0408  -11.0611  -14.3663 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.6397   -9.0467  -14.0281 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1773   -4.3783  -15.2060 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1757   -2.5362  -15.9443 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 39  1  0\\n  4  5  1  0\\n  4 38  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 37  1  0\\n 16 17  2  0\\n 16 36  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 28  1  0\\n 25 26  1  0\\n 25 35  1  0\\n 26 27  1  0\\n 26 33  1  0\\n 26 34  1  0\\n 27 28  1  0\\n 27 31  1  0\\n 27 32  1  0\\n 28 29  1  0\\n 28 30  1  0\\nM  END\\n\",\"molB_overlay\");\n",
-       "\tviewer_17890320910533838.setStyle({\"stick\": {}});\n",
-       "\tviewer_17890320910533838.zoomTo();\n",
-       "viewer_17890320910533838.render();\n",
+       "viewer_1793021704235042 = $3Dmol.createViewer(document.getElementById(\"3dmolviewer_1793021704235042\"),{backgroundColor:\"white\"});\n",
+       "viewer_1793021704235042.zoomTo();\n",
+       "\tviewer_1793021704235042.addModel(\"lig_ejm_31\\n     RDKit          3D\\n\\n 32 33  0  0  0  0  0  0  0  0999 V2000\\n  -15.7226   -2.8276  -16.4990 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -16.3116   -3.6890  -16.2224 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -15.7277   -4.9643  -16.1989 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -16.4857   -6.0885  -15.8273 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -17.8507   -5.9451  -15.4736 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.4415   -4.6571  -15.5270 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -17.6687   -3.5398  -15.8968 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.1266   -2.5639  -15.9391 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.1233   -4.4152  -15.1872 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.6631   -7.1309  -15.0378 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.0928   -7.1983  -13.8857 O   0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.8473   -8.0563  -15.9972 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.3716   -7.8671  -16.8645 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.6709   -9.2140  -16.0056 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.5275   -9.5988  -14.9513 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -21.3350  -10.7324  -15.1337 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -21.3175  -11.4892  -16.2527 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.4895  -11.1490  -17.2696 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.6642  -10.0001  -17.1743 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.0345   -9.6948  -17.9928 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.5244  -11.9335  -18.4562 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -21.3493  -12.5047  -18.5524 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.6198  -12.0385  -19.4488 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -18.5295  -11.4706  -19.4776 O   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.0021  -12.9529  -20.6079 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.1057  -13.9753  -20.2570 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -19.2354  -12.9378  -21.3838 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.9453  -12.6471  -21.0606 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -22.0153  -11.0423  -14.3552 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -20.6124   -9.0406  -14.0311 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -15.7017   -7.6238  -15.8230 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n  -14.6837   -5.0777  -16.4531 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 32  1  0\\n  4  5  1  0\\n  4 31  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 30  1  0\\n 16 17  2  0\\n 16 29  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 26  1  0\\n 25 27  1  0\\n 25 28  1  0\\nM  END\\n\",\"molA\");\n",
+       "\tviewer_1793021704235042.addModel(\"lig_ejm_47\\n     RDKit          3D\\n\\n 39 41  0  0  0  0  0  0  0  0999 V2000\\n    6.1790   -2.7958  -16.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    5.5878   -3.6601  -16.2251 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.2272   -3.5154  -15.9047 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.4510   -4.6316  -15.5395 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.0402   -5.9210  -15.4840 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    5.4089   -6.0619  -15.8372 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    6.1727   -4.9364  -16.1997 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    7.2202   -5.0464  -16.4444 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    6.2007   -7.5935  -15.8222 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n    3.2279   -7.1086  -15.0399 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.8300   -7.1967  -13.8766 O   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.0323   -8.0239  -16.0075 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.5052   -7.8335  -16.8781 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2040   -9.1777  -16.0235 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3728   -9.5870  -14.9614 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5712  -10.7255  -15.1522 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5750  -11.4658  -16.2840 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3855  -11.1035  -17.3073 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.1941   -9.9418  -17.2069 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.8094   -9.6119  -18.0290 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3718  -11.8937  -18.4963 N   0  0  0  0  0  0  0  0  0  0  0  0\\n    0.5462  -12.4664  -18.6054 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.3147  -12.0193  -19.4573 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.3736  -11.3926  -19.4774 O   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.0271  -13.0284  -20.5859 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2744  -12.5134  -22.0198 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.9314  -13.8555  -22.3469 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.1806  -14.0202  -20.8465 C   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.0007  -15.0312  -20.4860 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    4.1674  -13.6664  -20.5416 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    3.8297  -13.7980  -22.9633 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.2185  -14.5837  -22.7394 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    2.9697  -11.6755  -22.0897 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3730  -12.3187  -22.5983 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.0598  -13.5295  -20.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -0.0908  -11.0611  -14.3663 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.3103   -9.0467  -14.0281 H   0  0  0  0  0  0  0  0  0  0  0  0\\n    1.7727   -4.3783  -15.2060 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n    3.7743   -2.5362  -15.9443 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 39  1  0\\n  4  5  1  0\\n  4 38  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 37  1  0\\n 16 17  2  0\\n 16 36  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 28  1  0\\n 25 26  1  0\\n 25 35  1  0\\n 26 27  1  0\\n 26 33  1  0\\n 26 34  1  0\\n 27 28  1  0\\n 27 31  1  0\\n 27 32  1  0\\n 28 29  1  0\\n 28 30  1  0\\nM  END\\n\",\"molB\");\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -15.7226, \"y\": -2.8276, \"z\": -16.499}, \"radius\": 0.6, \"color\": \"#ff0000\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 6.178999999999999, \"y\": -2.7958, \"z\": -16.4978}, \"radius\": 0.6, \"color\": \"#ff0000\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.1266, \"y\": -2.5639, \"z\": -15.9391}, \"radius\": 0.6, \"color\": \"#ff3800\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.7742999999999993, \"y\": -2.5362, \"z\": -15.9443}, \"radius\": 0.6, \"color\": \"#ff3800\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.3716, \"y\": -7.8671, \"z\": -16.8645}, \"radius\": 0.6, \"color\": \"#ff7000\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.5051999999999994, \"y\": -7.8335, \"z\": -16.8781}, \"radius\": 0.6, \"color\": \"#ff7000\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -19.0345, \"y\": -9.6948, \"z\": -17.9928}, \"radius\": 0.6, \"color\": \"#ffa700\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 2.8094, \"y\": -9.6119, \"z\": -18.029}, \"radius\": 0.6, \"color\": \"#ffa700\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -21.3493, \"y\": -12.5047, \"z\": -18.5524}, \"radius\": 0.6, \"color\": \"#ffdf00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 0.5461999999999989, \"y\": -12.4664, \"z\": -18.6054}, \"radius\": 0.6, \"color\": \"#ffdf00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -22.0153, \"y\": -11.0423, \"z\": -14.3552}, \"radius\": 0.6, \"color\": \"#e7ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -0.09080000000000155, \"y\": -11.0611, \"z\": -14.3663}, \"radius\": 0.6, \"color\": \"#e7ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -20.6124, \"y\": -9.0406, \"z\": -14.0311}, \"radius\": 0.6, \"color\": \"#afff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 1.3102999999999998, \"y\": -9.0467, \"z\": -14.0281}, \"radius\": 0.6, \"color\": \"#afff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -14.683699999999998, \"y\": -5.0777, \"z\": -16.4531}, \"radius\": 0.6, \"color\": \"#78ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 7.220199999999999, \"y\": -5.0464, \"z\": -16.4444}, \"radius\": 0.6, \"color\": \"#78ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -16.3116, \"y\": -3.689, \"z\": -16.2224}, \"radius\": 0.6, \"color\": \"#40ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 5.5878, \"y\": -3.6601, \"z\": -16.2251}, \"radius\": 0.6, \"color\": \"#40ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -15.727699999999999, \"y\": -4.9643, \"z\": -16.1989}, \"radius\": 0.6, \"color\": \"#08ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 6.172699999999999, \"y\": -4.9364, \"z\": -16.1997}, \"radius\": 0.6, \"color\": \"#08ff00\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -16.4857, \"y\": -6.0885, \"z\": -15.8273}, \"radius\": 0.6, \"color\": \"#00ff30\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 5.408899999999999, \"y\": -6.0619, \"z\": -15.8372}, \"radius\": 0.6, \"color\": \"#00ff30\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -17.8507, \"y\": -5.9451, \"z\": -15.4736}, \"radius\": 0.6, \"color\": \"#00ff68\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 4.0402, \"y\": -5.921, \"z\": -15.484}, \"radius\": 0.6, \"color\": \"#00ff68\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.441499999999998, \"y\": -4.6571, \"z\": -15.527}, \"radius\": 0.6, \"color\": \"#00ff9f\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.4509999999999996, \"y\": -4.6316, \"z\": -15.5395}, \"radius\": 0.6, \"color\": \"#00ff9f\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -17.6687, \"y\": -3.5398, \"z\": -15.8968}, \"radius\": 0.6, \"color\": \"#00ffd7\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 4.227199999999999, \"y\": -3.5154, \"z\": -15.9047}, \"radius\": 0.6, \"color\": \"#00ffd7\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -20.1233, \"y\": -4.4152, \"z\": -15.1872}, \"radius\": 0.6, \"color\": \"#00efff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 1.7726999999999986, \"y\": -4.3783, \"z\": -15.206}, \"radius\": 0.6, \"color\": \"#00efff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.6631, \"y\": -7.1309, \"z\": -15.0378}, \"radius\": 0.6, \"color\": \"#00b7ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.227899999999999, \"y\": -7.1086, \"z\": -15.0399}, \"radius\": 0.6, \"color\": \"#00b7ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -19.092799999999997, \"y\": -7.1983, \"z\": -13.8857}, \"radius\": 0.6, \"color\": \"#0080ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 2.83, \"y\": -7.1967, \"z\": -13.8766}, \"radius\": 0.6, \"color\": \"#0080ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.8473, \"y\": -8.0563, \"z\": -15.9972}, \"radius\": 0.6, \"color\": \"#0048ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.0322999999999993, \"y\": -8.0239, \"z\": -16.0075}, \"radius\": 0.6, \"color\": \"#0048ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -19.6709, \"y\": -9.214, \"z\": -16.0056}, \"radius\": 0.6, \"color\": \"#0010ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 2.203999999999999, \"y\": -9.1777, \"z\": -16.0235}, \"radius\": 0.6, \"color\": \"#0010ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -20.5275, \"y\": -9.5988, \"z\": -14.9513}, \"radius\": 0.6, \"color\": \"#2800ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 1.3727999999999998, \"y\": -9.587, \"z\": -14.9614}, \"radius\": 0.6, \"color\": \"#2800ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -21.335, \"y\": -10.7324, \"z\": -15.1337}, \"radius\": 0.6, \"color\": \"#6000ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 0.5711999999999993, \"y\": -10.7255, \"z\": -15.1522}, \"radius\": 0.6, \"color\": \"#6000ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -21.3175, \"y\": -11.4892, \"z\": -16.2527}, \"radius\": 0.6, \"color\": \"#9700ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 0.5749999999999993, \"y\": -11.4658, \"z\": -16.284}, \"radius\": 0.6, \"color\": \"#9700ff\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -20.4895, \"y\": -11.149, \"z\": -17.2696}, \"radius\": 0.6, \"color\": \"#cf00ff\", \"alpha\": 0.8});\n",
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+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 1.3717999999999986, \"y\": -11.8937, \"z\": -18.4963}, \"radius\": 0.6, \"color\": \"#ff00bf\", \"alpha\": 0.8});\n",
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+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 2.3146999999999984, \"y\": -12.0193, \"z\": -19.4573}, \"radius\": 0.6, \"color\": \"#ff0087\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -18.5295, \"y\": -11.4706, \"z\": -19.4776}, \"radius\": 0.6, \"color\": \"#ff0050\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 3.3735999999999997, \"y\": -11.3926, \"z\": -19.4774}, \"radius\": 0.6, \"color\": \"#ff0050\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": -15.701699999999999, \"y\": -7.6238, \"z\": -15.823}, \"radius\": 0.6, \"color\": \"#ff0018\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addSphere({\"center\": {\"x\": 6.200699999999999, \"y\": -7.5935, \"z\": -15.8222}, \"radius\": 0.6, \"color\": \"#ff0018\", \"alpha\": 0.8});\n",
+       "\tviewer_1793021704235042.addPropertyLabels(\"index\",{\"not\": {\"resn\": [\"molA_overlay\", \"molA_overlay\"]}},{\"fontColor\": \"black\", \"font\": \"sans-serif\", \"fontSize\": \"10\", \"showBackground\": \"false\", \"alignment\": \"center\"});\n",
+       "\tviewer_1793021704235042.addModel(\"lig_ejm_31\\n     RDKit          3D\\n\\n 32 33  0  0  0  0  0  0  0  0999 V2000\\n   -4.7726   -2.8276  -16.4990 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.3616   -3.6890  -16.2224 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7777   -4.9643  -16.1989 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5357   -6.0885  -15.8273 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9007   -5.9451  -15.4736 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4915   -4.6571  -15.5270 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7187   -3.5398  -15.8968 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1766   -2.5639  -15.9391 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1733   -4.4152  -15.1872 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7131   -7.1309  -15.0378 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1428   -7.1983  -13.8857 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.8973   -8.0563  -15.9972 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4216   -7.8671  -16.8645 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7209   -9.2140  -16.0056 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5775   -9.5988  -14.9513 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3850  -10.7324  -15.1337 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3675  -11.4892  -16.2527 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5395  -11.1490  -17.2696 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7142  -10.0001  -17.1743 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.0845   -9.6948  -17.9928 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5744  -11.9335  -18.4562 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3993  -12.5047  -18.5524 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6698  -12.0385  -19.4488 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5795  -11.4706  -19.4776 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.0521  -12.9529  -20.6079 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1557  -13.9753  -20.2570 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.2854  -12.9378  -21.3838 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.9953  -12.6471  -21.0606 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -11.0653  -11.0423  -14.3552 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.6624   -9.0406  -14.0311 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7517   -7.6238  -15.8230 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -3.7337   -5.0777  -16.4531 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 32  1  0\\n  4  5  1  0\\n  4 31  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 30  1  0\\n 16 17  2  0\\n 16 29  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 26  1  0\\n 25 27  1  0\\n 25 28  1  0\\nM  END\\n\",\"molA_overlay\");\n",
+       "\tviewer_1793021704235042.addModel(\"lig_ejm_47\\n     RDKit          3D\\n\\n 39 41  0  0  0  0  0  0  0  0999 V2000\\n   -4.7710   -2.7958  -16.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.3622   -3.6601  -16.2251 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7228   -3.5154  -15.9047 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4990   -4.6316  -15.5395 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.9098   -5.9210  -15.4840 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -5.5411   -6.0619  -15.8372 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7773   -4.9364  -16.1997 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -3.7298   -5.0464  -16.4444 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -4.7493   -7.5935  -15.8222 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7221   -7.1086  -15.0399 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1200   -7.1967  -13.8766 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9177   -8.0239  -16.0075 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.4448   -7.8335  -16.8781 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7460   -9.1777  -16.0235 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5772   -9.5870  -14.9614 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3788  -10.7255  -15.1522 C   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.3750  -11.4658  -16.2840 N   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5645  -11.1035  -17.3073 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7559   -9.9418  -17.2069 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.1406   -9.6119  -18.0290 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5782  -11.8937  -18.4963 N   0  0  0  0  0  0  0  0  0  0  0  0\\n  -10.4038  -12.4664  -18.6054 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6353  -12.0193  -19.4573 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.5764  -11.3926  -19.4774 O   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.9229  -13.0284  -20.5859 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.6756  -12.5134  -22.0198 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.0186  -13.8555  -22.3469 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.7694  -14.0202  -20.8465 C   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9493  -15.0312  -20.4860 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -6.7826  -13.6664  -20.5416 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1203  -13.7980  -22.9633 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -8.7315  -14.5837  -22.7394 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.9803  -11.6755  -22.0897 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.5770  -12.3187  -22.5983 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.8902  -13.5295  -20.4978 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  -11.0408  -11.0611  -14.3663 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.6397   -9.0467  -14.0281 H   0  0  0  0  0  0  0  0  0  0  0  0\\n   -9.1773   -4.3783  -15.2060 Cl  0  0  0  0  0  0  0  0  0  0  0  0\\n   -7.1757   -2.5362  -15.9443 H   0  0  0  0  0  0  0  0  0  0  0  0\\n  1  2  1  0\\n  2  7  2  0\\n  2  3  1  0\\n  3  4  2  0\\n  3 39  1  0\\n  4  5  1  0\\n  4 38  1  0\\n  5  6  2  0\\n  5 10  1  0\\n  6  7  1  0\\n  6  9  1  0\\n  7  8  1  0\\n 10 11  2  0\\n 10 12  1  0\\n 12 13  1  0\\n 12 14  1  0\\n 14 19  1  0\\n 14 15  2  0\\n 15 16  1  0\\n 15 37  1  0\\n 16 17  2  0\\n 16 36  1  0\\n 17 18  1  0\\n 18 19  2  0\\n 18 21  1  0\\n 19 20  1  0\\n 21 22  1  0\\n 21 23  1  0\\n 23 24  2  0\\n 23 25  1  0\\n 25 28  1  0\\n 25 26  1  0\\n 25 35  1  0\\n 26 27  1  0\\n 26 33  1  0\\n 26 34  1  0\\n 27 28  1  0\\n 27 31  1  0\\n 27 32  1  0\\n 28 29  1  0\\n 28 30  1  0\\nM  END\\n\",\"molB_overlay\");\n",
+       "\tviewer_1793021704235042.setStyle({\"stick\": {}});\n",
+       "\tviewer_1793021704235042.zoomTo();\n",
+       "viewer_1793021704235042.render();\n",
        "});\n",
        "</script>"
       ]
@@ -622,70 +737,190 @@
     {
      "data": {
       "text/plain": [
-       "<py3Dmol.view at 0x308e5b380>"
+       "<py3Dmol.view at 0x30ce1ae90>"
       ]
      },
-     "execution_count": 10,
+     "execution_count": 7,
      "metadata": {},
      "output_type": "execute_result"
     }
    ],
    "source": [
-    "# Visualize the mapping in 3D\n",
-    "kartograf_mapping.view_3d(show_atomIDs=True)"
+    "mapping.view_3d(show_atomIDs=True)"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "2cd43a28-1a2e-496f-bf50-a7358e5323b6",
+   "id": "ad520da7-bc63-4e1c-bfcb-4beb37c84627",
    "metadata": {},
    "source": [
-    "**2. `LomapAtomMapper`**\n",
-    "\n",
-    "Alternatively, mappings can be generated using the MCS-based `LomapAtomMapper`. For more information on configuring and using this mapper, see the [ligand network generation cookbook](https://docs.openfree.energy/en/stable/cookbook/generate_ligand_network.html)."
+    "Under the hood, the mapping is a dictionary from atom indices in ligand A to atom indices in ligand B. Atoms missing from it are unique:"
    ]
   },
   {
    "cell_type": "code",
    "execution_count": 8,
-   "id": "01384f2a-99ce-400d-a988-82fd393c4ee5",
+   "id": "98e127ef-8ae2-4546-bf15-3f86997421d2",
    "metadata": {},
-   "outputs": [],
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "{0: 0,\n",
+       " 7: 38,\n",
+       " 12: 12,\n",
+       " 19: 19,\n",
+       " 21: 21,\n",
+       " 28: 35,\n",
+       " 29: 36,\n",
+       " 31: 7,\n",
+       " 1: 1,\n",
+       " 2: 6,\n",
+       " 3: 5,\n",
+       " 4: 4,\n",
+       " 5: 3,\n",
+       " 6: 2,\n",
+       " 8: 37,\n",
+       " 9: 9,\n",
+       " 10: 10,\n",
+       " 11: 11,\n",
+       " 13: 13,\n",
+       " 14: 14,\n",
+       " 15: 15,\n",
+       " 16: 16,\n",
+       " 17: 17,\n",
+       " 18: 18,\n",
+       " 20: 20,\n",
+       " 22: 22,\n",
+       " 23: 23,\n",
+       " 30: 8}"
+      ]
+     },
+     "execution_count": 8,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
    "source": [
-    "from openfe.setup import LomapAtomMapper\n",
-    "mapper = LomapAtomMapper()\n",
-    "lomap_mapping = next(mapper.suggest_mappings(ligand_mols[0], ligand_mols[4]))"
+    "mapping.componentA_to_componentB"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "de4592a7",
-   "metadata": {
-    "id": "de4592a7"
-   },
+   "id": "2cd43a28-1a2e-496f-bf50-a7358e5323b6",
+   "metadata": {},
    "source": [
-    "## 2.2. Creating a ligand network\n",
+    "**2. `LomapAtomMapper`**\n",
+    "\n",
+    "Alternatively, mappings can be generated using the MCS-based `LomapAtomMapper`. For more information on configuring and using this mapper, see the [ligand network generation cookbook](https://docs.openfree.energy/en/stable/cookbook/generate_ligand_network.html)."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 9,
+   "id": "01384f2a-99ce-400d-a988-82fd393c4ee5",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<IPython.core.display.Image object>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "mapper = openfe.LomapAtomMapper()\n",
+    "lomap_mapping = next(mapper.suggest_mappings(ligands_by_name[\"lig_ejm_31\"], ligands_by_name[\"lig_ejm_47\"]))\n",
+    "lomap_mapping"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "3751c772-506e-4e77-9485-64d1d5441e7e",
+   "metadata": {},
+   "source": [
+    "### Scoring a mapping\n",
     "\n",
-    "A `LigandNetwork` is a set of `SmallMoleculeComponent`s that are connected by `AtomMapping`s of two small molecules. \n",
+    "To decide which ligand pairs to simulate, each mapping is given a score between 0 (hardest) and 1 (easiest). The default LOMAP score applies empirical rules that penalize transformations known to be difficult, such as those with many unique atoms or ring changes:"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 10,
+   "id": "f7c2e776-2b6a-42e1-ab54-ff2f3cf58ec2",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "0.33287108369807955"
+      ]
+     },
+     "execution_count": 10,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "openfe.lomap_scorers.default_lomap_score(mapping)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "fc772ed2-f27d-4447-a498-1e8e5c6bc0d2",
+   "metadata": {},
+   "source": [
+    "This pair scores only about 0.33: replacing the methyl group of `lig_ejm_31` with the cyclobutyl group of `lig_ejm_47` means 4 atoms disappear and 11 appear. For comparison, `lig_ejm_31` to `lig_ejm_50` differs only by a small substituent change and scores about 0.9:"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 11,
+   "id": "f3174968-f9c9-4d28-9e62-6b7ce5fd4c0d",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "0.9048374180359595"
+      ]
+     },
+     "execution_count": 11,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "easier_mapping = next(mapper.suggest_mappings(ligands_by_name[\"lig_ejm_31\"], ligands_by_name[\"lig_ejm_50\"]))\n",
+    "openfe.lomap_scorers.default_lomap_score(easier_mapping)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "48456e21-f5f9-411b-94e3-c7a66cfbfde6",
+   "metadata": {},
+   "source": [
+    "## 6. Ligand networks\n",
     "\n",
-    "The user can choose between multiple different network topologies:\n",
-    "* Minimial spanning tree (MST)\n",
-    "* LOMAP network\n",
-    "* Radial (star) network\n",
-    "* Loading in networks from external software (FEP+ or Orion)\n",
-    "* Loading in a user-defined network\n",
+    "Simulating every possible ligand pair would be expensive, and some pairs would not map well. Instead, a network planner uses the mapper and scorer to select a set of transformations that connects all ligands. The result is a `LigandNetwork`, whose nodes are ligands and whose edges are atom mappings.\n",
     "\n",
-    "In this section, we will create and visualize the MST, LOMAP, and radial networks for the TYK2 dataset.\n",
+    "Here we compare three common network types:\n",
     "\n",
-    "Here, we will be using the `KartografAtomMapper` as the atom mapper for all networks."
+    "* A **radial network** (also called a star map), which connects every ligand to one central ligand. It suits exploring analogues of a single reference compound, but every edge has to go through that ligand, however poorly some pairs map, and the network has no cycles.\n",
+    "* A **minimal spanning tree** (MST), which uses the fewest, best-scored edges needed to connect every ligand. This is the CLI default.\n",
+    "* A **LOMAP network**, built with the rules of the [LOMAP](https://pmc.ncbi.nlm.nih.gov/articles/PMC3837551/) planner: starting from the scored candidate edges, it removes edges as long as every ligand stays part of a cycle and no two ligands end up more than six edges apart. The cycles give a consistency check on the results, and keep the network connected if an edge fails."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 11,
-   "id": "5b89da93",
+   "execution_count": 12,
+   "id": "de4592a7",
    "metadata": {
-    "id": "5b89da93",
+    "id": "de4592a7",
     "scrolled": true
    },
    "outputs": [
@@ -2043,34 +2278,6 @@
       "INFO:\tCalculate Mapping\n",
       "INFO:\tFind Maximal overlapping connected sets of mapped atoms\n",
       "INFO:\tFiltering bond breaks\n",
-      "INFO:\tTrying to remove edge 0-2 with similarity 0.8187307530779818\n",
-      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
-      "INFO:\tRemoved edge 0-2\n",
-      "INFO:\tTrying to remove edge 2-6 with similarity 0.8607079764250578\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 0-1 with similarity 0.9048374180359595\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 0-6 with similarity 0.9048374180359595\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 1-2 with similarity 0.9048374180359595\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 1-6 with similarity 0.951229424500714\n",
-      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
-      "INFO:\tRemoved edge 1-6\n",
-      "INFO:\tTrying to remove edge 8-3 with similarity 0.9048374180359595\n",
-      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
-      "INFO:\tRemoved edge 8-3\n",
-      "INFO:\tTrying to remove edge 9-3 with similarity 0.9048374180359595\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 3-7 with similarity 0.9048374180359595\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 8-7 with similarity 0.951229424500714\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 8-9 with similarity 0.951229424500714\n",
-      "INFO:\tRejecting edge deletion on cycle covering\n",
-      "INFO:\tTrying to remove edge 9-7 with similarity 0.951229424500714\n",
-      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
-      "INFO:\tRemoved edge 9-7\n",
       "INFO:\t#################################\n",
       "INFO:\tMap Heavy Atoms \n",
       "INFO:\t#################################\n",
@@ -2205,7 +2412,44 @@
       "INFO:\tBuild Distance Matrix\n",
       "INFO:\tCalculate Mapping\n",
       "INFO:\tFind Maximal overlapping connected sets of mapped atoms\n",
-      "INFO:\tFiltering bond breaks\n"
+      "INFO:\tFiltering bond breaks\n",
+      "INFO:\tTrying to remove edge 0-2 with similarity 0.8187307530779818\n",
+      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
+      "INFO:\tRemoved edge 0-2\n",
+      "INFO:\tTrying to remove edge 2-6 with similarity 0.8607079764250578\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 0-1 with similarity 0.9048374180359595\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 0-6 with similarity 0.9048374180359595\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 1-2 with similarity 0.9048374180359595\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 1-6 with similarity 0.951229424500714\n",
+      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
+      "INFO:\tRemoved edge 1-6\n",
+      "INFO:\tTrying to remove edge 8-3 with similarity 0.9048374180359595\n",
+      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
+      "INFO:\tRemoved edge 8-3\n",
+      "INFO:\tTrying to remove edge 9-3 with similarity 0.9048374180359595\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 3-7 with similarity 0.9048374180359595\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 8-7 with similarity 0.951229424500714\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 8-9 with similarity 0.951229424500714\n",
+      "INFO:\tRejecting edge deletion on cycle covering\n",
+      "INFO:\tTrying to remove edge 9-7 with similarity 0.951229424500714\n",
+      "INFO:\tChecking edge deletion on distance-to-actives 0 vs 0\n",
+      "INFO:\tRemoved edge 9-7\n"
+     ]
+    },
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Radial network: 9 edges\n",
+      "MST: 9 edges\n",
+      "LOMAP network: 14 edges\n"
      ]
     }
    ],
@@ -2217,28 +2461,32 @@
     "from openfe.setup.ligand_network_planning import generate_lomap_network\n",
     "from openfe.setup import KartografAtomMapper\n",
     "\n",
+    "# Create a radial, choosing the first ligand as central ligand\n",
+    "radial_network = generate_radial_network(\n",
+    "    ligands=ligands[1:],\n",
+    "    central_ligand=ligands[0],\n",
+    "    mappers=[KartografAtomMapper(),])\n",
+    "\n",
     "# Create an MST network\n",
     "mst_network = generate_minimal_spanning_network(\n",
-    "    ligands=ligand_mols,\n",
+    "    ligands=ligands,\n",
     "    scorer=openfe.lomap_scorers.default_lomap_score,\n",
     "    mappers=[KartografAtomMapper(),])\n",
     "\n",
     "# Create a LOMAP network\n",
     "lomap_network = generate_lomap_network(\n",
-    "    ligands=ligand_mols,\n",
+    "    ligands=ligands,\n",
     "    scorer=openfe.lomap_scorers.default_lomap_score,\n",
     "    mappers=[KartografAtomMapper(),])\n",
     "\n",
-    "# Create a radial, choosing the first ligand as central ligand\n",
-    "radial_network = generate_radial_network(\n",
-    "    ligands=ligand_mols[1:],\n",
-    "    central_ligand=ligand_mols[0],\n",
-    "    mappers=[KartografAtomMapper(),])"
+    "print(f\"Radial network: {len(radial_network.edges)} edges\")\n",
+    "print(f\"MST: {len(mst_network.edges)} edges\")\n",
+    "print(f\"LOMAP network: {len(lomap_network.edges)} edges\")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "41cd9718-0c2e-4b59-86ee-8dc429915de1",
+   "id": "7f5b9679-3351-4918-8fdd-59ae027ac64e",
    "metadata": {},
    "source": [
     "We can plot out the different networks to visualize their structure and to see how ligands are being tranformed."
@@ -2246,26 +2494,15 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
-   "id": "f4e3ac10-236b-4ff4-a69e-600706288164",
+   "execution_count": 13,
+   "id": "9d733974-5ee4-4f7d-8482-9ba23961b6f2",
    "metadata": {},
    "outputs": [
     {
      "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<Figure size 800x800 with 1 Axes>"
-      ]
-     },
-     "execution_count": 12,
-     "metadata": {},
-     "output_type": "execute_result"
-    },
-    {
-     "data": {
-      "image/png": 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",
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",
       "text/plain": [
-       "<Figure size 800x800 with 1 Axes>"
+       "<Figure size 1600x900 with 1 Axes>"
       ]
      },
      "metadata": {},
@@ -2273,60 +2510,51 @@
     }
    ],
    "source": [
-    "# Visualize the MST network\n",
-    "from openfe.utils.atommapping_network_plotting import plot_atommapping_network\n",
+    "import konnektor\n",
     "\n",
-    "plot_atommapping_network(mst_network)"
+    "radial_figure = konnektor.draw_ligand_network(radial_network, title=\"TYK2: radial network\", node_size=5000)"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 13,
-   "id": "3335c478-ce7c-41a4-b36f-2e4c79581050",
+   "execution_count": 14,
+   "id": "de7946c6-9fcf-4abc-9fdc-49b708dc0436",
    "metadata": {},
    "outputs": [
     {
      "data": {
-      "image/png": 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",
+      "image/png": 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       "text/plain": [
-       "<Figure size 800x800 with 1 Axes>"
+       "<Figure size 1600x900 with 1 Axes>"
       ]
      },
-     "execution_count": 13,
      "metadata": {},
-     "output_type": "execute_result"
+     "output_type": "display_data"
     }
    ],
    "source": [
-    "# Visualize the LOMAP network\n",
-    "from openfe.utils.atommapping_network_plotting import plot_atommapping_network\n",
-    "\n",
-    "plot_atommapping_network(lomap_network)"
+    "mst_figure = konnektor.draw_ligand_network(mst_network, title=\"TYK2: minimal spanning tree\", node_size=5000)"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 14,
-   "id": "e1c09036-efc7-4bc4-9851-ac16992bf041",
+   "execution_count": 15,
+   "id": "454fb43b-2f3d-47eb-8f63-8850894a3ef9",
    "metadata": {},
    "outputs": [
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
-       "<Figure size 800x800 with 1 Axes>"
+       "<Figure size 1600x900 with 1 Axes>"
       ]
      },
-     "execution_count": 14,
      "metadata": {},
-     "output_type": "execute_result"
+     "output_type": "display_data"
     }
    ],
    "source": [
-    "# Visualize the radial network\n",
-    "from openfe.utils.atommapping_network_plotting import plot_atommapping_network\n",
-    "\n",
-    "plot_atommapping_network(radial_network)"
+    "lomap_figure = konnektor.draw_ligand_network(lomap_network, title=\"TYK2: LOMAP network\", node_size=5000)"
    ]
   },
   {
@@ -2334,14 +2562,20 @@
    "id": "2a280ffb-0a71-48ad-b4ec-9374f4460c80",
    "metadata": {},
    "source": [
-    "Edges along the network can be accessed to recover the individual molecules involved in a given alchemical tranformation and the atom mapping between the two ligands. \n",
-    "\n",
-    "**Note: as can be seen in the example below, transformations are defined within OpenFE as going from componentA to componentB**"
+    "`lig_ejm_47` and `lig_ejm_48` have no high-scoring partner in this series, so in all three networks they are connected only through lower-scoring edges. Edges like these are worth checking closely once the results are in."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "67b5f25b-f459-4fe9-9657-50d4ca679b90",
+   "metadata": {},
+   "source": [
+    "Each edge holds the two ligands and the mapping between them. Transformations are always defined as going from `componentA` to `componentB`:"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 15,
+   "execution_count": 16,
    "id": "ad80c243-82d7-4599-a4a6-5d651c662f24",
    "metadata": {},
    "outputs": [
@@ -2349,40 +2583,13 @@
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "molecule A smiles:  CC(=O)Nc1cc(NC(=O)c2c(Cl)cccc2Cl)ccn1\n",
-      "molecule B smiles:  O=C(Nc1ccnc(NC(=O)C2CCC2)c1)c1c(Cl)cccc1Cl\n",
-      "map between molecule A and B:  {0: 0, 7: 38, 12: 12, 19: 19, 21: 21, 28: 35, 29: 36, 31: 7, 1: 1, 2: 6, 3: 5, 4: 4, 5: 3, 6: 2, 8: 37, 9: 9, 10: 10, 11: 11, 13: 13, 14: 14, 15: 15, 16: 16, 17: 17, 18: 18, 20: 20, 22: 22, 23: 23, 30: 8}\n"
+      "A: lig_ejm_46 O=C(Nc1ccnc(NC(=O)C2CC2)c1)c1c(Cl)cccc1Cl\n",
+      "B: lig_jmc_28 C[C@@H]1C[C@@H]1C(=O)Nc1cc(NC(=O)c2c(Cl)cccc2Cl)ccn1\n"
      ]
-    }
-   ],
-   "source": [
-    "mst_edges = [edge for edge in mst_network.edges]\n",
-    "\n",
-    "# Pick an edge\n",
-    "edge = mst_edges[1]\n",
-    "\n",
-    "# Print the smiles of the molecules and the mapping\n",
-    "print(\"molecule A smiles: \", edge.componentA.smiles)\n",
-    "print(\"molecule B smiles: \", edge.componentB.smiles)\n",
-    "print(\"map between molecule A and B: \", edge.componentA_to_componentB)"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 16,
-   "id": "9f92262f",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/",
-     "height": 317
     },
-    "id": "9f92262f",
-    "outputId": "d8dc47c7-c487-4f78-9e19-c388ef6a7c51"
-   },
-   "outputs": [
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<IPython.core.display.Image object>"
       ]
@@ -2392,45 +2599,12 @@
     }
    ],
    "source": [
-    "# We can display the atom mapping of an edge by calling it\n",
+    "edge = next(iter(mst_network.edges))\n",
+    "print(\"A:\", edge.componentA.name, edge.componentA.smiles)\n",
+    "print(\"B:\", edge.componentB.name, edge.componentB.smiles)\n",
     "edge"
    ]
   },
-  {
-   "cell_type": "code",
-   "execution_count": 17,
-   "id": "66dd7d32",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/",
-     "height": 317
-    },
-    "id": "66dd7d32",
-    "outputId": "13a421f2-ce17-49c6-aac0-e3c157d59a91"
-   },
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<IPython.core.display.Image object>"
-      ]
-     },
-     "execution_count": 17,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "from IPython.display import Image\n",
-    "\n",
-    "# mappings can also be saved to file if required\n",
-    "edge.draw_to_file('tyk2_edge.png')\n",
-    "\n",
-    "# load it back for visualisation\n",
-    "Image(\"tyk2_edge.png\")"
-   ]
-  },
   {
    "cell_type": "markdown",
    "id": "8e119e3e",
@@ -2447,606 +2621,347 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 18,
+   "execution_count": 17,
    "id": "0be4c1f4",
    "metadata": {
     "id": "0be4c1f4"
    },
    "outputs": [],
    "source": [
-    "# Convert to graphml\n",
-    "with open(\"network_store.graphml\", \"w\") as writer:\n",
-    "    writer.write(mst_network.to_graphml())"
+    "with open(\"tyk2_mst_network.graphml\", \"w\") as graphml_file:\n",
+    "    graphml_file.write(mst_network.to_graphml())"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "feb4d54a-01a8-4bbe-ac13-1a15cdb79254",
+   "id": "eb657e1f-5897-4c1d-b37a-2c7db3b8f0b2",
    "metadata": {},
    "source": [
-    "## 2.3. Defining the Chemical Systems"
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Creating atom mappings](https://docs.openfree.energy/en/stable/guide/setup/creating_atom_mappings_and_scores.html) · [Plan a ligand network](https://docs.openfree.energy/en/stable/cookbook/generate_ligand_network.html) · [Define a ligand network explicitly](https://docs.openfree.energy/en/stable/cookbook/hand_write_ligand_network.html) · [Visualise a ligand network](https://docs.openfree.energy/en/stable/cookbook/ligandnetwork_vis.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "cc80f3fb",
-   "metadata": {
-    "id": "cc80f3fb"
-   },
+   "id": "a77db32c-8f4b-4bac-ae9e-be4ad0ecbd6e",
+   "metadata": {},
    "source": [
-    "`ChemicalSystems` are OpenFE containers which define the various components\n",
-    "in a system of interest. You can consider `ChemicalSystems` to be the nodes\n",
-    "along an alchemical network which are connected by edges which carry out\n",
-    "calculations along Alchemical states to get free energies.\n",
-    "\n",
-    "`ChemicalSystems` take in:\n",
+    "## 7. Protocol settings\n",
     "\n",
-    "1. A dictionary of the chemical components (e.g. `SmallMoleculeComponent`,\n",
-    "   `ProteinComponent`, `SolventComponent`) defining the system.\n",
-    "\n",
-    "2. An identifier name (optional), for the `ChemicalSystem`. This is used as part\n",
-    "   of the hash identifier of the `ChemicalSystem`, and can help distinguish between\n",
-    "   otherwise comparable systems."
+    "A `Protocol` defines *how* a free energy difference is computed: the force fields, sampling method, simulation lengths and so on. Its behaviour is controlled by a settings object, and `default_settings()` gives the recommended defaults. The settings are grouped by what they control:"
    ]
   },
   {
-   "cell_type": "markdown",
-   "id": "f5506f1a",
-   "metadata": {
-    "id": "f5506f1a"
-   },
+   "cell_type": "code",
+   "execution_count": 18,
+   "id": "fc60d250-bbcd-4ec0-99fe-812a24634c12",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "forcefield_settings       OpenMMSystemGeneratorFFSettings\n",
+      "thermo_settings           ThermoSettings\n",
+      "protocol_repeats          int\n",
+      "solvation_settings        OpenMMSolvationSettings\n",
+      "partial_charge_settings   OpenFFPartialChargeSettings\n",
+      "lambda_settings           LambdaSettings\n",
+      "alchemical_settings       AlchemicalSettings\n",
+      "simulation_settings       MultiStateSimulationSettings\n",
+      "engine_settings           OpenMMEngineSettings\n",
+      "integrator_settings       IntegratorSettings\n",
+      "output_settings           MultiStateOutputSettings\n"
+     ]
+    }
+   ],
    "source": [
-    "In the case of a relative ligand binding free energy calculation for `lig_ejm_31` -> `lig_ejm_47`,\n",
-    "four `ChemicalSystems` must be defined:\n",
-    "\n",
-    "1. `lig_ejm_31` in complex with TYK2 in a box of water\n",
-    "\n",
-    "\n",
-    "2. `lig_ejm_47` in complex with TYK2 in a box of water\n",
-    "\n",
-    "\n",
-    "3. `lig_ejm_31` in a box of water\n",
-    "\n",
-    "\n",
-    "4. `lig_ejm_47` in a box of water\n",
-    "\n",
+    "from openfe.protocols.openmm_rfe import RelativeHybridTopologyProtocol\n",
     "\n",
-    "Here we will be passing the previously defined `SmallMoleculeComponents` for `lig_ejm_31`\n",
-    "and `lig_ejm_47`. We will also pass a `ProteinComponent` generated from the PDB file\n",
-    "present under `inputs/tyk2_protein.pdb`. Finally, instead of passing\n",
-    "in a specific box of water, we will define a `SolventComponent` which will contain\n",
-    "the necessary information for OpenMM's `Modeller` class to add water and 0.15 M NaCl\n",
-    "around the solute when creating the OpenMM simulation objects."
+    "settings = RelativeHybridTopologyProtocol.default_settings()\n",
+    "for name in type(settings).model_fields:\n",
+    "    print(f\"{name:25s} {type(getattr(settings, name)).__name__}\")"
    ]
   },
   {
-   "cell_type": "code",
-   "execution_count": 19,
-   "id": "0b6c9ec3",
-   "metadata": {
-    "id": "0b6c9ec3"
-   },
-   "outputs": [],
+   "cell_type": "markdown",
+   "id": "b65d0967-cc26-4354-aa49-bf28ab04f3c9",
+   "metadata": {},
    "source": [
-    "# First let's define the Protein and Solvent Components which we will be using\n",
-    "from openfe import SolventComponent, ProteinComponent\n",
-    "from openff.units import unit\n",
-    "\n",
-    "protein = ProteinComponent.from_pdb_file('inputs/tyk2_protein.pdb')\n",
-    "\n",
-    "# Note: the distance from the solute to add water is not defined here but in the\n",
-    "# the relevant RBFE solver method\n",
-    "solvent = SolventComponent(positive_ion='Na', negative_ion='Cl',\n",
-    "                           neutralize=True, ion_concentration=0.15*unit.molar)"
+    "Each group can be inspected in the same way, for example the simulation lengths and sampler:"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 20,
-   "id": "8c6d6504",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/",
-     "height": 317
-    },
-    "id": "8c6d6504",
-    "outputId": "47026705-938a-4e62-f1af-66e9c50334aa"
-   },
+   "execution_count": 19,
+   "id": "33bc37fd-fc21-47da-9637-d4798aa9c80b",
+   "metadata": {},
    "outputs": [
     {
-     "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<IPython.core.display.Image object>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "{'early_termination_target_error': {'unit': 'kilocalorie_per_mole', 'val': 0.0},\n",
+      " 'equilibration_length': {'unit': 'nanosecond', 'val': 1.0},\n",
+      " 'minimization_steps': 5000,\n",
+      " 'n_replicas': 11,\n",
+      " 'production_length': {'unit': 'nanosecond', 'val': 5.0},\n",
+      " 'real_time_analysis_interval': {'unit': 'picosecond', 'val': 250.0},\n",
+      " 'real_time_analysis_minimum_time': {'unit': 'picosecond', 'val': 500.0},\n",
+      " 'sampler_method': 'repex',\n",
+      " 'sams_flatness_criteria': 'logZ-flatness',\n",
+      " 'sams_gamma0': 1.0,\n",
+      " 'time_per_iteration': {'unit': 'picosecond', 'val': 2.5}}\n"
+     ]
     }
    ],
    "source": [
-    "# Extract the relevant edge for the lig_ejm_31 -> lig_ejm_47 transform in the radial graph\n",
-    "ejm_31_to_ejm_47 = [edge for edge in mst_network.edges if edge.componentB.name == \"lig_ejm_47\"][0]\n",
-    "\n",
-    "ejm_31_to_ejm_47"
+    "settings.simulation_settings"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 21,
-   "id": "23b778d6",
-   "metadata": {
-    "id": "23b778d6"
-   },
-   "outputs": [],
+   "execution_count": 20,
+   "id": "b5bb93da-de81-411f-a7fc-faf700028c92",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "{'box_shape': 'dodecahedron',\n",
+      " 'box_size': None,\n",
+      " 'box_vectors': None,\n",
+      " 'number_of_solvent_molecules': None,\n",
+      " 'solvent_model': 'tip3p',\n",
+      " 'solvent_padding': {'unit': 'nanometer', 'val': 1.5}}\n"
+     ]
+    }
+   ],
    "source": [
-    "# Let's create the four ChemicalSystems\n",
-    "from openfe import ChemicalSystem\n",
-    "\n",
-    "ejm_31_complex = ChemicalSystem({'ligand': ejm_31_to_ejm_47.componentA,\n",
-    "                                  'solvent': solvent,\n",
-    "                                  'protein': protein,},\n",
-    "                               name=ejm_31_to_ejm_47.componentA.name)\n",
-    "ejm_31_solvent = ChemicalSystem({'ligand': ejm_31_to_ejm_47.componentA,\n",
-    "                                  'solvent': solvent,},\n",
-    "                               name=ejm_31_to_ejm_47.componentA.name)\n",
-    "\n",
-    "ejm_47_complex = ChemicalSystem({'ligand': ejm_31_to_ejm_47.componentB,\n",
-    "                                 'solvent': solvent,\n",
-    "                                 'protein': protein,},\n",
-    "                               name=ejm_31_to_ejm_47.componentB.name)\n",
-    "ejm_47_solvent = ChemicalSystem({'ligand': ejm_31_to_ejm_47.componentB,\n",
-    "                                 'solvent': solvent,},\n",
-    "                               name=ejm_31_to_ejm_47.componentB.name)"
+    "settings.solvation_settings"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "1702be9c-a30d-43dc-a291-fefab56a4433",
+   "id": "db2ddcbb-5c4e-4de9-a6cd-18380bc386e4",
    "metadata": {},
    "source": [
-    "## 2.4. Defining the RBFE simulation settings and protocol"
+    "The defaults are a good starting point for most systems. The settings most often changed are the simulation length (`simulation_settings.production_length`), the number of independent repeats (`protocol_repeats`), the number of λ windows (`lambda_settings.lambda_windows`), the solvent padding and box shape (`solvation_settings.solvent_padding` and `solvation_settings.box_shape`) and the force fields (`forcefield_settings`). See [Choose and configure a protocol](https://docs.openfree.energy/en/stable/cookbook/choose_protocol.html) for how to change them, and the [settings reference](https://docs.openfree.energy/en/stable/reference/api/openmm_rfe.html) for every option.\n",
+    "\n",
+    "Here we change one setting for the whole campaign: the small molecule force field, to OpenFF 2.3.0, to match the AshGC charges assigned in section 4."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 19,
+   "id": "2b9518ba-3879-4750-af4b-23bd8fde848f",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "base_settings = RelativeHybridTopologyProtocol.default_settings()\n",
+    "base_settings.forcefield_settings.small_molecule_forcefield = \"openff-2.3.0\""
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "d795f993",
-   "metadata": {
-    "id": "d795f993"
-   },
+   "id": "15d5d1e1-bbee-4f8e-b14d-e4bee5492d7e",
+   "metadata": {},
    "source": [
-    "Now that we have a set of atom mappings defined, we know which atoms should\n",
-    "undergo alchemical transformations to capture the free energy cost of\n",
-    "transforming from one ligand to another.\n",
-    "\n",
-    "To simulate this transformation, we use the equilibrium RBFE protocol\n",
-    "implemented in OpenFE. This uses OpenMM to run a Perses-like relative\n",
-    "ligand binding free energy calculation using a single topology approach.\n",
-    "\n",
-    "To achieve this simulation, the following steps need to happen:\n",
-    "\n",
-    "1. Create OpenMM systems of both end states\n",
-    "\n",
-    "\n",
-    "2. Create a hybrid topology based on these defined end states\n",
-    "\n",
-    "\n",
-    "3. Set an appropriate Lambda schedule\n",
+    "### Adapting settings to each transformation\n",
     "\n",
+    "Some settings should depend on the transformation itself. `RelativeHybridTopologyProtocol._adaptive_settings` applies the same recommendations the CLI uses, starting from our base settings:\n",
     "\n",
-    "4. Set a MultiState reporter to write out appropriate coordinates and energies\n",
+    "* If both end states contain a protein, the solvent padding is reduced from 1.5 nm to 1 nm. The protein already fills much of the box, so the extra water would only slow the simulation down.\n",
+    "* If the ligands differ in net charge, explicit charge correction is switched on, and the protocol uses 22 λ windows with 20 ns of production per window.\n",
     "\n",
-    "\n",
-    "5. Create an OpenMM sampler (in this case we will be using a replica exchange sampler)\n",
-    "\n",
-    "\n",
-    "6. Carry out the necessary simulation steps (minimization, equilibration, and production)\n",
-    "\n",
-    "\n",
-    "The `RelativeHybridTopologyProtocol` class in `openfe.protocols.openmm_rfe`\n",
-    "implements a means to achieve all the above with minimal intervention.\n",
-    "\n",
-    "Here we work through its usage for the `lig_ejm_31` -> `lig_ejm_47` binding free energy\n",
-    "test case. As this involves both a relative binding free energy in solvent\n",
-    "and complex phases, `RelativeHybridTopologyProtocol` will\n",
-    "be used to build two separate `ProtocolDAG` (directed-acyclic-graph) classes, one for each phase.\n",
-    "These `DAG`s (which contain the necessary individual simulations), are then executed to yield\n",
-    "the desired free energy results.\n",
-    "\n",
-    "**Note: the underlying components used for the creation of OpenMM hybrid\n",
-    "topologies and samplers is still in flux, originating mostly from Perses.\n",
-    "Please consider these to be in beta.**"
+    "Because these choices depend on the end states and the mapping, the adaptive settings are applied when the transformations are created, in the next section. The leading underscore means the method is not yet part of the public API, so its name may change in a future release."
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "fdfc694f",
-   "metadata": {
-    "id": "fdfc694f"
-   },
+   "id": "fba25530-aa1a-4bf3-b227-97ed84fb972f",
+   "metadata": {},
    "source": [
-    "### Defining the RBFE simulation settings\n",
-    "\n",
-    "There are various parameters which can be set to determine\n",
-    "how the RBFE simulation will take place. To allow for maximum user flexibility, these are defined as a series of settings objects which control the following:\n",
-    "\n",
-    "1. `protocol_repeats`: The number of completely independent repeats of the entire sampling process.\n",
+    "<div class=\"alert alert-block alert-info\">\n",
     "\n",
-    "2. `simulation_settings`: Parameters controling the simulation plan and the alchemical sampler, including the number of minimization steps, lengths of equilibration and production runs, the sampler method (e.g. Hamiltonian replica exchange, `repex`), and the time interval at which to perform an analysis of the free energies.\n",
+    "**Learn more:** [Choose and configure a protocol](https://docs.openfree.energy/en/stable/cookbook/choose_protocol.html) · [Relative Hybrid Topology Protocol settings reference](https://docs.openfree.energy/en/stable/reference/api/openmm_rfe.html) · [Solvation settings](https://docs.openfree.energy/en/stable/reference/api/openmm_protocol_settings.html#openfe.protocols.openmm_utils.omm_settings.OpenMMSolvationSettings)\n",
     "\n",
-    "3. `output_settings`: Simulation output control settings, including the frequency to write a checkpoint file, the selection string for which part of the system to write coordinates for, and the paths to the trajectory and output structure storage files.\n",
-    "\n",
-    "4. `alchemical_settings`: Parameters controlling the creation of the hybrid topology system. This includes various parameters ranging from softcore parameters, through to whether or not to apply an explicit charge correction for systems with net charge changes.\n",
-    "\n",
-    "5. `engine_settings`: Parameters determining how the OpenMM engine will execute the simulation. This controls the compute platform which will be used to carry out the simulation.\n",
-    "\n",
-    "6. `integrator_settings`: Parameters controlling the `LangevinSplittingDynamicsMove` integrator used for simulation.\n",
-    "\n",
-    "7. `lambda_settings`: Lambda protocol settings, including number of lambda windows and lambda functions.\n",
-    "\n",
-    "8. `forcefield_settings`: Parameters to set up the force field with OpenMM Force Fields, including the general force fields, the small molecule force field, the nonbonded method, and the nonbonded cutoff.\n",
-    "\n",
-    "9. `thermo_settings`: Settings for thermodynamic parameters, such as the temperature and the pressure of the system.\n",
-    "\n",
-    "10. `solvation_settings`: Settings for solvating the system, including the solvent model and the solvent padding.\n",
-    "\n",
-    "11. `partial_charge_settings`: Settings for assigning partial charges to small molecules, including the partial charge method (e.g. `am1bcc`) and the OpenFF toolkit backend (e.g. `ambertools` or `openeye`)."
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "d7c8ab9e-0185-40d7-a441-7a4cd948dda9",
+   "id": "7ca0b0a6-bef7-4614-87a2-623c00dc9f94",
    "metadata": {},
    "source": [
-    "The `RelativeHybridTopologyProtocol` class can directly populate the above set of default\n",
-    "settings through its `default_settings` method.\n",
-    "Parameters can be overriden after creation.\n",
-    "In this case, we'll reduce the equilibration length to 0.01 * nanosecond\n",
-    "and the production to 0.05 * nanosecond in order to reduce the costs of\n",
-    "running this notebook (in practice, values of 1 and 5 nanoseconds,\n",
-    "respectively, would be most appropriate).\n",
+    "## 8. Creating transformations\n",
+    "\n",
+    "### One transformation per leg and edge\n",
     "\n",
-    "**Note: by default the settings use a solvent padding of 1.5 nm, this is appropriate for solvent simulations, but for complex simulations this leads to excess water being in the box, slowing down your simulation. To deal with this, we will create two sets of settings, and two sets of protocols, one for each leg of the transformations.**"
+    "Each end state of a transformation is a `ChemicalSystem`: a container for the `Components` present in that state. For the complex leg, this is the ligand, the protein and the solvent; for the solvent leg, it is the ligand and the solvent.\n",
+    "\n",
+    "A `Transformation` combines two `ChemicalSystem`s, the mapping between them, and the protocol. For each leg of each edge in the network, we create the two end states, adapt the settings to them, and create the transformation. We use the MST network here, as the precomputed results analysed in section 10 were generated from it."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 22,
-   "id": "309c059b-85c7-4911-a417-69889a474fe1",
-   "metadata": {},
+   "execution_count": 20,
+   "id": "0b6c9ec3",
+   "metadata": {
+    "id": "0b6c9ec3"
+   },
    "outputs": [
     {
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "{'early_termination_target_error': {'unit': 'kilocalorie_per_mole', 'val': 0.0},\n",
-      " 'equilibration_length': {'unit': 'nanosecond', 'val': 0.009999999999999998},\n",
-      " 'minimization_steps': 5000,\n",
-      " 'n_replicas': 11,\n",
-      " 'production_length': {'unit': 'nanosecond', 'val': 0.04999999999999999},\n",
-      " 'real_time_analysis_interval': {'unit': 'picosecond', 'val': 250.0},\n",
-      " 'real_time_analysis_minimum_time': {'unit': 'picosecond', 'val': 500.0},\n",
-      " 'sampler_method': 'repex',\n",
-      " 'sams_flatness_criteria': 'logZ-flatness',\n",
-      " 'sams_gamma0': 1.0,\n",
-      " 'time_per_iteration': {'unit': 'picosecond', 'val': 2.5}}\n"
+      "18 transformations\n"
      ]
     }
    ],
    "source": [
-    "from openfe.protocols.openmm_rfe import RelativeHybridTopologyProtocol\n",
-    "from openff.units import unit\n",
-    "\n",
-    "# Create the solvent settings\n",
-    "solvent_rbfe_settings = RelativeHybridTopologyProtocol.default_settings()\n",
-    "solvent_rbfe_settings.simulation_settings.equilibration_length = 10 * unit.picosecond # Reduce equilibration length to 10 picoseconds\n",
-    "solvent_rbfe_settings.simulation_settings.production_length = 50 * unit.picosecond # Reduce prodution length to 50 picoseconds\n",
-    "solvent_rbfe_settings.engine_settings.compute_platform = None  # default is to look for CUDA, none allows falling back to OpenCL or CPU\n",
-    "\n",
-    "# Create the complex settings\n",
-    "complex_rbfe_settings = RelativeHybridTopologyProtocol.default_settings()\n",
-    "complex_rbfe_settings.simulation_settings.equilibration_length = 10 * unit.picosecond # Reduce equilibration length to 10 picoseconds\n",
-    "complex_rbfe_settings.simulation_settings.production_length = 50 * unit.picosecond # Reduce prodution length to 50 picoseconds\n",
-    "complex_rbfe_settings.solvation_settings.solvent_padding = 1 * unit.nanometer\n",
-    "complex_rbfe_settings.engine_settings.compute_platform = None  # default is to look for CUDA, none allows falling back to OpenCL or CPU\n",
-    "\n",
-    "# For context, let's display the complex simulation settings!\n",
-    "complex_rbfe_settings.simulation_settings"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "ab0eaea9",
-   "metadata": {
-    "id": "ab0eaea9"
-   },
-   "source": [
-    "### Creating the RFE Protocol\n",
-    "\n",
-    "With the Settings inspected and adjusted, we can provide these to a Protocol.\n",
-    "This Protocol defines the procedure to estimate a free energy difference between two chemical systems,\n",
-    "with the details of the two end states yet to be defined.\n",
+    "legs = {\n",
+    "    \"solvent\": {\"solvent\": solvent},\n",
+    "    \"complex\": {\"protein\": protein, \"solvent\": solvent},\n",
+    "}\n",
+    "\n",
+    "transformations = []\n",
+    "for edge in mst_network.edges:\n",
+    "    for leg_name, leg_components in legs.items():\n",
+    "        state_a = openfe.ChemicalSystem({\"ligand\": edge.componentA, **leg_components})\n",
+    "        state_b = openfe.ChemicalSystem({\"ligand\": edge.componentB, **leg_components})\n",
+    "\n",
+    "        settings = RelativeHybridTopologyProtocol._adaptive_settings(\n",
+    "            stateA=state_a,\n",
+    "            stateB=state_b,\n",
+    "            mapping=edge,\n",
+    "            initial_settings=base_settings,\n",
+    "        )\n",
     "\n",
-    "In this case, since we need to run both solvent and complex simulations with different settings, we will create two Protocols, one for each leg."
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 23,
-   "id": "d1829ab6",
-   "metadata": {
-    "id": "d1829ab6"
-   },
-   "outputs": [],
-   "source": [
-    "# Create RBFE Protocol classes\n",
-    "solvent_rbfe_protocol = RelativeHybridTopologyProtocol(\n",
-    "    settings=solvent_rbfe_settings\n",
-    ")\n",
+    "        transformations.append(\n",
+    "            openfe.Transformation(\n",
+    "                stateA=state_a,\n",
+    "                stateB=state_b,\n",
+    "                mapping=edge,\n",
+    "                protocol=RelativeHybridTopologyProtocol(settings=settings),\n",
+    "                name=f\"rbfe_{edge.componentA.name}_{leg_name}_{edge.componentB.name}_{leg_name}\",\n",
+    "            )\n",
+    "        )\n",
     "\n",
-    "complex_rbfe_protocol = RelativeHybridTopologyProtocol(\n",
-    "    settings=complex_rbfe_settings\n",
-    ")"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "075cad59-5b65-42cf-a900-1df5a2de67f1",
-   "metadata": {},
-   "source": [
-    "# 3. Running a Relative Ligand Binding Free Energy Calculation"
+    "print(f\"{len(transformations)} transformations\")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "06d9d8a4-d570-42ea-9936-222b5e1728b2",
+   "id": "fc4a30d5-bdd1-4984-a4ee-d1b87171186a",
    "metadata": {},
    "source": [
-    "## 3.0 Creating the Transformations\n",
-    "\n",
-    "Once we have the ChemicalSystems and the Protocol, we can create the Transformation.\n",
-    "\n",
-    "The `Transformation` requires as input:\n",
-    "\n",
-    "* the two `ChemicalSystem` objects defining either end of the alchemical transformation (`stateA` and `stateB`)\n",
-    "* a mapping between the two systems\n",
-    "* the protocol\n",
-    "* a name (optional)\n",
-    "\n",
-    "As previously detailed, we create two sets of transformations for the complex and the solvent legs of the thermodynamic cycle."
+    "We can check what the adaptive settings did. The complex legs have the smaller padding, and none of the TYK2 edges change net charge, so no transformation needed the charge-change settings:"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 24,
-   "id": "853d6eef-e716-4284-b02f-8b06f2beb916",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "transformation_complex = openfe.Transformation(\n",
-    "            stateA=ejm_31_complex,\n",
-    "            stateB=ejm_47_complex,\n",
-    "            mapping=ejm_31_to_ejm_47,\n",
-    "            protocol=complex_rbfe_protocol,  # use complex protocol created above\n",
-    "            name=f\"{ejm_31_complex.name}_{ejm_47_complex.name}_complex\"\n",
-    "        )\n",
-    "transformation_solvent = openfe.Transformation(\n",
-    "            stateA=ejm_31_solvent,\n",
-    "            stateB=ejm_47_solvent,\n",
-    "            mapping=ejm_31_to_ejm_47,\n",
-    "            protocol=solvent_rbfe_protocol,  # use solvent protocol created above\n",
-    "            name=f\"{ejm_31_solvent.name}_{ejm_47_solvent.name}_solvent\"\n",
-    "        )"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "026ad9fc-635f-44d2-937c-bbc58edf64da",
-   "metadata": {},
-   "source": [
-    "## 3.1. Using the Python API"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "7fd71a0e-7bf6-4529-961b-be8dfa7bbbce",
+   "execution_count": 21,
+   "id": "0333885c-d858-4ee1-ac64-c443b58faa97",
    "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "rbfe_lig_ejm_31_solvent_lig_ejm_47_solvent 1.5 nanometer\n",
+      "rbfe_lig_ejm_31_complex_lig_ejm_47_complex 1 nanometer\n",
+      "Charge-changing edges: 0\n"
+     ]
+    }
+   ],
    "source": [
-    "### Creating the `ProtocolDAG`"
+    "for transformation in transformations[:2]:\n",
+    "    print(transformation.name, transformation.protocol.settings.solvation_settings.solvent_padding)\n",
+    "\n",
+    "charge_changes = [edge for edge in mst_network.edges if edge.get_alchemical_charge_difference() != 0]\n",
+    "print(f\"Charge-changing edges: {len(charge_changes)}\")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "0e2e7d25-5bb6-4344-963d-8cf5298982b4",
+   "id": "fa1f99ad-166c-4eb8-b045-85db984f2d98",
    "metadata": {},
    "source": [
-    "With the `Transformation` defined, we can move onto creating the `ProtocolDAG`.\n",
-    "\n",
-    "The `Transformation.create()` method creates a directed-acyclic-graph (DAG) of computational tasks necessary for creating an estimate of the free energy difference between the two chemical systems."
+    "Together, the transformations form an `AlchemicalNetwork`, which describes the whole campaign:"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 25,
-   "id": "77e72e9a-bac0-4059-b0bf-96c15c9b2696",
+   "execution_count": 22,
+   "id": "714c1b69-226c-41dc-b73e-50611e873c34",
    "metadata": {},
    "outputs": [],
    "source": [
-    "complex_dag = transformation_complex.create()\n",
-    "\n",
-    "solvent_dag = transformation_solvent.create()"
+    "alchemical_network = openfe.AlchemicalNetwork(edges=transformations, name=\"tyk2_rbfe\")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "051fb438-1ab0-4d3f-9615-4b2caff9a9b2",
+   "id": "7f066f3c-c683-4f45-9adb-1d46c56b46c2",
    "metadata": {},
    "source": [
-    "The individual pieces of computational work are called Units. In this particular Protocol, the Units defined are three independent repeats of the alchemical transformation.\n",
-    "\n",
-    "For other Protocols, for example non-equilibrium sampling routines, there might be dependencies between the tasks."
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "7f5c142d",
-   "metadata": {
-    "id": "7f5c142d"
-   },
-   "source": [
-    "### Simulating the RelativeLigandTransforms\n",
-    "\n",
-    "Individual Units can then be executed by calling the `.execute()` method.\n",
+    "### Writing transformations to disk\n",
     "\n",
-    "In the first instance we do a dry-run (which does everything but\n",
-    "starting the simulation) to make sure that the\n",
-    "hybrid OpenMM system can be constructed without any issues.\n",
-    "Note: A successful call to `.run()` will return an empty Dictionary."
+    "Each transformation is written to its own JSON file, which `openfe quickrun` takes as input:"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 26,
-   "id": "981cde0c",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/"
-    },
-    "id": "981cde0c",
-    "outputId": "812389bc-3730-416b-8154-79e0e1fb4346"
-   },
+   "execution_count": 23,
+   "id": "7ca4833a-6e2c-4cc5-aae2-63e41a8419c5",
+   "metadata": {},
    "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "INFO:\tStarting system setup unit\n",
-      "INFO:\tParameterizing systems\n",
-      "INFO:\tRequested to generate parameters for residue <Residue 336 (UNK) of chain 2>\n",
-      "INFO:\tGenerating a residue template for [H][c]1[n][c]([N]([H])[C](=[O])[C]([H])([H])[H])[c]([H])[c]([N]([H])[C](=[O])[c]2[c]([Cl])[c]([H])[c]([H])[c]([H])[c]2[Cl])[c]1[H] using openff-2.2.1\n",
-      "INFO:\tPreset charges applied to atom index 0\n",
-      "INFO:\tPreset charges applied to atom index 1\n",
-      "INFO:\tPreset charges applied to atom index 2\n",
-      "INFO:\tPreset charges applied to atom index 3\n",
-      "INFO:\tPreset charges applied to atom index 4\n",
-      "INFO:\tPreset charges applied to atom index 5\n",
-      "INFO:\tPreset charges applied to atom index 6\n",
-      "INFO:\tPreset charges applied to atom index 7\n",
-      "INFO:\tPreset charges applied to atom index 8\n",
-      "INFO:\tPreset charges applied to atom index 9\n",
-      "INFO:\tPreset charges applied to atom index 10\n",
-      "INFO:\tPreset charges applied to atom index 11\n",
-      "INFO:\tPreset charges applied to atom index 12\n",
-      "INFO:\tPreset charges applied to atom index 13\n",
-      "INFO:\tPreset charges applied to atom index 14\n",
-      "INFO:\tPreset charges applied to atom index 15\n",
-      "INFO:\tPreset charges applied to atom index 16\n",
-      "INFO:\tPreset charges applied to atom index 17\n",
-      "INFO:\tPreset charges applied to atom index 18\n",
-      "INFO:\tPreset charges applied to atom index 19\n",
-      "INFO:\tPreset charges applied to atom index 20\n",
-      "INFO:\tPreset charges applied to atom index 21\n",
-      "INFO:\tPreset charges applied to atom index 22\n",
-      "INFO:\tPreset charges applied to atom index 23\n",
-      "INFO:\tPreset charges applied to atom index 24\n",
-      "INFO:\tPreset charges applied to atom index 25\n",
-      "INFO:\tPreset charges applied to atom index 26\n",
-      "INFO:\tPreset charges applied to atom index 27\n",
-      "INFO:\tPreset charges applied to atom index 28\n",
-      "INFO:\tPreset charges applied to atom index 29\n",
-      "INFO:\tPreset charges applied to atom index 30\n",
-      "INFO:\tPreset charges applied to atom index 31\n",
-      "INFO:\tRequested to generate parameters for residue <Residue 11120 (UNK) of chain 5>\n",
-      "INFO:\tGenerating a residue template for [H][c]1[n][c]([N]([H])[C](=[O])[C]2([H])[C]([H])([H])[C]([H])([H])[C]2([H])[H])[c]([H])[c]([N]([H])[C](=[O])[c]2[c]([Cl])[c]([H])[c]([H])[c]([H])[c]2[Cl])[c]1[H] using openff-2.2.1\n",
-      "INFO:\tPreset charges applied to atom index 0\n",
-      "INFO:\tPreset charges applied to atom index 1\n",
-      "INFO:\tPreset charges applied to atom index 2\n",
-      "INFO:\tPreset charges applied to atom index 3\n",
-      "INFO:\tPreset charges applied to atom index 4\n",
-      "INFO:\tPreset charges applied to atom index 5\n",
-      "INFO:\tPreset charges applied to atom index 6\n",
-      "INFO:\tPreset charges applied to atom index 7\n",
-      "INFO:\tPreset charges applied to atom index 8\n",
-      "INFO:\tPreset charges applied to atom index 9\n",
-      "INFO:\tPreset charges applied to atom index 10\n",
-      "INFO:\tPreset charges applied to atom index 11\n",
-      "INFO:\tPreset charges applied to atom index 12\n",
-      "INFO:\tPreset charges applied to atom index 13\n",
-      "INFO:\tPreset charges applied to atom index 14\n",
-      "INFO:\tPreset charges applied to atom index 15\n",
-      "INFO:\tPreset charges applied to atom index 16\n",
-      "INFO:\tPreset charges applied to atom index 17\n",
-      "INFO:\tPreset charges applied to atom index 18\n",
-      "INFO:\tPreset charges applied to atom index 19\n",
-      "INFO:\tPreset charges applied to atom index 20\n",
-      "INFO:\tPreset charges applied to atom index 21\n",
-      "INFO:\tPreset charges applied to atom index 22\n",
-      "INFO:\tPreset charges applied to atom index 23\n",
-      "INFO:\tPreset charges applied to atom index 24\n",
-      "INFO:\tPreset charges applied to atom index 25\n",
-      "INFO:\tPreset charges applied to atom index 26\n",
-      "INFO:\tPreset charges applied to atom index 27\n",
-      "INFO:\tPreset charges applied to atom index 28\n",
-      "INFO:\tPreset charges applied to atom index 29\n",
-      "INFO:\tPreset charges applied to atom index 30\n",
-      "INFO:\tPreset charges applied to atom index 31\n",
-      "INFO:\tPreset charges applied to atom index 32\n",
-      "INFO:\tPreset charges applied to atom index 33\n",
-      "INFO:\tPreset charges applied to atom index 34\n",
-      "INFO:\tPreset charges applied to atom index 35\n",
-      "INFO:\tPreset charges applied to atom index 36\n",
-      "INFO:\tPreset charges applied to atom index 37\n",
-      "INFO:\tPreset charges applied to atom index 38\n",
-      "INFO:\tCreating hybrid system\n",
-      "INFO:\tSetting force field terms\n",
-      "INFO:\tAdding forces\n",
-      "INFO:\tNo CMAPTorsionForce found. Skipping adding force.\n",
-      "INFO:\tHybrid system created\n",
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/site-packages/mdtraj/core/topology.py:97: UserWarning: atom_indices are not monotonically increasing\n",
-      "  warnings.warn(\"atom_indices are not monotonically increasing\")\n"
-     ]
-    },
     {
      "data": {
       "text/plain": [
-       "{'system': PosixPath('hybrid_system.xml.bz2'),\n",
-       " 'positions': PosixPath('hybrid_positions.npy'),\n",
-       " 'pdb_structure': PosixPath('hybrid_system.pdb'),\n",
-       " 'selection_indices': array([    0,     1,     2, ..., 37051, 37052, 37053], shape=(4755,)),\n",
-       " 'hybrid_factory': <openfe.protocols.openmm_rfe._rfe_utils.relative.HybridTopologyFactory at 0x177d94ad0>,\n",
-       " 'hybrid_system': <openmm.openmm.System; proxy of <Swig Object of type 'OpenMM::System *' at 0x30812c4b0> >,\n",
-       " 'hybrid_positions': Quantity(value=array([[-1.5732 , -1.2864 ,  0.422  ],\n",
-       "        [-1.5275 , -1.4196 ,  0.3637 ],\n",
-       "        [-1.4652 , -1.4991 ,  0.434  ],\n",
-       "        ...,\n",
-       "        [-0.79803, -1.16755, -2.20897],\n",
-       "        [-0.9577 , -1.23187, -2.25983],\n",
-       "        [-0.98902, -1.35295, -2.04978]], shape=(37065, 3)), unit=nanometer)}"
+       "['lig_ejm_31_lig_ejm_47_complex.json',\n",
+       " 'lig_ejm_31_lig_ejm_47_solvent.json',\n",
+       " 'rbfe_lig_ejm_31_complex_lig_ejm_46_complex.json',\n",
+       " 'rbfe_lig_ejm_31_complex_lig_ejm_47_complex.json']"
       ]
      },
-     "execution_count": 26,
+     "execution_count": 23,
      "metadata": {},
      "output_type": "execute_result"
     }
    ],
    "source": [
-    "# complex dry-run\n",
-    "complex_unit = list(complex_dag.protocol_units)[0]\n",
+    "import pathlib\n",
     "\n",
-    "complex_unit.run(dry=True, verbose=True)"
+    "transformation_dir = pathlib.Path(\"tyk2_json\")\n",
+    "transformation_dir.mkdir(exist_ok=True)\n",
+    "\n",
+    "for transformation in transformations:\n",
+    "    transformation.to_json(transformation_dir / f\"{transformation.name}.json\")\n",
+    "\n",
+    "sorted(path.name for path in transformation_dir.iterdir())[:4]"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "8490d06c-a15e-4a7b-a965-396878ad541d",
+   "metadata": {},
+   "source": [
+    "### Checking a transformation with a dry run\n",
+    "\n",
+    "Before submitting a campaign, it is worth checking that the systems can be built. Calling `create()` on a transformation gives a `ProtocolDAG`: the units of work needed to compute its free energy. A dry run of the setup unit parameterises the system and builds the hybrid topology without running any simulation. It returns the paths of the files it wrote, including the hybrid system and its structure."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 27,
-   "id": "77accb06",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/"
-    },
-    "id": "77accb06",
-    "outputId": "e0b977c0-7e72-4a49-d3ea-eb0cdb85ed5d"
-   },
+   "execution_count": 24,
+   "id": "20b2eb53-360c-4018-b75e-7a5fa37ac7f3",
+   "metadata": {},
    "outputs": [
     {
      "name": "stderr",
@@ -3054,92 +2969,117 @@
      "text": [
       "INFO:\tStarting system setup unit\n",
       "INFO:\tParameterizing systems\n",
-      "INFO:\tRequested to generate parameters for residue <Residue 0 (UNK) of chain 0>\n",
-      "INFO:\tRequested to generate parameters for residue <Residue 577 (UNK) of chain 3>\n",
+      "INFO:\tRequested to generate parameters for residue <Residue 0 (LIG) of chain 0>\n",
+      "INFO:\tGenerating a residue template for [H][c]1[n][c]([N]([H])[C](=[O])[C]([H])([H])[H])[c]([H])[c]([N]([H])[C](=[O])[c]2[c]([Cl])[c]([H])[c]([H])[c]([H])[c]2[Cl])[c]1[H] using openff-2.3.0\n",
+      "INFO:\tRequested to generate parameters for residue <Residue 577 (LIG) of chain 3>\n",
+      "INFO:\tGenerating a residue template for [H][c]1[n][c]([N]([H])[C](=[O])[C]2([H])[C]([H])([H])[C]([H])([H])[C]2([H])[H])[c]([H])[c]([N]([H])[C](=[O])[c]2[c]([Cl])[c]([H])[c]([H])[c]([H])[c]2[Cl])[c]1[H] using openff-2.3.0\n",
       "INFO:\tCreating hybrid system\n",
       "INFO:\tSetting force field terms\n",
       "INFO:\tAdding forces\n",
       "INFO:\tNo CMAPTorsionForce found. Skipping adding force.\n",
       "INFO:\tHybrid system created\n",
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/site-packages/mdtraj/core/topology.py:97: UserWarning: atom_indices are not monotonically increasing\n",
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/site-packages/mdtraj/core/topology.py:97: UserWarning: atom_indices are not monotonically increasing\n",
       "  warnings.warn(\"atom_indices are not monotonically increasing\")\n"
      ]
     },
     {
      "data": {
       "text/plain": [
-       "{'system': PosixPath('hybrid_system.xml.bz2'),\n",
-       " 'positions': PosixPath('hybrid_positions.npy'),\n",
-       " 'pdb_structure': PosixPath('hybrid_system.pdb'),\n",
-       " 'selection_indices': array([   0,    1,    2,    3,    4,    5,    6,    7,    8,    9,   10,\n",
-       "          11,   12,   13,   14,   15,   16,   17,   18,   19,   20,   21,\n",
-       "          22,   23,   24,   25,   26,   27,   28,   29,   30,   31, 1755,\n",
-       "        1756, 1757, 1758, 1759, 1760, 1761, 1762, 1763, 1764, 1765, 1751,\n",
-       "        1752, 1753, 1754]),\n",
-       " 'hybrid_factory': <openfe.protocols.openmm_rfe._rfe_utils.relative.HybridTopologyFactory at 0x3192651d0>,\n",
-       " 'hybrid_system': <openmm.openmm.System; proxy of <Swig Object of type 'OpenMM::System *' at 0x33bbf3ba0> >,\n",
-       " 'hybrid_positions': Quantity(value=array([[-0.4771 , -0.27958, -1.64978],\n",
-       "        [-0.53622, -0.36601, -1.62251],\n",
-       "        [-0.47773, -0.49364, -1.61997],\n",
-       "        ...,\n",
-       "        [-0.79803, -1.16755, -2.20897],\n",
-       "        [-0.9577 , -1.23187, -2.25983],\n",
-       "        [-0.98902, -1.35295, -2.04978]], shape=(1766, 3)), unit=nanometer)}"
+       "{'system': PosixPath('dry_run/hybrid_system.xml.bz2'),\n",
+       " 'positions': PosixPath('dry_run/hybrid_positions.npy'),\n",
+       " 'pdb_structure': PosixPath('dry_run/hybrid_system.pdb'),\n",
+       " 'alchemical_resnames': ['LIG'],\n",
+       " 'hybrid_factory': <openfe.protocols.openmm_rfe._rfe_utils.relative.HybridTopologyFactory at 0x3132afe00>,\n",
+       " 'hybrid_system': <openmm.openmm.System; proxy of <Swig Object of type 'OpenMM::System *' at 0x312c1d2f0> >,\n",
+       " 'hybrid_positions': [[-0.4771  -0.27958 -1.64978]\n",
+       "  [-0.53622 -0.36601 -1.62251]\n",
+       "  [-0.47773 -0.49364 -1.61997]\n",
+       "  ...\n",
+       "  [-0.79803 -1.16755 -2.20897]\n",
+       "  [-0.9577  -1.23187 -2.25983]\n",
+       "  [-0.98902 -1.35295 -2.04978]] nm}"
       ]
      },
-     "execution_count": 27,
+     "execution_count": 24,
      "metadata": {},
      "output_type": "execute_result"
     }
    ],
    "source": [
-    "# solvent dry-run\n",
-    "solvent_unit = list(solvent_dag.protocol_units)[0]\n",
+    "from openfe.protocols.openmm_rfe.equil_rfe_methods import HybridTopologySetupUnit\n",
     "\n",
-    "solvent_unit.run(dry=True, verbose=True)"
+    "solvent_transformation = next(t for t in transformations if t.name.endswith(\"_solvent\"))\n",
+    "solvent_dag = solvent_transformation.create()\n",
+    "\n",
+    "setup_unit = next(unit for unit in solvent_dag.protocol_units if isinstance(unit, HybridTopologySetupUnit))\n",
+    "\n",
+    "dry_run_dir = pathlib.Path(\"dry_run\")\n",
+    "dry_run_dir.mkdir(exist_ok=True)\n",
+    "setup_outputs = setup_unit.run(\n",
+    "    dry=True,\n",
+    "    verbose=True,\n",
+    "    scratch_basepath=dry_run_dir,\n",
+    "    shared_basepath=dry_run_dir,\n",
+    ")\n",
+    "{key: value for key, value in setup_outputs.items() if key != \"selection_indices\"}"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "ceba2266-8ad5-4205-96df-4b6403fc3b50",
+   "id": "21524545-1a2c-46f5-a783-682a57bb6bd8",
    "metadata": {},
    "source": [
-    "## 3.2. Using the CLI\n",
+    "<div class=\"alert alert-block alert-info\">\n",
     "\n",
-    "Even when using the Python API to set up the RBFE calculations, you can dump all `Transformation`s to a JSON file and run the calculations using the `openfe quickrun` command. Here, we will show you how to save the `Transformation`s to the JSON file."
+    "**Learn more:** [Alchemical networks: planning a simulation campaign](https://docs.openfree.energy/en/stable/guide/setup/alchemical_network_model.html) · [Dumping a Transformation to JSON](https://docs.openfree.energy/en/stable/cookbook/dumping_transformation.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "043672e9-20e5-4b2c-8977-cca0e2ddf23e",
+   "id": "7b6f7dc9-e3fa-4a96-8e16-eb372f69fa31",
    "metadata": {},
    "source": [
-    "We’ll write out the transformation to disk, so that it can be run using the `openfe quickrun` command:"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 28,
-   "id": "12d35b4c-b737-4c3c-9fda-dc387aaa6915",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "import pathlib\n",
-    "# first we create the directory\n",
-    "transformation_dir = pathlib.Path(\"tyk2_json\")\n",
-    "transformation_dir.mkdir(exist_ok=True)\n",
+    "## 9. Running the calculations\n",
+    "\n",
+    "Each transformation JSON is run with `openfe quickrun`:\n",
+    "\n",
+    "```bash\n",
+    "openfe quickrun tyk2_json/lig_ejm_31_solvent_lig_ejm_47_solvent.json \\\n",
+    "    -o results/lig_ejm_31_solvent_lig_ejm_47_solvent.json \\\n",
+    "    -d results/lig_ejm_31_solvent_lig_ejm_47_solvent/\n",
+    "```\n",
+    "\n",
+    "`-o` is the results JSON, holding the free energy estimate and uncertainty, and `-d` is the directory for the simulation files (trajectories, analysis plots and so on). By default each transformation runs three independent repeats, whose spread gives the uncertainty in the estimate.\n",
+    "\n",
+    "<div class=\"alert alert-block alert-warning\">\n",
     "\n",
-    "# then we write out the transformations\n",
-    "transformation_complex.to_json(transformation_dir / f\"{transformation_complex.name}.json\")\n",
-    "transformation_solvent.to_json(transformation_dir / f\"{transformation_solvent.name}.json\")"
+    "We don't run the simulations in this notebook: even one leg takes hours on a GPU. Instead, section 10 uses precomputed results. In a real campaign, you would typically submit each transformation as a separate job on an HPC cluster.\n",
+    "\n",
+    "</div>\n",
+    "\n",
+    "### The same campaign from the CLI\n",
+    "\n",
+    "Everything in sections 4 to 8 can also be done in a single CLI command, using the default choices (Kartograf mapper, MST network, default (adaptive) protocol settings):\n",
+    "\n",
+    "```bash\n",
+    "openfe plan-rbfe-network -M inputs/tyk2_ligands.sdf -p inputs/tyk2_protein.pdb -o tyk2_cli/\n",
+    "```\n",
+    "\n",
+    "These choices can be customised with a YAML settings file passed via `-s`."
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "05d4c16c-1d16-4ef1-a1b3-2eec6275c778",
+   "id": "a441ec0c-d14c-4a59-89e4-27c2a6f84f50",
    "metadata": {},
    "source": [
-    "You can run the RBFE simulations from the CLI by using the `openfe quickrun` command, as described in Section 5. below."
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Execution with quickrun](https://docs.openfree.energy/en/stable/guide/execution/quickrun_execution.html) · [RBFE with the CLI](https://docs.openfree.energy/en/stable/tutorials/rbfe_cli_tutorial.html) · [Customising CLI planning with YAML settings](https://docs.openfree.energy/en/stable/guide/cli/cli_yaml.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
@@ -3149,85 +3089,76 @@
     "id": "e07d1e29"
    },
    "source": [
-    "# 4. Analysis"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "2accbbd1",
-   "metadata": {
-    "id": "2accbbd1"
-   },
-   "source": [
-    "Finally now that we've \"run\" our simulations, let's go ahead and gather the free energies for both phases. \n",
-    "First we will take a look at the way to do this using our python api, then we will show how to use our `openfe gather` command on pre-computed results.\n",
+    "## 10. Results\n",
     "\n",
-    "## 4.1 Analysis - Python API\n",
+    "### Fetching precomputed results\n",
     "\n",
-    "We can use the python API to gather the free energies for both phases by passing the results of executing the DAGs and calling the `gather()` methods of `RelativeLigandTransform`.\n",
-    "This takes a **list** of completed DAG results, catering for when simulations have been extended."
+    "These results come from running the TYK2 network with the CLI defaults:"
    ]
   },
   {
-   "cell_type": "markdown",
-   "id": "f69eb5cb-88ce-4e11-b05e-5591a2ed66c2",
-   "metadata": {
-    "colab": {
-     "base_uri": "https://localhost:8080/"
+   "cell_type": "code",
+   "execution_count": 27,
+   "id": "70f53876-99c3-42b3-92d7-14526a167320",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "  pid, fd = os.forkpty()\n"
+     ]
     },
-    "id": "fd1332db",
-    "outputId": "5b7d8379-d10d-4bf7-eb32-527998843e91",
-    "tags": [
-     "nbval-skip"
-    ]
-   },
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Fetching /Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/site-packages/openfecli/tests/data/rbfe_results.tar.gz\n"
+     ]
+    },
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "  pid, fd = os.forkpty()\n"
+     ]
+    }
+   ],
    "source": [
-    "For production use we recommend saving the transformations to disk and using `openfe quickrun` to run them in an HPC environment, but for completeness, below is a python snippet that will run the transformations we defined earlier and then analyze the results. \n",
-    "\n",
-    "``` python\n",
-    "# Finally we can run the simulations\n",
-    "complex_path = pathlib.Path('./complex')\n",
-    "complex_path.mkdir()\n",
-    "\n",
-    "# First the complex transformation\n",
-    "complex_dag_results = execute_DAG(complex_dag, scratch_basedir=complex_path, shared_basedir=complex_path)\n",
-    "\n",
-    "# Next the solvent state transformation\n",
-    "solvent_path = pathlib.Path('./solvent')\n",
-    "solvent_path.mkdir()\n",
-    "\n",
-    "solvent_dag_results = execute_DAG(solvent_dag, scratch_basedir=solvent_path, shared_basedir=solvent_path)\n",
-    "\n",
-    "# Get the complex and solvent results\n",
-    "complex_results = rbfe_protocol.gather([complex_dag_results])\n",
-    "solvent_results = rbfe_protocol.gather([solvent_dag_results])\n",
+    "import locale\n",
+    "locale.getpreferredencoding = lambda: \"UTF-8\"  # needed on Google Colab only\n",
     "\n",
-    "print(f\"Complex dG: {complex_results.get_estimate()}, err {complex_results.get_uncertainty()}\")\n",
-    "print(f\"Solvent dG: {solvent_results.get_estimate()}, err {solvent_results.get_uncertainty()}\")\n",
-    "```"
+    "!openfe fetch rbfe-tutorial-results\n",
+    "!tar -xf rbfe_results.tar.gz"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "d53f72e1-ebec-4cad-8054-1746e1e79074",
+   "id": "5038cee6-99b1-4c97-8a97-a5597e5c279f",
    "metadata": {},
    "source": [
-    "## 4.2 Analysis - `openfe gather`\n",
+    "### Gathering free energies\n",
     "\n",
-    "First we will download some TYK2 transformations we already ran. These results are from an entire TYK2 network and not a single edge. "
+    "`openfe gather` combines the results JSON files into a table. The `--report` option selects what is reported:\n",
+    "\n",
+    "* `raw`: the free energy of every leg and repeat.\n",
+    "* `ddg`: the relative binding free energy ΔΔG for each edge, combining both legs and averaging over repeats. The uncertainty is the standard deviation between repeats.\n",
+    "* `dg`: a binding free energy ΔG per ligand, derived from all ΔΔG values with a maximum likelihood estimator (MLE). These values are relative to the mean of the series, which is set to 0 kcal/mol, so they must be shifted before comparing them with experiment."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 29,
-   "id": "059068d3-d9e2-4923-80ca-c2989a559d1f",
+   "execution_count": 30,
+   "id": "ce5cad65-100c-4203-9b0b-7ca7994545e4",
    "metadata": {},
    "outputs": [
     {
      "name": "stderr",
      "output_type": "stream",
      "text": [
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=68413) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
       "  pid, fd = os.forkpty()\n"
      ]
     },
@@ -3235,37 +3166,37 @@
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "Fetching /Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/site-packages/openfecli/tests/data/rbfe_results.tar.gz\n"
+      "\u001b[?25lLoading results:  ▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇  54/54 files\u001b[?25h\n",
+      "writing ddg output to 'tyk2_ddg.tsv'\n",
+      "ligand_i\tligand_j\tDDG(i->j) (kcal/mol)\tuncertainty (kcal/mol)\n",
+      "lig_ejm_31\tlig_ejm_42\t0.8\t0.2\n",
+      "lig_ejm_31\tlig_ejm_46\t-0.89\t0.08\n",
+      "lig_ejm_31\tlig_ejm_47\t0.0\t0.2\n",
+      "lig_ejm_31\tlig_ejm_48\t0.6\t0.1\n",
+      "lig_ejm_31\tlig_ejm_50\t1.00\t0.05\n",
+      "lig_ejm_42\tlig_ejm_43\t1.4\t0.2\n",
+      "lig_ejm_46\tlig_jmc_23\t0.3\t0.1\n",
+      "lig_ejm_46\tlig_jmc_27\t-0.1\t0.1\n",
+      "lig_ejm_46\tlig_jmc_28\t-0.27\t0.07\n"
      ]
     },
     {
      "name": "stderr",
      "output_type": "stream",
      "text": [
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=68413) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
       "  pid, fd = os.forkpty()\n"
      ]
     }
    ],
    "source": [
-    "# Results from our cli tutorial\n",
-    "locale.getpreferredencoding = lambda: \"UTF-8\"  # hack for google colab, not needed for local execution\n",
-    "!openfe fetch rbfe-tutorial-results\n",
-    "# Extract results\n",
-    "!tar -xf rbfe_results.tar.gz"
-   ]
-  },
-  {
-   "cell_type": "markdown",
-   "id": "9fe99e84-1857-47a5-adea-bf0983e8a750",
-   "metadata": {},
-   "source": [
-    "Now we can use the `openfe gather` command to look at the results (see section 5.3 for more details)"
+    "!openfe gather results/ --report ddg -o tyk2_ddg.tsv\n",
+    "!cat tyk2_ddg.tsv"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 30,
+   "execution_count": 31,
    "id": "ab9f2cca-8458-4515-a64a-20370151e1a5",
    "metadata": {},
    "outputs": [
@@ -3273,7 +3204,7 @@
      "name": "stderr",
      "output_type": "stream",
      "text": [
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=68413) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
       "  pid, fd = os.forkpty()\n"
      ]
     },
@@ -3281,8 +3212,8 @@
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "\u001B[?25lLoading results:  ▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇  54/54 files\u001B[?25h\n",
-      "writing dg output to 'final_results.tsv'\n",
+      "\u001b[?25lLoading results:  ▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇▇  54/54 files\u001b[?25h\n",
+      "writing dg output to 'tyk2_dg.tsv'\n",
       "ligand\tDG(MLE) (kcal/mol)\tuncertainty (kcal/mol)\n",
       "lig_ejm_31\t-0.09\t0.06\n",
       "lig_ejm_42\t0.7\t0.1\n",
@@ -3300,132 +3231,296 @@
      "name": "stderr",
      "output_type": "stream",
      "text": [
-      "/Users/hannahbaumann/.local/share/mamba/envs/openfe/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=68413) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
+      "/Users/hannahbaumann/.local/share/mamba/envs/openfe_dev/lib/python3.13/pty.py:95: DeprecationWarning: This process (pid=46857) is multi-threaded, use of forkpty() may lead to deadlocks in the child.\n",
       "  pid, fd = os.forkpty()\n"
      ]
     }
    ],
    "source": [
-    "!openfe gather results/ --report dg -o final_results.tsv\n",
-    "!cat final_results.tsv"
+    "!openfe gather results/ --report dg -o tyk2_dg.tsv\n",
+    "!cat tyk2_dg.tsv"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "524015c7-6c42-4b84-98b9-361c17945fbe",
+   "id": "89fdb7e1-dd2c-48e4-98d7-3b8eb550a090",
    "metadata": {},
    "source": [
-    "# 5. Relative Free Energies with the OpenFE CLI"
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Learn more:** [Analysis of the Relative Hybrid Topology Protocol](https://docs.openfree.energy/en/stable/guide/protocols/relativehybridtopology.html#analysis) · [openfe gather](https://docs.openfree.energy/en/stable/reference/cli/gather.html) · [Working with networks of results](https://docs.openfree.energy/en/stable/guide/results/working_with_networks.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "11074a41-2827-48c5-9493-e0e4e2d94838",
+   "id": "524015c7-6c42-4b84-98b9-361c17945fbe",
    "metadata": {},
    "source": [
-    "You can also do all the above using the OpenFE command line interface – with no Python at all!\n",
+    "## 11. Analysing results with cinnabar\n",
     "\n",
-    "The entire process of running the campaign of simulations is split into 3 stages; each of which corresponds to a CLI command:\n",
+    "[cinnabar](https://cinnabar.openfree.energy/en/latest/) analyses networks of free energy results. It is what `openfe gather --report dg` uses for the MLE, and it also provides comparisons with experiment and plotting.\n",
     "\n",
-    "1. Setting up the necessary files to describe each of the individual simulations to run.\n",
+    "### Loading the results\n",
     "\n",
-    "2. Running the simulations.\n",
-    "\n",
-    "3. Gathering the results of separate simulations into a single table.\n",
-    "\n",
-    "For more details, please visit our tutorial: [Relative binding free energies with the OpenFE CLI](https://docs.openfree.energy/en/latest/tutorials/rbfe_cli_tutorial.html)."
+    "We need the calculated ΔΔG values and, to compare with experiment, the experimental ΔG values. The experimental TYK2 data comes from the [openfe-benchmarks](https://github.com/OpenFreeEnergy/openfe-benchmarks) repository:"
    ]
   },
   {
-   "cell_type": "markdown",
-   "id": "68cc5f26-71e2-4135-b72b-6c5a4a1d4072",
+   "cell_type": "code",
+   "execution_count": 32,
+   "id": "04907653-a4ad-4598-b7ee-02e52a9a0868",
    "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/html": [
+       "<div>\n",
+       "<style scoped>\n",
+       "    .dataframe tbody tr th:only-of-type {\n",
+       "        vertical-align: middle;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe tbody tr th {\n",
+       "        vertical-align: top;\n",
+       "    }\n",
+       "\n",
+       "    .dataframe thead th {\n",
+       "        text-align: right;\n",
+       "    }\n",
+       "</style>\n",
+       "<table border=\"1\" class=\"dataframe\">\n",
+       "  <thead>\n",
+       "    <tr style=\"text-align: right;\">\n",
+       "      <th></th>\n",
+       "      <th>ligand_i</th>\n",
+       "      <th>ligand_j</th>\n",
+       "      <th>DDG(i-&gt;j) (kcal/mol)</th>\n",
+       "      <th>uncertainty (kcal/mol)</th>\n",
+       "    </tr>\n",
+       "  </thead>\n",
+       "  <tbody>\n",
+       "    <tr>\n",
+       "      <th>0</th>\n",
+       "      <td>lig_ejm_31</td>\n",
+       "      <td>lig_ejm_42</td>\n",
+       "      <td>0.80</td>\n",
+       "      <td>0.20</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>1</th>\n",
+       "      <td>lig_ejm_31</td>\n",
+       "      <td>lig_ejm_46</td>\n",
+       "      <td>-0.89</td>\n",
+       "      <td>0.08</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>2</th>\n",
+       "      <td>lig_ejm_31</td>\n",
+       "      <td>lig_ejm_47</td>\n",
+       "      <td>0.00</td>\n",
+       "      <td>0.20</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>3</th>\n",
+       "      <td>lig_ejm_31</td>\n",
+       "      <td>lig_ejm_48</td>\n",
+       "      <td>0.60</td>\n",
+       "      <td>0.10</td>\n",
+       "    </tr>\n",
+       "    <tr>\n",
+       "      <th>4</th>\n",
+       "      <td>lig_ejm_31</td>\n",
+       "      <td>lig_ejm_50</td>\n",
+       "      <td>1.00</td>\n",
+       "      <td>0.05</td>\n",
+       "    </tr>\n",
+       "  </tbody>\n",
+       "</table>\n",
+       "</div>"
+      ],
+      "text/plain": [
+       "     ligand_i    ligand_j  DDG(i->j) (kcal/mol)  uncertainty (kcal/mol)\n",
+       "0  lig_ejm_31  lig_ejm_42                  0.80                    0.20\n",
+       "1  lig_ejm_31  lig_ejm_46                 -0.89                    0.08\n",
+       "2  lig_ejm_31  lig_ejm_47                  0.00                    0.20\n",
+       "3  lig_ejm_31  lig_ejm_48                  0.60                    0.10\n",
+       "4  lig_ejm_31  lig_ejm_50                  1.00                    0.05"
+      ]
+     },
+     "execution_count": 32,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
    "source": [
-    "## 5.1. Setup\n",
-    "\n",
-    "The setup, as described above, can also be carried out using the CLI command `openfe plan-rbfe-network`.\n",
+    "import json\n",
+    "import urllib.request\n",
     "\n",
-    "`openfe plan-rbfe-network -M inputs/tyk2_ligands.sdf -p inputs/tyk2_protein.pdb -o tyk2_json/`\n",
+    "import pandas as pd\n",
     "\n",
-    "This command plans a relative binding free energy network and saves it as JSON files for the `openfe quickrun` command.\n",
+    "calculated = pd.read_csv(\"tyk2_ddg.tsv\", sep=\"\\t\")\n",
     "\n",
-    "By default, this tool makes the following choices:\n",
-    "\n",
-    "* Atom mappings performed by Kartograf\n",
-    "* Minimal spanning network as the network planner, with LOMAP default score as the weight function\n",
-    "* Water as solvent, with NaCl counter ions at 0.15 M concentration.\n",
-    "* Protocol is the OpenMM-based relative hybrid topology protocol, with   default settings.\n",
+    "experimental_url = (\n",
+    "    \"https://raw.githubusercontent.com/OpenFreeEnergy/openfe-benchmarks/main/\"\n",
+    "    \"openfe_benchmarks/data/benchmark_systems/jacs_set/tyk2/experimental_binding_data.json\"\n",
+    ")\n",
+    "with urllib.request.urlopen(experimental_url) as response:\n",
+    "    experimental = json.load(response)\n",
     "\n",
-    "These choices can be customized by creating a settings yaml file, which is\n",
-    "passed in via the ``-s settings.yaml`` option. For more details, please visit our user guide section about [Customising CLI planning with yaml settings](https://docs.openfree.energy/en/latest/guide/cli/cli_yaml.html)"
+    "calculated.head()"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "26fef157-6989-406d-b719-0ed597ef820e",
+   "id": "7477fd2f-fc45-438a-9456-243b5e595d69",
    "metadata": {},
    "source": [
-    "## 5.2. Execution\n",
-    "\n",
-    "You can run each leg individually by using the `openfe quickrun` command. It takes a transformation JSON as input, and the flags `-o` to give the final output JSON file and `-d` for the directory where simulation results should be stored. For example,\n",
-    "\n",
-    "`openfe quickrun tyk2_json/lig_ejm_31_lig_ejm_47_complex.json -o results_complex.json -d working-directory`\n",
+    "Both are added to a cinnabar `FEMap`, which holds the network of calculated and experimental values. The experimental data names ligands without the `lig_` prefix, so we add it back to match our ligand names:"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 33,
+   "id": "e6a2b311-9e49-443e-9006-d9c59e9bb6cd",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 1000x1000 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "from cinnabar import FEMap, plotting\n",
     "\n",
-    "`openfe quickrun tyk2_json/lig_ejm_31_lig_ejm_47_solvent.json -o results_solvent.json -d working-directory`\n",
+    "fe_map = FEMap()\n",
     "\n",
-    "## 5.3. Analysis\n",
+    "for _, row in calculated.iterrows():\n",
+    "    fe_map.add_relative_calculation(\n",
+    "        labelA=row[\"ligand_i\"],\n",
+    "        labelB=row[\"ligand_j\"],\n",
+    "        value=row[\"DDG(i->j) (kcal/mol)\"] * unit.kilocalories_per_mole,\n",
+    "        uncertainty=row[\"uncertainty (kcal/mol)\"] * unit.kilocalories_per_mole,\n",
+    "        source=\"openfe\",\n",
+    "    )\n",
     "\n",
-    "To gather the \n",
-    " estimates into a single file, use the `openfe gather` command from within the working directory used above:\n",
+    "for ligand in ligands:\n",
+    "    fe_map.add_experimental_measurement(\n",
+    "        label=ligand.name,\n",
+    "        value=experimental[ligand.name.removeprefix(\"lig_\")][\"dg\"][\"magnitude\"] * unit.kilocalories_per_mole,\n",
+    "        uncertainty=0.0 * unit.kilocalories_per_mole,\n",
+    "        source=\"experimental\",\n",
+    "    )\n",
     "\n",
-    "`openfe gather results/ --report dg -o final_results.tsv`\n",
+    "fe_map.draw_graph()"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "acbe80a2-f330-4464-a31f-aaac7f51a7c6",
+   "metadata": {},
+   "source": [
+    "### Relative free energies\n",
     "\n",
-    "This will write out a tab-separated table of results, where the results reported are controlled by the `--report` option:\n",
+    "First we compare each calculated ΔΔG with the experimental ΔΔG for the same edge. Points on the diagonal indicate perfect agreement, and the shaded bands mark ±0.5 and ±1 kcal/mol."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 34,
+   "id": "8af7ef81-5548-4408-ae44-d1f5503f3133",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 500x500 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "plotting.plot_DDGs(fe_map, source=\"openfe\", figsize=5, title=\"TYK2 relative binding free energies\")"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "7d3bd710-957f-48aa-bf5e-14262399eaf8",
+   "metadata": {},
+   "source": [
+    "### Binding free energies per ligand\n",
     "\n",
-    "* `dg` (default) reports the ligand and the results are the maximum likelihood estimate of its absolute free, and the associated uncertainty from DDG replica averages and standard deviations.\n",
+    "To rank compounds, we combine the ΔΔG values into a ΔG per ligand with the MLE. Because MLE values are centred on 0, we shift them by the mean experimental ΔG to place both on the same scale:"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 35,
+   "id": "89ae8f5c-37c8-41a2-ba7b-d93c5d509dfa",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 500x500 with 1 Axes>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "fe_map.generate_absolute_values()\n",
     "\n",
-    "* `ddg` reports pairs of ligand_i and ligand_j, the calculated relative free energy DDG(i->j) = DG(j) - DG(i) and its uncertainty.\n",
+    "absolute = fe_map.get_absolute_dataframe()\n",
+    "experimental_mean = absolute[absolute[\"source\"] == \"experimental\"][\"DG (kcal/mol)\"].mean()\n",
     "\n",
-    "* `raw` reports the raw results, giving the leg (vacuum, solvent, or complex), ligand_i, ligand_j, the raw DG(i->j) associated with it."
+    "plotting.plot_DGs(fe_map, source=\"MLE\", figsize=5, shift=experimental_mean, title=\"TYK2 binding free energies\")"
    ]
   },
   {
    "cell_type": "markdown",
-   "id": "c3a26c6b-c958-4607-a191-f84c626d2db1",
+   "id": "4fed0727-56db-4e80-977e-22aa367c5ee0",
    "metadata": {},
    "source": [
-    "# 6. Useful References for Getting Started"
+    "<div class=\"alert alert-block alert-info\">\n",
+    "\n",
+    "**Cycle closure.** In a network with cycles, such as the LOMAP network from section 6, the ΔΔG values around each closed cycle should sum to zero, which gives a useful consistency check on the results. The minimal spanning tree used here has no cycles.\n",
+    "\n",
+    "**Learn more:** [cinnabar documentation](https://cinnabar.openfree.energy/en/latest/) · [Plotting results with cinnabar](https://docs.openfree.energy/en/stable/tutorials/plotting_with_cinnabar.html)\n",
+    "\n",
+    "</div>"
    ]
   },
   {
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    "source": [
-    "In our [documentation](https://docs.openfree.energy/en/latest/index.html), \n",
-    "we provide tutorials for every protocol to walk you through setup, execution and analysis step by step.\n",
+    "## 12. Next steps\n",
     "\n",
-    "* [RBFE CLI tutorial](https://docs.openfree.energy/en/latest/tutorials/rbfe_cli_tutorial.html)\n",
-    "* [RBFE Python tutorial](https://docs.openfree.energy/en/latest/tutorials/rbfe_python_tutorial.html)\n",
-    "* [AHFE tutorial](https://docs.openfree.energy/en/latest/tutorials/ahfe_tutorial.html)\n",
-    "* [MD tutorial](https://docs.openfree.energy/en/latest/tutorials/md_tutorial.html)\n",
-    "* [ABFE tutorial](https://docs.openfree.energy/en/latest/tutorials/abfe_tutorial.html)\n",
-    "* [RBFE using a Separated Topologies (SepTop) approach tutorial](https://docs.openfree.energy/en/latest/tutorials/septop_tutorial.html)\n",
+    "In this showcase we planned a TYK2 RBFE campaign with the Python API: assigning partial charges, mapping and scoring ligand pairs, building a ligand network, configuring the protocol and writing out the transformations. We then gathered precomputed results and compared them with experiment using cinnabar.\n",
     "\n",
-    "In addition to the tutorials, you can find [cookbooks](https://docs.openfree.energy/en/latest/cookbook/index.html), written as How-to guides on how to utilize different components of the toolkit, as well as a [User Guide](https://docs.openfree.energy/en/latest/guide/index.html) that goes into the underlying concepts of the OpenFE toolkit.\n",
+    "To go further:\n",
     "\n",
-    "For details about the toolkit's core methods and classes, please visit our [API Reference](https://docs.openfree.energy/en/latest/reference/index.html) or our [Github page](https://github.com/OpenFreeEnergy/openfe).\n",
+    "* **Step-by-step tutorials:** [RBFE with the CLI](https://docs.openfree.energy/en/stable/tutorials/rbfe_cli_tutorial.html), [RBFE with the Python API](https://docs.openfree.energy/en/stable/tutorials/rbfe_python_tutorial.html), and tutorials for the [other protocols](https://docs.openfree.energy/en/stable/tutorials/index.html).\n",
+    "* **Choosing a protocol and checking what it supports:** [Protocols](https://docs.openfree.energy/en/stable/guide/protocols/index.html).\n",
+    "* **How-to guides** for individual tasks: the [Cookbook](https://docs.openfree.energy/en/stable/cookbook/index.html).\n",
+    "* **Analysing trajectories:** [openfe-analysis](https://openfe-analysis.openfree.energy/en/latest/) loads the simulation trajectories into MDAnalysis.\n",
     "\n",
-    "To learn more about the project, our team and how you can get involved, please visit our [Homepage](https://openfree.energy/) or get in touch at OpenFreeEnergy@omsf.io."
+    "To learn more about the project, visit [openfree.energy](https://openfree.energy/), or ask questions on the [OpenFE discussions board](https://github.com/orgs/OpenFreeEnergy/discussions)."
    ]
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@@ -3449,7 +3544,7 @@
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