{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Visualizing data\n",
    "================\n",
    "\n",
    "With your data loaded using an RNAvigate `Sample` object, you can start\n",
    "creating visualizations and analyses. This document will show you what types of\n",
    "plots can be created and where to find more information.\n",
    "\n",
    "Contents:\n",
    "\n",
    "- [Alignment plots](#alignment-plots)\n",
    "- [Skyline plots](#skyline-plots)\n",
    "- [Profile plots](#profile-plots)\n",
    "- [Arc plots](#arc-plots)\n",
    "- [Arc comparison plots](#arc-compare-plots)\n",
    "- [Circle plots](#circle-plots)\n",
    "- [Secondary structure diagrams](#secondary-structure-diagrams)\n",
    "- [Interactive 3d molecule renderings](#interactive-3d-molecule-renderings)\n",
    "- [Distance distribution histograms](#distance-distribution-histograms)\n",
    "- [Heatmaps and contour maps](#heatmaps-and-contour-maps)\n",
    "- [Linear regression plots](#linear-regression-plots)\n",
    "- [Receiver operator characteristic curves](#receiver-operator-characteristic-curves)\n",
    "- [Shapemapper2 quality control plots](#shapemapper2-quality-control-plots)\n",
    "- [Shapemapper2 profiles](#shapemapper2-profiles)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import rnavigate as rnav\n",
    "from rnavigate.examples import tpp, rnasep_1, rnasep_2, rnasep_3\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Alignment plots\n",
    "--------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/alignment.ipynb)\n",
    "\n",
    "Alignment plots visualize how two sets data will be positionally aligned in\n",
    "RNAvigate plots. It is a good idea to check the automatic alignment if two\n",
    "sequences differ significantly. For the most part, this is not necessary for\n",
    "deletion or point mutants or subsequences.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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16zFx4kQEBARg8ODB6NmzJ0xNTZGWlobIyEjk5uZi27ZtVV5xq86gQYMgk8lw/Phx0fNaUi4uLjA3N8cXX3yBR48eoXnz5rh27RoiIiIgl8tRVFSE3Nxctc+9aSMpKQk3btyAi4uLyl86UOf7779HZmYmunXrhtOnTyM2NhZvvfWW8ti/8cYbiIiIQEhICO7evYsuXbrgzJkzaotYAGjSpAlmzZqFwMBAWFhYYO/evbh16xZWrVql0594IiKiF4cFWC2NGjUKkZGR8Pb2Ft0+qsrMmTORlpaGtWvXws/Pr9oCzMnJCXv27EFISAh2796NgoIC2NnZYeHChZgwYYJWRcyjR4/w8ccfK6flcjmaN28Od3d3BAYGVnkVqTIPDw+YmZnB0NCw2l8/VsR88OBBbN26FSdOnMDJkydRVFSEFi1aYMCAAZg+fTpat26tsU11mjRpgt69e+PkyZPVFp/W1tbYvHkz1q5di61bt8LQ0BBt2rTBvHnzYGlpiY8//hinT5+u8k9XaRIbG4vQ0FCsWrVKqwIsLCwM//nPf3Do0CG0bt0aCxcuxLvvvqtcbmhoiG+//RahoaHYv38/Dh48iC5dumDLli2iX0ZW6NGjBwYNGoSvv/4aGRkZ6Nixo8offCciovrNQKiLt3kSkYoFCxYgIiIC58+fh7m5+YsOh4iI6hE+A0ZERESkZyzAiIiIiPSMBRgRERGRnvEZMCIiIiI94xUwIiIiIj1jAUZERESkZyzAiIiIiPSMBVgN5eXlwcvLC+Hh4S86lHqnvLwce/bsga+vL5ydnTFw4EAsXLgQDx8+VK5TUFCAlStXol+/fujatStGjx6NkydPvsCoXx6hoaFQKBSivwnJfOrm+vXrmDp1KlxcXNCrVy9MnToVN27cUC5nPnV3/Phx+Pv7w9nZGYMGDcLy5cuRl5enXM6cEomxAKuBnJwcTJkyRe0fRSZg06ZNWLx4MTw8PLBx40bMmjULp06dwpgxY5QfyPPnz8fevXvx3nvvYcOGDbCwsMD06dNx5cqVFxt8PXf16lVs2rRJZT7zqb2kpCSMGzcOeXl5WLt2LZYvX46MjAwEBgYq/1g786mb06dPY8aMGbCyskJISAimTZuGyMhIzJkzBxW/82JOiSQE0lp5ebkQFRUl9OvXT3B1dRUcHR2FHTt2vOiw6pWioiKha9euwuLFi0XzL1++LDg6Ogo//PCD8r/379+vXF5SUiIMHz5cmDRpkr5Dfmnk5+cLPj4+Qv/+/QVHR0fhzp07giAIzKeOJk6cKAwbNkwoKipSzktNTRX69u0rREVFMZ818NFHHwlubm6inP7www+Co6Oj8McffzCnRGrwCpgO0tPTMX/+fLi7uyMsLOxFh1MvPX36FKNHj8aIESNE8x0cHAAAmZmZSEhIgEwmg5eXl3K5TCaDt7c3zpw5g+LiYr3G/LJYtWoVTExMEBgYKJrPfGrv8ePHOH36NMaOHQtjY2PlfFtbW5w4cQLDhg1jPmuguLgYDRs2FOXUysoKwPOcM6dEqliA6cDS0hLR0dFYvXo1mjRp8qLDqZeaNm2KRYsWoUePHqL50dHRAACFQoE///wTLVq0gImJiWgdOzs7lJaWIjU1VW/xvizi4uIQGRmJ4OBgyGQy0TLmU3s3b95EeXk5WrVqhUWLFsHV1RVOTk6YPHkyUlJSADCfNTFhwgRkZWUhJCQET548wc2bN7Fx40Y4ODigW7duzCmRGizAdGBmZgZbW9sXHcZLJzk5GcHBwXB0dISPjw9yc3PRuHFjlfXMzMwAALm5ufoOsV7LysrCJ598gg8//BAdO3ZUWc58aq/iGa/FixcjLy8P69atw+rVq5Gamopx48bh4cOHzGcNuLq6Yvbs2di4cSNcXV3x+uuvIz8/H5s3b4ZcLmdOidSQaV6FqOYSExMxbdo0NGjQAKGhoZDJZBAEAQYGBlVuY2RkpMcI679///vf6NChg8qtxwrMp/ZKSkoAAO3atcP69euV81955RWMGDEC4eHhzGcNLF26FLt27cLEiRPRv39/ZGVlYdOmTQgICMDOnTuZUyI1WIDRXyYmJgZBQUGwtrZGWFgY7OzsAACNGzdGWlqayvr5+fkAgEaNGuk1zvps165dOH/+PPbt24fy8nLlP+D56z7KysqYTx1U5GLgwIGi+Q4ODmjbti0SExOZTx1lZmZi586dGD9+PIKCgpTz3dzc4O3tja+++oo5JVKDtyDpL7FlyxbMmTMHHTp0wO7du5XFFwDY29sjIyMDRUVFom1u376NBg0awMbGRt/h1lsHDx5Efn4+vL290blzZ3Tu3BkrVqwAAHh7eyMwMJD51EG7du0AQO1D3yUlJTAxMWE+dXTv3j0IgqDy3GfTpk3Rvn17/PHHH8wpkRoswKjOhYeHIzg4GAMHDsSOHTtgbW0tWu7p6YmSkhIcOXJEOa+0tBRHjhyBm5ub6JdU/3RLlizBTz/9JPo3efJkAM/ft7ZkyRLmUwcODg6ws7NDVFQUysrKlPMTExORkZGBnj17Mp86srOzg0wmw8WLF0Xzc3JycPv2bdjY2DCnRGrwFiTVqfT0dKxevRotW7bE5MmTkZSUJFrevHlzODs7o3///vjkk0+QnZ0NW1tbhIeHIzU1FStXrnxBkddP9vb2KvN+/fVXAICjoyPatm0LAMynDhYsWIBZs2Zh+vTpCAgIQE5ODtavXw87Ozu89dZbMDU1ZT51YGVlhUmTJmHLli0wMjLCgAEDkJ2djW+++QYAMG3aNDg4ODCnRBIGgvD/v6aYdHL37l14eXlh0aJFGD9+/IsOp97Yvn278haZOpMmTUJQUBDy8/Px+eefIzo6GgUFBejUqRM++ugjuLq66jHal1N4eDiWLVuGuLg4ZQHGfOrm9OnTCAkJQWJiIho2bAhPT08EBQWhadOmAJhPXQmCgF27dmHnzp24ffs2rK2t4eLigrlz5yp/Oc6cEomxACMiIiLSMz4DRkRERKRnLMCIiIiI9IwFGBEREZGesQAjIiIi0jMWYERERER6xgKMiIiISM9YgBERERHpGQswIiIiIj1jAVYDTk5OcHJyetFhvJSYu7rFfNYt5rNuMZ9EVWMBRkRERKRnLMCIiIiI9IwF2AswZswYjBkz5h+5z7/Cy9J35rP+7/Ov8LL0/WXJJ9HfBQswIiIiIj1jAUZERESkZyzAiIiIiPSMBRgRERGRnrEAIyIiItIzA0EQhBcdBBEREdE/iexFB/CyEQQBhZs2ofTXXwGZDKafforin39WTpt99hnCLppjS3QRwj9uhI5tjIBrcUDaNUAQcLztbJiby+FsD+xJADw6A62tIFpHGDQZhdvCq2xDXZsGzZqJ4roY+DksrE3+186rAix3bxJtY5h5TdkmvKYAyefE0yaNq429sSnQ0hLivqRX39dWluL8SeOQ9l2bfkjzvflQoWham2NWOQZt467cbofWhtUuVxeXdPr4b4C5qTifUWcLqxxL6o6R9DhqzKekjXuPjFRikI5PeE3B5mPy6uOqFENN8qk2Dh3HlqZzU10b0nxrPEbanFeSY7S5fBK2xKHK8anzOaEmbk1jXpvPLU3nkTQOtZ8HasYOTBq/4E9xovqBBZiOSs+cQen162gUGgoAKDl9WjSNsjIk/FYCV4UM8b+VoKNpJpB8HhgxFzA0BK4bqe700T3ROqVnzlXbhro2pXEZXBffXTa6JF6O7HRxXI8yxNMwUIlLbeyVyJ5qXl8apzQOad819kOa7zZGKtMaj5k0F9rELWm3XdplneOSTqtT7VhSd4wkx1FTPqVtdFAXh7QNGCDht4Kq45KOpRrkUxpHTcaWpnNTXV91PUYazys1xyhhbSFcFYZVjk9dzwl1cWvKhcbPLS3OI3VxqFAzdojouTp7Biw+Ph6HDx9GcnJynUzX132Wp6fDyN4eJWfOIHfGDJScOyeavnv8CtKzyzF2gDESrpUCudmAeVNA3gAwkgMGalIuWaf8/v1q21CZPn9eJa7yrCxRE4YZ4uVlv54Xx/XssXjaSKZd7JXInmleXxqnNA5p3zX1Q5rvzEfl4vxrccxUcqFF3NJ2NS2XxqUuTqmsJ+XVjyV1x0hyHDXlU6UNdSRtZD41rD4u6ViqQT7rYmxpPDc15FubY6TxvJIco8ynRkjPqX586npOqDuGmnKhKTfanEfSONSSjI34k6deis957pP71HaftVFnV8A8PT3rdLq+7tOwdWsUHz8OkzlzUHrhAgxMTFCamKicPplmirIyYN3eQtzLLkeOYAmrp1lASRFgaAS5oSHyCw1RWgYUlQDGMgCNrIBK6xi2bFFtG9JpFBWpxCUvK0J+IZTtGLZujbJz/1suCDJRmzC1EE9DNS5p7E3lELVh0NgKuFF9X6VxSuOQ9l1TP6T5PniuWDT94HE5LDUcM2kM2sQtbTe3Wys0SNE+LnVxymWGor5eSi6pdiypO0bS46gpn9I2SssE5BcaVDs+469qiEsSQ03yKY2jJmNL07kpbUOaC22OkcbzSnKM4q+Waxyfup4T0ri1GfOacqPNeSSNQ/p5oG7sePZ1f16U1uFn8svy3cF9/j33WRt8CF9HQnk5CkJDUZaYCBgYoOGsWSg5elQ5/X8OSzCwTxP4eTTAnE35GNBFBj/zBOUzENlu0xF3wwwFRUAba8CrG2BgAODqEdEzHwVh31fZhnTa5P33YfTKK6K4nk3/F47nOyjbGdSlHIUbQ0XbyMru/+/ZjMFTgT/OiqdNGoviksbe3R745SrEfblW9fpe3QAI4vxJ45D2XVM/pPnOfFSOMZ7GovyPcpdXe8ykMWgTt8pxdjLEa5c3ax2Xujj7d22AuEr5/O+pfAzoKqtyLKk7RtLjqCmf0jY8OssBQ+Nqx+ec1MkY0L1h9XFViqEm+VQbh45jS9O5KW1DmgttjpFW51WlYzTnog8GeNrAb6B5leNT13NC3TjRNOY15Uab80gah9rPA8nYUeaDiFiAEREREekb3wNGREREpGcswIiIiIj0jAUYERERkZ6xACMiIiLSMxZgRERERHrGAoyIiIhIz1iAEREREekZ/xakDpYsWfKiQyAieil99tlnLzoEonqFV8CIiIiI9IwFGBEREZGesQAjIiIi0jMWYERERER6xgKMiIiISM9YgBERERHpGQswIiIiIj1jAUZERESkZyzAiIiIiPSMBRgRERGRnrEAIyIiItIzFmBEREREesYCjIiIiEjPDARBEF50EERERET/JLwCRkRERKRnLMCIiIiI9IwFGBEREZGesQAjIiIi0jMWYERERER6xgKMiIiISM9YgBERERHpGQswIiIiIj2T1cVOBEFA4aZNKP31V0Amg+mnn6L455+V02affQbDzGtA2jVAEACvKYBJY+BanHLe8bazYW4uh7M9sCcBaGwKtLSEctqjM9A6/X/rC4Mmo3BbuKgNg2bNdI8j+ZxoevMxObZEFyH840bo2MYImw8Viqa16WvYRXPRNtX106Mz0NoKonWkfZO2oa5Nad8vBn4OC2uT/7XzqgDL3Zt0ykVtj5G6vrayFOdPGoe079r0Q5rvmhyzyjFoG3fldju0Nqx2ubq4pNPHfwPMTcX5jDpbWOVYUneMpMdRYz4lbdx7ZKQSg3R8qjtPqouhJvlUG4eOY0vTuamuDWm+NR4jbc4ryTHaXD4JW+JQ5fjU+ZxQE7emMa/N55am80gah9rPA8nYUfv5p+FzXeO4UDM+qzsHpH1Xl88/7qmei5ri1HTcNcVRF33V5jus8rQ2bdTk+8iwefO//Ptd3XGrvA9N40CbfWqKU3mcX2QBVnrmDEqvX0ej0FAAQMnp06JpZKcDyeeBEXMBQ0MABsCje+J5142qD/SpeP3SM+fEbZSV6R7HowyVuBJ+K4CrQob430rQsY0REn4rEU1rbKOsTLyNaabmfj6qvm/SNtS1KY3L4Lr44qbRpTM656K2x0jd+tI4pXFI+66xH9J81+SYSXOhTdySdtulXdY5Lum0OtWOJXXHSHIcNeVT2kYHdXFI25CeJ9K4pGOpBvmUxlGTsaXp3FTXV12PkcbzSs0xSlhbCFeFYZXjU9dzQl3cmnKh8XNLi/NIXRwqNHyGaPO5rvP41HAOSPuuTT80xqnFcdcUR130VZvvMF3bqMn3kT6+36XHTeUzQsM40GafmuIEDKpdX5M6uQVZnp4OI3t7lJw5g9wZM1By7pxouuzX84B5U0DeADCSA0YyIDdbPM9AQ8efidcvv39f3Ob587rH8eyxaDrzqSHSs8sxdoAxEq6VIvNRuWham77ePX5FvI02/czV0DdJGyrTavpenpUlPtAZ6Trloi6Okbr1pXFK45D2XVM/pPmuyTFTyYUWcUvb1bRcGpe6OKWynpRXP5bUHSPJcdSUT5U21JG0IT1PNMVQk3zWxdjSeG5qyLc2x0jjeSU5RplPjZCeU/341PWcUHcMNeVCU260OY+kcail4TNE0+e6pmOmtg0N54C079r0Q1Oc2nzHaYqjLvqq6TtMmzFdF99H+vh+lx43lc8ITeNAi31qihNGtbuGVScFmGHr1ihLSYG8Tx/InJxg2KiRaFoQZMDTLKCkCCgrff6vkZVontywHPmFQGkZUFQCNJBDNG3QWLy+YcsWojZQVKR7HKYWoun4q0UoKwPW7S3EzfQyHDxXLJp+8LhcYxsn00xF2+QIltX201gGlVxI+yZtQzqtru/ysiJRO9LlmnJRF8dIXV81xSHtu6Z+SPNdk2MmjUGbuKXt5lq00ikudXHKZeJ8XkouqXYsqTtG0uOoKZ/SNkrLBI3jU3qeqMQliaEm+ZTGUZOxpenclLYhzYU2x0jjeSU5RtLcqRufup4T0ri1GfOacqPNeSSNQ/p5oG7sSI+bps91TcdMXRuazgFp36X9MJZB5ThrilOb7zhNcdRFXzV9h0mntWmjJt9H+vh+lx436T40jQNt9qkpTpRVUcRqqU7+GLdQXo6C0FCUJSYCBgZoOGsWSo4eVU6bvP8+ZGX3/3ffdPDU5/dNrx5Rzst2m464G2YoKALaWAPd7YFfrkI57dUNMLj2v/WFQZNREPa9qA2jV17RPY4/ziqn56ROxoDuDeHn0QBzNuUj81E5xngaK6cHdJFhlLu82jb+z2EJBvZpItrGzzyhyn56dQMMDCDKhbRv0jbU9Uva92fT/4Xj+Q7KdgZ1KUfhxlCtc1EXx0hdXyGIx4o0DmnfNfVDmu+aHDNpDNrErXKcnQzx2uXNWselLs7+XRsgrlI+/3sqHwO6yqocS+qOkfQ4asqntA2PznLA0Lja8Sk9T9TGVSmGmuRTbRw6ji1N56a0DWkutDlGWp1XlY7RnIs+GOBpA7+B5lWOT13PCXXjRNOY15Qbbc4jaRxqPw8kY0ft5181n+tajQtJG5rOAWnfpf3w6gbk5EJ0nLX5/tH0Hacpjrroq6bvMOm0Nm3U5PtI1rnzX/79ru64Vd6HpnGgzT41xak8zi+yAAMAJycnAMBvv/1W432MGTMGALB79+66COml2mdd5E/qZek781n/98l8Mp/1eZ/MJ/NZn/dZFb6GgoiIiEjPWIARERER6RkLMCIiIiI9YwFGREREpGcswIiIiIj0rF79CvKfjPmrW8xn3WI+6xbzWbeYz7rFfOoHr4ARERER6RkLMCIiIiI9q7NbkERERESkHV4BIyIiItIzFmBEREREesYCjIiIiEjPWIARERER6RkLMCIiIiI9YwFGREREpGcswIiIiIj0rE4LsLy8PHh5eSE8PLwud/u3UV5ejj179sDX1xfOzs4YOHAgFi5ciIcPHyrXKSgowMqVK9GvXz907doVo0ePxsmTJ19g1C+H0NBQKBQK3L17VzmPudTd9evXMXXqVLi4uKBXr16YOnUqbty4oVzOnOrm+PHj8Pf3h7OzMwYNGoTly5cjLy9PuZz51Kyq7xVtc3fmzBm8/fbb6N69O9zd3bFs2TLk5+frK/x6p6p8pqWl4aOPPoKnpyecnZ3x5ptv4uDBgyrbM591p84KsJycHEyZMkX0BUhimzZtwuLFi+Hh4YGNGzdi1qxZOHXqFMaMGaP8UJ4/fz727t2L9957Dxs2bICFhQWmT5+OK1euvNjg67GrV69i06ZNKvOZS90kJSVh3LhxyMvLw9q1a7F8+XJkZGQgMDAQWVlZAJhTXZw+fRozZsyAlZUVQkJCMG3aNERGRmLOnDmoeP8181m96r5XtMnd1atXMXXqVFhbW2PDhg2YPn06fv75Z8ybN0+Pvag/qspndnY23nnnHfzxxx8ICgpCSEgIFAoF5s6di++//165HvNZx4RaKi8vF6KiooR+/foJrq6ugqOjo7Bjx47a7vZvp6ioSOjatauwePFi0fzLly8Ljo6Owg8//KD87/379yuXl5SUCMOHDxcmTZqk75BfCvn5+YKPj4/Qv39/wdHRUbhz544gCAJzWQMTJ04Uhg0bJhQVFSnnpaamCn379hWioqKYUx199NFHgpubmyifP/zwg+Do6Cj88ccfzGc1NH2vaJu7SZMmCUOHDhXKysqU8w4cOCA4OjoKly9f1ktf6gNN+QwNDRU6d+4sZGRkiLabNGmS0KdPH9E081l3an0FLD09HfPnz4e7uzvCwsLqoib8W3r69ClGjx6NESNGiOY7ODgAADIzM5GQkACZTAYvLy/lcplMBm9vb5w5cwbFxcV6jfllsGrVKpiYmCAwMFA0n7nUzePHj3H69GmMHTsWxsbGyvm2trY4ceIEhg0bxpzqqLi4GA0bNhTl08rKCsDzfDOfVdP0vaJN7oqLi3H27FkMHjwYhob/+6obPHgw5HI5jh07po+u1Aua8tmmTRsEBgaiRYsWovkODg7Izs5GSUkJ8/kXqHUBZmlpiejoaKxevRpNmjSpg5D+npo2bYpFixahR48eovnR0dEAAIVCgT///BMtWrSAiYmJaB07OzuUlpYiNTVVb/G+DOLi4hAZGYng4GDIZDLRMuZSNzdv3kR5eTlatWqFRYsWwdXVFU5OTpg8eTJSUlIAMKe6mjBhArKyshASEoInT57g5s2b2LhxIxwcHNCtWzfmsxqavle0yd2dO3dQUlKC9u3bi9Zp0KABWrRogVu3bv2VXahXNOVz5MiRmD9/vmhecXExjh49Cnt7e8jlcubzL1DrAszMzAy2trZ1Ecs/TnJyMoKDg+Ho6AgfHx/k5uaicePGKuuZmZkBAHJzc/UdYr2VlZWFTz75BB9++CE6duyospy51E3FM16LFy9GXl4e1q1bh9WrVyM1NRXjxo3Dw4cPmVMdubq6Yvbs2di4cSNcXV3x+uuvIz8/H5s3b4ZcLmc+q6Hpe0Wb3D19+hQAqlyv8o8h/u5q8j29YsUKpKWlYfbs2QDAfP4FZJpXob9CYmIipk2bhgYNGiA0NBQymQyCIMDAwKDKbYyMjPQYYf3273//Gx06dFC59ViBudRNSUkJAKBdu3ZYv369cv4rr7yCESNGIDw8nDnV0dKlS7Fr1y5MnDgR/fv3R1ZWFjZt2oSAgADs3LmT+awFbXJXVlZW7T4q30aj/ykrK8OSJUuwe/duTJkyBcOHDwcA5Q9HqsJ86o4F2AsQExODoKAgWFtbIywsDHZ2dgCe/59FWlqayvoVP/Ft1KiRXuOsr3bt2oXz589j3759KC8vV/4Dnr/qo6ysjLnUUUU+Bg4cKJrv4OCAtm3bIjExkTnVQWZmJnbu3Inx48cjKChIOd/NzQ3e3t746quvmM9a0CZ3FQWDuisz+fn5aq/k/NPl5uZi7ty5SEhIwMyZM/HBBx8ol5mbmwNgPusSCzA927JlCz7//HN06dIFX3/9NaytrZXL7O3tERcXh6KiIjRo0EA5//bt22jQoAFsbGxeRMj1zsGDB5Gfnw9vb2+VZd7e3nB1dUXPnj2ZSx20a9cOANQ++F1SUgITExOOTx3cu3cPgiCoPPPZtGlTtG/fHn/88Qd69+7NfNaQtmNRJpOpPEtXVFSEzMxM5Q+g6Ln79+9j8uTJSE1NxbJly+Dv7y9abmtry3zWMV4z1KPw8HAEBwdj4MCB2LFjh6j4AgBPT0+UlJTgyJEjynmlpaU4cuQI3NzcRL+m+idbsmQJfvrpJ9G/yZMnA3j+rrUlS5YwlzpycHCAnZ0doqKiRLduEhMTkZGRgZ49ezKnOrCzs4NMJsPFixdF83NycnD79m3Y2Ngwn7WgTe6MjY3h5uaG2NhYlJaWKteLjY1FSUkJPD09X0To9dLTp0/x7rvv4v79+/jmm29Uii8AzOdfgFfA9CQ9PR2rV69Gy5YtMXnyZCQlJYmWN2/eHM7Ozujfvz8++eQTZGdnw9bWFuHh4UhNTcXKlStfUOT1j729vcq8X3/9FQDg6OiItm3bAgBzqaMFCxZg1qxZmD59OgICApCTk4P169fDzs4Ob731FkxNTZlTLVlZWWHSpEnYsmULjIyMMGDAAGRnZ+Obb74BAEybNg0ODg7MZw1p+1k5e/ZsjBs3DjNmzMD48eORlpaG9evXY8iQIejatesL7EH98vnnnyM1NRUzZsxAo0aNVF4E3LVrVxgaGjKfdcxA0PRknQ7u3r0LLy8vLFq0COPHj6+r3f4tbN++HStWrKhy+aRJkxAUFIT8/Hx8/vnniI6ORkFBATp16oSPPvoIrq6ueoz25RMeHo5ly5YhLi5OWYAxl7o7ffo0QkJCkJiYiIYNG8LT0xNBQUFo2rQpAOZUF4IgYNeuXdi5cydu374Na2truLi4YO7cucpfpDGfmlX1vaJt7k6cOIH169fj5s2baNKkCYYNG4a5c+eiYcOG+u5KvaAun66urnjy5EmV21y6dEn5C1Pms+7UaQFGRERERJrxGTAiIiIiPWMBRkRERKRnLMCIiIiI9IwFGBEREZGesQAjIiIi0jMWYERERER6xgKMiIiISM9YgBERERHpGQswIiIiIj1jAUZERESkZ7X6Y9wLFixARESEVuveuHFD+TeoVIKQydCoUSM4OTlh4sSJ8PDwqLYNAwMDGBsbo1WrVvDy8sJ7772Hxo0ba4zz/PnzMDc317J3tbd3714sXLgQGzduxODBg5XzU1JS0L59+7+8/UGDBiE9PV00Ty6Xo0mTJujevTsmTZoEFxcXtTEDqPZveqakpOC1114DAKxatQp+fn7KZY8ePcK3336Lo0eP4t69e5DL5WjXrh2GDBmCgIAArf5mWOWxMmTIEHz55Zdq1xMEAZ6ennjw4AFGjRqF1atXa9x3Ve1UVt2YrK2QkBCEhoZi3759eOWVV+psv0RE9PKoVQE2ZswY9OnTRzl969YtfP311/D29oa3t3eV2/Xs2RP+/v7K6fLycjx48AA7duzAlClTEBoaKipYAGDhwoWwtLRUThcWFuLUqVMICwvDuXPn8OOPP0ImU9+dijhNTExq2tUa6dWrF9asWQMnJyflvODgYBw+fBhHjhzRSwyWlpbKggoAnj17hrS0NERERCAuLg7Lly/Hm2++qXbbw4cPV1mARUdHq53/8OFD+Pv7Iy8vD6NGjYK9vT0KCwtx6dIlrFu3DgcPHkR4eDgaNWqkdR/i4+NRWFiotnC7dOkSHjx4oPW+qlKTMUlERFRTtSrAnJ2d4ezsrJw+e/Ysvv76aygUCvj6+la5nY2Njdrl/fv3x8iRI7F27VqVL7vBgwejbdu2onljxozB+++/j5iYGMTExGDYsGFaxakvNjY2sLGxEc07ceIEysvL9RaDqamp2lxPnjwZ/v7++PTTT+Hk5ASFQiFabmtri4sXLyInJwdWVlYq20dHR8Pa2hrZ2dmi+Rs3bsSDBw8QGRmJDh06KOcHBgZi+/btWLFiBcLCwvDBBx9oFb+trS3S0tKQkJCgtqivKg5d1WRMEhER1VS9egasU6dO6NixI27duoUnT55otc3rr78O4PmVENJe06ZNsXz5cpSWluLbb79VWe7t7Y2ysjLExcWpLEtNTUVSUpLagujixYto1aqVqPiqMHbsWJiamup0rNzd3WFmZobDhw+rLBMEATExMdVeba2tmoxJIiIiTepVAQYAhobPQyorK6uz9RcsWACFQoGnT58CeP6ck0KhwNWrV7Fo0SL06dMHXbt2xdixY3H+/HmNbS5ZsgQKhQKpqakqy8aPH4++ffuitLRU2U7F7UaFQoGkpCSkp6dDoVAgJCQEwPNntebNm4eVK1eie/fucHNzw+XLlwE8v607d+5c9O7dG05OThg2bBi2bNmidX6q4+7ujhYtWiA+Pl7lqpyzszOaN2+OmJgYle2io6PRpEkTuLm5qSwzMzNDeno6jh8/rrJMLpfj7Nmz+P7777WO0djYGAMGDMCxY8dQUlIiWnblyhVkZGQon0WTioiIwDvvvIMePXrAyckJAwcOxLJly5CXl6d1+4DqGAsJCYFCocDevXs1bnv58mW8++67cHZ2Rt++fbF27VqUlpaK1jl79iwUCgXi4uKwevVq9O3bF927d8eECROQkpKC+/fvY/bs2XB2doaHhweWL1+O4uJi5fbFxcX4z3/+Ax8fH3Tp0gXu7u6YO3cubt26VWdtAMDRo0cxadIk9O7dG507d4aHhweCgoJEt4Ar2omOjsbSpUvh6uqKnj17Yvr06bh586ZOeSci+jur1S3IupaRkYFbt26hdevWam97qXPy5EkAED1npa0PP/wQLVq0wKxZs/DkyROEhYVhypQpOHbsmOh5M6mRI0di586diIqKwsyZM0XxX7hwAQEBAWqfR1uzZg2++OILFBQUYOHChaLbfr/88guaN2+OoKAgpKWloXPnzvj9998xbtw4GBgYYNy4ccpiKTg4GFeuXEFISAgMDAx07ndlCoUC8fHxuHv3LmxtbZXzDQwM4OPjg927dyM3N1f0I4fo6Gh4eXlBLper7M/f3x+XL1/GtGnT0KVLFwwYMAC9evWCs7MzjI2NYWxsrHOMQ4YMQVRUFE6fPg1PT09RHDY2NujcubPKNhs3bsSXX34JHx8fzJ8/H6Wlpfjll18QHh6OgoICrFy5Uqu21Y1Jb29v2NraqvyAQerSpUt49913YW1tjffeew+CIGDnzp3K/xGQWrp0KZo3b45Zs2bh7t272LZtG2bNmoWioiI4OztjwYIFiImJwY4dO5T7BIBly5bhp59+wrhx46BQKJCZmYnvv/8e586dw+HDh0XP29W0jX379iEoKAi9e/fGnDlzYGBggLNnz2Lfvn3IyMhQKarXrFkDAJg6dSoKCgqwbds2vPPOO/j5559hZ2enVe6JiP7OXkgBVlxcjJycHOV0fn4+kpOTsX79ehQXF2PGjBkq2zx9+lS5jSAIyMzMxOHDh7F7927Y2Nhg+PDhOsfRpk0bbN++XVnEWFlZYfHixYiNjRU9kC3VrVs32NvbqxRgBw4cgCAIGDlypNrtfH19sXXrVhgYGKg8b/Ts2TOsW7dOVEwsXboURUVFiIiIgKOjIwBg3LhxWLx4MXbt2oXo6GgMHTpU535XZmFhAeD5LxcrF2AA4OPjg/DwcBw9ehRvvPEGAODOnTu4fv065s6dq3KFBAD8/Pzw9OlTfPHFF7h27RquXbsGADAxMUH//v0xc+ZMlefNNPH09ISJiQliYmJEBVhMTIza415SUoJt27ahb9++yquMwPOrk8OGDUN0dLRKAabLmOzUqRM6deqkMe41a9bA1NQUe/bsQfPmzQE8z8/rr7+OZ8+eqazfsGFD/PDDD8oi9c6dO4iJiYG/vz+WLVsG4PkY6tevH+Lj45XF0f79++Hp6YlPPvlEua927drhm2++QXJyMrp3717rNjZv3gwHBwds3bpV+T8X77zzDiZPnowTJ07g0aNHov9pyc/Px8GDB2FtbQ0A6NevH95++218+eWXWLt2rcbcERH93b2QAiwqKgpRUVEq8yt+sTdmzBiVZaNGjVKZZ2BggD59+mDp0qVavdpAaujQoaIrSBXFz8OHDzVu6+vri/Xr1yMpKUn5ZXzgwAF07NgRr776qs6xWFtbi4qv7OxsXLp0CUOHDlUWXxVmzZqFXbt2ITY2ttYFWMXtMHVX0nr27AkrKyvExsYqC7BDhw7BwsICffr0UXubEXj+wL2fnx+OHDmChIQEnD17FtnZ2YiOjsaRI0ewbt06DBkyROsYTUxM0K9fP8TFxWHJkiUwMjLCr7/+inv37qm9/SiXy3Hy5EkUFRWJ5mdlZcHCwgIpKSkq29RkTFYnJycHV65cwejRo5XFFwA0a9YMb7zxhtrbsIMGDRJdIbS3twcA0TNuDRs2RMuWLUW3/Vq0aIGzZ89i27ZteO2119CyZUuMGDECI0aMqLM29u3bh/z8fNGV3SdPnsDMzAwAUFBQICrA3n77bWXxBTy/pe3i4oJjx46hvLxceVuXiOif6oUUYB4eHpg8ebJyWi6Xw8rKCu3bt6/ygzk4OBhNmzYF8LxYMDMzg52dnfIKTk1U7K9yHACUz0Pl5uaisLBQtE7jxo3RsGFD+Pr6YsOGDYiKikKnTp3w559/4vfff8f8+fNrFEvlLysAyvd3OTg4qKzbrFkzmJub4+7duzVqq7KKqz7qbrkaGRlh8ODB2L9/PwoKCmBiYlLt7cfKzM3N4efnBz8/PwiCgKSkJGzfvh179+7FZ599hgEDBkAmk4muOlW0qe72s4+PD2JiYnDx4kW4uroiOjoabdu2hZOTk9pbehVFWExMDFJSUnDnzh1kZWVVGW9NxmR17t69C0EQ1N5uU/cDBUB1PFYUO9L5hoaGEARBOb1s2TJ88MEHWLVqFVatWoWOHTti4MCBeOutt1Suata0DblcjuTkZPz3v//FrVu3cOfOHWRkZCiXS58hVNfHdu3a4dKlS3j8+LHWjxgQEf1dvZACrFmzZnB3d9dpGxcXF5XXUNSWpi/WFStWqLwEtuKlo61atYKrqyuioqIwb9487N+/H4aGhsorRbWNpeILrapnvMrLy2v0PJV0H0lJSbCwsKgytz4+PtizZw8SEhLw6quvIjExscpXSCQnJ2Pv3r147bXX0LVrV+V8AwMDvPLKK1i1ahUKCgpw6NAhJCcnw8LCQuUlqG3atMEvv/yisu+BAwfC2NgYMTExcHV1xeHDh6u8+icIAoKCghAZGQknJyd069YNvr6+6N69OzZs2ICjR4+qbFOTMVmdiuMmvQoHVP2DESMjo2r3VRVXV1ccPXoU8fHxOH78OE6dOoVvv/0W27Ztw9atW9GrV69at/HFF19g06ZN6NChA1xcXDBkyBB06dIF//3vf/HDDz+orK+uQK8Y01XFQET0T1KvHsKvb6ZMmaJSUFX+P/uRI0diwYIFuHbtGg4dOgQ3Nze0aNGiTtqueH9YcnKyyrLMzEzk5eWhZcuWtWojISEBT548wZtvvlnlF7CbmxssLCwQGxuLu3fvwtzcvMpC5fHjxwgLC0NxcbGoAKtMoVDg0KFDaNiwIZo1a4bvvvtOtLxBgwZqt2vUqBH69u2LI0eOwNfXF+np6VX++vHChQuIjIzE+PHjsWjRItGy6q6C1aW2bdvC0NBQ7e3OtLS0OmunuLgYN27cgIWFBXx8fODj4wPg+ctrp06diu3bt4sKsJpIT0/Hpk2b4OXlhdDQUNH/LEiPXwV1fbx9+zYsLS1rddWaiOjvgg9iVKNDhw5wd3cX/av8PI+Pjw9MTU3x1Vdf4fbt29W+fLaCkZGRVi9itba2hrOzM2JjY1V+vv/VV18BgNo/oaOtnJwcrFixAnK5HFOnTq1yPblcjkGDBuH48eOIiYnB4MGDq7z96OzsDFtbW/z000+4cOGCyvK8vDwcOHAADg4OsLe3R4MGDVTy26NHjypj8fHxwf379xESEoI2bdqgS5cuatd7/PgxANXbt+fOnUNiYiIAqLwKoq5ZWloqr9Tdvn1bOf/JkyfYt29fnbVTWFiIsWPHqvwJpi5dusDIyKhOrjZVvP9Mejv2zz//RHx8PADVq3p79uwR3b6/cOECrly5otOzf0REf2e8AlYLZmZm8Pb2RmRkJExNTZVXH6pjbW2NpKQkfPfdd3BxcUG3bt2qXPeTTz7BhAkTMHbsWNFrKI4dO4ZBgwZVeQWosmfPniEyMlI5XVhYiJSUFERGRuLJkydYuXKlxr9L6ePjg4iICFy+fFn5qzh1jIyMsH79ekycOBEBAQEYPHgwevbsCVNTU6SlpSEyMhK5ubnYtm1bjV6fMWjQIMhkMhw/flz0vJaUi4sLzM3N8cUXX+DRo0do3rw5rl27hoiICMjlchQVFSE3N7faV41UJykpCTdu3ICLi4vKXzqo7P/+7/8wduxYvP322wgICECDBg2we/fuGrVZFXNzc7z99tvYsWMHZs+eDQ8PDxQWFuLnn3+GgYFBlX9KShcdOnRAmzZtsGPHDhgaGsLW1hZ//vkn/t//+3/Kwis3N1e0zYMHD+Dv7w8/Pz88evQI27dvR4sWLTBnzpxax0NE9HfAAqyWRo0ahcjISHh7e8PU1FTj+jNnzkRaWhrWrl0LPz+/agswJycn7NmzByEhIdi9ezcKCgpgZ2eHhQsXYsKECVoVMY8ePcLHH3+snJbL5WjevDnc3d0RGBhY5VWkyjw8PGBmZgZDQ0PR3/6sKuaDBw9i69atOHHihPLXiC1atMCAAQMwffp0tG7dWmOb6jRp0gS9e/fGyZMnqy0+ra2tsXnzZqxduxZbt26FoaEh2rRpg3nz5sHS0hIff/wxTp8+XeWfrtIkNjYWoaGhWLVqVbUFmEKhwI8//oh169YhLCwMMpkMw4cPh729vfKVD3VhwYIFaNWqFSIiInDy5EkYGhqia9euWLRoEXr27Fnr/RsbG2Pz5s34z3/+gz179qC4uBitW7dGQEAAXF1dERgYiFOnTonexTd79mzcvXsXISEhkMlk8Pb2xrx581R+bEJE9E9lIFT+qRMRUS2cPXsWAQEBWLhwIQIDA190OERE9RafASMiIiLSMxZgRERERHrGAoyIiIhIz/gMGBEREZGe8QoYERERkZ6xACMiIiLSMxZgRERERHrGAoyIiIhIz1iAEREREekZCzAiIiIiPWMBRkRERKRnLMCIiIiI9IwFGBEREZGesQAjIiIi0jMWYERERER6xgKMiIiISM/+P6SqXb/O9KzzAAAAAElFTkSuQmCC",
      "text/plain": [
       "<Figure size 719.6x252 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_alignment(\n",
    "    data1=(tpp, \"dmsmap\"),\n",
    "    data2=(tpp, \"pdb\"),\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Skyline plots\n",
    "----------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/skyline.ipynb)\n",
    "\n",
    "Skyline plots flexibly display and compare per-nucleotide data sets.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 855.4x568.4 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 541.935x18.543 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_skyline(\n",
    "    samples=[tpp],\n",
    "    profile=\"dmsmap\",\n",
    "    columns=[\"Modified_rate\", \"Untreated_rate\"])\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Profile plots\n",
    "----------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/profile.ipynb)\n",
    "\n",
    "Profile plots display per-nucleotide data as colored bar graphs similar to ShapeMapper style bar graphs, but very flexible.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 855.4x568.4 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 541.935x176.159 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_profile(\n",
    "    samples=[tpp],\n",
    "    profile=\"dmsmap\",\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Arc plots\n",
    "--------------------------------------\n",
    "\n",
    "[full guide](../plot_options/arc.ipynb)\n",
    "\n",
    "Arc plots flexibly display inter-nucleotide relationships and secondary\n",
    "structures as arcs. Per-nucleotide measurements and sequence annotations can\n",
    "also be displayed without over-crowding.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 616x632.8 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 541.935x333.775 with 3 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_arcs(\n",
    "    samples=[tpp],\n",
    "    sequence=\"pdb\",\n",
    "    structure=\"ss\",\n",
    "    profile=\"dmsmap\",\n",
    "    profile_scale_factor=5,\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Arc compare plots\n",
    "------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/arc_compare.ipynb)\n",
    "\n",
    "Arc compare plots are the same as arc plots above, but compare two samples\n",
    "on the same axes.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1405.6x1439.2 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 541.935x18.543 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_arcs_compare(\n",
    "    samples=[rnasep_1, rnasep_2],\n",
    "    sequence=\"pdb\",\n",
    "    interactions=\"ringmap\",\n",
    ")\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Circle plots\n",
    "--------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/circle.ipynb)\n",
    "\n",
    "Circle plots are similar to arc plots, but display nucleotides in a circle so\n",
    "that any size RNA fits in a square area.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 426.916x496.916 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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iKJHPERIRkaTVyYjQw8MDAEeGRETUCF6HU6MVGIhERNRgXsebZSpUBCLAUCQiojr0b3l84p8YikRE9Er+7Q/U/xNDkYiIauRN/Yq1f+L1RCIiUtAIX7qtJAiC0OBLrYKpqSkA4OrVq43cE2po3PdV47ahN9Xr8rfN5wiJiEjSGIRERCRpDEIiIpI0BiEREUkag5CIiCSNQUhERJLGICQiIkljEBIRkaS9Vg/UExERNTSOCImISNIYhEREJGkMQiIikjQGIRERSRqDkIiIJI1BSEREksYgJCIiSWuwIDx37hzc3d1hbm6O/v37w8fHB/n5+S/VRnx8PLp3744DBw4oTPvpp58wfPhwmJmZwdHRETt37qyrrtNLetV9/abv59psn1u3buGDDz5Av3790K9fP8yfPx///e9/FerIZDKFV48ePepzdYhQVlaGffv2wdXVFb169YKdnR2WLFmCzMzMF86XkpICT09PWFlZwcLCAnPnzsW9e/cU6tX3ca9ap61V4cqVK5g1axYGDRqE9evX4+7du/j222+RlpaGTZs21aiN3NxcLF68GGVlZQrTdu7ciVWrVmHmzJmwsrLCyZMnsXLlSpSVleH999+v69WhF3jVff2m7+fabJ+///4bU6ZMgZaWFr788kuoqKjgu+++w6RJk3D48GG0bt0aAHDt2jUAwLZt29CiRQtxfiUlpfpfMZK0jRs3YsOGDXj//fcxYMAApKen4/vvv0d8fDwOHz4MDQ0NhXlyc3Mxbdo0NG/eHF999RVKSkqwfv16TJkyBREREdDU1ATQQMe90ACmT58uODk5CaWlpWJZRESEYGRkJCQmJtaojUWLFgm2traCkZGREBoaKpY/e/ZM6Nu3r+Dt7S1X39vbW+jdu7dQWFhYJ+tANfOq+/pN38+12T579+4VjIyMhGvXrollycnJgpGRkbB7926xzM/PT7Cxsam3vhNVprCwUOjZs6fwxRdfyJUnJiYKRkZGwp49eyqdLzAwUOjRo4eQlpYmlqWlpQkmJiZCYGCgIAgNd9zX+6nRoqIixMfHw8HBAcrK/1ucg4MDmjRpghMnTlTbRkREBI4fP47ly5crTLt8+TJycnLg6OgoV+7k5ITc3FxcuHDhldeBauZV9/Wbvp9ru30KCwsBQO5TdatWrQAA2dnZYtm1a9d4GpQa3JMnTzBu3Dg4OzvLlRsaGgIAHjx4UOl8v/32G8zMzKCvry+W6evr45133hGPhYY67us9CFNSUlBcXIzOnTvLlTdt2hR6enq4ffv2C+fPyMjAl19+ic8++wwdOnRQmH7r1i0AUGj/7bffBoBq26e68yr7Wgr7ubbb591330X79u3h6+uLjIwMPHz4ED4+PlBXV4eTk5NYLykpCU+fPoWHhwd69uwJKysrLF++HHl5efW6XiRturq68Pb2Ru/eveXKo6KiAAAymazS+W7duqVwLACAgYGBeCw01HH/StcIs7KyYG1t/cI6P//8MwCI53v/qUWLFi88SMvKyvDpp5+id+/eGD9+PP766y+FOrm5uZW2X3GNpGI61b8nT54AePl9LZX9XNvt07p1a/j4+GDhwoUYPHgwAEBNTQ0bNmxAly5dAABpaWnIzs7G7du38fHHH6NDhw5ITEzExo0bkZSUhODgYKioqNTPihE9Jzk5GWvWrIGRkZHCaK7CkydPKr12+M9joaGO+1cKQg0NDaxYseKFdYRq/nOLf54iet62bdtw8+ZNREREVNt+VTcEvKh9qlu13ddS2c+13T6//PILPv74Y9ja2sLDwwMAEBwcDE9PT2zatAnW1tZo1aoVtm/fjk6dOomnmvr27Yu2bdvCy8sLsbGxVb4hEdWlP//8E7Nnz0bTpk0REBAAVdWqY6a647mhjvtXCkI1NTWMHz/+hXWSk5MBoNJPu/n5+ZV+OgbKT/N89913WL16NbS1tVFSUiLeSVhWVoaSkhKoqqqK8+fl5cm1VXE7elXtU91r2bIlgJfb11Laz7XZPgDg7+8PmUyGDRs2iKM6GxsbuLm54auvvsKRI0egrq6O/v37K8xrb28PoPz6IYOQ6tvRo0fh5eUFHR0d/Pjjj+IpzMpoampWeyw01HFf7x+jDQwMoKqqqvDMU2FhIR48eCBeUH1eTEwMiouL8dFHH8HExAQmJiZwdXUFACxduhQmJiYAIJ4aunv3rtz8Fcvr2rVrXa4OvUBt9rWU9nNtj4XU1FT06tVL7tSmsrIy+vTpg9u3b6OkpATJyckIDg5WeGMpKCgA8L+ba4jqy9atW/Hhhx+ia9eu2Lt37wtDECg/pp8/FoDyY7riWGio477eg1BNTQ39+vVDTEwMSkpKxPKKN8BBgwZVOt+ECRMQEhIi9/r2228BAAsWLEBISAgAwMLCAhoaGjhy5Ijc/EeOHIG2tjZ69uxZT2tGz6vNvpbSfq7tsWBoaIjExESUlpaKZYIgIDExEfr6+lBVVUVqaiq++OIL/PLLL3LzRkZGQklJCVZWVvWzUkQAdu/ejTVr1sDOzg67du2Cjo5OtfMMGjQIly9fRnp6uliWnp6OK1euiMdCgx33dfIQRjUuXrwodO/eXZgxY4YQFxcn7Ny5UzA3Nxc8PT3l6iUmJgo3b96ssp0bN24oPF8mCIKwZcsWwcjISPD19RVOnjwp+Pr6CkZGRsKuXbvqZX2oajXZ11Lez7XZPidOnBCMjY2F2bNnC3FxcUJcXJwwb948wcjISAgLCxMEQRCKiooENzc3wdzcXNi+fbtw+vRpYd26dYKJiYnC811EdSk1NVUwMTERBg0aJPz+++9CYmKi3KviOcHn/65zcnKEgQMHCkOHDhUiIyOFyMhIYejQoYKdnZ2Qm5sr1muI475BglAQBOG3334TxowZI5iamgoDBw4UVq5cKTx79kyujpGRkTB58uQq26jqDVIQBGH79u3CkCFDBBMTE2HYsGFCcHBwna8D1Ux1+1rq+7k22+fMmTPCpEmThHfeeUewtLQUJk+eLJw9e1auTk5OjrBy5UrB3t5eMDExERwdHYXNmzfLPbxPVNd27twpGBkZVfny8/MTBKHyv+u7d+8Kc+bMEczNzYW+ffsKCxYsEFJSUhSWUd/HvZIgVHMrGxER0Rvs9b/nnIiIqB4xCImISNIYhEREJGkMQiIikjQGIRERSRqDkIiIJI1BSEREksYgJCIiSWMQEhGRpDEIiYhI0hiEREQkaQxCIiKSNAYhERFJGoOQiIgkjUFIRESSxiAkIiJJYxASEZGkMQiJiEjSGIRERCRpDEIiIpI0BiEREUkag5CIiCSNQUhERJLGICQiIkljEBIRkaQxCImISNIYhEREJGkMQiIikjQGIRERSRqDkIiIJI1BSEREksYgJCIiSWMQEhGRpDEIiYhI0hiEREQkaQxCIiKSNAYhERFJGoOQiIgkjUFIRESSxiAkIiJJYxASEZGkMQiJiEjSGIRERCRpDEIiIpI0BiEREUkag5CIiCSNQUhERJLGICQiIkljEBIRkaQxCImISNIYhPTGWrx4MWQymdyrR48eGDBgAD788EPcuHGjsbvYoFJTUyGTyeDr69vYXSF6rag2dgeI6tuSJUvQqlUrAEBRUREyMjKwf/9+eHh4IDQ0FJ07d27kHjaM1q1bY/Xq1TA0NGzsrhC9VhiE9MZzcHBAhw4d5MqGDRsGFxcXbN26VTIjJHV1dbi6ujZ2N4heOzw1SpIkk8mgq6uLW7duNXZXiKiRcURIkpSXl4ecnBwMHDhQLEtLS8OmTZtw+vRpPHz4EE2aNEH37t0xZ84c2NraivXu378PPz8/XLx4EVlZWdDT04ODgwM8PT2hoaEh1svMzIS/vz9OnDiBx48fQ19fHy4uLpg9ezbU1NSq7aO9vT1MTU3h5OSE9evXIz09HQYGBpg2bRrGjx8vV/fChQvYunUrLl26hCdPnkBTUxN9+/bFRx99hC5dugAov0Y4ZMgQTJ06FUuXLhWX0atXL+jo6GDfvn1o1qwZNm7cCBMTE3z77beIjY1FRkYGNDU1YWVlBU9PT7E9ojcFg5DeeE+ePEFWVhYAoLS0FBkZGfD394eamhpmz54NAMjKysKECROgpKQEDw8PtG3bFikpKQgODsbcuXMRHR2Njh07ori4GDNmzMDff/+NyZMnQ09PD9euXcPOnTtx584dbN68GUB5CI4fPx5Pnz6Fu7s72rdvj8TERAQEBODSpUvYvHkzlJWrPyFz5coVHD9+HBMmTECnTp1w+PBhLFu2DDk5OZg5cyYA4Ny5c5gxYwZkMhnmzJmD5s2b4/LlywgLC8Nff/2FI0eOvHBZx48fR9u2beHl5YV79+7BxMQEPj4+CAkJwaRJkyCTyfDgwQPs3LkT58+fR3R0tFzgE/3bMQjpjTd69OhKyxcvXizeOHLgwAE8evQIwcHBsLCwEOvIZDIsWrQIx44dw/vvv4/r168jOTkZn376KWbMmCHWU1FRweXLl1FQUIBmzZph3bp1yM7OxoEDB8QRlIeHB8zMzLBixQpERETAxcWl2r5nZGRgxYoV4gjQ3d0d48aNQ0BAANzc3KCpqYlt27ZBQ0MDQUFBYkC5ublBVVUVe/fuxfXr12FiYlLlMp4+fYp169bJ1QkPD8egQYOwbNkysaxTp04IDAxEcnIyzM3Nq+070b8Fg5DeeGvWrIGuri4AoKSkBJmZmQgPD4efnx9SU1Ph7e2NmTNnYtSoUWK9irqCIAAA8vPzAQB6enpQVlbGTz/9BH19fdjY2EBDQ0MuMMrKyhATEwMzMzNoa2uLo1Gg/MadVatWITY2tkZB2K5dO4wdO1b8XU1NDVOmTMGyZctw+vRpDB8+HBs3bkROTo7cKC0/P188/fr06dMXLkNHR0chKPX09BAfH48dO3Zg+PDhaNeuHZydneHs7Fxtn4n+bRiE9MazsLBQuGt09OjRmDRpEnbv3o1Ro0bBzMwMgiAgICAAf/zxB1JSUnDv3j0UFxcDgBiIenp68PLywjfffIP//Oc/UFVVhbm5ORwcHDBu3Dhoamri8ePHyM3Nxfnz52FtbV1pn9LT0wEA2dnZ4jIqaGlpiSFmaGiocFqzU6dOAMqv+QHlo9GHDx/ihx9+wM2bN5GSkoKMjAyUlZUBgPhvVXR0dBTKfHx8sHDhQqxatQqrVq1Ct27dYGdnh/Hjx8PAwOCF7RH92zAISZKUlZXh5OSEixcv4sKFC1BRUcHkyZOhoqICa2trjBgxAsbGxtDQ0MC0adPk5n3vvfcwcuRIHDt2DKdOncK5c+eQkJCAoKAghIaGisFjY2OD6dOnV7r8Fi1aAAA8PT1x/vx5uWlBQUGwsrICADRp0kRh3tLSUgCAqmr54bt//34sW7YMb731FqysrGBrawsTExNcvnwZa9eurdG2eJ6lpSXi4uJw8uRJ/Prrrzhz5gw2b96MHTt2YNu2bejbt2+17RL9WzAISbIqAktZWRl+fn4oLS3FL7/8gnbt2ol1fv31V7l5cnNzkZSUBJlMBjc3N7i5uaGkpAQBAQHYuHEjIiMjMXHiRKirq+PZs2fo37+/3PxFRUWIiYlBmzZtAABeXl548uSJXB1jY2Px53v37in0++7duwCAt99+G4WFhfD19YWpqSmCg4Pl7kZ9vu81VVRUhBs3bkBLSwuOjo5wdHQEAJw8eRKzZs1CUFAQg5DeKHyOkCSpIvQAoF+/fsjOzoampqYYUED5NcJdu3aJPwPAxYsXMXnyZBw4cECsp6qqClNTUwDlpylVVFRgZ2eHhIQEnD17Vm65u3fvxqJFixAXFwcAMDU1Rf/+/eVeWlpaYv3bt2/jt99+E38vLCzE7t27oaWlBWtraxQUFODZs2fo2LGjXAg+evQIERER4rq+jIKCAnh4eMDPz0+u3MzMTFw/ojcJR4T0xjt27Jj4FWtA+XW5w4cP4+rVqxg3bhyMjIwwePBgBAYGYu7cuXBwcEBubi4OHTokjr7y8vIAAP3794epqSnWrl0rfnfngwcPsGfPHrRp0wYjRowAAHzyySeIj4/H7Nmz4ebmhm7duuHq1asICQmBTCbDxIkTa9R3NTU1eHp6YsqUKdDV1UVYWBiSk5Ph5+eHZs2aoVmzZujVqxeioqLg4+MDY2NjpKamIiQkBLm5uQAg/ltTLVu2hLu7O3bt2oUFCxZg4MCBKCgoQGhoKJSUlDB58uSXao/odccgpDfeqlWrxJ+VlJTQokULdO3aFd7e3vDw8AAALFiwAIIgIDIyEmfPnoWuri7MzMywdu1aLFiwAGfOnAFQfs1uy5Yt+OGHHxAXF4e9e/dCU1MTAwYMwMKFC6GtrQ0A0NfXR2hoKPz9/REVFYWff/4Zenp6mDJlCubOnVvj5/C6dOmCOXPmYO3atXj06BGMjY0RGBgo94D/+vXr8fXXX+PIkSMICQlBu3bt4OTkBDc3Nzg7O+PMmTMYNmzYS22zxYsXo3379jh48CBOnz4NZWVl9OzZE97e3ujTp89LtUX0ulMSKm6HI6LXir29PTQ1NXHo0KHG7grRG43XCImISNIYhEREJGkMQiIikjReIyQiIknjiJCIiCSNQUhERJLGICQiIkljEBIRkaQxCImISNIYhEREJGl18l2jwcHBddEMERHRK6n4/uCXwREhERFJGoOQiIgkjUFIRESSxiAkIiJJYxASEZGkMQiJiEjSGIRERCRpDEIiIpI0BiEREUkag5CIiCSNQUhERJLGICQiIkljEBIRkaQpCYIgNHYniIiIGgtHhEREJGkMQiIikjQGIRERSRqDkIiIJI1BSEREksYgJCIiSWMQEhGRpDEIiYhI0hiEREQkaQxCIiKSNAYhERFJGoOQiIgkjUFIRESS9v+4LafTZBs+xwAAAABJRU5ErkJggg==",
      "text/plain": [
       "<Figure size 541.935x176.159 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_circle(\n",
    "    samples=[tpp],\n",
    "    sequence=\"pdb\",\n",
    "    structure=\"ss\",\n",
    "    profile=\"dmsmap\",\n",
    "    colors={\"sequence\": \"contrast\",\n",
    "            \"nucleotides\": \"profile\"},\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Secondary structure diagrams\n",
    "--------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/ss.ipynb)\n",
    "\n",
    "Secondary structure diagrams display per-nucleotide and inter-nucleotide\n",
    "measurements and sequence annotations on a secondary structure diagram.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 719.619x535.316 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 541.935x18.543 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plots = rnav.plot_ss(\n",
    "    samples=[tpp],\n",
    "    structure=\"ss\",\n",
    "    profile=\"dmsmap\",\n",
    "    colors={\"nucleotides\": \"profile\"},\n",
    "    nt_ticks=20\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Interactive 3D molecule renderings\n",
    "---------------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/mol.ipynb)\n",
    "\n",
    "These renderings display per-nucleotide and inter-nucleotide data on\n",
    "3D RNA molecular structures.\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/3dmoljs_load.v0": "<div id=\"3dmolviewer_17141377583251474\"  style=\"position: relative; width: 400px; height: 400px\">\n        <p id=\"3dmolwarning_17141377583251474\" style=\"background-color:#ffcccc;color:black\">You appear to be running in JupyterLab (or JavaScript failed to load for some other reason).  You need to install the 3dmol extension: <br>\n        <tt>jupyter labextension install jupyterlab_3dmol</tt></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@latest/build/3Dmol-min.min.js');\n}\n\nvar viewer_17141377583251474 = null;\nvar warn = document.getElementById(\"3dmolwarning_17141377583251474\");\nif(warn) {\n    warn.parentNode.removeChild(warn);\n}\n$3Dmolpromise.then(function() {\nvar viewergrid_17141377583251474 = null;\nviewergrid_17141377583251474 = $3Dmol.createViewerGrid(document.getElementById(\"3dmolviewer_17141377583251474\"),{rows: 1, cols: 1, control_all: true},{backgroundColor:\"white\"});\nviewer_17141377583251474 = viewergrid_17141377583251474[0][0];\nviewergrid_17141377583251474[0][0].zoomTo();\tviewergrid_17141377583251474[0][0].setBackgroundColor(\"white\",1);\n\tviewergrid_17141377583251474[0][0].addModel(\"HEADER    RNA                                     16-MAR-06   2GDI              \\nTITLE     CRYSTAL STRUCTURE OF THIAMINE PYROPHOSPHATE-SPECIFIC RIBOSWITCH IN    \\nTITLE    2 COMPLEX WITH THIAMINE PYROPHOSPHATE                                  \\nCOMPND    MOL_ID: 1;                                                            \\nCOMPND   2 MOLECULE: TPP RIBOSWITCH;                                            \\nCOMPND   3 CHAIN: X, Y;                                                         \\nCOMPND   4 FRAGMENT: SENSING DOMAIN;                                            \\nCOMPND   5 ENGINEERED: YES                                                      \\nSOURCE    MOL_ID: 1;                                                            \\nSOURCE   2 SYNTHETIC: YES;                                                      \\nSOURCE   3 OTHER_DETAILS: RNA WAS PREPARED BY IN VITRO TRANSCRIPTION            \\nKEYWDS    RIBOSWITCH, THIAMINE PYROPHOSPHATE, RNA                               \\nEXPDTA    X-RAY DIFFRACTION                                                     \\nAUTHOR    A.SERGANOV                                                            \\nREVDAT   3   13-JUL-11 2GDI    1       VERSN                                    \\nREVDAT   2   24-FEB-09 2GDI    1       VERSN                                    \\nREVDAT   1   04-JUL-06 2GDI    0                                                \\nJRNL        AUTH   A.SERGANOV,A.POLONSKAIA,A.T.PHAN,R.R.BREAKER,D.J.PATEL       \\nJRNL        TITL   STRUCTURAL BASIS FOR GENE REGULATION BY A THIAMINE           \\nJRNL        TITL 2 PYROPHOSPHATE-SENSING RIBOSWITCH.                            \\nJRNL        REF    NATURE                        V. 441  1167 2006              \\nJRNL        REFN                   ISSN 0028-0836                               \\nJRNL        PMID   16728979                                                     \\nJRNL        DOI    10.1038/NATURE04740                                          \\nREMARK   2                                                                      \\nREMARK   2 RESOLUTION.    2.05 ANGSTROMS.                                       \\nREMARK   3                                                                      \\nREMARK   3 REFINEMENT.                                                          \\nREMARK   3   PROGRAM     : REFMAC 5.2.0005                                      \\nREMARK   3   AUTHORS     : MURSHUDOV,VAGIN,DODSON                               \\nREMARK   3                                                                      \\nREMARK   3    REFINEMENT TARGET : MAXIMUM LIKELIHOOD                            \\nREMARK   3                                                                      \\nREMARK   3  DATA USED IN REFINEMENT.                                            \\nREMARK   3   RESOLUTION RANGE HIGH (ANGSTROMS) : 2.05                           \\nREMARK   3   RESOLUTION RANGE LOW  (ANGSTROMS) : 20.00                          \\nREMARK   3   DATA CUTOFF            (SIGMA(F)) : 0.000                          \\nREMARK   3   COMPLETENESS FOR RANGE        (%) : 99.8                           \\nREMARK   3   NUMBER OF REFLECTIONS             : 25258                          \\nREMARK   3                                                                      \\nREMARK   3  FIT TO DATA USED IN REFINEMENT.                                     \\nREMARK   3   CROSS-VALIDATION METHOD          : THROUGHOUT                      \\nREMARK   3   FREE R VALUE TEST SET SELECTION  : RANDOM                          \\nREMARK   3   R VALUE     (WORKING + TEST SET) : 0.210                           \\nREMARK   3   R VALUE            (WORKING SET) : 0.208                           \\nREMARK   3   FREE R VALUE                     : 0.241                           \\nREMARK   3   FREE R VALUE TEST SET SIZE   (%) : 5.000                           \\nREMARK   3   FREE R VALUE TEST SET COUNT      : 1337                            \\nREMARK   3                                                                      \\nREMARK   3  FIT IN THE HIGHEST RESOLUTION BIN.                                  \\nREMARK   3   TOTAL NUMBER OF BINS USED           : 20                           \\nREMARK   3   BIN RESOLUTION RANGE HIGH       (A) : 2.05                         \\nREMARK   3   BIN RESOLUTION RANGE LOW        (A) : 2.10                         \\nREMARK   3   REFLECTION IN BIN     (WORKING SET) : 1850                         \\nREMARK   3   BIN COMPLETENESS (WORKING+TEST) (%) : 100.00                       \\nREMARK   3   BIN R VALUE           (WORKING SET) : 0.2850                       \\nREMARK   3   BIN FREE R VALUE SET COUNT          : 98                           \\nREMARK   3   BIN FREE R VALUE                    : 0.3120                       \\nREMARK   3                                                                      \\nREMARK   3  NUMBER OF NON-HYDROGEN ATOMS USED IN REFINEMENT.                    \\nREMARK   3   PROTEIN ATOMS            : 0                                       \\nREMARK   3   NUCLEIC ACID ATOMS       : 3442                                    \\nREMARK   3   HETEROGEN ATOMS          : 63                                      \\nREMARK   3   SOLVENT ATOMS            : 312                                     \\nREMARK   3                                                                      \\nREMARK   3  B VALUES.                                                           \\nREMARK   3   B VALUE TYPE : LIKELY RESIDUAL                                     \\nREMARK   3   FROM WILSON PLOT           (A**2) : NULL                           \\nREMARK   3   MEAN B VALUE      (OVERALL, A**2) : 34.95                          \\nREMARK   3   OVERALL ANISOTROPIC B VALUE.                                       \\nREMARK   3    B11 (A**2) : -0.76000                                             \\nREMARK   3    B22 (A**2) : 1.81000                                              \\nREMARK   3    B33 (A**2) : -1.43000                                             \\nREMARK   3    B12 (A**2) : 0.00000                                              \\nREMARK   3    B13 (A**2) : -2.37000                                             \\nREMARK   3    B23 (A**2) : 0.00000                                              \\nREMARK   3                                                                      \\nREMARK   3  ESTIMATED OVERALL COORDINATE ERROR.                                 \\nREMARK   3   ESU BASED ON R VALUE                            (A): 0.269         \\nREMARK   3   ESU BASED ON FREE R VALUE                       (A): 0.196         \\nREMARK   3   ESU BASED ON MAXIMUM LIKELIHOOD                 (A): 0.135         \\nREMARK   3   ESU FOR B VALUES BASED ON MAXIMUM LIKELIHOOD (A**2): 9.414         \\nREMARK   3                                                                      \\nREMARK   3 CORRELATION COEFFICIENTS.                                            \\nREMARK   3   CORRELATION COEFFICIENT FO-FC      : 0.955                         \\nREMARK   3   CORRELATION COEFFICIENT FO-FC FREE : 0.935                         \\nREMARK   3                                                                      \\nREMARK   3  RMS DEVIATIONS FROM IDEAL VALUES        COUNT    RMS    WEIGHT      \\nREMARK   3   BOND LENGTHS REFINED ATOMS        (A):  3946 ; 0.003 ; 0.021       \\nREMARK   3   BOND LENGTHS OTHERS               (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   BOND ANGLES REFINED ATOMS   (DEGREES):  6115 ; 1.043 ; 3.000       \\nREMARK   3   BOND ANGLES OTHERS          (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 1    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 2    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 3    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 4    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   CHIRAL-CENTER RESTRAINTS       (A**3):   798 ; 0.129 ; 0.200       \\nREMARK   3   GENERAL PLANES REFINED ATOMS      (A):  1696 ; 0.004 ; 0.020       \\nREMARK   3   GENERAL PLANES OTHERS             (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   NON-BONDED CONTACTS REFINED ATOMS (A):  1548 ; 0.164 ; 0.300       \\nREMARK   3   NON-BONDED CONTACTS OTHERS        (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   NON-BONDED TORSION REFINED ATOMS  (A):  2406 ; 0.284 ; 0.500       \\nREMARK   3   NON-BONDED TORSION OTHERS         (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   H-BOND (X...Y) REFINED ATOMS      (A):   449 ; 0.191 ; 0.500       \\nREMARK   3   H-BOND (X...Y) OTHERS             (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   POTENTIAL METAL-ION REFINED ATOMS (A):     7 ; 0.141 ; 0.500       \\nREMARK   3   POTENTIAL METAL-ION OTHERS        (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY VDW REFINED ATOMS        (A):    51 ; 0.160 ; 0.300       \\nREMARK   3   SYMMETRY VDW OTHERS               (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY H-BOND REFINED ATOMS     (A):    17 ; 0.177 ; 0.500       \\nREMARK   3   SYMMETRY H-BOND OTHERS            (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY METAL-ION REFINED ATOMS  (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY METAL-ION OTHERS         (A):  NULL ;  NULL ;  NULL       \\nREMARK   3                                                                      \\nREMARK   3  ISOTROPIC THERMAL FACTOR RESTRAINTS.     COUNT   RMS    WEIGHT      \\nREMARK   3   MAIN-CHAIN BOND REFINED ATOMS  (A**2):     2 ; 0.199 ; 1.500       \\nREMARK   3   MAIN-CHAIN BOND OTHER ATOMS    (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   MAIN-CHAIN ANGLE REFINED ATOMS (A**2):     6 ; 0.435 ; 2.000       \\nREMARK   3   SIDE-CHAIN BOND REFINED ATOMS  (A**2):  4151 ; 0.850 ; 3.000       \\nREMARK   3   SIDE-CHAIN ANGLE REFINED ATOMS (A**2):  6109 ; 1.196 ; 4.500       \\nREMARK   3                                                                      \\nREMARK   3 ANISOTROPIC THERMAL FACTOR RESTRAINTS.    COUNT   RMS   WEIGHT       \\nREMARK   3   RIGID-BOND RESTRAINTS          (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   SPHERICITY; FREE ATOMS         (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   SPHERICITY; BONDED ATOMS       (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3                                                                      \\nREMARK   3  NCS RESTRAINTS STATISTICS                                           \\nREMARK   3   NUMBER OF DIFFERENT NCS GROUPS : NULL                              \\nREMARK   3                                                                      \\nREMARK   3  TLS DETAILS                                                         \\nREMARK   3   NUMBER OF TLS GROUPS  : 8                                          \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 1                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    10        X    14                          \\nREMARK   3    RESIDUE RANGE :   X    85        X    89                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -22.4480   1.0570 -25.3380              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0322 T22:  -0.0752                                     \\nREMARK   3      T33:   0.0391 T12:  -0.0223                                     \\nREMARK   3      T13:   0.0404 T23:   0.1377                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   7.5548 L22:  13.8257                                     \\nREMARK   3      L33:   3.6837 L12:  -8.3424                                     \\nREMARK   3      L13:   3.1239 L23:  -0.1275                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.4421 S12:   0.2056 S13:  -0.0882                       \\nREMARK   3      S21:  -0.1476 S22:  -0.5312 S23:  -0.3718                       \\nREMARK   3      S31:   0.4062 S32:  -0.0891 S33:   0.0891                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 2                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    10        Y    14                          \\nREMARK   3    RESIDUE RANGE :   Y    85        Y    89                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  40.0360  -0.1840  64.6920              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.0222 T22:  -0.1142                                     \\nREMARK   3      T33:  -0.0193 T12:   0.1008                                     \\nREMARK   3      T13:   0.0664 T23:  -0.0002                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   6.8186 L22:   7.5176                                     \\nREMARK   3      L33:   6.6580 L12:   1.7147                                     \\nREMARK   3      L13:   1.0639 L23:  -1.9691                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.0598 S12:  -0.0283 S13:   0.3076                       \\nREMARK   3      S21:  -0.2099 S22:  -0.2076 S23:   0.1167                       \\nREMARK   3      S31:  -0.1825 S32:  -0.2278 S33:   0.2674                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 3                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    15        X    20                          \\nREMARK   3    RESIDUE RANGE :   X    45        X    51                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -15.8970  -1.1140  -7.9280              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1152 T22:  -0.1640                                     \\nREMARK   3      T33:  -0.0329 T12:  -0.0154                                     \\nREMARK   3      T13:   0.0802 T23:   0.0446                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   6.2186 L22:   3.5808                                     \\nREMARK   3      L33:   3.3589 L12:  -0.8192                                     \\nREMARK   3      L13:   2.8260 L23:  -1.6046                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.3249 S12:   0.5839 S13:   0.5866                       \\nREMARK   3      S21:  -0.3533 S22:  -0.1552 S23:  -0.3612                       \\nREMARK   3      S31:  -0.5217 S32:   0.4263 S33:   0.4801                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 4                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    15        Y    20                          \\nREMARK   3    RESIDUE RANGE :   Y    45        Y    51                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  24.8440   2.1720  55.2130              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.0787 T22:   0.0993                                     \\nREMARK   3      T33:   0.0380 T12:   0.0293                                     \\nREMARK   3      T13:   0.0361 T23:  -0.1288                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   5.0196 L22:   4.6454                                     \\nREMARK   3      L33:   4.9786 L12:  -2.0482                                     \\nREMARK   3      L13:   2.3271 L23:  -0.8595                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.2944 S12:   0.8711 S13:  -0.6504                       \\nREMARK   3      S21:  -0.1426 S22:   0.1430 S23:  -0.0811                       \\nREMARK   3      S31:   0.4815 S32:   0.7966 S33:  -0.4373                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 5                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    21        X    44                          \\nREMARK   3    RESIDUE RANGE :   X   103        X   103                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  -4.2750  -9.6720  11.1870              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1446 T22:  -0.1226                                     \\nREMARK   3      T33:  -0.0758 T12:  -0.0226                                     \\nREMARK   3      T13:   0.0807 T23:   0.0177                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   0.9816 L22:   2.0990                                     \\nREMARK   3      L33:   1.2610 L12:   0.4867                                     \\nREMARK   3      L13:   0.2468 L23:   0.1856                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.1009 S12:  -0.2134 S13:  -0.0952                       \\nREMARK   3      S21:   0.2772 S22:  -0.0791 S23:  -0.1273                       \\nREMARK   3      S31:  -0.1813 S32:   0.2004 S33:  -0.0217                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 6                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    21        Y    44                          \\nREMARK   3    RESIDUE RANGE :   Y   113        Y   113                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  11.0190  10.6070  38.8650              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0292 T22:   0.0736                                     \\nREMARK   3      T33:   0.0041 T12:  -0.0656                                     \\nREMARK   3      T13:   0.0498 T23:  -0.1008                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   3.1155 L22:   1.8549                                     \\nREMARK   3      L33:   7.0998 L12:   0.8479                                     \\nREMARK   3      L13:   4.3320 L23:  -0.1430                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.0564 S12:   0.2330 S13:  -0.4193                       \\nREMARK   3      S21:  -0.3695 S22:   0.4038 S23:  -0.1589                       \\nREMARK   3      S31:   0.2329 S32:   0.2628 S33:  -0.3474                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 7                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 4                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    52        X    84                          \\nREMARK   3    RESIDUE RANGE :   X   101        X   102                          \\nREMARK   3    RESIDUE RANGE :   X   121        X   125                          \\nREMARK   3    RESIDUE RANGE :   X   100        X   100                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -25.2230 -15.6610   1.7600              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1982 T22:  -0.2037                                     \\nREMARK   3      T33:  -0.0451 T12:   0.0059                                     \\nREMARK   3      T13:   0.0941 T23:   0.0076                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   2.8451 L22:   2.7122                                     \\nREMARK   3      L33:   1.0377 L12:   0.2833                                     \\nREMARK   3      L13:   0.1843 L23:  -0.4823                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.0861 S12:  -0.0418 S13:  -0.1683                       \\nREMARK   3      S21:  -0.0220 S22:  -0.0483 S23:   0.0849                       \\nREMARK   3      S31:   0.0096 S32:  -0.0292 S33:  -0.0378                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 8                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 3                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    52        Y    84                          \\nREMARK   3    RESIDUE RANGE :   Y   111        Y   112                          \\nREMARK   3    RESIDUE RANGE :   Y   100        Y   100                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  10.9680  14.1810  62.4920              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0281 T22:   0.0856                                     \\nREMARK   3      T33:  -0.0060 T12:   0.0844                                     \\nREMARK   3      T13:   0.0548 T23:  -0.0472                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   2.5407 L22:   1.6758                                     \\nREMARK   3      L33:   2.7663 L12:  -0.8284                                     \\nREMARK   3      L13:   0.4015 L23:  -0.1264                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.1894 S12:  -0.0125 S13:  -0.1806                       \\nREMARK   3      S21:   0.1865 S22:   0.0806 S23:   0.0444                       \\nREMARK   3      S31:  -0.3455 S32:  -0.0702 S33:   0.1088                       \\nREMARK   3                                                                      \\nREMARK   3  BULK SOLVENT MODELLING.                                             \\nREMARK   3   METHOD USED : MASK                                                 \\nREMARK   3   PARAMETERS FOR MASK CALCULATION                                    \\nREMARK   3   VDW PROBE RADIUS   : 1.20                                          \\nREMARK   3   ION PROBE RADIUS   : 0.80                                          \\nREMARK   3   SHRINKAGE RADIUS   : 0.80                                          \\nREMARK   3                                                                      \\nREMARK   3  OTHER REFINEMENT REMARKS: HYDROGENS HAVE BEEN ADDED IN THE RIDING   \\nREMARK   3  POSITIONS                                                           \\nREMARK   4                                                                      \\nREMARK   4 2GDI COMPLIES WITH FORMAT V. 3.30, 13-JUL-11                         \\nREMARK 100                                                                      \\nREMARK 100 THIS ENTRY HAS BEEN PROCESSED BY RCSB ON 11-APR-06.                  \\nREMARK 100 THE RCSB ID CODE IS RCSB036985.                                      \\nREMARK 200                                                                      \\nREMARK 200 EXPERIMENTAL DETAILS                                                 \\nREMARK 200  EXPERIMENT TYPE                : X-RAY DIFFRACTION                  \\nREMARK 200  DATE OF DATA COLLECTION        : 07-NOV-05; 07-NOV-05               \\nREMARK 200  TEMPERATURE           (KELVIN) : 100.0; NULL                        \\nREMARK 200  PH                             : 6.90                               \\nREMARK 200  NUMBER OF CRYSTALS USED        : 1                                  \\nREMARK 200                                                                      \\nREMARK 200  SYNCHROTRON              (Y/N) : Y; Y                               \\nREMARK 200  RADIATION SOURCE               : NSLS; NSLS                         \\nREMARK 200  BEAMLINE                       : X25; X25                           \\nREMARK 200  X-RAY GENERATOR MODEL          : NULL; NULL                         \\nREMARK 200  MONOCHROMATIC OR LAUE    (M/L) : M; M                               \\nREMARK 200  WAVELENGTH OR RANGE        (A) : 1.1; 1.1407, 1.1411, 1.1201        \\nREMARK 200  MONOCHROMATOR                  : SI 111 CHANNEL; NULL               \\nREMARK 200  OPTICS                         : NULL; NULL                         \\nREMARK 200                                                                      \\nREMARK 200  DETECTOR TYPE                  : CCD; CCD                           \\nREMARK 200  DETECTOR MANUFACTURER          : ADSC QUANTUM 315; ADSC QUANTUM     \\nREMARK 200                                   315                                \\nREMARK 200  INTENSITY-INTEGRATION SOFTWARE : CAD4                               \\nREMARK 200  DATA SCALING SOFTWARE          : HKL-2000                           \\nREMARK 200                                                                      \\nREMARK 200  NUMBER OF UNIQUE REFLECTIONS   : 27007                              \\nREMARK 200  RESOLUTION RANGE HIGH      (A) : 2.050                              \\nREMARK 200  RESOLUTION RANGE LOW       (A) : 20.000                             \\nREMARK 200  REJECTION CRITERIA  (SIGMA(I)) : 0.000                              \\nREMARK 200                                                                      \\nREMARK 200 OVERALL.                                                             \\nREMARK 200  COMPLETENESS FOR RANGE     (%) : 99.8                               \\nREMARK 200  DATA REDUNDANCY                : 4.300                              \\nREMARK 200  R MERGE                    (I) : 0.06200                            \\nREMARK 200  R SYM                      (I) : NULL                               \\nREMARK 200  <I/SIGMA(I)> FOR THE DATA SET  : NULL                               \\nREMARK 200                                                                      \\nREMARK 200 IN THE HIGHEST RESOLUTION SHELL.                                     \\nREMARK 200  HIGHEST RESOLUTION SHELL, RANGE HIGH (A) : 2.05                     \\nREMARK 200  HIGHEST RESOLUTION SHELL, RANGE LOW  (A) : 2.12                     \\nREMARK 200  COMPLETENESS FOR SHELL     (%) : 100.0                              \\nREMARK 200  DATA REDUNDANCY IN SHELL       : 4.30                               \\nREMARK 200  R MERGE FOR SHELL          (I) : 0.47500                            \\nREMARK 200  R SYM FOR SHELL            (I) : NULL                               \\nREMARK 200  <I/SIGMA(I)> FOR SHELL         : 2.890                              \\nREMARK 200                                                                      \\nREMARK 200 DIFFRACTION PROTOCOL: SINGLE WAVELENGTH; MAD                         \\nREMARK 200 METHOD USED TO DETERMINE THE STRUCTURE: MAD                          \\nREMARK 200 SOFTWARE USED: SOLVE                                                 \\nREMARK 200 STARTING MODEL: NULL                                                 \\nREMARK 200                                                                      \\nREMARK 200 REMARK: NULL                                                         \\nREMARK 280                                                                      \\nREMARK 280 CRYSTAL                                                              \\nREMARK 280 SOLVENT CONTENT, VS   (%): 38.59                                     \\nREMARK 280 MATTHEWS COEFFICIENT, VM (ANGSTROMS**3/DA): 2.00                     \\nREMARK 280                                                                      \\nREMARK 280 CRYSTALLIZATION CONDITIONS: 28 % PEG4000, 100 MM NA-ACETATE, PH      \\nREMARK 280  4.8, AND 200 MM NH4-ACETATE, PH 6.9, VAPOR DIFFUSION, HANGING       \\nREMARK 280  DROP, TEMPERATURE 293K, PH 6.90                                     \\nREMARK 290                                                                      \\nREMARK 290 CRYSTALLOGRAPHIC SYMMETRY                                            \\nREMARK 290 SYMMETRY OPERATORS FOR SPACE GROUP: C 1 2 1                          \\nREMARK 290                                                                      \\nREMARK 290      SYMOP   SYMMETRY                                                \\nREMARK 290     NNNMMM   OPERATOR                                                \\nREMARK 290       1555   X,Y,Z                                                   \\nREMARK 290       2555   -X,Y,-Z                                                 \\nREMARK 290       3555   X+1/2,Y+1/2,Z                                           \\nREMARK 290       4555   -X+1/2,Y+1/2,-Z                                         \\nREMARK 290                                                                      \\nREMARK 290     WHERE NNN -> OPERATOR NUMBER                                     \\nREMARK 290           MMM -> TRANSLATION VECTOR                                  \\nREMARK 290                                                                      \\nREMARK 290 CRYSTALLOGRAPHIC SYMMETRY TRANSFORMATIONS                            \\nREMARK 290 THE FOLLOWING TRANSFORMATIONS OPERATE ON THE ATOM/HETATM             \\nREMARK 290 RECORDS IN THIS ENTRY TO PRODUCE CRYSTALLOGRAPHICALLY                \\nREMARK 290 RELATED MOLECULES.                                                   \\nREMARK 290   SMTRY1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 290   SMTRY2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 290   SMTRY3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 290   SMTRY1   2 -1.000000  0.000000  0.000000        0.00000            \\nREMARK 290   SMTRY2   2  0.000000  1.000000  0.000000        0.00000            \\nREMARK 290   SMTRY3   2  0.000000  0.000000 -1.000000        0.00000            \\nREMARK 290   SMTRY1   3  1.000000  0.000000  0.000000       74.40950            \\nREMARK 290   SMTRY2   3  0.000000  1.000000  0.000000       14.77900            \\nREMARK 290   SMTRY3   3  0.000000  0.000000  1.000000        0.00000            \\nREMARK 290   SMTRY1   4 -1.000000  0.000000  0.000000       74.40950            \\nREMARK 290   SMTRY2   4  0.000000  1.000000  0.000000       14.77900            \\nREMARK 290   SMTRY3   4  0.000000  0.000000 -1.000000        0.00000            \\nREMARK 290                                                                      \\nREMARK 290 REMARK: NULL                                                         \\nREMARK 300                                                                      \\nREMARK 300 BIOMOLECULE: 1, 2                                                    \\nREMARK 300 SEE REMARK 350 FOR THE AUTHOR PROVIDED AND/OR PROGRAM                \\nREMARK 300 GENERATED ASSEMBLY INFORMATION FOR THE STRUCTURE IN                  \\nREMARK 300 THIS ENTRY. THE REMARK MAY ALSO PROVIDE INFORMATION ON               \\nREMARK 300 BURIED SURFACE AREA.                                                 \\nREMARK 350                                                                      \\nREMARK 350 COORDINATES FOR A COMPLETE MULTIMER REPRESENTING THE KNOWN           \\nREMARK 350 BIOLOGICALLY SIGNIFICANT OLIGOMERIZATION STATE OF THE                \\nREMARK 350 MOLECULE CAN BE GENERATED BY APPLYING BIOMT TRANSFORMATIONS          \\nREMARK 350 GIVEN BELOW.  BOTH NON-CRYSTALLOGRAPHIC AND                          \\nREMARK 350 CRYSTALLOGRAPHIC OPERATIONS ARE GIVEN.                               \\nREMARK 350                                                                      \\nREMARK 350 BIOMOLECULE: 1                                                       \\nREMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: MONOMERIC                         \\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: X                                     \\nREMARK 350   BIOMT1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 350   BIOMT2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 350   BIOMT3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 350                                                                      \\nREMARK 350 BIOMOLECULE: 2                                                       \\nREMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: MONOMERIC                         \\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: Y                                     \\nREMARK 350   BIOMT1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 350   BIOMT2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 350   BIOMT3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 470                                                                      \\nREMARK 470 MISSING ATOM                                                         \\nREMARK 470 THE FOLLOWING RESIDUES HAVE MISSING ATOMS (M=MODEL NUMBER;           \\nREMARK 470 RES=RESIDUE NAME; C=CHAIN IDENTIFIER; SSEQ=SEQUENCE NUMBER;          \\nREMARK 470 I=INSERTION CODE):                                                   \\nREMARK 470   M RES CSSEQI  ATOMS                                                \\nREMARK 470     GTP X  10    PG   O1G  O2G  O3G                                  \\nREMARK 525                                                                      \\nREMARK 525 SOLVENT                                                              \\nREMARK 525                                                                      \\nREMARK 525 THE SOLVENT MOLECULES HAVE CHAIN IDENTIFIERS THAT                    \\nREMARK 525 INDICATE THE POLYMER CHAIN WITH WHICH THEY ARE MOST                  \\nREMARK 525 CLOSELY ASSOCIATED. THE REMARK LISTS ALL THE SOLVENT                 \\nREMARK 525 MOLECULES WHICH ARE MORE THAN 5A AWAY FROM THE                       \\nREMARK 525 NEAREST POLYMER CHAIN (M = MODEL NUMBER;                             \\nREMARK 525 RES=RESIDUE NAME; C=CHAIN IDENTIFIER; SSEQ=SEQUENCE                  \\nREMARK 525 NUMBER; I=INSERTION CODE):                                           \\nREMARK 525                                                                      \\nREMARK 525  M RES CSSEQI                                                        \\nREMARK 525    HOH Y 340        DISTANCE =  5.09 ANGSTROMS                       \\nREMARK 620                                                                      \\nREMARK 620 METAL COORDINATION                                                   \\nREMARK 620 (M=MODEL NUMBER; RES=RESIDUE NAME; C=CHAIN IDENTIFIER;               \\nREMARK 620 SSEQ=SEQUENCE NUMBER; I=INSERTION CODE):                             \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 123   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  21   O3'                                                    \\nREMARK 620 2   G X  21   O2'  56.8                                              \\nREMARK 620 3   G X  72   N7  130.3  74.6                                        \\nREMARK 620 4   G X  72   O6   97.0  84.6  66.7                                  \\nREMARK 620 5 HOH X 360   O   105.1  81.6  74.7 141.2                            \\nREMARK 620 6 HOH X 361   O    70.8 127.6 156.4 104.1 113.0                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 124   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  21   N3                                                     \\nREMARK 620 2   U X  71   O2' 147.6                                              \\nREMARK 620 3   C X  73   OP1 122.8  80.7                                        \\nREMARK 620 4   U X  71   O2   85.4  86.7  63.8                                  \\nREMARK 620 5   C X  22   O4'  75.0  72.7 129.7  72.7                            \\nREMARK 620 6   G X  21   N2   39.6 133.1  89.0  48.5  79.9                      \\nREMARK 620 7   G X  21   O2'  89.9  77.1 143.9 141.3  69.0 126.8                \\nREMARK 620 8 HOH X 365   O    93.1 108.8  92.9 150.2 135.6 117.4  68.4          \\nREMARK 620 N                    1     2     3     4     5     6     7           \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 125   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   C X  38   O2'                                                    \\nREMARK 620 2   U X  71   O4  115.9                                              \\nREMARK 620 3 HOH X 376   O    86.7  84.7                                        \\nREMARK 620 4   U X  39   O4'  72.1 152.8  69.5                                  \\nREMARK 620 5   A X  70   N6   56.4  61.5  95.2 127.2                            \\nREMARK 620 6   C X  73   O4' 156.9  63.8  70.2  98.3 124.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 101  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  60   O6                                                     \\nREMARK 620 2   G X  78   O6   90.2                                              \\nREMARK 620 3 TPP X 100   O2B 172.9  82.7                                        \\nREMARK 620 4 HOH X 489   O    91.4  95.5  90.0                                  \\nREMARK 620 5 HOH X 488   O    88.1  83.4  90.4 178.8                            \\nREMARK 620 6 HOH X 490   O    84.8 172.3 102.2  90.4  90.7                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              NA X 121  NA                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   A X  61   O2'                                                    \\nREMARK 620 2   A X  61   N3   73.4                                              \\nREMARK 620 3 HOH X 359   O   170.5  98.3                                        \\nREMARK 620 4 HOH X 356   O    88.9  74.9  84.5                                  \\nREMARK 620 5 HOH X 358   O    90.6 153.8  95.6  84.5                            \\nREMARK 620 6 HOH X 357   O    88.0 104.3  98.6 176.9  95.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              NA X 122  NA                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   U X  64   O4                                                     \\nREMARK 620 2   G X  65   O6   82.6                                              \\nREMARK 620 3 HOH X 380   O    83.1  94.8                                        \\nREMARK 620 4 HOH X 396   O   169.0  95.8 107.9                                  \\nREMARK 620 5 HOH X 403   O    88.2  95.7 165.3  81.1                            \\nREMARK 620 N                    1     2     3     4                             \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 113  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   A Y  41   N7                                                     \\nREMARK 620 2 HOH Y 510   O    91.6                                              \\nREMARK 620 3 HOH Y 508   O    83.4  89.4                                        \\nREMARK 620 4 HOH Y 511   O    88.0 179.6  90.7                                  \\nREMARK 620 5 HOH Y 509   O    96.5  90.1 179.6  89.7                            \\nREMARK 620 6 HOH Y 507   O   173.3  89.8  90.0  90.5  90.1                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 111  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G Y  60   O6                                                     \\nREMARK 620 2   G Y  78   O6   88.5                                              \\nREMARK 620 3 HOH Y 500   O    95.3  91.7                                        \\nREMARK 620 4 HOH Y 502   O    79.7 168.2  90.7                                  \\nREMARK 620 5 HOH Y 501   O    83.7  87.5 178.8  89.9                            \\nREMARK 620 6 TPP Y 100   O2B 165.5  89.8  99.0 101.3  81.9                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 102  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 HOH X 492   O                                                      \\nREMARK 620 2 HOH X 494   O    90.6                                              \\nREMARK 620 3 HOH X 491   O    92.2  90.3                                        \\nREMARK 620 4 HOH X 493   O    90.5 178.7  90.4                                  \\nREMARK 620 5 TPP X 100   O1B  88.4  95.9 173.7  83.3                            \\nREMARK 620 6 TPP X 100   O2A 171.7  90.1  96.0  88.7  83.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 103  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 HOH X 499   O                                                      \\nREMARK 620 2 HOH X 495   O    89.9                                              \\nREMARK 620 3 HOH X 496   O    90.0  89.0                                        \\nREMARK 620 4 HOH X 497   O    90.3  90.5 179.4                                  \\nREMARK 620 5 HOH X 498   O   179.1  90.5  90.8  88.9                            \\nREMARK 620 6   A X  41   N7   86.6 170.1  81.8  98.7  93.1                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 112  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 TPP Y 100   O1A                                                    \\nREMARK 620 2 HOH Y 503   O    82.1                                              \\nREMARK 620 3 HOH Y 506   O    95.7  90.1                                        \\nREMARK 620 4 TPP Y 100   O1B  89.4 164.3  77.5                                  \\nREMARK 620 5 HOH Y 505   O    84.1  90.2 179.6 102.1                            \\nREMARK 620 6 HOH Y 504   O   170.1  89.8  90.0  99.7  90.3                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 800                                                                      \\nREMARK 800 SITE                                                                 \\nREMARK 800 SITE_IDENTIFIER: AC1                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE NA X 121                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC2                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE NA X 122                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC3                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 123                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC4                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 124                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC5                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 125                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC6                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 101                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC7                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 102                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC8                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 103                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC9                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 111                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC1                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 112                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC2                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 113                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC3                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE TPP X 100                 \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC4                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE TPP Y 100                 \\nDBREF  2GDI X   10    89  PDB    2GDI     2GDI            10     89             \\nDBREF  2GDI Y   10    89  PDB    2GDI     2GDI            10     89             \\nSEQRES   1 X   80  GTP   G   A   C   U   C   G   G   G   G   U   G   C          \\nSEQRES   2 X   80    C   C   U   U   C   U   G   C   G   U   G   A   A          \\nSEQRES   3 X   80    G   G   C   U   G   A   G   A   A   A   U   A   C          \\nSEQRES   4 X   80    C   C   G   U   A   U   C   A   C   C   U   G   A          \\nSEQRES   5 X   80    U   C   U   G   G   A   U   A   A   U   G   C   C          \\nSEQRES   6 X   80    A   G   C   G   U   A   G   G   G   A   A   G   U          \\nSEQRES   7 X   80    U   C                                                      \\nSEQRES   1 Y   80  GTP   G   A   C   U   C   G   G   G   G   U   G   C          \\nSEQRES   2 Y   80    C   C   U   U   C   U   G   C   G   U   G   A   A          \\nSEQRES   3 Y   80    G   G   C   U   G   A   G   A   A   A   U   A   C          \\nSEQRES   4 Y   80    C   C   G   U   A   U   C   A   C   C   U   G   A          \\nSEQRES   5 Y   80    U   C   U   G   G   A   U   A   A   U   G   C   C          \\nSEQRES   6 Y   80    A   G   C   G   U   A   G   G   G   A   A   G   U          \\nSEQRES   7 Y   80    U   C                                                      \\nMODRES 2GDI GTP X   10    G  GUANOSINE-5'-TRIPHOSPHATE                          \\nMODRES 2GDI CCC X   89    C                                                     \\nMODRES 2GDI GTP Y   10    G  GUANOSINE-5'-TRIPHOSPHATE                          \\nMODRES 2GDI CCC Y   89    C                                                     \\nHET    GTP  X  10      28                                                       \\nHET    CCC  X  89      23                                                       \\nHET    GTP  Y  10      32                                                       \\nHET    CCC  Y  89      23                                                       \\nHET     NA  X 121       1                                                       \\nHET     NA  X 122       1                                                       \\nHET      K  X 123       1                                                       \\nHET      K  X 124       1                                                       \\nHET      K  X 125       1                                                       \\nHET     MG  X 101       1                                                       \\nHET     MG  X 102       1                                                       \\nHET     MG  X 103       1                                                       \\nHET     MG  Y 111       1                                                       \\nHET     MG  Y 112       1                                                       \\nHET     MG  Y 113       1                                                       \\nHET    TPP  X 100      26                                                       \\nHET    TPP  Y 100      26                                                       \\nHETNAM     GTP GUANOSINE-5'-TRIPHOSPHATE                                        \\nHETNAM     CCC CYTIDINE-5'-PHOSPHATE-2',3'-CYCLIC PHOSPHATE                     \\nHETNAM      NA SODIUM ION                                                       \\nHETNAM       K POTASSIUM ION                                                    \\nHETNAM      MG MAGNESIUM ION                                                    \\nHETNAM     TPP THIAMINE DIPHOSPHATE                                             \\nFORMUL   1  GTP    2(C10 H16 N5 O14 P3)                                         \\nFORMUL   1  CCC    2(C9 H13 N3 O10 P2)                                          \\nFORMUL   3   NA    2(NA 1+)                                                     \\nFORMUL   5    K    3(K 1+)                                                      \\nFORMUL   8   MG    6(MG 2+)                                                     \\nFORMUL  14  TPP    2(C12 H19 N4 O7 P2 S 1+)                                     \\nFORMUL  16  HOH   *312(H2 O)                                                    \\nLINK         O3'   G X  21                 K     K X 123     1555   1555  2.90  \\nLINK         O2'   G X  21                 K     K X 123     1555   1555  2.80  \\nLINK         N3    G X  21                 K     K X 124     1555   1555  2.90  \\nLINK         O2'   C X  38                 K     K X 125     1555   1555  2.67  \\nLINK         O6    G X  60                MG    MG X 101     1555   1555  2.16  \\nLINK         O2'   A X  61                NA    NA X 121     1555   1555  2.95  \\nLINK         N3    A X  61                NA    NA X 121     1555   1555  2.91  \\nLINK         O4    U X  64                NA    NA X 122     1555   1555  2.78  \\nLINK         O6    G X  65                NA    NA X 122     1555   1555  2.70  \\nLINK         O2'   U X  71                 K     K X 124     1555   1555  2.72  \\nLINK         O4    U X  71                 K     K X 125     1555   1555  2.90  \\nLINK         N7    G X  72                 K     K X 123     1555   1555  2.69  \\nLINK         O6    G X  72                 K     K X 123     1555   1555  2.95  \\nLINK         OP1   C X  73                 K     K X 124     1555   1555  2.51  \\nLINK         O6    G X  78                MG    MG X 101     1555   1555  2.18  \\nLINK         N7    A Y  41                MG    MG Y 113     1555   1555  2.48  \\nLINK         O6    G Y  60                MG    MG Y 111     1555   1555  2.18  \\nLINK         O6    G Y  78                MG    MG Y 111     1555   1555  2.18  \\nLINK        NA    NA X 121                 O   HOH X 359     1555   1555  2.39  \\nLINK        NA    NA X 121                 O   HOH X 356     1555   1555  2.96  \\nLINK        NA    NA X 121                 O   HOH X 358     1555   1555  2.52  \\nLINK        NA    NA X 121                 O   HOH X 357     1555   1555  2.31  \\nLINK        NA    NA X 122                 O   HOH X 380     1555   1555  2.52  \\nLINK        NA    NA X 122                 O   HOH X 396     1555   1555  2.27  \\nLINK        NA    NA X 122                 O   HOH X 403     1555   1555  2.56  \\nLINK         K     K X 123                 O   HOH X 360     1555   1555  2.77  \\nLINK         K     K X 123                 O   HOH X 361     1555   1555  2.63  \\nLINK         K     K X 125                 O   HOH X 376     1555   1555  2.72  \\nLINK        MG    MG X 101                 O2B TPP X 100     1555   1555  2.16  \\nLINK        MG    MG X 101                 O   HOH X 489     1555   1555  2.18  \\nLINK        MG    MG X 101                 O   HOH X 488     1555   1555  2.18  \\nLINK        MG    MG X 101                 O   HOH X 490     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 492     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 494     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 491     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 493     1555   1555  2.18  \\nLINK        MG    MG X 102                 O1B TPP X 100     1555   1555  2.16  \\nLINK        MG    MG X 102                 O2A TPP X 100     1555   1555  2.17  \\nLINK        MG    MG X 103                 O   HOH X 499     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 495     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 496     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 497     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 498     1555   1555  2.19  \\nLINK        MG    MG Y 111                 O   HOH Y 500     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O   HOH Y 502     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O   HOH Y 501     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O2B TPP Y 100     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O1A TPP Y 100     1555   1555  2.27  \\nLINK        MG    MG Y 112                 O   HOH Y 503     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 506     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O1B TPP Y 100     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 505     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 504     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 510     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 508     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 511     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 509     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 507     1555   1555  2.18  \\nLINK         O3' GTP X  10                 P     G X  11     1555   1555  1.61  \\nLINK         O3'   U X  88                 P   CCC X  89     1555   1555  1.60  \\nLINK        MG    MG X 103                 N7    A X  41     1555   1555  2.60  \\nLINK         K     K X 124                 O2    U X  71     1555   1555  3.16  \\nLINK         K     K X 124                 O4'   C X  22     1555   1555  3.59  \\nLINK         K     K X 124                 N2    G X  21     1555   1555  3.63  \\nLINK         K     K X 124                 O2'   G X  21     1555   1555  3.11  \\nLINK         K     K X 124                 O   HOH X 365     1555   1555  3.09  \\nLINK         K     K X 125                 O4'   U X  39     1555   1555  3.02  \\nLINK         K     K X 125                 N6    A X  70     1555   1555  3.65  \\nLINK         K     K X 125                 O4'   C X  73     1555   1555  3.19  \\nLINK         O3' GTP Y  10                 P     G Y  11     1555   1555  1.60  \\nLINK         O3'   U Y  88                 P   CCC Y  89     1555   1555  1.60  \\nSITE     1 AC1  5   A X  61  HOH X 356  HOH X 357  HOH X 358                    \\nSITE     2 AC1  5 HOH X 359                                                     \\nSITE     1 AC2  6   U X  64    G X  65    G X  66  HOH X 380                    \\nSITE     2 AC2  6 HOH X 396  HOH X 403                                          \\nSITE     1 AC3  4   G X  21    G X  72  HOH X 360  HOH X 361                    \\nSITE     1 AC4  5   G X  21    C X  22    U X  71    C X  73                    \\nSITE     2 AC4  5 HOH X 365                                                     \\nSITE     1 AC5  6   C X  38    U X  39    A X  70    U X  71                    \\nSITE     2 AC5  6   C X  73  HOH X 376                                          \\nSITE     1 AC6  7   U X  59    G X  60    G X  78  TPP X 100                    \\nSITE     2 AC6  7 HOH X 488  HOH X 489  HOH X 490                               \\nSITE     1 AC7  6   A X  75  TPP X 100  HOH X 491  HOH X 492                    \\nSITE     2 AC7  6 HOH X 493  HOH X 494                                          \\nSITE     1 AC8  6   A X  41  HOH X 495  HOH X 496  HOH X 497                    \\nSITE     2 AC8  6 HOH X 498  HOH X 499                                          \\nSITE     1 AC9  7   U Y  59    G Y  60    G Y  78  TPP Y 100                    \\nSITE     2 AC9  7 HOH Y 500  HOH Y 501  HOH Y 502                               \\nSITE     1 BC1  5 TPP Y 100  HOH Y 503  HOH Y 504  HOH Y 505                    \\nSITE     2 BC1  5 HOH Y 506                                                     \\nSITE     1 BC2  6   A Y  41  HOH Y 507  HOH Y 508  HOH Y 509                    \\nSITE     2 BC2  6 HOH Y 510  HOH Y 511                                          \\nSITE     1 BC3 23   G X  19    G X  40    G X  42    A X  43                    \\nSITE     2 BC3 23   C X  57    C X  58    G X  72    C X  73                    \\nSITE     3 BC3 23   C X  77    G X  78   MG X 101   MG X 102                    \\nSITE     4 BC3 23 HOH X 381  HOH X 387  HOH X 406  HOH X 429                    \\nSITE     5 BC3 23 HOH X 443  HOH X 458  HOH X 488  HOH X 489                    \\nSITE     6 BC3 23 HOH X 492  HOH X 493  HOH X 494                               \\nSITE     1 BC4 18   G Y  19    G Y  40    G Y  42    A Y  43                    \\nSITE     2 BC4 18   C Y  57    C Y  58    G Y  72    C Y  73                    \\nSITE     3 BC4 18   C Y  77    G Y  78   MG Y 111   MG Y 112                    \\nSITE     4 BC4 18 HOH Y 257  HOH Y 339  HOH Y 501  HOH Y 503                    \\nSITE     5 BC4 18 HOH Y 505  HOH Y 506                                          \\nCRYST1  148.819   29.558   95.170  90.00  94.55  90.00 C 1 2 1       8          \\nORIGX1      1.000000  0.000000  0.000000        0.00000                         \\nORIGX2      0.000000  1.000000  0.000000        0.00000                         \\nORIGX3      0.000000  0.000000  1.000000        0.00000                         \\nSCALE1      0.006720  0.000000  0.000535        0.00000                         \\nSCALE2      0.000000  0.033832  0.000000        0.00000                         \\nSCALE3      0.000000  0.000000  0.010541        0.00000                         \\nHETATM    1  O3B GTP X  10     -25.335  -9.759 -22.867  1.00 42.06           O  \\nHETATM    2  PB  GTP X  10     -24.259 -10.797 -22.646  1.00 42.59           P  \\nHETATM    3  O1B GTP X  10     -24.421 -11.411 -21.274  1.00 42.40           O  \\nHETATM    4  O2B GTP X  10     -24.373 -11.879 -23.693  1.00 41.95           O  \\nHETATM    5  O3A GTP X  10     -22.903 -10.140 -22.749  1.00 40.89           O  \\nHETATM    6  PA  GTP X  10     -21.713  -9.328 -22.078  1.00 37.71           P  \\nHETATM    7  O1A GTP X  10     -22.435  -8.078 -21.748  1.00 37.40           O  \\nHETATM    8  O2A GTP X  10     -21.041 -10.105 -21.013  1.00 37.33           O  \\nHETATM    9  O5' GTP X  10     -20.637  -9.016 -23.219  1.00 36.61           O  \\nHETATM   10  C5' GTP X  10     -19.854 -10.077 -23.753  1.00 35.36           C  \\nHETATM   11  C4' GTP X  10     -19.237  -9.669 -25.077  1.00 34.32           C  \\nHETATM   12  O4' GTP X  10     -20.221  -9.821 -26.135  1.00 33.37           O  \\nHETATM   13  C3' GTP X  10     -18.814  -8.209 -25.174  1.00 33.85           C  \\nHETATM   14  O3' GTP X  10     -17.525  -8.008 -24.599  1.00 34.24           O  \\nHETATM   15  C2' GTP X  10     -18.799  -8.042 -26.686  1.00 33.09           C  \\nHETATM   16  O2' GTP X  10     -17.708  -8.720 -27.276  1.00 32.72           O  \\nHETATM   17  C1' GTP X  10     -20.104  -8.743 -27.047  1.00 32.27           C  \\nHETATM   18  N9  GTP X  10     -21.278  -7.878 -26.926  1.00 31.28           N  \\nHETATM   19  C8  GTP X  10     -22.305  -7.990 -26.018  1.00 30.36           C  \\nHETATM   20  N7  GTP X  10     -23.216  -7.065 -26.146  1.00 30.52           N  \\nHETATM   21  C5  GTP X  10     -22.766  -6.283 -27.205  1.00 30.62           C  \\nHETATM   22  C6  GTP X  10     -23.336  -5.131 -27.805  1.00 30.44           C  \\nHETATM   23  O6  GTP X  10     -24.389  -4.550 -27.510  1.00 30.96           O  \\nHETATM   24  N1  GTP X  10     -22.555  -4.649 -28.854  1.00 29.94           N  \\nHETATM   25  C2  GTP X  10     -21.372  -5.213 -29.272  1.00 29.66           C  \\nHETATM   26  N2  GTP X  10     -20.755  -4.612 -30.301  1.00 29.61           N  \\nHETATM   27  N3  GTP X  10     -20.829  -6.290 -28.721  1.00 30.15           N  \\nHETATM   28  C4  GTP X  10     -21.574  -6.772 -27.695  1.00 30.74           C  \\nATOM     29  P     G X  11     -17.189  -6.642 -23.827  1.00 34.30           P  \\nATOM     30  OP1   G X  11     -16.007  -6.895 -22.974  1.00 34.40           O  \\nATOM     31  OP2   G X  11     -18.436  -6.124 -23.223  1.00 34.30           O  \\nATOM     32  O5'   G X  11     -16.783  -5.642 -25.005  1.00 34.28           O  \\nATOM     33  C5'   G X  11     -15.744  -5.986 -25.911  1.00 34.67           C  \\nATOM     34  C4'   G X  11     -15.722  -5.012 -27.074  1.00 34.85           C  \\nATOM     35  O4'   G X  11     -16.947  -5.133 -27.838  1.00 34.79           O  \\nATOM     36  C3'   G X  11     -15.685  -3.542 -26.693  1.00 34.84           C  \\nATOM     37  O3'   G X  11     -14.361  -3.139 -26.375  1.00 35.96           O  \\nATOM     38  C2'   G X  11     -16.159  -2.913 -27.996  1.00 34.96           C  \\nATOM     39  O2'   G X  11     -15.151  -2.917 -28.987  1.00 34.26           O  \\nATOM     40  C1'   G X  11     -17.280  -3.870 -28.388  1.00 34.66           C  \\nATOM     41  N9    G X  11     -18.593  -3.458 -27.892  1.00 34.36           N  \\nATOM     42  C8    G X  11     -19.297  -4.004 -26.845  1.00 34.15           C  \\nATOM     43  N7    G X  11     -20.447  -3.426 -26.636  1.00 34.20           N  \\nATOM     44  C5    G X  11     -20.512  -2.430 -27.603  1.00 34.12           C  \\nATOM     45  C6    G X  11     -21.528  -1.480 -27.873  1.00 34.04           C  \\nATOM     46  O6    G X  11     -22.606  -1.320 -27.285  1.00 34.40           O  \\nATOM     47  N1    G X  11     -21.194  -0.655 -28.946  1.00 33.99           N  \\nATOM     48  C2    G X  11     -20.027  -0.740 -29.667  1.00 33.90           C  \\nATOM     49  N2    G X  11     -19.880   0.141 -30.667  1.00 33.92           N  \\nATOM     50  N3    G X  11     -19.070  -1.628 -29.427  1.00 33.98           N  \\nATOM     51  C4    G X  11     -19.378  -2.438 -28.384  1.00 34.22           C  \\nATOM     52  P     A X  12     -14.108  -2.016 -25.264  1.00 35.73           P  \\nATOM     53  OP1   A X  12     -12.655  -1.976 -24.987  1.00 36.16           O  \\nATOM     54  OP2   A X  12     -15.067  -2.246 -24.161  1.00 36.93           O  \\nATOM     55  O5'   A X  12     -14.541  -0.662 -25.993  1.00 36.41           O  \\nATOM     56  C5'   A X  12     -13.876  -0.220 -27.169  1.00 36.59           C  \\nATOM     57  C4'   A X  12     -14.686   0.887 -27.814  1.00 37.23           C  \\nATOM     58  O4'   A X  12     -15.980   0.367 -28.207  1.00 37.53           O  \\nATOM     59  C3'   A X  12     -15.032   2.036 -26.881  1.00 37.21           C  \\nATOM     60  O3'   A X  12     -13.952   2.953 -26.787  1.00 36.20           O  \\nATOM     61  C2'   A X  12     -16.247   2.633 -27.582  1.00 37.54           C  \\nATOM     62  O2'   A X  12     -15.897   3.421 -28.703  1.00 37.91           O  \\nATOM     63  C1'   A X  12     -16.970   1.366 -28.032  1.00 37.53           C  \\nATOM     64  N9    A X  12     -17.959   0.881 -27.072  1.00 37.87           N  \\nATOM     65  C8    A X  12     -17.823  -0.159 -26.196  1.00 37.62           C  \\nATOM     66  N7    A X  12     -18.884  -0.371 -25.454  1.00 37.68           N  \\nATOM     67  C5    A X  12     -19.781   0.597 -25.873  1.00 37.75           C  \\nATOM     68  C6    A X  12     -21.097   0.906 -25.476  1.00 37.91           C  \\nATOM     69  N6    A X  12     -21.756   0.235 -24.523  1.00 37.01           N  \\nATOM     70  N1    A X  12     -21.709   1.937 -26.097  1.00 37.55           N  \\nATOM     71  C2    A X  12     -21.047   2.604 -27.051  1.00 37.86           C  \\nATOM     72  N3    A X  12     -19.811   2.404 -27.509  1.00 37.62           N  \\nATOM     73  C4    A X  12     -19.227   1.378 -26.871  1.00 37.89           C  \\nATOM     74  P     C X  13     -13.618   3.621 -25.371  1.00 36.07           P  \\nATOM     75  OP1   C X  13     -12.287   4.260 -25.475  1.00 36.52           O  \\nATOM     76  OP2   C X  13     -13.879   2.615 -24.317  1.00 36.03           O  \\nATOM     77  O5'   C X  13     -14.735   4.759 -25.239  1.00 35.77           O  \\nATOM     78  C5'   C X  13     -14.838   5.775 -26.227  1.00 35.58           C  \\nATOM     79  C4'   C X  13     -16.078   6.619 -25.999  1.00 35.42           C  \\nATOM     80  O4'   C X  13     -17.261   5.841 -26.303  1.00 35.24           O  \\nATOM     81  C3'   C X  13     -16.305   7.060 -24.563  1.00 35.66           C  \\nATOM     82  O3'   C X  13     -15.490   8.179 -24.248  1.00 37.17           O  \\nATOM     83  C2'   C X  13     -17.791   7.402 -24.604  1.00 35.35           C  \\nATOM     84  O2'   C X  13     -18.061   8.657 -25.204  1.00 34.94           O  \\nATOM     85  C1'   C X  13     -18.328   6.264 -25.471  1.00 34.92           C  \\nATOM     86  N1    C X  13     -18.810   5.094 -24.672  1.00 35.09           N  \\nATOM     87  C2    C X  13     -20.108   5.096 -24.149  1.00 34.75           C  \\nATOM     88  O2    C X  13     -20.843   6.068 -24.363  1.00 34.83           O  \\nATOM     89  N3    C X  13     -20.526   4.028 -23.422  1.00 34.79           N  \\nATOM     90  C4    C X  13     -19.707   2.997 -23.214  1.00 34.47           C  \\nATOM     91  N4    C X  13     -20.164   1.968 -22.491  1.00 33.74           N  \\nATOM     92  C5    C X  13     -18.380   2.976 -23.734  1.00 33.95           C  \\nATOM     93  C6    C X  13     -17.980   4.032 -24.450  1.00 34.84           C  \\nATOM     94  P     U X  14     -14.887   8.332 -22.772  1.00 38.07           P  \\nATOM     95  OP1   U X  14     -14.024   9.535 -22.764  1.00 38.41           O  \\nATOM     96  OP2   U X  14     -14.340   7.021 -22.362  1.00 38.47           O  \\nATOM     97  O5'   U X  14     -16.184   8.626 -21.881  1.00 38.34           O  \\nATOM     98  C5'   U X  14     -16.672   9.960 -21.771  1.00 38.30           C  \\nATOM     99  C4'   U X  14     -18.133   9.992 -21.361  1.00 38.06           C  \\nATOM    100  O4'   U X  14     -18.871   8.943 -22.037  1.00 37.46           O  \\nATOM    101  C3'   U X  14     -18.394   9.728 -19.888  1.00 38.47           C  \\nATOM    102  O3'   U X  14     -18.192  10.905 -19.125  1.00 39.59           O  \\nATOM    103  C2'   U X  14     -19.863   9.331 -19.933  1.00 37.89           C  \\nATOM    104  O2'   U X  14     -20.717  10.442 -20.103  1.00 37.40           O  \\nATOM    105  C1'   U X  14     -19.882   8.449 -21.178  1.00 37.71           C  \\nATOM    106  N1    U X  14     -19.616   7.010 -20.864  1.00 37.55           N  \\nATOM    107  C2    U X  14     -20.628   6.247 -20.318  1.00 37.29           C  \\nATOM    108  O2    U X  14     -21.740   6.684 -20.084  1.00 37.22           O  \\nATOM    109  N3    U X  14     -20.291   4.942 -20.056  1.00 37.55           N  \\nATOM    110  C4    U X  14     -19.067   4.336 -20.276  1.00 37.63           C  \\nATOM    111  O4    U X  14     -18.916   3.151 -19.993  1.00 37.78           O  \\nATOM    112  C5    U X  14     -18.060   5.194 -20.844  1.00 37.43           C  \\nATOM    113  C6    U X  14     -18.368   6.470 -21.107  1.00 37.34           C  \\nATOM    114  P     C X  15     -17.343  10.836 -17.771  1.00 40.60           P  \\nATOM    115  OP1   C X  15     -17.266  12.214 -17.235  1.00 41.16           O  \\nATOM    116  OP2   C X  15     -16.103  10.075 -18.044  1.00 40.93           O  \\nATOM    117  O5'   C X  15     -18.243   9.935 -16.807  1.00 40.42           O  \\nATOM    118  C5'   C X  15     -19.285  10.513 -16.037  1.00 39.96           C  \\nATOM    119  C4'   C X  15     -20.427   9.528 -15.859  1.00 39.33           C  \\nATOM    120  O4'   C X  15     -20.363   8.465 -16.845  1.00 39.16           O  \\nATOM    121  C3'   C X  15     -20.428   8.719 -14.576  1.00 39.16           C  \\nATOM    122  O3'   C X  15     -20.738   9.505 -13.434  1.00 39.40           O  \\nATOM    123  C2'   C X  15     -21.534   7.731 -14.929  1.00 38.48           C  \\nATOM    124  O2'   C X  15     -22.820   8.319 -14.897  1.00 38.45           O  \\nATOM    125  C1'   C X  15     -21.157   7.388 -16.369  1.00 38.06           C  \\nATOM    126  N1    C X  15     -20.411   6.097 -16.472  1.00 37.54           N  \\nATOM    127  C2    C X  15     -21.114   4.897 -16.313  1.00 36.85           C  \\nATOM    128  O2    C X  15     -22.333   4.934 -16.102  1.00 36.71           O  \\nATOM    129  N3    C X  15     -20.442   3.724 -16.397  1.00 36.88           N  \\nATOM    130  C4    C X  15     -19.128   3.721 -16.624  1.00 37.36           C  \\nATOM    131  N4    C X  15     -18.512   2.536 -16.696  1.00 37.06           N  \\nATOM    132  C5    C X  15     -18.391   4.934 -16.788  1.00 37.16           C  \\nATOM    133  C6    C X  15     -19.065   6.087 -16.701  1.00 37.37           C  \\nATOM    134  P     G X  16     -20.186   9.034 -12.005  1.00 40.06           P  \\nATOM    135  OP1   G X  16     -20.490  10.101 -11.026  1.00 40.26           O  \\nATOM    136  OP2   G X  16     -18.797   8.553 -12.181  1.00 39.95           O  \\nATOM    137  O5'   G X  16     -21.074   7.746 -11.671  1.00 38.99           O  \\nATOM    138  C5'   G X  16     -22.450   7.896 -11.372  1.00 37.40           C  \\nATOM    139  C4'   G X  16     -23.143   6.549 -11.412  1.00 35.95           C  \\nATOM    140  O4'   G X  16     -22.766   5.826 -12.611  1.00 34.78           O  \\nATOM    141  C3'   G X  16     -22.761   5.586 -10.301  1.00 35.21           C  \\nATOM    142  O3'   G X  16     -23.419   5.938  -9.097  1.00 35.73           O  \\nATOM    143  C2'   G X  16     -23.303   4.298 -10.899  1.00 34.44           C  \\nATOM    144  O2'   G X  16     -24.716   4.251 -10.871  1.00 34.27           O  \\nATOM    145  C1'   G X  16     -22.821   4.438 -12.340  1.00 33.45           C  \\nATOM    146  N9    G X  16     -21.502   3.856 -12.566  1.00 32.35           N  \\nATOM    147  C8    G X  16     -20.353   4.517 -12.938  1.00 31.02           C  \\nATOM    148  N7    G X  16     -19.323   3.728 -13.065  1.00 31.04           N  \\nATOM    149  C5    G X  16     -19.818   2.462 -12.758  1.00 31.21           C  \\nATOM    150  C6    G X  16     -19.171   1.202 -12.721  1.00 31.28           C  \\nATOM    151  O6    G X  16     -17.986   0.942 -12.964  1.00 32.30           O  \\nATOM    152  N1    G X  16     -20.041   0.173 -12.355  1.00 30.18           N  \\nATOM    153  C2    G X  16     -21.374   0.344 -12.068  1.00 30.58           C  \\nATOM    154  N2    G X  16     -22.063  -0.760 -11.738  1.00 30.72           N  \\nATOM    155  N3    G X  16     -21.991   1.518 -12.096  1.00 31.09           N  \\nATOM    156  C4    G X  16     -21.158   2.527 -12.448  1.00 31.29           C  \\nATOM    157  P     G X  17     -22.757   5.575  -7.688  1.00 36.14           P  \\nATOM    158  OP1   G X  17     -23.480   6.337  -6.644  1.00 36.06           O  \\nATOM    159  OP2   G X  17     -21.291   5.709  -7.823  1.00 36.32           O  \\nATOM    160  O5'   G X  17     -23.072   4.017  -7.523  1.00 36.18           O  \\nATOM    161  C5'   G X  17     -24.408   3.538  -7.462  1.00 35.46           C  \\nATOM    162  C4'   G X  17     -24.397   2.023  -7.381  1.00 34.85           C  \\nATOM    163  O4'   G X  17     -23.763   1.486  -8.569  1.00 34.84           O  \\nATOM    164  C3'   G X  17     -23.564   1.447  -6.248  1.00 35.16           C  \\nATOM    165  O3'   G X  17     -24.287   1.447  -5.021  1.00 35.17           O  \\nATOM    166  C2'   G X  17     -23.295   0.038  -6.766  1.00 34.56           C  \\nATOM    167  O2'   G X  17     -24.431  -0.804  -6.667  1.00 34.27           O  \\nATOM    168  C1'   G X  17     -23.011   0.333  -8.235  1.00 33.91           C  \\nATOM    169  N9    G X  17     -21.601   0.551  -8.570  1.00 33.22           N  \\nATOM    170  C8    G X  17     -20.994   1.742  -8.906  1.00 32.90           C  \\nATOM    171  N7    G X  17     -19.722   1.619  -9.175  1.00 32.31           N  \\nATOM    172  C5    G X  17     -19.466   0.262  -9.011  1.00 32.45           C  \\nATOM    173  C6    G X  17     -18.264  -0.474  -9.165  1.00 32.10           C  \\nATOM    174  O6    G X  17     -17.141  -0.062  -9.485  1.00 32.85           O  \\nATOM    175  N1    G X  17     -18.442  -1.827  -8.903  1.00 31.51           N  \\nATOM    176  C2    G X  17     -19.633  -2.401  -8.531  1.00 32.46           C  \\nATOM    177  N2    G X  17     -19.614  -3.724  -8.317  1.00 32.93           N  \\nATOM    178  N3    G X  17     -20.767  -1.729  -8.386  1.00 32.38           N  \\nATOM    179  C4    G X  17     -20.613  -0.407  -8.641  1.00 32.69           C  \\nATOM    180  P     G X  18     -23.471   1.557  -3.651  1.00 36.94           P  \\nATOM    181  OP1   G X  18     -24.444   1.537  -2.535  1.00 38.26           O  \\nATOM    182  OP2   G X  18     -22.513   2.679  -3.774  1.00 35.50           O  \\nATOM    183  O5'   G X  18     -22.619   0.207  -3.614  1.00 35.60           O  \\nATOM    184  C5'   G X  18     -23.293  -1.044  -3.514  1.00 35.58           C  \\nATOM    185  C4'   G X  18     -22.306  -2.193  -3.525  1.00 34.64           C  \\nATOM    186  O4'   G X  18     -21.559  -2.221  -4.766  1.00 33.75           O  \\nATOM    187  C3'   G X  18     -21.227  -2.129  -2.462  1.00 34.72           C  \\nATOM    188  O3'   G X  18     -21.763  -2.592  -1.239  1.00 34.88           O  \\nATOM    189  C2'   G X  18     -20.211  -3.113  -3.032  1.00 33.46           C  \\nATOM    190  O2'   G X  18     -20.574  -4.452  -2.794  1.00 34.17           O  \\nATOM    191  C1'   G X  18     -20.307  -2.839  -4.527  1.00 33.51           C  \\nATOM    192  N9    G X  18     -19.250  -1.959  -5.011  1.00 32.05           N  \\nATOM    193  C8    G X  18     -19.320  -0.597  -5.163  1.00 31.88           C  \\nATOM    194  N7    G X  18     -18.218  -0.072  -5.616  1.00 31.20           N  \\nATOM    195  C5    G X  18     -17.368  -1.160  -5.782  1.00 31.85           C  \\nATOM    196  C6    G X  18     -16.035  -1.202  -6.244  1.00 31.61           C  \\nATOM    197  O6    G X  18     -15.338  -0.248  -6.617  1.00 31.51           O  \\nATOM    198  N1    G X  18     -15.529  -2.503  -6.257  1.00 31.48           N  \\nATOM    199  C2    G X  18     -16.231  -3.621  -5.866  1.00 32.26           C  \\nATOM    200  N2    G X  18     -15.580  -4.793  -5.940  1.00 32.50           N  \\nATOM    201  N3    G X  18     -17.481  -3.590  -5.419  1.00 31.76           N  \\nATOM    202  C4    G X  18     -17.984  -2.330  -5.406  1.00 31.91           C  \\nATOM    203  P     G X  19     -21.152  -2.109   0.155  1.00 35.04           P  \\nATOM    204  OP1   G X  19     -22.240  -2.167   1.149  1.00 34.57           O  \\nATOM    205  OP2   G X  19     -20.402  -0.852  -0.061  1.00 35.48           O  \\nATOM    206  O5'   G X  19     -20.078  -3.247   0.480  1.00 33.44           O  \\nATOM    207  C5'   G X  19     -20.484  -4.593   0.699  1.00 33.07           C  \\nATOM    208  C4'   G X  19     -19.267  -5.499   0.698  1.00 32.33           C  \\nATOM    209  O4'   G X  19     -18.648  -5.461  -0.610  1.00 31.80           O  \\nATOM    210  C3'   G X  19     -18.159  -5.095   1.658  1.00 31.86           C  \\nATOM    211  O3'   G X  19     -18.409  -5.648   2.944  1.00 31.78           O  \\nATOM    212  C2'   G X  19     -16.936  -5.716   0.992  1.00 31.74           C  \\nATOM    213  O2'   G X  19     -16.856  -7.109   1.231  1.00 32.06           O  \\nATOM    214  C1'   G X  19     -17.238  -5.478  -0.484  1.00 31.54           C  \\nATOM    215  N9    G X  19     -16.737  -4.229  -1.059  1.00 30.37           N  \\nATOM    216  C8    G X  19     -17.283  -2.976  -0.913  1.00 30.07           C  \\nATOM    217  N7    G X  19     -16.642  -2.050  -1.570  1.00 30.50           N  \\nATOM    218  C5    G X  19     -15.610  -2.737  -2.198  1.00 30.03           C  \\nATOM    219  C6    G X  19     -14.584  -2.261  -3.048  1.00 29.79           C  \\nATOM    220  O6    G X  19     -14.381  -1.101  -3.428  1.00 28.24           O  \\nATOM    221  N1    G X  19     -13.745  -3.289  -3.474  1.00 29.32           N  \\nATOM    222  C2    G X  19     -13.869  -4.611  -3.118  1.00 29.29           C  \\nATOM    223  N2    G X  19     -12.960  -5.460  -3.638  1.00 27.53           N  \\nATOM    224  N3    G X  19     -14.825  -5.068  -2.319  1.00 29.24           N  \\nATOM    225  C4    G X  19     -15.659  -4.080  -1.901  1.00 30.11           C  \\nATOM    226  P     U X  20     -18.045  -4.834   4.275  1.00 32.61           P  \\nATOM    227  OP1   U X  20     -18.561  -5.613   5.423  1.00 31.72           O  \\nATOM    228  OP2   U X  20     -18.420  -3.414   4.101  1.00 32.52           O  \\nATOM    229  O5'   U X  20     -16.454  -4.897   4.286  1.00 32.18           O  \\nATOM    230  C5'   U X  20     -15.788  -6.124   4.534  1.00 33.17           C  \\nATOM    231  C4'   U X  20     -14.323  -5.938   4.207  1.00 32.98           C  \\nATOM    232  O4'   U X  20     -14.208  -5.659   2.792  1.00 33.09           O  \\nATOM    233  C3'   U X  20     -13.684  -4.720   4.854  1.00 33.97           C  \\nATOM    234  O3'   U X  20     -13.291  -5.004   6.185  1.00 35.47           O  \\nATOM    235  C2'   U X  20     -12.478  -4.507   3.944  1.00 33.10           C  \\nATOM    236  O2'   U X  20     -11.386  -5.341   4.281  1.00 33.06           O  \\nATOM    237  C1'   U X  20     -13.039  -4.893   2.575  1.00 32.97           C  \\nATOM    238  N1    U X  20     -13.339  -3.694   1.744  1.00 32.78           N  \\nATOM    239  C2    U X  20     -12.440  -3.360   0.754  1.00 32.64           C  \\nATOM    240  O2    U X  20     -11.452  -4.030   0.512  1.00 32.10           O  \\nATOM    241  N3    U X  20     -12.752  -2.228   0.046  1.00 31.47           N  \\nATOM    242  C4    U X  20     -13.848  -1.406   0.237  1.00 32.73           C  \\nATOM    243  O4    U X  20     -13.997  -0.421  -0.478  1.00 31.63           O  \\nATOM    244  C5    U X  20     -14.735  -1.812   1.300  1.00 32.62           C  \\nATOM    245  C6    U X  20     -14.451  -2.916   2.004  1.00 32.70           C  \\nATOM    246  P     G X  21     -14.012  -4.286   7.420  1.00 38.23           P  \\nATOM    247  OP1   G X  21     -15.038  -3.347   6.910  1.00 37.68           O  \\nATOM    248  OP2   G X  21     -12.942  -3.799   8.316  1.00 38.02           O  \\nATOM    249  O5'   G X  21     -14.758  -5.514   8.131  1.00 36.73           O  \\nATOM    250  C5'   G X  21     -13.990  -6.525   8.755  1.00 34.39           C  \\nATOM    251  C4'   G X  21     -14.634  -7.890   8.601  1.00 33.59           C  \\nATOM    252  O4'   G X  21     -14.433  -8.375   7.248  1.00 33.51           O  \\nATOM    253  C3'   G X  21     -14.028  -8.949   9.510  1.00 32.84           C  \\nATOM    254  O3'   G X  21     -14.753  -9.019  10.730  1.00 34.54           O  \\nATOM    255  C2'   G X  21     -14.168 -10.225   8.691  1.00 33.12           C  \\nATOM    256  O2'   G X  21     -15.468 -10.769   8.787  1.00 34.15           O  \\nATOM    257  C1'   G X  21     -13.934  -9.703   7.278  1.00 32.36           C  \\nATOM    258  N9    G X  21     -12.541  -9.684   6.831  1.00 31.65           N  \\nATOM    259  C8    G X  21     -11.800  -8.557   6.566  1.00 30.67           C  \\nATOM    260  N7    G X  21     -10.592  -8.812   6.160  1.00 30.93           N  \\nATOM    261  C5    G X  21     -10.520 -10.197   6.146  1.00 30.79           C  \\nATOM    262  C6    G X  21      -9.442 -11.041   5.781  1.00 30.81           C  \\nATOM    263  O6    G X  21      -8.308 -10.723   5.391  1.00 30.36           O  \\nATOM    264  N1    G X  21      -9.780 -12.385   5.902  1.00 30.16           N  \\nATOM    265  C2    G X  21     -11.001 -12.854   6.324  1.00 30.63           C  \\nATOM    266  N2    G X  21     -11.120 -14.187   6.371  1.00 29.35           N  \\nATOM    267  N3    G X  21     -12.026 -12.075   6.662  1.00 32.60           N  \\nATOM    268  C4    G X  21     -11.714 -10.755   6.551  1.00 31.04           C  \\nATOM    269  P     C X  22     -13.944  -9.133  12.106  1.00 32.77           P  \\nATOM    270  OP1   C X  22     -14.909  -9.093  13.219  1.00 33.46           O  \\nATOM    271  OP2   C X  22     -12.820  -8.174  12.045  1.00 33.88           O  \\nATOM    272  O5'   C X  22     -13.306 -10.597  12.009  1.00 32.32           O  \\nATOM    273  C5'   C X  22     -14.101 -11.760  12.201  1.00 30.36           C  \\nATOM    274  C4'   C X  22     -13.264 -12.980  11.861  1.00 29.81           C  \\nATOM    275  O4'   C X  22     -12.778 -12.868  10.498  1.00 27.79           O  \\nATOM    276  C3'   C X  22     -11.990 -13.112  12.680  1.00 29.57           C  \\nATOM    277  O3'   C X  22     -12.263 -13.707  13.934  1.00 31.55           O  \\nATOM    278  C2'   C X  22     -11.160 -14.024  11.787  1.00 29.07           C  \\nATOM    279  O2'   C X  22     -11.579 -15.374  11.853  1.00 26.66           O  \\nATOM    280  C1'   C X  22     -11.490 -13.444  10.414  1.00 28.56           C  \\nATOM    281  N1    C X  22     -10.510 -12.424   9.935  1.00 28.68           N  \\nATOM    282  C2    C X  22      -9.288 -12.878   9.440  1.00 29.04           C  \\nATOM    283  O2    C X  22      -9.079 -14.098   9.432  1.00 29.41           O  \\nATOM    284  N3    C X  22      -8.380 -11.974   8.994  1.00 28.07           N  \\nATOM    285  C4    C X  22      -8.661 -10.671   9.033  1.00 28.16           C  \\nATOM    286  N4    C X  22      -7.732  -9.820   8.574  1.00 28.76           N  \\nATOM    287  C5    C X  22      -9.907 -10.184   9.536  1.00 28.39           C  \\nATOM    288  C6    C X  22     -10.795 -11.087   9.968  1.00 28.27           C  \\nATOM    289  P     C X  23     -11.628 -13.080  15.263  1.00 32.24           P  \\nATOM    290  OP1   C X  23     -12.497 -13.465  16.394  1.00 32.21           O  \\nATOM    291  OP2   C X  23     -11.322 -11.656  15.004  1.00 32.95           O  \\nATOM    292  O5'   C X  23     -10.233 -13.855  15.382  1.00 33.47           O  \\nATOM    293  C5'   C X  23     -10.195 -15.278  15.325  1.00 34.53           C  \\nATOM    294  C4'   C X  23      -8.762 -15.763  15.181  1.00 34.23           C  \\nATOM    295  O4'   C X  23      -8.186 -15.208  13.969  1.00 34.52           O  \\nATOM    296  C3'   C X  23      -7.840 -15.334  16.319  1.00 35.21           C  \\nATOM    297  O3'   C X  23      -6.892 -16.349  16.585  1.00 36.97           O  \\nATOM    298  C2'   C X  23      -7.142 -14.112  15.738  1.00 34.18           C  \\nATOM    299  O2'   C X  23      -5.882 -13.875  16.334  1.00 34.09           O  \\nATOM    300  C1'   C X  23      -6.972 -14.561  14.293  1.00 32.80           C  \\nATOM    301  N1    C X  23      -6.733 -13.410  13.382  1.00 32.89           N  \\nATOM    302  C2    C X  23      -5.524 -13.330  12.681  1.00 32.64           C  \\nATOM    303  O2    C X  23      -4.691 -14.241  12.811  1.00 31.61           O  \\nATOM    304  N3    C X  23      -5.306 -12.259  11.877  1.00 31.58           N  \\nATOM    305  C4    C X  23      -6.231 -11.301  11.775  1.00 31.63           C  \\nATOM    306  N4    C X  23      -5.973 -10.268  10.968  1.00 30.02           N  \\nATOM    307  C5    C X  23      -7.466 -11.361  12.491  1.00 32.72           C  \\nATOM    308  C6    C X  23      -7.670 -12.421  13.281  1.00 33.06           C  \\nATOM    309  P     C X  24      -7.068 -17.332  17.831  1.00 38.71           P  \\nATOM    310  OP1   C X  24      -8.078 -18.355  17.475  1.00 38.24           O  \\nATOM    311  OP2   C X  24      -7.239 -16.507  19.048  1.00 39.10           O  \\nATOM    312  O5'   C X  24      -5.613 -18.001  17.882  1.00 40.02           O  \\nATOM    313  C5'   C X  24      -5.405 -19.299  18.423  1.00 40.17           C  \\nATOM    314  C4'   C X  24      -4.189 -19.945  17.780  1.00 40.55           C  \\nATOM    315  O4'   C X  24      -4.488 -20.247  16.395  1.00 40.45           O  \\nATOM    316  C3'   C X  24      -2.945 -19.070  17.681  1.00 40.93           C  \\nATOM    317  O3'   C X  24      -2.234 -19.029  18.918  1.00 41.11           O  \\nATOM    318  C2'   C X  24      -2.165 -19.799  16.590  1.00 40.71           C  \\nATOM    319  O2'   C X  24      -1.451 -20.917  17.080  1.00 41.80           O  \\nATOM    320  C1'   C X  24      -3.279 -20.276  15.659  1.00 39.91           C  \\nATOM    321  N1    C X  24      -3.410 -19.452  14.419  1.00 39.23           N  \\nATOM    322  C2    C X  24      -3.006 -19.993  13.192  1.00 39.30           C  \\nATOM    323  O2    C X  24      -2.561 -21.147  13.154  1.00 39.92           O  \\nATOM    324  N3    C X  24      -3.115 -19.235  12.074  1.00 38.80           N  \\nATOM    325  C4    C X  24      -3.596 -17.993  12.151  1.00 38.19           C  \\nATOM    326  N4    C X  24      -3.683 -17.290  11.019  1.00 37.93           N  \\nATOM    327  C5    C X  24      -4.002 -17.420  13.392  1.00 38.44           C  \\nATOM    328  C6    C X  24      -3.891 -18.177  14.490  1.00 38.98           C  \\nATOM    329  P     U X  25      -1.571 -17.661  19.429  1.00 41.67           P  \\nATOM    330  OP1   U X  25      -0.975 -17.919  20.759  1.00 41.62           O  \\nATOM    331  OP2   U X  25      -2.565 -16.574  19.282  1.00 41.71           O  \\nATOM    332  O5'   U X  25      -0.401 -17.404  18.364  1.00 40.67           O  \\nATOM    333  C5'   U X  25       0.793 -18.180  18.405  1.00 40.13           C  \\nATOM    334  C4'   U X  25       1.835 -17.659  17.430  1.00 39.39           C  \\nATOM    335  O4'   U X  25       1.228 -17.441  16.130  1.00 39.71           O  \\nATOM    336  C3'   U X  25       2.443 -16.308  17.775  1.00 38.94           C  \\nATOM    337  O3'   U X  25       3.477 -16.437  18.741  1.00 37.63           O  \\nATOM    338  C2'   U X  25       2.982 -15.886  16.415  1.00 39.04           C  \\nATOM    339  O2'   U X  25       4.173 -16.566  16.068  1.00 39.71           O  \\nATOM    340  C1'   U X  25       1.837 -16.326  15.504  1.00 39.13           C  \\nATOM    341  N1    U X  25       0.811 -15.258  15.295  1.00 38.64           N  \\nATOM    342  C2    U X  25       1.164 -14.132  14.583  1.00 38.37           C  \\nATOM    343  O2    U X  25       2.274 -13.961  14.108  1.00 37.75           O  \\nATOM    344  N3    U X  25       0.165 -13.201  14.446  1.00 37.93           N  \\nATOM    345  C4    U X  25      -1.127 -13.278  14.931  1.00 38.37           C  \\nATOM    346  O4    U X  25      -1.906 -12.353  14.719  1.00 38.04           O  \\nATOM    347  C5    U X  25      -1.424 -14.485  15.665  1.00 38.52           C  \\nATOM    348  C6    U X  25      -0.463 -15.407  15.814  1.00 38.97           C  \\nATOM    349  P     U X  26       3.664 -15.295  19.846  1.00 37.51           P  \\nATOM    350  OP1   U X  26       4.568 -15.814  20.895  1.00 37.69           O  \\nATOM    351  OP2   U X  26       2.322 -14.790  20.213  1.00 36.56           O  \\nATOM    352  O5'   U X  26       4.418 -14.134  19.046  1.00 37.50           O  \\nATOM    353  C5'   U X  26       5.750 -14.326  18.585  1.00 37.59           C  \\nATOM    354  C4'   U X  26       6.174 -13.158  17.714  1.00 37.22           C  \\nATOM    355  O4'   U X  26       5.250 -13.016  16.605  1.00 37.73           O  \\nATOM    356  C3'   U X  26       6.117 -11.797  18.389  1.00 37.41           C  \\nATOM    357  O3'   U X  26       7.256 -11.584  19.214  1.00 37.86           O  \\nATOM    358  C2'   U X  26       6.114 -10.890  17.164  1.00 37.34           C  \\nATOM    359  O2'   U X  26       7.390 -10.799  16.561  1.00 37.01           O  \\nATOM    360  C1'   U X  26       5.153 -11.645  16.249  1.00 37.62           C  \\nATOM    361  N1    U X  26       3.732 -11.203  16.391  1.00 37.15           N  \\nATOM    362  C2    U X  26       3.339  -9.995  15.851  1.00 36.84           C  \\nATOM    363  O2    U X  26       4.092  -9.249  15.251  1.00 37.13           O  \\nATOM    364  N3    U X  26       2.014  -9.683  16.038  1.00 36.56           N  \\nATOM    365  C4    U X  26       1.065 -10.438  16.699  1.00 36.77           C  \\nATOM    366  O4    U X  26      -0.086 -10.024  16.787  1.00 37.45           O  \\nATOM    367  C5    U X  26       1.550 -11.685  17.235  1.00 36.59           C  \\nATOM    368  C6    U X  26       2.835 -12.010  17.065  1.00 36.96           C  \\nATOM    369  P     C X  27       7.143 -10.655  20.514  1.00 37.80           P  \\nATOM    370  OP1   C X  27       8.318 -10.929  21.370  1.00 38.32           O  \\nATOM    371  OP2   C X  27       5.779 -10.802  21.069  1.00 38.42           O  \\nATOM    372  O5'   C X  27       7.265  -9.173  19.924  1.00 37.40           O  \\nATOM    373  C5'   C X  27       8.421  -8.779  19.194  1.00 36.40           C  \\nATOM    374  C4'   C X  27       8.175  -7.457  18.491  1.00 35.52           C  \\nATOM    375  O4'   C X  27       7.116  -7.612  17.512  1.00 35.02           O  \\nATOM    376  C3'   C X  27       7.681  -6.341  19.397  1.00 35.92           C  \\nATOM    377  O3'   C X  27       8.776  -5.714  20.051  1.00 37.01           O  \\nATOM    378  C2'   C X  27       6.999  -5.421  18.392  1.00 35.15           C  \\nATOM    379  O2'   C X  27       7.921  -4.633  17.666  1.00 35.07           O  \\nATOM    380  C1'   C X  27       6.335  -6.431  17.459  1.00 34.44           C  \\nATOM    381  N1    C X  27       4.916  -6.743  17.829  1.00 33.89           N  \\nATOM    382  C2    C X  27       3.897  -5.872  17.428  1.00 33.66           C  \\nATOM    383  O2    C X  27       4.191  -4.866  16.771  1.00 34.31           O  \\nATOM    384  N3    C X  27       2.613  -6.158  17.767  1.00 33.44           N  \\nATOM    385  C4    C X  27       2.337  -7.255  18.476  1.00 32.99           C  \\nATOM    386  N4    C X  27       1.059  -7.497  18.786  1.00 33.12           N  \\nATOM    387  C5    C X  27       3.362  -8.154  18.892  1.00 33.44           C  \\nATOM    388  C6    C X  27       4.623  -7.862  18.552  1.00 33.38           C  \\nATOM    389  P     U X  28       8.558  -5.012  21.472  1.00 38.16           P  \\nATOM    390  OP1   U X  28       7.651  -3.858  21.278  1.00 38.58           O  \\nATOM    391  OP2   U X  28       9.888  -4.811  22.086  1.00 38.98           O  \\nATOM    392  O5'   U X  28       7.794  -6.127  22.325  1.00 38.15           O  \\nATOM    393  C5'   U X  28       7.670  -5.968  23.732  1.00 38.07           C  \\nATOM    394  C4'   U X  28       6.280  -6.350  24.211  1.00 37.93           C  \\nATOM    395  O4'   U X  28       5.282  -5.454  23.657  1.00 37.65           O  \\nATOM    396  C3'   U X  28       5.812  -7.749  23.826  1.00 37.90           C  \\nATOM    397  O3'   U X  28       4.972  -8.226  24.861  1.00 38.03           O  \\nATOM    398  C2'   U X  28       4.990  -7.480  22.570  1.00 37.53           C  \\nATOM    399  O2'   U X  28       4.074  -8.522  22.297  1.00 36.85           O  \\nATOM    400  C1'   U X  28       4.265  -6.238  23.065  1.00 37.51           C  \\nATOM    401  N1    U X  28       3.558  -5.409  22.050  1.00 37.79           N  \\nATOM    402  C2    U X  28       2.193  -5.550  21.906  1.00 37.83           C  \\nATOM    403  O2    U X  28       1.531  -6.352  22.542  1.00 38.23           O  \\nATOM    404  N3    U X  28       1.626  -4.721  20.970  1.00 37.22           N  \\nATOM    405  C4    U X  28       2.271  -3.777  20.194  1.00 36.70           C  \\nATOM    406  O4    U X  28       1.624  -3.105  19.401  1.00 36.14           O  \\nATOM    407  C5    U X  28       3.691  -3.677  20.412  1.00 37.07           C  \\nATOM    408  C6    U X  28       4.267  -4.475  21.318  1.00 37.62           C  \\nATOM    409  P     G X  29       5.517  -9.274  25.938  1.00 38.90           P  \\nATOM    410  OP1   G X  29       6.876  -8.862  26.352  1.00 38.39           O  \\nATOM    411  OP2   G X  29       5.280 -10.632  25.390  1.00 39.27           O  \\nATOM    412  O5'   G X  29       4.510  -9.055  27.161  1.00 37.67           O  \\nATOM    413  C5'   G X  29       3.807 -10.162  27.710  1.00 36.33           C  \\nATOM    414  C4'   G X  29       2.803  -9.695  28.747  1.00 35.28           C  \\nATOM    415  O4'   G X  29       3.441  -8.789  29.686  1.00 34.48           O  \\nATOM    416  C3'   G X  29       1.628  -8.889  28.212  1.00 35.11           C  \\nATOM    417  O3'   G X  29       0.633  -9.742  27.656  1.00 35.11           O  \\nATOM    418  C2'   G X  29       1.162  -8.241  29.508  1.00 34.45           C  \\nATOM    419  O2'   G X  29       0.524  -9.171  30.357  1.00 34.39           O  \\nATOM    420  C1'   G X  29       2.501  -7.813  30.102  1.00 33.79           C  \\nATOM    421  N9    G X  29       2.934  -6.502  29.622  1.00 33.39           N  \\nATOM    422  C8    G X  29       4.014  -6.230  28.817  1.00 32.90           C  \\nATOM    423  N7    G X  29       4.153  -4.964  28.538  1.00 32.67           N  \\nATOM    424  C5    G X  29       3.095  -4.353  29.199  1.00 32.55           C  \\nATOM    425  C6    G X  29       2.731  -2.986  29.261  1.00 32.33           C  \\nATOM    426  O6    G X  29       3.287  -2.018  28.723  1.00 32.05           O  \\nATOM    427  N1    G X  29       1.592  -2.792  30.039  1.00 32.11           N  \\nATOM    428  C2    G X  29       0.894  -3.793  30.676  1.00 32.45           C  \\nATOM    429  N2    G X  29      -0.182  -3.410  31.380  1.00 32.07           N  \\nATOM    430  N3    G X  29       1.226  -5.078  30.626  1.00 32.33           N  \\nATOM    431  C4    G X  29       2.332  -5.285  29.869  1.00 32.94           C  \\nATOM    432  P     C X  30      -0.353  -9.207  26.513  1.00 35.55           P  \\nATOM    433  OP1   C X  30      -1.198 -10.338  26.075  1.00 35.36           O  \\nATOM    434  OP2   C X  30       0.453  -8.459  25.523  1.00 35.00           O  \\nATOM    435  O5'   C X  30      -1.283  -8.161  27.290  1.00 36.14           O  \\nATOM    436  C5'   C X  30      -2.315  -8.626  28.158  1.00 35.71           C  \\nATOM    437  C4'   C X  30      -3.187  -7.475  28.626  1.00 35.28           C  \\nATOM    438  O4'   C X  30      -2.375  -6.512  29.345  1.00 34.49           O  \\nATOM    439  C3'   C X  30      -3.810  -6.644  27.516  1.00 35.60           C  \\nATOM    440  O3'   C X  30      -4.961  -7.273  26.968  1.00 36.71           O  \\nATOM    441  C2'   C X  30      -4.137  -5.360  28.269  1.00 34.70           C  \\nATOM    442  O2'   C X  30      -5.269  -5.476  29.108  1.00 34.10           O  \\nATOM    443  C1'   C X  30      -2.871  -5.203  29.108  1.00 34.10           C  \\nATOM    444  N1    C X  30      -1.825  -4.383  28.421  1.00 32.92           N  \\nATOM    445  C2    C X  30      -1.969  -2.990  28.369  1.00 32.67           C  \\nATOM    446  O2    C X  30      -2.953  -2.462  28.901  1.00 32.26           O  \\nATOM    447  N3    C X  30      -1.020  -2.253  27.740  1.00 32.50           N  \\nATOM    448  C4    C X  30       0.029  -2.853  27.173  1.00 32.62           C  \\nATOM    449  N4    C X  30       0.936  -2.081  26.563  1.00 32.93           N  \\nATOM    450  C5    C X  30       0.191  -4.270  27.209  1.00 32.58           C  \\nATOM    451  C6    C X  30      -0.749  -4.988  27.837  1.00 32.67           C  \\nATOM    452  P     G X  31      -5.258  -7.115  25.403  1.00 38.08           P  \\nATOM    453  OP1   G X  31      -6.541  -7.789  25.106  1.00 38.31           O  \\nATOM    454  OP2   G X  31      -4.032  -7.499  24.668  1.00 38.32           O  \\nATOM    455  O5'   G X  31      -5.454  -5.537  25.234  1.00 38.57           O  \\nATOM    456  C5'   G X  31      -6.692  -4.928  25.575  1.00 39.43           C  \\nATOM    457  C4'   G X  31      -6.565  -3.416  25.539  1.00 40.15           C  \\nATOM    458  O4'   G X  31      -5.347  -3.011  26.215  1.00 39.98           O  \\nATOM    459  C3'   G X  31      -6.435  -2.811  24.149  1.00 40.56           C  \\nATOM    460  O3'   G X  31      -7.714  -2.648  23.551  1.00 41.83           O  \\nATOM    461  C2'   G X  31      -5.780  -1.474  24.473  1.00 40.21           C  \\nATOM    462  O2'   G X  31      -6.687  -0.527  25.004  1.00 40.17           O  \\nATOM    463  C1'   G X  31      -4.783  -1.895  25.547  1.00 39.51           C  \\nATOM    464  N9    G X  31      -3.478  -2.266  25.004  1.00 39.13           N  \\nATOM    465  C8    G X  31      -2.869  -3.496  25.059  1.00 38.75           C  \\nATOM    466  N7    G X  31      -1.699  -3.523  24.482  1.00 38.50           N  \\nATOM    467  C5    G X  31      -1.519  -2.227  24.015  1.00 38.69           C  \\nATOM    468  C6    G X  31      -0.435  -1.653  23.306  1.00 38.40           C  \\nATOM    469  O6    G X  31       0.618  -2.194  22.939  1.00 38.17           O  \\nATOM    470  N1    G X  31      -0.661  -0.309  23.023  1.00 38.06           N  \\nATOM    471  C2    G X  31      -1.790   0.393  23.376  1.00 38.58           C  \\nATOM    472  N2    G X  31      -1.827   1.685  23.018  1.00 38.10           N  \\nATOM    473  N3    G X  31      -2.811  -0.133  24.041  1.00 38.71           N  \\nATOM    474  C4    G X  31      -2.607  -1.442  24.327  1.00 38.73           C  \\nATOM    475  P     U X  32      -7.984  -3.227  22.083  1.00 43.63           P  \\nATOM    476  OP1   U X  32      -9.437  -3.130  21.818  1.00 43.38           O  \\nATOM    477  OP2   U X  32      -7.290  -4.529  21.964  1.00 43.52           O  \\nATOM    478  O5'   U X  32      -7.207  -2.188  21.147  1.00 42.12           O  \\nATOM    479  C5'   U X  32      -7.508  -0.801  21.208  1.00 40.85           C  \\nATOM    480  C4'   U X  32      -6.395   0.004  20.567  1.00 39.65           C  \\nATOM    481  O4'   U X  32      -5.190  -0.105  21.370  1.00 38.73           O  \\nATOM    482  C3'   U X  32      -5.947  -0.471  19.192  1.00 39.24           C  \\nATOM    483  O3'   U X  32      -6.831  -0.022  18.171  1.00 39.87           O  \\nATOM    484  C2'   U X  32      -4.592   0.220  19.118  1.00 38.57           C  \\nATOM    485  O2'   U X  32      -4.712   1.617  18.926  1.00 37.70           O  \\nATOM    486  C1'   U X  32      -4.058  -0.066  20.519  1.00 37.42           C  \\nATOM    487  N1    U X  32      -3.306  -1.358  20.630  1.00 36.19           N  \\nATOM    488  C2    U X  32      -1.989  -1.411  20.214  1.00 35.37           C  \\nATOM    489  O2    U X  32      -1.393  -0.454  19.756  1.00 34.49           O  \\nATOM    490  N3    U X  32      -1.384  -2.634  20.359  1.00 34.96           N  \\nATOM    491  C4    U X  32      -1.952  -3.791  20.862  1.00 35.49           C  \\nATOM    492  O4    U X  32      -1.284  -4.818  20.928  1.00 36.14           O  \\nATOM    493  C5    U X  32      -3.328  -3.663  21.267  1.00 35.06           C  \\nATOM    494  C6    U X  32      -3.937  -2.478  21.139  1.00 35.86           C  \\nATOM    495  P     G X  33      -7.229  -0.984  16.952  1.00 41.79           P  \\nATOM    496  OP1   G X  33      -8.410  -0.394  16.284  1.00 42.29           O  \\nATOM    497  OP2   G X  33      -7.287  -2.376  17.448  1.00 41.16           O  \\nATOM    498  O5'   G X  33      -5.975  -0.867  15.960  1.00 40.54           O  \\nATOM    499  C5'   G X  33      -5.784   0.309  15.176  1.00 38.89           C  \\nATOM    500  C4'   G X  33      -4.312   0.539  14.878  1.00 37.51           C  \\nATOM    501  O4'   G X  33      -3.538   0.387  16.097  1.00 37.42           O  \\nATOM    502  C3'   G X  33      -3.671  -0.453  13.919  1.00 37.36           C  \\nATOM    503  O3'   G X  33      -3.944  -0.116  12.563  1.00 38.16           O  \\nATOM    504  C2'   G X  33      -2.202  -0.259  14.274  1.00 36.96           C  \\nATOM    505  O2'   G X  33      -1.680   0.957  13.772  1.00 36.27           O  \\nATOM    506  C1'   G X  33      -2.292  -0.218  15.797  1.00 35.92           C  \\nATOM    507  N9    G X  33      -2.245  -1.552  16.398  1.00 34.84           N  \\nATOM    508  C8    G X  33      -3.302  -2.291  16.876  1.00 34.03           C  \\nATOM    509  N7    G X  33      -2.953  -3.456  17.345  1.00 33.73           N  \\nATOM    510  C5    G X  33      -1.575  -3.499  17.163  1.00 34.08           C  \\nATOM    511  C6    G X  33      -0.642  -4.519  17.477  1.00 33.88           C  \\nATOM    512  O6    G X  33      -0.854  -5.626  17.997  1.00 33.74           O  \\nATOM    513  N1    G X  33       0.656  -4.155  17.127  1.00 33.24           N  \\nATOM    514  C2    G X  33       1.007  -2.962  16.542  1.00 33.78           C  \\nATOM    515  N2    G X  33       2.310  -2.794  16.278  1.00 33.38           N  \\nATOM    516  N3    G X  33       0.145  -1.998  16.242  1.00 33.87           N  \\nATOM    517  C4    G X  33      -1.125  -2.335  16.578  1.00 34.18           C  \\nATOM    518  P     A X  34      -4.080  -1.273  11.462  1.00 39.37           P  \\nATOM    519  OP1   A X  34      -4.551  -0.660  10.200  1.00 39.79           O  \\nATOM    520  OP2   A X  34      -4.821  -2.400  12.067  1.00 38.26           O  \\nATOM    521  O5'   A X  34      -2.570  -1.753  11.246  1.00 38.54           O  \\nATOM    522  C5'   A X  34      -1.602  -0.863  10.711  1.00 37.93           C  \\nATOM    523  C4'   A X  34      -0.211  -1.418  10.947  1.00 37.06           C  \\nATOM    524  O4'   A X  34      -0.014  -1.648  12.367  1.00 36.73           O  \\nATOM    525  C3'   A X  34       0.046  -2.787  10.336  1.00 36.76           C  \\nATOM    526  O3'   A X  34       0.326  -2.681   8.945  1.00 37.36           O  \\nATOM    527  C2'   A X  34       1.272  -3.191  11.140  1.00 36.22           C  \\nATOM    528  O2'   A X  34       2.424  -2.468  10.752  1.00 36.10           O  \\nATOM    529  C1'   A X  34       0.826  -2.775  12.538  1.00 35.65           C  \\nATOM    530  N9    A X  34       0.090  -3.833  13.225  1.00 35.29           N  \\nATOM    531  C8    A X  34      -1.262  -3.921  13.416  1.00 34.34           C  \\nATOM    532  N7    A X  34      -1.631  -5.002  14.064  1.00 34.49           N  \\nATOM    533  C5    A X  34      -0.443  -5.669  14.313  1.00 33.91           C  \\nATOM    534  C6    A X  34      -0.153  -6.884  14.966  1.00 34.45           C  \\nATOM    535  N6    A X  34      -1.092  -7.672  15.507  1.00 33.11           N  \\nATOM    536  N1    A X  34       1.142  -7.260  15.037  1.00 34.05           N  \\nATOM    537  C2    A X  34       2.077  -6.473  14.492  1.00 33.89           C  \\nATOM    538  N3    A X  34       1.927  -5.313  13.855  1.00 34.61           N  \\nATOM    539  C4    A X  34       0.629  -4.965  13.798  1.00 34.98           C  \\nATOM    540  P     A X  35       0.077  -3.934   7.981  1.00 36.97           P  \\nATOM    541  OP1   A X  35       0.363  -3.502   6.597  1.00 38.10           O  \\nATOM    542  OP2   A X  35      -1.234  -4.532   8.305  1.00 37.66           O  \\nATOM    543  O5'   A X  35       1.212  -4.962   8.441  1.00 37.13           O  \\nATOM    544  C5'   A X  35       2.581  -4.669   8.185  1.00 35.03           C  \\nATOM    545  C4'   A X  35       3.469  -5.730   8.805  1.00 34.57           C  \\nATOM    546  O4'   A X  35       3.229  -5.815  10.234  1.00 33.92           O  \\nATOM    547  C3'   A X  35       3.217  -7.145   8.307  1.00 34.22           C  \\nATOM    548  O3'   A X  35       3.888  -7.353   7.074  1.00 33.67           O  \\nATOM    549  C2'   A X  35       3.833  -7.957   9.440  1.00 34.08           C  \\nATOM    550  O2'   A X  35       5.247  -7.985   9.384  1.00 34.50           O  \\nATOM    551  C1'   A X  35       3.368  -7.161  10.656  1.00 33.27           C  \\nATOM    552  N9    A X  35       2.087  -7.623  11.188  1.00 32.81           N  \\nATOM    553  C8    A X  35       0.886  -6.977  11.116  1.00 32.34           C  \\nATOM    554  N7    A X  35      -0.104  -7.633  11.673  1.00 32.31           N  \\nATOM    555  C5    A X  35       0.488  -8.791  12.146  1.00 31.76           C  \\nATOM    556  C6    A X  35      -0.029  -9.902  12.838  1.00 31.43           C  \\nATOM    557  N6    A X  35      -1.317 -10.012  13.183  1.00 31.21           N  \\nATOM    558  N1    A X  35       0.826 -10.895  13.160  1.00 31.35           N  \\nATOM    559  C2    A X  35       2.114 -10.776  12.809  1.00 32.31           C  \\nATOM    560  N3    A X  35       2.717  -9.778  12.161  1.00 32.50           N  \\nATOM    561  C4    A X  35       1.839  -8.807  11.852  1.00 32.82           C  \\nATOM    562  P     G X  36       3.179  -8.169   5.895  1.00 34.17           P  \\nATOM    563  OP1   G X  36       4.149  -8.277   4.782  1.00 33.46           O  \\nATOM    564  OP2   G X  36       1.841  -7.588   5.653  1.00 33.54           O  \\nATOM    565  O5'   G X  36       2.969  -9.617   6.542  1.00 31.73           O  \\nATOM    566  C5'   G X  36       4.067 -10.509   6.669  1.00 31.18           C  \\nATOM    567  C4'   G X  36       3.713 -11.681   7.567  1.00 30.51           C  \\nATOM    568  O4'   G X  36       3.292 -11.200   8.870  1.00 30.62           O  \\nATOM    569  C3'   G X  36       2.536 -12.528   7.109  1.00 30.75           C  \\nATOM    570  O3'   G X  36       2.931 -13.439   6.092  1.00 31.75           O  \\nATOM    571  C2'   G X  36       2.227 -13.245   8.414  1.00 29.52           C  \\nATOM    572  O2'   G X  36       3.227 -14.192   8.729  1.00 29.65           O  \\nATOM    573  C1'   G X  36       2.286 -12.065   9.378  1.00 29.43           C  \\nATOM    574  N9    G X  36       1.021 -11.338   9.425  1.00 28.32           N  \\nATOM    575  C8    G X  36       0.749 -10.112   8.867  1.00 27.96           C  \\nATOM    576  N7    G X  36      -0.476  -9.716   9.058  1.00 27.75           N  \\nATOM    577  C5    G X  36      -1.057 -10.746   9.785  1.00 27.85           C  \\nATOM    578  C6    G X  36      -2.375 -10.883  10.279  1.00 27.54           C  \\nATOM    579  O6    G X  36      -3.317 -10.093  10.167  1.00 28.76           O  \\nATOM    580  N1    G X  36      -2.558 -12.084  10.961  1.00 28.01           N  \\nATOM    581  C2    G X  36      -1.583 -13.034  11.145  1.00 28.30           C  \\nATOM    582  N2    G X  36      -1.947 -14.130  11.828  1.00 27.00           N  \\nATOM    583  N3    G X  36      -0.340 -12.919  10.686  1.00 26.92           N  \\nATOM    584  C4    G X  36      -0.151 -11.756  10.016  1.00 27.82           C  \\nATOM    585  P     G X  37       1.867 -13.918   4.998  1.00 32.59           P  \\nATOM    586  OP1   G X  37       2.607 -14.683   3.967  1.00 32.55           O  \\nATOM    587  OP2   G X  37       1.059 -12.742   4.613  1.00 31.58           O  \\nATOM    588  O5'   G X  37       0.890 -14.900   5.809  1.00 31.60           O  \\nATOM    589  C5'   G X  37       1.363 -16.092   6.428  1.00 31.44           C  \\nATOM    590  C4'   G X  37       0.283 -16.695   7.314  1.00 31.12           C  \\nATOM    591  O4'   G X  37      -0.091 -15.761   8.360  1.00 30.36           O  \\nATOM    592  C3'   G X  37      -1.033 -16.987   6.609  1.00 31.05           C  \\nATOM    593  O3'   G X  37      -0.956 -18.219   5.922  1.00 31.83           O  \\nATOM    594  C2'   G X  37      -1.999 -17.041   7.785  1.00 31.04           C  \\nATOM    595  O2'   G X  37      -1.917 -18.246   8.519  1.00 31.32           O  \\nATOM    596  C1'   G X  37      -1.483 -15.867   8.612  1.00 29.96           C  \\nATOM    597  N9    G X  37      -2.143 -14.621   8.240  1.00 28.54           N  \\nATOM    598  C8    G X  37      -1.606 -13.541   7.582  1.00 28.22           C  \\nATOM    599  N7    G X  37      -2.463 -12.578   7.390  1.00 28.48           N  \\nATOM    600  C5    G X  37      -3.642 -13.046   7.955  1.00 28.38           C  \\nATOM    601  C6    G X  37      -4.921 -12.442   8.056  1.00 28.76           C  \\nATOM    602  O6    G X  37      -5.284 -11.327   7.657  1.00 28.59           O  \\nATOM    603  N1    G X  37      -5.832 -13.265   8.711  1.00 28.06           N  \\nATOM    604  C2    G X  37      -5.549 -14.519   9.196  1.00 28.32           C  \\nATOM    605  N2    G X  37      -6.558 -15.173   9.788  1.00 26.51           N  \\nATOM    606  N3    G X  37      -4.358 -15.095   9.110  1.00 28.19           N  \\nATOM    607  C4    G X  37      -3.459 -14.305   8.477  1.00 28.80           C  \\nATOM    608  P     C X  38      -1.729 -18.390   4.537  1.00 31.32           P  \\nATOM    609  OP1   C X  38      -1.317 -19.682   3.948  1.00 31.09           O  \\nATOM    610  OP2   C X  38      -1.569 -17.143   3.755  1.00 32.49           O  \\nATOM    611  O5'   C X  38      -3.253 -18.471   5.007  1.00 30.77           O  \\nATOM    612  C5'   C X  38      -3.734 -19.579   5.763  1.00 32.30           C  \\nATOM    613  C4'   C X  38      -5.249 -19.538   5.844  1.00 33.02           C  \\nATOM    614  O4'   C X  38      -5.666 -18.401   6.644  1.00 33.47           O  \\nATOM    615  C3'   C X  38      -5.945 -19.308   4.513  1.00 33.65           C  \\nATOM    616  O3'   C X  38      -6.043 -20.527   3.778  1.00 33.89           O  \\nATOM    617  C2'   C X  38      -7.296 -18.775   4.977  1.00 33.36           C  \\nATOM    618  O2'   C X  38      -8.152 -19.799   5.455  1.00 34.49           O  \\nATOM    619  C1'   C X  38      -6.874 -17.867   6.131  1.00 33.59           C  \\nATOM    620  N1    C X  38      -6.659 -16.418   5.776  1.00 33.52           N  \\nATOM    621  C2    C X  38      -7.746 -15.534   5.765  1.00 33.57           C  \\nATOM    622  O2    C X  38      -8.877 -15.961   6.033  1.00 33.85           O  \\nATOM    623  N3    C X  38      -7.533 -14.228   5.457  1.00 33.82           N  \\nATOM    624  C4    C X  38      -6.299 -13.800   5.176  1.00 33.38           C  \\nATOM    625  N4    C X  38      -6.138 -12.508   4.873  1.00 33.98           N  \\nATOM    626  C5    C X  38      -5.178 -14.683   5.183  1.00 33.80           C  \\nATOM    627  C6    C X  38      -5.401 -15.966   5.491  1.00 33.16           C  \\nATOM    628  P     U X  39      -5.977 -20.490   2.178  1.00 35.02           P  \\nATOM    629  OP1   U X  39      -5.821 -21.884   1.700  1.00 34.96           O  \\nATOM    630  OP2   U X  39      -5.009 -19.448   1.767  1.00 33.16           O  \\nATOM    631  O5'   U X  39      -7.432 -19.959   1.790  1.00 34.24           O  \\nATOM    632  C5'   U X  39      -8.583 -20.778   1.974  1.00 35.59           C  \\nATOM    633  C4'   U X  39      -9.842 -19.955   1.771  1.00 34.84           C  \\nATOM    634  O4'   U X  39      -9.892 -18.869   2.732  1.00 36.10           O  \\nATOM    635  C3'   U X  39      -9.918 -19.231   0.437  1.00 35.33           C  \\nATOM    636  O3'   U X  39     -10.293 -20.130  -0.602  1.00 34.71           O  \\nATOM    637  C2'   U X  39     -10.987 -18.185   0.749  1.00 34.74           C  \\nATOM    638  O2'   U X  39     -12.302 -18.703   0.744  1.00 34.03           O  \\nATOM    639  C1'   U X  39     -10.597 -17.771   2.167  1.00 34.11           C  \\nATOM    640  N1    U X  39      -9.726 -16.553   2.187  1.00 33.28           N  \\nATOM    641  C2    U X  39     -10.292 -15.299   2.337  1.00 32.25           C  \\nATOM    642  O2    U X  39     -11.490 -15.110   2.471  1.00 31.62           O  \\nATOM    643  N3    U X  39      -9.394 -14.258   2.336  1.00 30.27           N  \\nATOM    644  C4    U X  39      -8.018 -14.341   2.194  1.00 32.54           C  \\nATOM    645  O4    U X  39      -7.332 -13.321   2.202  1.00 32.58           O  \\nATOM    646  C5    U X  39      -7.508 -15.678   2.033  1.00 31.76           C  \\nATOM    647  C6    U X  39      -8.361 -16.706   2.038  1.00 32.16           C  \\nATOM    648  P     G X  40      -9.671 -19.992  -2.071  1.00 36.60           P  \\nATOM    649  OP1   G X  40     -10.205 -21.114  -2.870  1.00 37.00           O  \\nATOM    650  OP2   G X  40      -8.210 -19.785  -1.958  1.00 35.33           O  \\nATOM    651  O5'   G X  40     -10.309 -18.629  -2.606  1.00 35.57           O  \\nATOM    652  C5'   G X  40     -11.707 -18.556  -2.847  1.00 33.56           C  \\nATOM    653  C4'   G X  40     -12.115 -17.110  -3.029  1.00 32.08           C  \\nATOM    654  O4'   G X  40     -11.792 -16.372  -1.820  1.00 32.50           O  \\nATOM    655  C3'   G X  40     -11.360 -16.371  -4.125  1.00 32.44           C  \\nATOM    656  O3'   G X  40     -11.931 -16.646  -5.402  1.00 33.61           O  \\nATOM    657  C2'   G X  40     -11.587 -14.933  -3.684  1.00 31.51           C  \\nATOM    658  O2'   G X  40     -12.829 -14.422  -4.117  1.00 30.72           O  \\nATOM    659  C1'   G X  40     -11.485 -15.032  -2.156  1.00 31.60           C  \\nATOM    660  N9    G X  40     -10.108 -14.708  -1.791  1.00 31.58           N  \\nATOM    661  C8    G X  40      -9.012 -15.533  -1.858  1.00 31.25           C  \\nATOM    662  N7    G X  40      -7.894 -14.936  -1.553  1.00 31.49           N  \\nATOM    663  C5    G X  40      -8.264 -13.624  -1.297  1.00 30.90           C  \\nATOM    664  C6    G X  40      -7.485 -12.504  -0.919  1.00 30.90           C  \\nATOM    665  O6    G X  40      -6.263 -12.451  -0.739  1.00 31.69           O  \\nATOM    666  N1    G X  40      -8.262 -11.355  -0.746  1.00 29.57           N  \\nATOM    667  C2    G X  40      -9.622 -11.297  -0.930  1.00 30.21           C  \\nATOM    668  N2    G X  40     -10.212 -10.105  -0.725  1.00 30.29           N  \\nATOM    669  N3    G X  40     -10.360 -12.341  -1.290  1.00 30.63           N  \\nATOM    670  C4    G X  40      -9.623 -13.467  -1.445  1.00 30.79           C  \\nATOM    671  P     A X  41     -11.027 -16.801  -6.718  1.00 34.39           P  \\nATOM    672  OP1   A X  41     -11.861 -17.413  -7.775  1.00 34.84           O  \\nATOM    673  OP2   A X  41      -9.738 -17.416  -6.347  1.00 33.39           O  \\nATOM    674  O5'   A X  41     -10.744 -15.275  -7.099  1.00 33.73           O  \\nATOM    675  C5'   A X  41      -9.775 -14.950  -8.090  1.00 33.32           C  \\nATOM    676  C4'   A X  41      -9.793 -13.453  -8.348  1.00 32.68           C  \\nATOM    677  O4'   A X  41     -11.106 -13.074  -8.830  1.00 33.02           O  \\nATOM    678  C3'   A X  41      -9.595 -12.596  -7.111  1.00 32.40           C  \\nATOM    679  O3'   A X  41      -8.207 -12.422  -6.822  1.00 31.40           O  \\nATOM    680  C2'   A X  41     -10.257 -11.285  -7.523  1.00 32.10           C  \\nATOM    681  O2'   A X  41      -9.400 -10.487  -8.317  1.00 31.45           O  \\nATOM    682  C1'   A X  41     -11.426 -11.770  -8.373  1.00 32.63           C  \\nATOM    683  N9    A X  41     -12.728 -11.811  -7.707  1.00 32.47           N  \\nATOM    684  C8    A X  41     -13.485 -12.925  -7.472  1.00 33.26           C  \\nATOM    685  N7    A X  41     -14.627 -12.674  -6.878  1.00 33.63           N  \\nATOM    686  C5    A X  41     -14.626 -11.299  -6.724  1.00 32.63           C  \\nATOM    687  C6    A X  41     -15.567 -10.410  -6.165  1.00 32.66           C  \\nATOM    688  N6    A X  41     -16.730 -10.814  -5.640  1.00 32.81           N  \\nATOM    689  N1    A X  41     -15.266  -9.096  -6.165  1.00 31.60           N  \\nATOM    690  C2    A X  41     -14.096  -8.704  -6.684  1.00 32.63           C  \\nATOM    691  N3    A X  41     -13.135  -9.447  -7.240  1.00 32.34           N  \\nATOM    692  C4    A X  41     -13.466 -10.749  -7.232  1.00 32.34           C  \\nATOM    693  P     G X  42      -7.704 -12.544  -5.307  1.00 31.72           P  \\nATOM    694  OP1   G X  42      -6.233 -12.722  -5.332  1.00 33.26           O  \\nATOM    695  OP2   G X  42      -8.556 -13.561  -4.646  1.00 31.74           O  \\nATOM    696  O5'   G X  42      -8.013 -11.120  -4.654  1.00 31.39           O  \\nATOM    697  C5'   G X  42      -7.525  -9.926  -5.266  1.00 30.57           C  \\nATOM    698  C4'   G X  42      -8.384  -8.730  -4.884  1.00 31.20           C  \\nATOM    699  O4'   G X  42      -9.716  -8.896  -5.432  1.00 30.22           O  \\nATOM    700  C3'   G X  42      -8.585  -8.526  -3.389  1.00 31.63           C  \\nATOM    701  O3'   G X  42      -7.558  -7.695  -2.864  1.00 32.11           O  \\nATOM    702  C2'   G X  42      -9.956  -7.850  -3.314  1.00 31.15           C  \\nATOM    703  O2'   G X  42      -9.887  -6.447  -3.488  1.00 31.75           O  \\nATOM    704  C1'   G X  42     -10.690  -8.490  -4.487  1.00 30.45           C  \\nATOM    705  N9    G X  42     -11.512  -9.654  -4.152  1.00 29.48           N  \\nATOM    706  C8    G X  42     -11.159 -10.977  -4.256  1.00 28.97           C  \\nATOM    707  N7    G X  42     -12.115 -11.794  -3.916  1.00 29.61           N  \\nATOM    708  C5    G X  42     -13.172 -10.967  -3.564  1.00 29.30           C  \\nATOM    709  C6    G X  42     -14.474 -11.288  -3.103  1.00 29.88           C  \\nATOM    710  O6    G X  42     -14.963 -12.410  -2.912  1.00 30.21           O  \\nATOM    711  N1    G X  42     -15.233 -10.145  -2.861  1.00 27.99           N  \\nATOM    712  C2    G X  42     -14.785  -8.855  -3.042  1.00 28.56           C  \\nATOM    713  N2    G X  42     -15.650  -7.870  -2.763  1.00 26.86           N  \\nATOM    714  N3    G X  42     -13.567  -8.543  -3.466  1.00 28.13           N  \\nATOM    715  C4    G X  42     -12.817  -9.645  -3.707  1.00 29.05           C  \\nATOM    716  P     A X  43      -7.040  -7.912  -1.364  1.00 33.67           P  \\nATOM    717  OP1   A X  43      -6.146  -6.784  -1.031  1.00 33.21           O  \\nATOM    718  OP2   A X  43      -6.560  -9.305  -1.231  1.00 32.34           O  \\nATOM    719  O5'   A X  43      -8.381  -7.783  -0.507  1.00 33.59           O  \\nATOM    720  C5'   A X  43      -8.943  -6.504  -0.240  1.00 33.55           C  \\nATOM    721  C4'   A X  43      -9.343  -6.457   1.217  1.00 34.72           C  \\nATOM    722  O4'   A X  43     -10.276  -7.536   1.472  1.00 34.15           O  \\nATOM    723  C3'   A X  43      -8.186  -6.658   2.194  1.00 36.43           C  \\nATOM    724  O3'   A X  43      -8.204  -5.635   3.171  1.00 39.46           O  \\nATOM    725  C2'   A X  43      -8.478  -8.012   2.834  1.00 35.92           C  \\nATOM    726  O2'   A X  43      -8.075  -8.069   4.185  1.00 38.84           O  \\nATOM    727  C1'   A X  43      -9.996  -8.059   2.747  1.00 33.10           C  \\nATOM    728  N9    A X  43     -10.535  -9.411   2.829  1.00 31.38           N  \\nATOM    729  C8    A X  43      -9.875 -10.578   2.553  1.00 31.05           C  \\nATOM    730  N7    A X  43     -10.612 -11.651   2.721  1.00 31.02           N  \\nATOM    731  C5    A X  43     -11.835 -11.146   3.139  1.00 30.13           C  \\nATOM    732  C6    A X  43     -13.049 -11.767   3.488  1.00 30.13           C  \\nATOM    733  N6    A X  43     -13.235 -13.091   3.474  1.00 29.54           N  \\nATOM    734  N1    A X  43     -14.071 -10.968   3.857  1.00 30.46           N  \\nATOM    735  C2    A X  43     -13.896  -9.641   3.872  1.00 29.57           C  \\nATOM    736  N3    A X  43     -12.806  -8.942   3.577  1.00 29.79           N  \\nATOM    737  C4    A X  43     -11.805  -9.766   3.208  1.00 30.55           C  \\nATOM    738  P     A X  44      -6.937  -4.682   3.380  1.00 41.67           P  \\nATOM    739  OP1   A X  44      -5.715  -5.408   2.973  1.00 41.31           O  \\nATOM    740  OP2   A X  44      -7.046  -4.119   4.745  1.00 40.76           O  \\nATOM    741  O5'   A X  44      -7.250  -3.529   2.323  1.00 42.65           O  \\nATOM    742  C5'   A X  44      -6.462  -3.356   1.157  1.00 42.82           C  \\nATOM    743  C4'   A X  44      -6.623  -1.921   0.701  1.00 43.33           C  \\nATOM    744  O4'   A X  44      -8.042  -1.632   0.643  1.00 42.83           O  \\nATOM    745  C3'   A X  44      -6.014  -0.895   1.657  1.00 43.37           C  \\nATOM    746  O3'   A X  44      -5.357   0.147   0.942  1.00 43.89           O  \\nATOM    747  C2'   A X  44      -7.227  -0.373   2.417  1.00 43.53           C  \\nATOM    748  O2'   A X  44      -7.064   0.952   2.884  1.00 44.06           O  \\nATOM    749  C1'   A X  44      -8.287  -0.422   1.325  1.00 43.18           C  \\nATOM    750  N9    A X  44      -9.645  -0.395   1.861  1.00 42.34           N  \\nATOM    751  C8    A X  44     -10.230  -1.290   2.713  1.00 42.41           C  \\nATOM    752  N7    A X  44     -11.463  -0.979   3.043  1.00 42.09           N  \\nATOM    753  C5    A X  44     -11.698   0.209   2.367  1.00 42.46           C  \\nATOM    754  C6    A X  44     -12.815   1.064   2.294  1.00 42.25           C  \\nATOM    755  N6    A X  44     -13.966   0.841   2.936  1.00 42.66           N  \\nATOM    756  N1    A X  44     -12.707   2.168   1.527  1.00 42.82           N  \\nATOM    757  C2    A X  44     -11.560   2.403   0.880  1.00 42.73           C  \\nATOM    758  N3    A X  44     -10.445   1.677   0.871  1.00 42.76           N  \\nATOM    759  C4    A X  44     -10.583   0.585   1.640  1.00 42.70           C  \\nATOM    760  P     A X  45      -3.795   0.032   0.593  1.00 43.63           P  \\nATOM    761  OP1   A X  45      -3.196  -0.989   1.482  1.00 44.02           O  \\nATOM    762  OP2   A X  45      -3.235   1.402   0.565  1.00 43.79           O  \\nATOM    763  O5'   A X  45      -3.814  -0.520  -0.910  1.00 41.90           O  \\nATOM    764  C5'   A X  45      -4.255   0.334  -1.955  1.00 40.10           C  \\nATOM    765  C4'   A X  45      -4.469  -0.438  -3.242  1.00 38.51           C  \\nATOM    766  O4'   A X  45      -5.616  -1.316  -3.096  1.00 37.32           O  \\nATOM    767  C3'   A X  45      -4.774   0.440  -4.449  1.00 38.71           C  \\nATOM    768  O3'   A X  45      -3.569   0.786  -5.122  1.00 41.14           O  \\nATOM    769  C2'   A X  45      -5.627  -0.494  -5.297  1.00 37.34           C  \\nATOM    770  O2'   A X  45      -4.828  -1.415  -6.011  1.00 37.57           O  \\nATOM    771  C1'   A X  45      -6.451  -1.219  -4.234  1.00 34.73           C  \\nATOM    772  N9    A X  45      -7.676  -0.523  -3.843  1.00 32.92           N  \\nATOM    773  C8    A X  45      -8.029   0.767  -4.138  1.00 31.95           C  \\nATOM    774  N7    A X  45      -9.190   1.128  -3.646  1.00 30.75           N  \\nATOM    775  C5    A X  45      -9.633  -0.002  -2.980  1.00 30.81           C  \\nATOM    776  C6    A X  45     -10.804  -0.270  -2.241  1.00 30.24           C  \\nATOM    777  N6    A X  45     -11.785   0.624  -2.054  1.00 30.05           N  \\nATOM    778  N1    A X  45     -10.932  -1.501  -1.705  1.00 28.80           N  \\nATOM    779  C2    A X  45      -9.957  -2.398  -1.898  1.00 29.95           C  \\nATOM    780  N3    A X  45      -8.813  -2.261  -2.569  1.00 30.26           N  \\nATOM    781  C4    A X  45      -8.711  -1.028  -3.089  1.00 31.15           C  \\nATOM    782  P     U X  46      -3.074   2.306  -5.210  1.00 43.61           P  \\nATOM    783  OP1   U X  46      -1.774   2.309  -5.916  1.00 43.19           O  \\nATOM    784  OP2   U X  46      -3.183   2.911  -3.864  1.00 43.93           O  \\nATOM    785  O5'   U X  46      -4.171   2.999  -6.142  1.00 45.01           O  \\nATOM    786  C5'   U X  46      -4.083   2.886  -7.557  1.00 46.99           C  \\nATOM    787  C4'   U X  46      -5.470   2.690  -8.139  1.00 47.84           C  \\nATOM    788  O4'   U X  46      -6.406   2.501  -7.049  1.00 49.12           O  \\nATOM    789  C3'   U X  46      -5.980   3.868  -8.962  1.00 47.92           C  \\nATOM    790  O3'   U X  46      -6.236   3.489 -10.327  1.00 46.10           O  \\nATOM    791  C2'   U X  46      -7.210   4.389  -8.212  1.00 48.79           C  \\nATOM    792  O2'   U X  46      -8.296   4.709  -9.061  1.00 48.92           O  \\nATOM    793  C1'   U X  46      -7.586   3.237  -7.286  1.00 49.65           C  \\nATOM    794  N1    U X  46      -8.124   3.697  -5.973  1.00 50.34           N  \\nATOM    795  C2    U X  46      -9.473   3.561  -5.710  1.00 50.58           C  \\nATOM    796  O2    U X  46     -10.260   3.069  -6.500  1.00 50.08           O  \\nATOM    797  N3    U X  46      -9.868   4.020  -4.476  1.00 51.03           N  \\nATOM    798  C4    U X  46      -9.064   4.593  -3.504  1.00 51.35           C  \\nATOM    799  O4    U X  46      -9.558   4.961  -2.442  1.00 51.24           O  \\nATOM    800  C5    U X  46      -7.671   4.705  -3.855  1.00 51.04           C  \\nATOM    801  C6    U X  46      -7.264   4.264  -5.051  1.00 50.69           C  \\nATOM    802  P     A X  47      -7.087   2.198 -10.758  1.00 44.15           P  \\nATOM    803  OP1   A X  47      -6.976   2.095 -12.231  1.00 44.01           O  \\nATOM    804  OP2   A X  47      -8.425   2.289 -10.132  1.00 44.27           O  \\nATOM    805  O5'   A X  47      -6.318   0.952 -10.105  1.00 42.29           O  \\nATOM    806  C5'   A X  47      -6.095  -0.229 -10.876  1.00 38.54           C  \\nATOM    807  C4'   A X  47      -6.150  -1.488 -10.026  1.00 35.68           C  \\nATOM    808  O4'   A X  47      -6.307  -1.146  -8.627  1.00 34.46           O  \\nATOM    809  C3'   A X  47      -7.312  -2.424 -10.326  1.00 34.43           C  \\nATOM    810  O3'   A X  47      -6.999  -3.283 -11.414  1.00 34.43           O  \\nATOM    811  C2'   A X  47      -7.409  -3.203  -9.020  1.00 34.35           C  \\nATOM    812  O2'   A X  47      -6.448  -4.236  -8.941  1.00 34.37           O  \\nATOM    813  C1'   A X  47      -7.115  -2.121  -7.986  1.00 33.49           C  \\nATOM    814  N9    A X  47      -8.320  -1.469  -7.482  1.00 32.73           N  \\nATOM    815  C8    A X  47      -8.757  -0.208  -7.779  1.00 33.14           C  \\nATOM    816  N7    A X  47      -9.877   0.119  -7.181  1.00 32.27           N  \\nATOM    817  C5    A X  47     -10.200  -1.006  -6.442  1.00 32.44           C  \\nATOM    818  C6    A X  47     -11.278  -1.299  -5.584  1.00 31.56           C  \\nATOM    819  N6    A X  47     -12.267  -0.436  -5.326  1.00 31.53           N  \\nATOM    820  N1    A X  47     -11.302  -2.517  -5.002  1.00 32.63           N  \\nATOM    821  C2    A X  47     -10.305  -3.372  -5.261  1.00 32.15           C  \\nATOM    822  N3    A X  47      -9.240  -3.211  -6.048  1.00 31.88           N  \\nATOM    823  C4    A X  47      -9.247  -1.994  -6.613  1.00 32.51           C  \\nATOM    824  P     C X  48      -8.147  -3.759 -12.422  1.00 34.64           P  \\nATOM    825  OP1   C X  48      -7.506  -4.509 -13.525  1.00 34.45           O  \\nATOM    826  OP2   C X  48      -9.001  -2.587 -12.716  1.00 34.77           O  \\nATOM    827  O5'   C X  48      -9.017  -4.776 -11.540  1.00 34.15           O  \\nATOM    828  C5'   C X  48      -8.457  -6.002 -11.078  1.00 33.60           C  \\nATOM    829  C4'   C X  48      -9.397  -6.692 -10.103  1.00 33.23           C  \\nATOM    830  O4'   C X  48      -9.538  -5.894  -8.899  1.00 32.95           O  \\nATOM    831  C3'   C X  48     -10.827  -6.872 -10.586  1.00 32.89           C  \\nATOM    832  O3'   C X  48     -10.935  -8.028 -11.403  1.00 34.08           O  \\nATOM    833  C2'   C X  48     -11.549  -7.052  -9.259  1.00 32.41           C  \\nATOM    834  O2'   C X  48     -11.330  -8.334  -8.697  1.00 31.15           O  \\nATOM    835  C1'   C X  48     -10.865  -5.986  -8.410  1.00 31.82           C  \\nATOM    836  N1    C X  48     -11.506  -4.625  -8.463  1.00 31.79           N  \\nATOM    837  C2    C X  48     -12.579  -4.321  -7.615  1.00 31.75           C  \\nATOM    838  O2    C X  48     -13.002  -5.183  -6.832  1.00 31.28           O  \\nATOM    839  N3    C X  48     -13.133  -3.082  -7.673  1.00 31.38           N  \\nATOM    840  C4    C X  48     -12.659  -2.168  -8.523  1.00 32.25           C  \\nATOM    841  N4    C X  48     -13.245  -0.964  -8.536  1.00 31.99           N  \\nATOM    842  C5    C X  48     -11.567  -2.454  -9.396  1.00 31.34           C  \\nATOM    843  C6    C X  48     -11.028  -3.678  -9.329  1.00 31.37           C  \\nATOM    844  P     C X  49     -11.893  -8.020 -12.683  1.00 33.89           P  \\nATOM    845  OP1   C X  49     -11.578  -9.227 -13.477  1.00 35.09           O  \\nATOM    846  OP2   C X  49     -11.795  -6.683 -13.307  1.00 35.19           O  \\nATOM    847  O5'   C X  49     -13.361  -8.174 -12.068  1.00 34.06           O  \\nATOM    848  C5'   C X  49     -13.679  -9.287 -11.240  1.00 33.67           C  \\nATOM    849  C4'   C X  49     -14.922  -9.004 -10.420  1.00 33.71           C  \\nATOM    850  O4'   C X  49     -14.658  -7.908  -9.508  1.00 34.27           O  \\nATOM    851  C3'   C X  49     -16.116  -8.499 -11.215  1.00 33.54           C  \\nATOM    852  O3'   C X  49     -16.775  -9.555 -11.908  1.00 33.48           O  \\nATOM    853  C2'   C X  49     -16.950  -7.884 -10.095  1.00 32.66           C  \\nATOM    854  O2'   C X  49     -17.606  -8.841  -9.284  1.00 32.47           O  \\nATOM    855  C1'   C X  49     -15.858  -7.184  -9.291  1.00 32.72           C  \\nATOM    856  N1    C X  49     -15.659  -5.766  -9.709  1.00 32.60           N  \\nATOM    857  C2    C X  49     -16.540  -4.793  -9.226  1.00 32.30           C  \\nATOM    858  O2    C X  49     -17.449  -5.136  -8.467  1.00 33.05           O  \\nATOM    859  N3    C X  49     -16.376  -3.504  -9.606  1.00 31.68           N  \\nATOM    860  C4    C X  49     -15.384  -3.175 -10.431  1.00 31.78           C  \\nATOM    861  N4    C X  49     -15.268  -1.886 -10.772  1.00 31.35           N  \\nATOM    862  C5    C X  49     -14.470  -4.151 -10.936  1.00 32.19           C  \\nATOM    863  C6    C X  49     -14.647  -5.423 -10.557  1.00 31.46           C  \\nATOM    864  P     C X  50     -17.365  -9.281 -13.372  1.00 34.15           P  \\nATOM    865  OP1   C X  50     -17.748 -10.582 -13.957  1.00 34.08           O  \\nATOM    866  OP2   C X  50     -16.426  -8.391 -14.087  1.00 33.88           O  \\nATOM    867  O5'   C X  50     -18.692  -8.440 -13.070  1.00 34.63           O  \\nATOM    868  C5'   C X  50     -19.733  -9.013 -12.285  1.00 34.23           C  \\nATOM    869  C4'   C X  50     -20.683  -7.949 -11.759  1.00 33.49           C  \\nATOM    870  O4'   C X  50     -19.956  -6.966 -10.977  1.00 33.38           O  \\nATOM    871  C3'   C X  50     -21.399  -7.115 -12.811  1.00 34.02           C  \\nATOM    872  O3'   C X  50     -22.504  -7.828 -13.360  1.00 35.03           O  \\nATOM    873  C2'   C X  50     -21.828  -5.922 -11.959  1.00 33.57           C  \\nATOM    874  O2'   C X  50     -22.917  -6.213 -11.105  1.00 32.93           O  \\nATOM    875  C1'   C X  50     -20.567  -5.694 -11.128  1.00 33.26           C  \\nATOM    876  N1    C X  50     -19.609  -4.745 -11.778  1.00 33.21           N  \\nATOM    877  C2    C X  50     -19.886  -3.372 -11.771  1.00 33.02           C  \\nATOM    878  O2    C X  50     -20.912  -2.961 -11.218  1.00 33.25           O  \\nATOM    879  N3    C X  50     -19.017  -2.521 -12.365  1.00 32.70           N  \\nATOM    880  C4    C X  50     -17.917  -2.990 -12.956  1.00 33.17           C  \\nATOM    881  N4    C X  50     -17.094  -2.107 -13.532  1.00 32.53           N  \\nATOM    882  C5    C X  50     -17.616  -4.384 -12.981  1.00 33.25           C  \\nATOM    883  C6    C X  50     -18.480  -5.214 -12.386  1.00 33.10           C  \\nATOM    884  P     G X  51     -23.083  -7.455 -14.809  1.00 35.52           P  \\nATOM    885  OP1   G X  51     -24.082  -8.480 -15.178  1.00 35.28           O  \\nATOM    886  OP2   G X  51     -21.936  -7.197 -15.707  1.00 37.14           O  \\nATOM    887  O5'   G X  51     -23.839  -6.067 -14.563  1.00 36.63           O  \\nATOM    888  C5'   G X  51     -25.062  -6.035 -13.835  1.00 36.18           C  \\nATOM    889  C4'   G X  51     -25.631  -4.628 -13.813  1.00 36.56           C  \\nATOM    890  O4'   G X  51     -24.657  -3.719 -13.245  1.00 36.89           O  \\nATOM    891  C3'   G X  51     -25.935  -4.042 -15.181  1.00 37.03           C  \\nATOM    892  O3'   G X  51     -27.228  -4.444 -15.607  1.00 38.09           O  \\nATOM    893  C2'   G X  51     -25.855  -2.540 -14.923  1.00 36.31           C  \\nATOM    894  O2'   G X  51     -27.054  -2.011 -14.391  1.00 36.30           O  \\nATOM    895  C1'   G X  51     -24.740  -2.457 -13.883  1.00 35.48           C  \\nATOM    896  N9    G X  51     -23.428  -2.147 -14.446  1.00 34.35           N  \\nATOM    897  C8    G X  51     -22.410  -3.037 -14.698  1.00 33.52           C  \\nATOM    898  N7    G X  51     -21.341  -2.479 -15.195  1.00 32.84           N  \\nATOM    899  C5    G X  51     -21.671  -1.131 -15.275  1.00 32.92           C  \\nATOM    900  C6    G X  51     -20.907  -0.034 -15.739  1.00 32.88           C  \\nATOM    901  O6    G X  51     -19.749  -0.042 -16.180  1.00 33.83           O  \\nATOM    902  N1    G X  51     -21.614   1.164 -15.655  1.00 32.54           N  \\nATOM    903  C2    G X  51     -22.899   1.286 -15.181  1.00 31.91           C  \\nATOM    904  N2    G X  51     -23.414   2.524 -15.176  1.00 31.55           N  \\nATOM    905  N3    G X  51     -23.628   0.265 -14.742  1.00 32.37           N  \\nATOM    906  C4    G X  51     -22.952  -0.909 -14.819  1.00 33.19           C  \\nATOM    907  P     U X  52     -27.464  -4.796 -17.147  1.00 39.27           P  \\nATOM    908  OP1   U X  52     -26.352  -5.666 -17.594  1.00 39.91           O  \\nATOM    909  OP2   U X  52     -27.746  -3.527 -17.850  1.00 39.26           O  \\nATOM    910  O5'   U X  52     -28.810  -5.656 -17.124  1.00 40.96           O  \\nATOM    911  C5'   U X  52     -28.931  -6.805 -16.298  1.00 43.22           C  \\nATOM    912  C4'   U X  52     -30.393  -7.055 -15.977  1.00 45.03           C  \\nATOM    913  O4'   U X  52     -30.741  -6.349 -14.759  1.00 45.41           O  \\nATOM    914  C3'   U X  52     -31.376  -6.570 -17.039  1.00 46.28           C  \\nATOM    915  O3'   U X  52     -32.494  -7.446 -17.121  1.00 47.44           O  \\nATOM    916  C2'   U X  52     -31.781  -5.193 -16.519  1.00 46.41           C  \\nATOM    917  O2'   U X  52     -33.065  -4.799 -16.961  1.00 46.97           O  \\nATOM    918  C1'   U X  52     -31.788  -5.436 -15.015  1.00 46.28           C  \\nATOM    919  N1    U X  52     -31.546  -4.212 -14.205  1.00 46.60           N  \\nATOM    920  C2    U X  52     -32.615  -3.602 -13.582  1.00 47.02           C  \\nATOM    921  O2    U X  52     -33.757  -4.019 -13.664  1.00 47.17           O  \\nATOM    922  N3    U X  52     -32.297  -2.480 -12.855  1.00 46.91           N  \\nATOM    923  C4    U X  52     -31.040  -1.922 -12.694  1.00 47.03           C  \\nATOM    924  O4    U X  52     -30.905  -0.910 -12.012  1.00 47.07           O  \\nATOM    925  C5    U X  52     -29.977  -2.615 -13.376  1.00 46.60           C  \\nATOM    926  C6    U X  52     -30.264  -3.711 -14.089  1.00 46.50           C  \\nATOM    927  P     A X  53     -32.324  -8.946 -17.656  1.00 48.63           P  \\nATOM    928  OP1   A X  53     -31.045  -9.043 -18.395  1.00 48.90           O  \\nATOM    929  OP2   A X  53     -33.585  -9.322 -18.333  1.00 48.97           O  \\nATOM    930  O5'   A X  53     -32.219  -9.787 -16.297  1.00 49.35           O  \\nATOM    931  C5'   A X  53     -31.283 -10.852 -16.172  1.00 49.88           C  \\nATOM    932  C4'   A X  53     -30.710 -10.939 -14.766  1.00 50.60           C  \\nATOM    933  O4'   A X  53     -30.285  -9.637 -14.301  1.00 50.03           O  \\nATOM    934  C3'   A X  53     -31.656 -11.439 -13.677  1.00 51.55           C  \\nATOM    935  O3'   A X  53     -31.429 -12.824 -13.436  1.00 54.33           O  \\nATOM    936  C2'   A X  53     -31.303 -10.605 -12.441  1.00 50.48           C  \\nATOM    937  O2'   A X  53     -30.924 -11.408 -11.338  1.00 50.79           O  \\nATOM    938  C1'   A X  53     -30.115  -9.768 -12.907  1.00 48.84           C  \\nATOM    939  N9    A X  53     -30.013  -8.446 -12.291  1.00 47.32           N  \\nATOM    940  C8    A X  53     -28.857  -7.800 -11.947  1.00 46.84           C  \\nATOM    941  N7    A X  53     -29.046  -6.620 -11.406  1.00 45.98           N  \\nATOM    942  C5    A X  53     -30.423  -6.481 -11.392  1.00 46.02           C  \\nATOM    943  C6    A X  53     -31.263  -5.445 -10.939  1.00 45.87           C  \\nATOM    944  N6    A X  53     -30.805  -4.313 -10.395  1.00 45.80           N  \\nATOM    945  N1    A X  53     -32.595  -5.619 -11.068  1.00 45.90           N  \\nATOM    946  C2    A X  53     -33.046  -6.754 -11.616  1.00 45.83           C  \\nATOM    947  N3    A X  53     -32.355  -7.795 -12.076  1.00 45.90           N  \\nATOM    948  C4    A X  53     -31.036  -7.596 -11.934  1.00 46.20           C  \\nATOM    949  P     U X  54     -32.525 -13.904 -13.873  1.00 56.29           P  \\nATOM    950  OP1   U X  54     -32.097 -14.477 -15.169  1.00 56.72           O  \\nATOM    951  OP2   U X  54     -33.859 -13.277 -13.746  1.00 56.54           O  \\nATOM    952  O5'   U X  54     -32.404 -15.033 -12.745  1.00 57.94           O  \\nATOM    953  C5'   U X  54     -32.032 -14.688 -11.414  1.00 60.21           C  \\nATOM    954  C4'   U X  54     -31.125 -15.752 -10.820  1.00 61.86           C  \\nATOM    955  O4'   U X  54     -31.778 -17.043 -10.915  1.00 62.17           O  \\nATOM    956  C3'   U X  54     -29.772 -15.895 -11.512  1.00 62.70           C  \\nATOM    957  O3'   U X  54     -28.711 -15.719 -10.575  1.00 63.75           O  \\nATOM    958  C2'   U X  54     -29.772 -17.308 -12.090  1.00 62.86           C  \\nATOM    959  O2'   U X  54     -28.514 -17.937 -11.946  1.00 63.33           O  \\nATOM    960  C1'   U X  54     -30.816 -18.022 -11.240  1.00 62.91           C  \\nATOM    961  N1    U X  54     -31.494 -19.141 -11.957  1.00 62.98           N  \\nATOM    962  C2    U X  54     -31.061 -20.436 -11.755  1.00 63.19           C  \\nATOM    963  O2    U X  54     -30.143 -20.727 -11.009  1.00 63.33           O  \\nATOM    964  N3    U X  54     -31.748 -21.391 -12.464  1.00 63.41           N  \\nATOM    965  C4    U X  54     -32.802 -21.186 -13.336  1.00 63.42           C  \\nATOM    966  O4    U X  54     -33.321 -22.144 -13.901  1.00 63.33           O  \\nATOM    967  C5    U X  54     -33.195 -19.809 -13.493  1.00 63.40           C  \\nATOM    968  C6    U X  54     -32.540 -18.861 -12.814  1.00 63.11           C  \\nATOM    969  P     C X  55     -27.457 -14.793 -10.950  1.00 64.33           P  \\nATOM    970  OP1   C X  55     -27.206 -13.906  -9.792  1.00 64.43           O  \\nATOM    971  OP2   C X  55     -27.709 -14.209 -12.288  1.00 64.66           O  \\nATOM    972  O5'   C X  55     -26.240 -15.830 -11.091  1.00 63.68           O  \\nATOM    973  C5'   C X  55     -25.007 -15.424 -11.695  1.00 61.93           C  \\nATOM    974  C4'   C X  55     -24.080 -14.803 -10.662  1.00 60.38           C  \\nATOM    975  O4'   C X  55     -22.690 -15.115 -10.958  1.00 61.39           O  \\nATOM    976  C3'   C X  55     -24.147 -13.282 -10.553  1.00 58.38           C  \\nATOM    977  O3'   C X  55     -24.055 -12.933  -9.179  1.00 53.61           O  \\nATOM    978  C2'   C X  55     -22.902 -12.851 -11.322  1.00 60.31           C  \\nATOM    979  O2'   C X  55     -22.448 -11.557 -10.974  1.00 60.62           O  \\nATOM    980  C1'   C X  55     -21.940 -13.922 -10.827  1.00 61.64           C  \\nATOM    981  N1    C X  55     -20.664 -14.021 -11.599  1.00 62.76           N  \\nATOM    982  C2    C X  55     -19.690 -14.959 -11.225  1.00 63.38           C  \\nATOM    983  O2    C X  55     -19.900 -15.705 -10.258  1.00 63.57           O  \\nATOM    984  N3    C X  55     -18.537 -15.029 -11.939  1.00 63.53           N  \\nATOM    985  C4    C X  55     -18.340 -14.210 -12.975  1.00 63.52           C  \\nATOM    986  N4    C X  55     -17.188 -14.315 -13.647  1.00 62.89           N  \\nATOM    987  C5    C X  55     -19.317 -13.247 -13.368  1.00 63.45           C  \\nATOM    988  C6    C X  55     -20.449 -13.187 -12.660  1.00 63.17           C  \\nATOM    989  P     A X  56     -24.531 -11.504  -8.638  1.00 48.66           P  \\nATOM    990  OP1   A X  56     -25.715 -11.721  -7.775  1.00 49.31           O  \\nATOM    991  OP2   A X  56     -24.615 -10.575  -9.785  1.00 49.21           O  \\nATOM    992  O5'   A X  56     -23.291 -11.060  -7.725  1.00 45.50           O  \\nATOM    993  C5'   A X  56     -21.948 -11.319  -8.143  1.00 38.67           C  \\nATOM    994  C4'   A X  56     -21.089 -10.074  -7.993  1.00 34.30           C  \\nATOM    995  O4'   A X  56     -21.627  -9.001  -8.806  1.00 31.60           O  \\nATOM    996  C3'   A X  56     -21.042  -9.483  -6.592  1.00 31.42           C  \\nATOM    997  O3'   A X  56     -20.054 -10.129  -5.807  1.00 31.04           O  \\nATOM    998  C2'   A X  56     -20.644  -8.045  -6.894  1.00 30.13           C  \\nATOM    999  O2'   A X  56     -19.280  -7.930  -7.243  1.00 29.14           O  \\nATOM   1000  C1'   A X  56     -21.510  -7.769  -8.113  1.00 29.61           C  \\nATOM   1001  N9    A X  56     -22.839  -7.251  -7.791  1.00 27.89           N  \\nATOM   1002  C8    A X  56     -24.010  -7.955  -7.746  1.00 27.07           C  \\nATOM   1003  N7    A X  56     -25.056  -7.228  -7.430  1.00 27.81           N  \\nATOM   1004  C5    A X  56     -24.537  -5.955  -7.262  1.00 27.75           C  \\nATOM   1005  C6    A X  56     -25.133  -4.725  -6.918  1.00 28.00           C  \\nATOM   1006  N6    A X  56     -26.444  -4.582  -6.687  1.00 28.27           N  \\nATOM   1007  N1    A X  56     -24.329  -3.644  -6.829  1.00 27.62           N  \\nATOM   1008  C2    A X  56     -23.020  -3.790  -7.070  1.00 27.97           C  \\nATOM   1009  N3    A X  56     -22.348  -4.895  -7.394  1.00 28.26           N  \\nATOM   1010  C4    A X  56     -23.170  -5.953  -7.474  1.00 27.57           C  \\nATOM   1011  P     C X  57     -20.483 -10.924  -4.489  1.00 31.16           P  \\nATOM   1012  OP1   C X  57     -19.244 -11.424  -3.854  1.00 30.70           O  \\nATOM   1013  OP2   C X  57     -21.574 -11.850  -4.855  1.00 32.97           O  \\nATOM   1014  O5'   C X  57     -21.144  -9.800  -3.553  1.00 30.43           O  \\nATOM   1015  C5'   C X  57     -20.451  -8.596  -3.257  1.00 29.37           C  \\nATOM   1016  C4'   C X  57     -21.431  -7.476  -2.952  1.00 29.13           C  \\nATOM   1017  O4'   C X  57     -22.228  -7.190  -4.133  1.00 29.40           O  \\nATOM   1018  C3'   C X  57     -22.477  -7.793  -1.891  1.00 28.24           C  \\nATOM   1019  O3'   C X  57     -21.952  -7.658  -0.576  1.00 28.65           O  \\nATOM   1020  C2'   C X  57     -23.503  -6.710  -2.208  1.00 28.95           C  \\nATOM   1021  O2'   C X  57     -23.063  -5.420  -1.836  1.00 27.49           O  \\nATOM   1022  C1'   C X  57     -23.537  -6.812  -3.727  1.00 28.64           C  \\nATOM   1023  N1    C X  57     -24.535  -7.810  -4.233  1.00 29.19           N  \\nATOM   1024  C2    C X  57     -25.884  -7.445  -4.318  1.00 28.37           C  \\nATOM   1025  O2    C X  57     -26.219  -6.305  -3.965  1.00 28.52           O  \\nATOM   1026  N3    C X  57     -26.782  -8.351  -4.783  1.00 27.50           N  \\nATOM   1027  C4    C X  57     -26.373  -9.566  -5.153  1.00 27.84           C  \\nATOM   1028  N4    C X  57     -27.286 -10.424  -5.616  1.00 28.44           N  \\nATOM   1029  C5    C X  57     -25.004  -9.955  -5.072  1.00 28.94           C  \\nATOM   1030  C6    C X  57     -24.130  -9.055  -4.612  1.00 28.40           C  \\nATOM   1031  P     C X  58     -22.440  -8.638   0.592  1.00 30.75           P  \\nATOM   1032  OP1   C X  58     -21.408  -8.629   1.649  1.00 32.09           O  \\nATOM   1033  OP2   C X  58     -22.857  -9.914  -0.028  1.00 30.33           O  \\nATOM   1034  O5'   C X  58     -23.758  -7.943   1.175  1.00 30.36           O  \\nATOM   1035  C5'   C X  58     -23.763  -6.554   1.529  1.00 29.90           C  \\nATOM   1036  C4'   C X  58     -25.192  -6.044   1.624  1.00 30.28           C  \\nATOM   1037  O4'   C X  58     -25.804  -6.070   0.308  1.00 30.33           O  \\nATOM   1038  C3'   C X  58     -26.130  -6.873   2.497  1.00 31.02           C  \\nATOM   1039  O3'   C X  58     -26.050  -6.429   3.849  1.00 34.05           O  \\nATOM   1040  C2'   C X  58     -27.481  -6.501   1.897  1.00 30.52           C  \\nATOM   1041  O2'   C X  58     -27.875  -5.199   2.277  1.00 29.02           O  \\nATOM   1042  C1'   C X  58     -27.157  -6.471   0.413  1.00 28.82           C  \\nATOM   1043  N1    C X  58     -27.396  -7.754  -0.323  1.00 29.40           N  \\nATOM   1044  C2    C X  58     -28.716  -8.128  -0.604  1.00 28.46           C  \\nATOM   1045  O2    C X  58     -29.644  -7.416  -0.207  1.00 28.09           O  \\nATOM   1046  N3    C X  58     -28.945  -9.270  -1.287  1.00 27.89           N  \\nATOM   1047  C4    C X  58     -27.917 -10.017  -1.696  1.00 27.35           C  \\nATOM   1048  N4    C X  58     -28.202 -11.124  -2.378  1.00 26.13           N  \\nATOM   1049  C5    C X  58     -26.563  -9.654  -1.433  1.00 27.57           C  \\nATOM   1050  C6    C X  58     -26.352  -8.521  -0.750  1.00 27.21           C  \\nATOM   1051  P     U X  59     -26.471  -7.373   5.073  1.00 35.31           P  \\nATOM   1052  OP1   U X  59     -26.070  -6.673   6.313  1.00 36.16           O  \\nATOM   1053  OP2   U X  59     -26.002  -8.750   4.806  1.00 35.96           O  \\nATOM   1054  O5'   U X  59     -28.065  -7.409   4.992  1.00 35.48           O  \\nATOM   1055  C5'   U X  59     -28.849  -6.236   5.174  1.00 34.20           C  \\nATOM   1056  C4'   U X  59     -30.306  -6.624   5.016  1.00 33.71           C  \\nATOM   1057  O4'   U X  59     -30.536  -7.048   3.648  1.00 33.10           O  \\nATOM   1058  C3'   U X  59     -30.708  -7.818   5.870  1.00 32.73           C  \\nATOM   1059  O3'   U X  59     -31.146  -7.371   7.155  1.00 33.14           O  \\nATOM   1060  C2'   U X  59     -31.839  -8.446   5.064  1.00 32.93           C  \\nATOM   1061  O2'   U X  59     -33.081  -7.821   5.326  1.00 33.97           O  \\nATOM   1062  C1'   U X  59     -31.427  -8.150   3.625  1.00 32.53           C  \\nATOM   1063  N1    U X  59     -30.789  -9.270   2.854  1.00 31.73           N  \\nATOM   1064  C2    U X  59     -31.585 -10.223   2.247  1.00 31.38           C  \\nATOM   1065  O2    U X  59     -32.798 -10.247   2.329  1.00 30.08           O  \\nATOM   1066  N3    U X  59     -30.905 -11.175   1.536  1.00 31.11           N  \\nATOM   1067  C4    U X  59     -29.540 -11.267   1.365  1.00 31.56           C  \\nATOM   1068  O4    U X  59     -29.084 -12.185   0.695  1.00 31.67           O  \\nATOM   1069  C5    U X  59     -28.772 -10.239   2.019  1.00 31.68           C  \\nATOM   1070  C6    U X  59     -29.415  -9.300   2.720  1.00 31.91           C  \\nATOM   1071  P     G X  60     -30.741  -8.192   8.468  1.00 33.73           P  \\nATOM   1072  OP1   G X  60     -31.074  -7.370   9.649  1.00 34.29           O  \\nATOM   1073  OP2   G X  60     -29.359  -8.691   8.283  1.00 32.95           O  \\nATOM   1074  O5'   G X  60     -31.706  -9.470   8.425  1.00 33.47           O  \\nATOM   1075  C5'   G X  60     -33.112  -9.343   8.605  1.00 33.32           C  \\nATOM   1076  C4'   G X  60     -33.812 -10.623   8.178  1.00 32.85           C  \\nATOM   1077  O4'   G X  60     -33.618 -10.796   6.750  1.00 32.55           O  \\nATOM   1078  C3'   G X  60     -33.267 -11.903   8.801  1.00 33.48           C  \\nATOM   1079  O3'   G X  60     -33.981 -12.224   9.980  1.00 36.31           O  \\nATOM   1080  C2'   G X  60     -33.573 -12.946   7.732  1.00 32.30           C  \\nATOM   1081  O2'   G X  60     -34.902 -13.415   7.828  1.00 32.16           O  \\nATOM   1082  C1'   G X  60     -33.400 -12.160   6.439  1.00 31.14           C  \\nATOM   1083  N9    G X  60     -32.078 -12.299   5.836  1.00 30.52           N  \\nATOM   1084  C8    G X  60     -30.938 -11.621   6.193  1.00 29.95           C  \\nATOM   1085  N7    G X  60     -29.901 -11.928   5.472  1.00 30.09           N  \\nATOM   1086  C5    G X  60     -30.386 -12.879   4.588  1.00 29.93           C  \\nATOM   1087  C6    G X  60     -29.710 -13.582   3.571  1.00 29.75           C  \\nATOM   1088  O6    G X  60     -28.527 -13.461   3.267  1.00 29.40           O  \\nATOM   1089  N1    G X  60     -30.537 -14.463   2.882  1.00 28.74           N  \\nATOM   1090  C2    G X  60     -31.874 -14.630   3.155  1.00 28.83           C  \\nATOM   1091  N2    G X  60     -32.530 -15.521   2.397  1.00 27.85           N  \\nATOM   1092  N3    G X  60     -32.522 -13.975   4.111  1.00 29.01           N  \\nATOM   1093  C4    G X  60     -31.719 -13.122   4.791  1.00 29.48           C  \\nATOM   1094  P     A X  61     -33.450 -11.844  11.439  1.00 38.01           P  \\nATOM   1095  OP1   A X  61     -33.906 -12.913  12.354  1.00 37.79           O  \\nATOM   1096  OP2   A X  61     -33.821 -10.438  11.707  1.00 38.84           O  \\nATOM   1097  O5'   A X  61     -31.859 -11.906  11.324  1.00 36.91           O  \\nATOM   1098  C5'   A X  61     -31.069 -11.686  12.488  1.00 35.95           C  \\nATOM   1099  C4'   A X  61     -29.588 -11.770  12.167  1.00 34.88           C  \\nATOM   1100  O4'   A X  61     -29.287 -13.041  11.536  1.00 34.46           O  \\nATOM   1101  C3'   A X  61     -29.077 -10.702  11.209  1.00 35.03           C  \\nATOM   1102  O3'   A X  61     -27.718 -10.413  11.497  1.00 35.79           O  \\nATOM   1103  C2'   A X  61     -29.196 -11.389   9.853  1.00 34.15           C  \\nATOM   1104  O2'   A X  61     -28.280 -10.869   8.906  1.00 33.56           O  \\nATOM   1105  C1'   A X  61     -28.849 -12.833  10.204  1.00 33.34           C  \\nATOM   1106  N9    A X  61     -29.530 -13.793   9.340  1.00 33.02           N  \\nATOM   1107  C8    A X  61     -30.765 -14.340   9.546  1.00 32.65           C  \\nATOM   1108  N7    A X  61     -31.146 -15.163   8.601  1.00 32.42           N  \\nATOM   1109  C5    A X  61     -30.089 -15.155   7.709  1.00 32.51           C  \\nATOM   1110  C6    A X  61     -29.877 -15.830   6.491  1.00 31.38           C  \\nATOM   1111  N6    A X  61     -30.765 -16.671   5.952  1.00 30.97           N  \\nATOM   1112  N1    A X  61     -28.715 -15.603   5.849  1.00 31.80           N  \\nATOM   1113  C2    A X  61     -27.828 -14.755   6.390  1.00 31.78           C  \\nATOM   1114  N3    A X  61     -27.914 -14.067   7.528  1.00 32.01           N  \\nATOM   1115  C4    A X  61     -29.083 -14.310   8.144  1.00 32.70           C  \\nATOM   1116  P     U X  62     -27.327  -9.439  12.704  1.00 36.42           P  \\nATOM   1117  OP1   U X  62     -28.532  -8.675  13.098  1.00 35.89           O  \\nATOM   1118  OP2   U X  62     -26.084  -8.736  12.315  1.00 35.58           O  \\nATOM   1119  O5'   U X  62     -26.965 -10.465  13.876  1.00 36.78           O  \\nATOM   1120  C5'   U X  62     -25.996 -11.486  13.672  1.00 36.44           C  \\nATOM   1121  C4'   U X  62     -26.015 -12.484  14.819  1.00 36.39           C  \\nATOM   1122  O4'   U X  62     -25.849 -11.794  16.083  1.00 36.50           O  \\nATOM   1123  C3'   U X  62     -27.300 -13.286  14.976  1.00 36.67           C  \\nATOM   1124  O3'   U X  62     -26.993 -14.539  15.570  1.00 36.40           O  \\nATOM   1125  C2'   U X  62     -28.101 -12.429  15.947  1.00 36.87           C  \\nATOM   1126  O2'   U X  62     -29.073 -13.180  16.650  1.00 37.47           O  \\nATOM   1127  C1'   U X  62     -26.992 -11.992  16.894  1.00 37.03           C  \\nATOM   1128  N1    U X  62     -27.273 -10.725  17.620  1.00 37.97           N  \\nATOM   1129  C2    U X  62     -27.335 -10.732  19.000  1.00 38.37           C  \\nATOM   1130  O2    U X  62     -27.173 -11.733  19.674  1.00 37.97           O  \\nATOM   1131  N3    U X  62     -27.589  -9.508  19.569  1.00 38.66           N  \\nATOM   1132  C4    U X  62     -27.781  -8.307  18.907  1.00 38.80           C  \\nATOM   1133  O4    U X  62     -28.002  -7.286  19.548  1.00 39.54           O  \\nATOM   1134  C5    U X  62     -27.703  -8.383  17.473  1.00 38.10           C  \\nATOM   1135  C6    U X  62     -27.453  -9.563  16.897  1.00 38.13           C  \\nATOM   1136  P     C X  63     -26.885 -15.858  14.677  1.00 35.76           P  \\nATOM   1137  OP1   C X  63     -27.019 -17.014  15.594  1.00 36.97           O  \\nATOM   1138  OP2   C X  63     -25.700 -15.744  13.802  1.00 36.23           O  \\nATOM   1139  O5'   C X  63     -28.192 -15.767  13.761  1.00 35.93           O  \\nATOM   1140  C5'   C X  63     -29.481 -15.939  14.357  1.00 34.57           C  \\nATOM   1141  C4'   C X  63     -30.323 -16.897  13.538  1.00 34.36           C  \\nATOM   1142  O4'   C X  63     -30.389 -16.422  12.170  1.00 33.77           O  \\nATOM   1143  C3'   C X  63     -29.759 -18.304  13.399  1.00 34.34           C  \\nATOM   1144  O3'   C X  63     -30.070 -19.104  14.536  1.00 35.38           O  \\nATOM   1145  C2'   C X  63     -30.498 -18.788  12.157  1.00 33.89           C  \\nATOM   1146  O2'   C X  63     -31.825 -19.190  12.433  1.00 33.31           O  \\nATOM   1147  C1'   C X  63     -30.501 -17.531  11.296  1.00 32.59           C  \\nATOM   1148  N1    C X  63     -29.384 -17.511  10.319  1.00 32.36           N  \\nATOM   1149  C2    C X  63     -29.470 -18.322   9.181  1.00 31.87           C  \\nATOM   1150  O2    C X  63     -30.471 -19.033   9.018  1.00 31.29           O  \\nATOM   1151  N3    C X  63     -28.448 -18.308   8.294  1.00 30.93           N  \\nATOM   1152  C4    C X  63     -27.383 -17.534   8.510  1.00 31.26           C  \\nATOM   1153  N4    C X  63     -26.403 -17.557   7.601  1.00 30.62           N  \\nATOM   1154  C5    C X  63     -27.275 -16.704   9.666  1.00 30.88           C  \\nATOM   1155  C6    C X  63     -28.288 -16.725  10.539  1.00 31.06           C  \\nATOM   1156  P     U X  64     -29.068 -20.275  14.968  1.00 36.34           P  \\nATOM   1157  OP1   U X  64     -29.537 -20.817  16.262  1.00 37.00           O  \\nATOM   1158  OP2   U X  64     -27.682 -19.775  14.829  1.00 36.35           O  \\nATOM   1159  O5'   U X  64     -29.275 -21.380  13.828  1.00 36.22           O  \\nATOM   1160  C5'   U X  64     -30.499 -22.094  13.712  1.00 35.32           C  \\nATOM   1161  C4'   U X  64     -30.447 -23.007  12.502  1.00 35.32           C  \\nATOM   1162  O4'   U X  64     -30.320 -22.225  11.284  1.00 35.17           O  \\nATOM   1163  C3'   U X  64     -29.238 -23.924  12.447  1.00 35.85           C  \\nATOM   1164  O3'   U X  64     -29.421 -25.043  13.304  1.00 37.47           O  \\nATOM   1165  C2'   U X  64     -29.262 -24.318  10.977  1.00 35.40           C  \\nATOM   1166  O2'   U X  64     -30.291 -25.248  10.695  1.00 36.36           O  \\nATOM   1167  C1'   U X  64     -29.584 -22.974  10.331  1.00 34.90           C  \\nATOM   1168  N1    U X  64     -28.369 -22.201   9.922  1.00 34.03           N  \\nATOM   1169  C2    U X  64     -27.717 -22.545   8.754  1.00 33.91           C  \\nATOM   1170  O2    U X  64     -28.081 -23.457   8.031  1.00 33.76           O  \\nATOM   1171  N3    U X  64     -26.618 -21.776   8.452  1.00 32.70           N  \\nATOM   1172  C4    U X  64     -26.115 -20.722   9.193  1.00 33.11           C  \\nATOM   1173  O4    U X  64     -25.115 -20.124   8.801  1.00 34.06           O  \\nATOM   1174  C5    U X  64     -26.846 -20.426  10.398  1.00 33.94           C  \\nATOM   1175  C6    U X  64     -27.921 -21.159  10.709  1.00 33.58           C  \\nATOM   1176  P     G X  65     -28.150 -25.666  14.043  1.00 38.39           P  \\nATOM   1177  OP1   G X  65     -28.633 -26.612  15.071  1.00 37.92           O  \\nATOM   1178  OP2   G X  65     -27.247 -24.554  14.418  1.00 38.68           O  \\nATOM   1179  O5'   G X  65     -27.436 -26.494  12.878  1.00 37.92           O  \\nATOM   1180  C5'   G X  65     -27.776 -27.855  12.666  1.00 37.23           C  \\nATOM   1181  C4'   G X  65     -27.131 -28.364  11.391  1.00 36.96           C  \\nATOM   1182  O4'   G X  65     -27.355 -27.420  10.311  1.00 35.70           O  \\nATOM   1183  C3'   G X  65     -25.617 -28.482  11.425  1.00 36.70           C  \\nATOM   1184  O3'   G X  65     -25.193 -29.636  12.148  1.00 37.59           O  \\nATOM   1185  C2'   G X  65     -25.342 -28.586   9.931  1.00 35.76           C  \\nATOM   1186  O2'   G X  65     -25.721 -29.833   9.386  1.00 36.79           O  \\nATOM   1187  C1'   G X  65     -26.261 -27.487   9.413  1.00 34.19           C  \\nATOM   1188  N9    G X  65     -25.564 -26.204   9.384  1.00 33.13           N  \\nATOM   1189  C8    G X  65     -25.699 -25.147  10.251  1.00 32.00           C  \\nATOM   1190  N7    G X  65     -24.909 -24.145   9.966  1.00 32.48           N  \\nATOM   1191  C5    G X  65     -24.199 -24.578   8.851  1.00 31.63           C  \\nATOM   1192  C6    G X  65     -23.196 -23.925   8.099  1.00 30.70           C  \\nATOM   1193  O6    G X  65     -22.731 -22.792   8.279  1.00 29.72           O  \\nATOM   1194  N1    G X  65     -22.739 -24.713   7.044  1.00 30.10           N  \\nATOM   1195  C2    G X  65     -23.192 -25.982   6.761  1.00 31.44           C  \\nATOM   1196  N2    G X  65     -22.634 -26.595   5.706  1.00 31.12           N  \\nATOM   1197  N3    G X  65     -24.132 -26.607   7.460  1.00 31.22           N  \\nATOM   1198  C4    G X  65     -24.586 -25.846   8.486  1.00 32.02           C  \\nATOM   1199  P     G X  66     -23.874 -29.556  13.054  1.00 38.05           P  \\nATOM   1200  OP1   G X  66     -23.866 -30.750  13.927  1.00 38.75           O  \\nATOM   1201  OP2   G X  66     -23.805 -28.203  13.650  1.00 37.14           O  \\nATOM   1202  O5'   G X  66     -22.676 -29.666  12.001  1.00 36.66           O  \\nATOM   1203  C5'   G X  66     -22.585 -30.774  11.117  1.00 35.25           C  \\nATOM   1204  C4'   G X  66     -21.652 -30.447   9.966  1.00 33.77           C  \\nATOM   1205  O4'   G X  66     -22.119 -29.267   9.260  1.00 32.69           O  \\nATOM   1206  C3'   G X  66     -20.240 -30.055  10.366  1.00 33.53           C  \\nATOM   1207  O3'   G X  66     -19.474 -31.202  10.705  1.00 34.47           O  \\nATOM   1208  C2'   G X  66     -19.773 -29.417   9.066  1.00 32.12           C  \\nATOM   1209  O2'   G X  66     -19.519 -30.379   8.065  1.00 31.79           O  \\nATOM   1210  C1'   G X  66     -21.004 -28.598   8.691  1.00 31.57           C  \\nATOM   1211  N9    G X  66     -20.949 -27.216   9.173  1.00 31.07           N  \\nATOM   1212  C8    G X  66     -21.696 -26.656  10.181  1.00 30.16           C  \\nATOM   1213  N7    G X  66     -21.420 -25.399  10.396  1.00 30.93           N  \\nATOM   1214  C5    G X  66     -20.422 -25.104   9.472  1.00 30.20           C  \\nATOM   1215  C6    G X  66     -19.736 -23.890   9.224  1.00 30.38           C  \\nATOM   1216  O6    G X  66     -19.872 -22.804   9.804  1.00 29.85           O  \\nATOM   1217  N1    G X  66     -18.797 -24.019   8.200  1.00 30.09           N  \\nATOM   1218  C2    G X  66     -18.568 -25.175   7.493  1.00 30.87           C  \\nATOM   1219  N2    G X  66     -17.625 -25.115   6.539  1.00 30.87           N  \\nATOM   1220  N3    G X  66     -19.210 -26.319   7.715  1.00 31.13           N  \\nATOM   1221  C4    G X  66     -20.123 -26.210   8.711  1.00 30.63           C  \\nATOM   1222  P     A X  67     -18.311 -31.084  11.797  1.00 35.16           P  \\nATOM   1223  OP1   A X  67     -17.809 -32.450  12.060  1.00 35.51           O  \\nATOM   1224  OP2   A X  67     -18.801 -30.247  12.916  1.00 36.09           O  \\nATOM   1225  O5'   A X  67     -17.183 -30.247  11.033  1.00 34.29           O  \\nATOM   1226  C5'   A X  67     -16.290 -30.904  10.140  1.00 34.46           C  \\nATOM   1227  C4'   A X  67     -15.531 -29.894   9.297  1.00 34.19           C  \\nATOM   1228  O4'   A X  67     -16.442 -28.898   8.771  1.00 33.97           O  \\nATOM   1229  C3'   A X  67     -14.493 -29.068  10.039  1.00 34.72           C  \\nATOM   1230  O3'   A X  67     -13.286 -29.796  10.186  1.00 35.34           O  \\nATOM   1231  C2'   A X  67     -14.335 -27.905   9.069  1.00 35.17           C  \\nATOM   1232  O2'   A X  67     -13.631 -28.277   7.900  1.00 35.81           O  \\nATOM   1233  C1'   A X  67     -15.798 -27.634   8.740  1.00 34.20           C  \\nATOM   1234  N9    A X  67     -16.440 -26.742   9.705  1.00 33.48           N  \\nATOM   1235  C8    A X  67     -17.359 -27.082  10.662  1.00 33.26           C  \\nATOM   1236  N7    A X  67     -17.765 -26.069  11.392  1.00 33.69           N  \\nATOM   1237  C5    A X  67     -17.057 -24.991  10.887  1.00 33.20           C  \\nATOM   1238  C6    A X  67     -17.036 -23.622  11.230  1.00 33.86           C  \\nATOM   1239  N6    A X  67     -17.780 -23.100  12.212  1.00 34.75           N  \\nATOM   1240  N1    A X  67     -16.223 -22.811  10.524  1.00 32.16           N  \\nATOM   1241  C2    A X  67     -15.482 -23.337   9.542  1.00 32.50           C  \\nATOM   1242  N3    A X  67     -15.418 -24.602   9.126  1.00 32.32           N  \\nATOM   1243  C4    A X  67     -16.236 -25.387   9.847  1.00 32.81           C  \\nATOM   1244  P     U X  68     -12.435 -29.672  11.535  1.00 34.88           P  \\nATOM   1245  OP1   U X  68     -11.284 -30.597  11.430  1.00 34.56           O  \\nATOM   1246  OP2   U X  68     -13.364 -29.769  12.682  1.00 34.69           O  \\nATOM   1247  O5'   U X  68     -11.905 -28.165  11.465  1.00 35.09           O  \\nATOM   1248  C5'   U X  68     -10.926 -27.800  10.502  1.00 34.92           C  \\nATOM   1249  C4'   U X  68     -10.788 -26.291  10.447  1.00 34.46           C  \\nATOM   1250  O4'   U X  68     -12.103 -25.688  10.361  1.00 34.48           O  \\nATOM   1251  C3'   U X  68     -10.203 -25.657  11.697  1.00 34.45           C  \\nATOM   1252  O3'   U X  68      -8.785 -25.780  11.713  1.00 34.18           O  \\nATOM   1253  C2'   U X  68     -10.664 -24.211  11.535  1.00 33.76           C  \\nATOM   1254  O2'   U X  68      -9.834 -23.474  10.661  1.00 34.27           O  \\nATOM   1255  C1'   U X  68     -12.057 -24.390  10.928  1.00 33.34           C  \\nATOM   1256  N1    U X  68     -13.143 -24.275  11.941  1.00 32.24           N  \\nATOM   1257  C2    U X  68     -13.554 -23.020  12.344  1.00 31.52           C  \\nATOM   1258  O2    U X  68     -13.085 -21.987  11.903  1.00 32.81           O  \\nATOM   1259  N3    U X  68     -14.547 -23.015  13.287  1.00 30.48           N  \\nATOM   1260  C4    U X  68     -15.155 -24.116  13.863  1.00 30.09           C  \\nATOM   1261  O4    U X  68     -16.034 -23.950  14.698  1.00 28.61           O  \\nATOM   1262  C5    U X  68     -14.670 -25.391  13.398  1.00 30.53           C  \\nATOM   1263  C6    U X  68     -13.704 -25.420  12.474  1.00 31.59           C  \\nATOM   1264  P     A X  69      -8.067 -26.205  13.078  1.00 34.53           P  \\nATOM   1265  OP1   A X  69      -6.663 -26.569  12.780  1.00 34.89           O  \\nATOM   1266  OP2   A X  69      -8.948 -27.173  13.771  1.00 34.83           O  \\nATOM   1267  O5'   A X  69      -8.085 -24.839  13.907  1.00 32.41           O  \\nATOM   1268  C5'   A X  69      -7.909 -24.841  15.315  1.00 30.38           C  \\nATOM   1269  C4'   A X  69      -7.954 -23.416  15.831  1.00 29.24           C  \\nATOM   1270  O4'   A X  69      -6.813 -22.692  15.311  1.00 28.36           O  \\nATOM   1271  C3'   A X  69      -9.165 -22.624  15.365  1.00 28.80           C  \\nATOM   1272  O3'   A X  69     -10.224 -22.796  16.294  1.00 29.62           O  \\nATOM   1273  C2'   A X  69      -8.652 -21.185  15.360  1.00 28.21           C  \\nATOM   1274  O2'   A X  69      -8.708 -20.589  16.641  1.00 27.47           O  \\nATOM   1275  C1'   A X  69      -7.193 -21.371  14.967  1.00 27.79           C  \\nATOM   1276  N9    A X  69      -6.867 -21.132  13.563  1.00 27.32           N  \\nATOM   1277  C8    A X  69      -6.420 -22.067  12.670  1.00 27.80           C  \\nATOM   1278  N7    A X  69      -6.164 -21.585  11.479  1.00 27.63           N  \\nATOM   1279  C5    A X  69      -6.448 -20.234  11.600  1.00 26.98           C  \\nATOM   1280  C6    A X  69      -6.368 -19.170  10.681  1.00 26.06           C  \\nATOM   1281  N6    A X  69      -5.965 -19.328   9.414  1.00 25.51           N  \\nATOM   1282  N1    A X  69      -6.732 -17.944  11.112  1.00 25.90           N  \\nATOM   1283  C2    A X  69      -7.128 -17.799  12.384  1.00 27.16           C  \\nATOM   1284  N3    A X  69      -7.237 -18.723  13.342  1.00 27.15           N  \\nATOM   1285  C4    A X  69      -6.876 -19.934  12.882  1.00 27.12           C  \\nATOM   1286  P     A X  70     -11.740 -22.939  15.799  1.00 29.16           P  \\nATOM   1287  OP1   A X  70     -12.564 -23.208  16.995  1.00 30.09           O  \\nATOM   1288  OP2   A X  70     -11.766 -23.877  14.657  1.00 29.82           O  \\nATOM   1289  O5'   A X  70     -12.096 -21.484  15.242  1.00 29.35           O  \\nATOM   1290  C5'   A X  70     -12.127 -20.367  16.120  1.00 28.32           C  \\nATOM   1291  C4'   A X  70     -12.194 -19.079  15.321  1.00 27.85           C  \\nATOM   1292  O4'   A X  70     -10.937 -18.858  14.630  1.00 27.47           O  \\nATOM   1293  C3'   A X  70     -13.244 -19.067  14.222  1.00 27.63           C  \\nATOM   1294  O3'   A X  70     -14.506 -18.708  14.775  1.00 28.19           O  \\nATOM   1295  C2'   A X  70     -12.695 -17.975  13.312  1.00 26.72           C  \\nATOM   1296  O2'   A X  70     -12.976 -16.685  13.814  1.00 25.34           O  \\nATOM   1297  C1'   A X  70     -11.193 -18.235  13.384  1.00 26.67           C  \\nATOM   1298  N9    A X  70     -10.669 -19.070  12.304  1.00 25.90           N  \\nATOM   1299  C8    A X  70     -10.485 -20.425  12.318  1.00 26.45           C  \\nATOM   1300  N7    A X  70      -9.978 -20.905  11.205  1.00 25.65           N  \\nATOM   1301  C5    A X  70      -9.815 -19.783  10.408  1.00 26.29           C  \\nATOM   1302  C6    A X  70      -9.316 -19.619   9.102  1.00 26.47           C  \\nATOM   1303  N6    A X  70      -8.887 -20.643   8.354  1.00 27.05           N  \\nATOM   1304  N1    A X  70      -9.278 -18.367   8.596  1.00 26.64           N  \\nATOM   1305  C2    A X  70      -9.716 -17.352   9.355  1.00 26.28           C  \\nATOM   1306  N3    A X  70     -10.205 -17.388  10.597  1.00 26.24           N  \\nATOM   1307  C4    A X  70     -10.231 -18.645  11.069  1.00 25.74           C  \\nATOM   1308  P     U X  71     -15.884 -19.172  14.104  1.00 29.87           P  \\nATOM   1309  OP1   U X  71     -16.964 -18.861  15.070  1.00 29.03           O  \\nATOM   1310  OP2   U X  71     -15.745 -20.556  13.595  1.00 30.07           O  \\nATOM   1311  O5'   U X  71     -16.018 -18.172  12.862  1.00 29.24           O  \\nATOM   1312  C5'   U X  71     -16.260 -16.791  13.110  1.00 30.03           C  \\nATOM   1313  C4'   U X  71     -15.965 -15.955  11.878  1.00 31.16           C  \\nATOM   1314  O4'   U X  71     -14.591 -16.137  11.463  1.00 31.31           O  \\nATOM   1315  C3'   U X  71     -16.770 -16.326  10.644  1.00 31.97           C  \\nATOM   1316  O3'   U X  71     -18.057 -15.736  10.753  1.00 32.25           O  \\nATOM   1317  C2'   U X  71     -15.911 -15.696   9.547  1.00 31.77           C  \\nATOM   1318  O2'   U X  71     -16.122 -14.306   9.386  1.00 33.42           O  \\nATOM   1319  C1'   U X  71     -14.497 -15.961  10.063  1.00 31.57           C  \\nATOM   1320  N1    U X  71     -13.875 -17.172   9.452  1.00 31.24           N  \\nATOM   1321  C2    U X  71     -13.020 -17.017   8.378  1.00 31.52           C  \\nATOM   1322  O2    U X  71     -12.722 -15.934   7.907  1.00 33.96           O  \\nATOM   1323  N3    U X  71     -12.514 -18.186   7.870  1.00 30.79           N  \\nATOM   1324  C4    U X  71     -12.766 -19.468   8.320  1.00 31.09           C  \\nATOM   1325  O4    U X  71     -12.234 -20.418   7.757  1.00 33.56           O  \\nATOM   1326  C5    U X  71     -13.668 -19.553   9.440  1.00 31.01           C  \\nATOM   1327  C6    U X  71     -14.179 -18.426   9.951  1.00 30.69           C  \\nATOM   1328  P     G X  72     -19.327 -16.286   9.955  1.00 31.76           P  \\nATOM   1329  OP1   G X  72     -20.480 -15.470  10.397  1.00 32.26           O  \\nATOM   1330  OP2   G X  72     -19.382 -17.759  10.068  1.00 32.19           O  \\nATOM   1331  O5'   G X  72     -18.979 -15.914   8.441  1.00 32.08           O  \\nATOM   1332  C5'   G X  72     -19.735 -16.459   7.372  1.00 31.66           C  \\nATOM   1333  C4'   G X  72     -19.638 -15.563   6.153  1.00 32.62           C  \\nATOM   1334  O4'   G X  72     -20.389 -14.339   6.371  1.00 32.88           O  \\nATOM   1335  C3'   G X  72     -18.241 -15.047   5.853  1.00 32.86           C  \\nATOM   1336  O3'   G X  72     -17.457 -16.024   5.195  1.00 33.89           O  \\nATOM   1337  C2'   G X  72     -18.575 -13.899   4.917  1.00 32.85           C  \\nATOM   1338  O2'   G X  72     -18.932 -14.367   3.629  1.00 32.65           O  \\nATOM   1339  C1'   G X  72     -19.771 -13.288   5.645  1.00 33.49           C  \\nATOM   1340  N9    G X  72     -19.371 -12.205   6.545  1.00 34.78           N  \\nATOM   1341  C8    G X  72     -19.107 -12.258   7.897  1.00 34.91           C  \\nATOM   1342  N7    G X  72     -18.752 -11.104   8.403  1.00 35.64           N  \\nATOM   1343  C5    G X  72     -18.786 -10.231   7.320  1.00 34.62           C  \\nATOM   1344  C6    G X  72     -18.507  -8.842   7.236  1.00 34.69           C  \\nATOM   1345  O6    G X  72     -18.157  -8.068   8.137  1.00 35.27           O  \\nATOM   1346  N1    G X  72     -18.658  -8.356   5.937  1.00 34.38           N  \\nATOM   1347  C2    G X  72     -19.033  -9.117   4.854  1.00 34.43           C  \\nATOM   1348  N2    G X  72     -19.130  -8.490   3.673  1.00 35.22           N  \\nATOM   1349  N3    G X  72     -19.305 -10.411   4.922  1.00 34.57           N  \\nATOM   1350  C4    G X  72     -19.158 -10.899   6.176  1.00 34.10           C  \\nATOM   1351  P     C X  73     -15.886 -15.779   4.999  1.00 33.13           P  \\nATOM   1352  OP1   C X  73     -15.294 -15.512   6.328  1.00 35.23           O  \\nATOM   1353  OP2   C X  73     -15.688 -14.820   3.895  1.00 32.87           O  \\nATOM   1354  O5'   C X  73     -15.441 -17.229   4.507  1.00 33.27           O  \\nATOM   1355  C5'   C X  73     -14.178 -17.499   3.942  1.00 31.42           C  \\nATOM   1356  C4'   C X  73     -14.066 -19.003   3.791  1.00 31.26           C  \\nATOM   1357  O4'   C X  73     -13.884 -19.580   5.110  1.00 32.36           O  \\nATOM   1358  C3'   C X  73     -15.323 -19.686   3.265  1.00 31.16           C  \\nATOM   1359  O3'   C X  73     -15.369 -19.671   1.841  1.00 31.30           O  \\nATOM   1360  C2'   C X  73     -15.137 -21.096   3.814  1.00 30.47           C  \\nATOM   1361  O2'   C X  73     -14.186 -21.842   3.080  1.00 30.24           O  \\nATOM   1362  C1'   C X  73     -14.607 -20.795   5.212  1.00 29.96           C  \\nATOM   1363  N1    C X  73     -15.689 -20.642   6.236  1.00 29.96           N  \\nATOM   1364  C2    C X  73     -16.404 -21.770   6.657  1.00 29.26           C  \\nATOM   1365  O2    C X  73     -16.134 -22.880   6.182  1.00 29.48           O  \\nATOM   1366  N3    C X  73     -17.384 -21.619   7.576  1.00 29.15           N  \\nATOM   1367  C4    C X  73     -17.661 -20.417   8.077  1.00 29.27           C  \\nATOM   1368  N4    C X  73     -18.638 -20.334   8.987  1.00 28.37           N  \\nATOM   1369  C5    C X  73     -16.947 -19.253   7.664  1.00 29.28           C  \\nATOM   1370  C6    C X  73     -15.976 -19.412   6.754  1.00 29.11           C  \\nATOM   1371  P     C X  74     -16.774 -19.635   1.067  1.00 32.67           P  \\nATOM   1372  OP1   C X  74     -16.492 -19.335  -0.353  1.00 32.50           O  \\nATOM   1373  OP2   C X  74     -17.711 -18.782   1.833  1.00 32.82           O  \\nATOM   1374  O5'   C X  74     -17.309 -21.137   1.179  1.00 31.94           O  \\nATOM   1375  C5'   C X  74     -16.655 -22.220   0.539  1.00 28.96           C  \\nATOM   1376  C4'   C X  74     -17.369 -23.515   0.893  1.00 29.51           C  \\nATOM   1377  O4'   C X  74     -17.262 -23.772   2.317  1.00 29.21           O  \\nATOM   1378  C3'   C X  74     -18.872 -23.504   0.674  1.00 28.30           C  \\nATOM   1379  O3'   C X  74     -19.192 -23.672  -0.697  1.00 29.22           O  \\nATOM   1380  C2'   C X  74     -19.288 -24.698   1.524  1.00 28.48           C  \\nATOM   1381  O2'   C X  74     -18.999 -25.946   0.920  1.00 26.88           O  \\nATOM   1382  C1'   C X  74     -18.419 -24.471   2.755  1.00 28.42           C  \\nATOM   1383  N1    C X  74     -19.113 -23.667   3.818  1.00 28.20           N  \\nATOM   1384  C2    C X  74     -20.087 -24.278   4.613  1.00 27.73           C  \\nATOM   1385  O2    C X  74     -20.365 -25.470   4.422  1.00 28.23           O  \\nATOM   1386  N3    C X  74     -20.706 -23.544   5.571  1.00 27.12           N  \\nATOM   1387  C4    C X  74     -20.382 -22.266   5.755  1.00 26.91           C  \\nATOM   1388  N4    C X  74     -21.022 -21.599   6.720  1.00 27.29           N  \\nATOM   1389  C5    C X  74     -19.391 -21.622   4.957  1.00 27.43           C  \\nATOM   1390  C6    C X  74     -18.785 -22.355   4.015  1.00 27.70           C  \\nATOM   1391  P     A X  75     -20.497 -22.969  -1.286  1.00 30.15           P  \\nATOM   1392  OP1   A X  75     -20.555 -23.259  -2.732  1.00 30.29           O  \\nATOM   1393  OP2   A X  75     -20.568 -21.574  -0.785  1.00 29.70           O  \\nATOM   1394  O5'   A X  75     -21.682 -23.756  -0.544  1.00 30.00           O  \\nATOM   1395  C5'   A X  75     -22.081 -25.044  -0.970  1.00 29.75           C  \\nATOM   1396  C4'   A X  75     -23.060 -25.628   0.032  1.00 30.39           C  \\nATOM   1397  O4'   A X  75     -22.491 -25.560   1.366  1.00 30.12           O  \\nATOM   1398  C3'   A X  75     -24.368 -24.862   0.177  1.00 30.04           C  \\nATOM   1399  O3'   A X  75     -25.269 -25.172  -0.882  1.00 30.93           O  \\nATOM   1400  C2'   A X  75     -24.842 -25.413   1.515  1.00 29.84           C  \\nATOM   1401  O2'   A X  75     -25.317 -26.740   1.420  1.00 29.37           O  \\nATOM   1402  C1'   A X  75     -23.538 -25.373   2.303  1.00 30.01           C  \\nATOM   1403  N9    A X  75     -23.383 -24.095   2.992  1.00 29.07           N  \\nATOM   1404  C8    A X  75     -22.541 -23.063   2.684  1.00 29.05           C  \\nATOM   1405  N7    A X  75     -22.661 -22.031   3.486  1.00 28.08           N  \\nATOM   1406  C5    A X  75     -23.669 -22.403   4.363  1.00 28.45           C  \\nATOM   1407  C6    A X  75     -24.271 -21.751   5.457  1.00 28.70           C  \\nATOM   1408  N6    A X  75     -23.922 -20.525   5.861  1.00 28.67           N  \\nATOM   1409  N1    A X  75     -25.251 -22.407   6.119  1.00 28.67           N  \\nATOM   1410  C2    A X  75     -25.593 -23.636   5.714  1.00 29.08           C  \\nATOM   1411  N3    A X  75     -25.092 -24.351   4.706  1.00 28.34           N  \\nATOM   1412  C4    A X  75     -24.130 -23.669   4.066  1.00 28.83           C  \\nATOM   1413  P     G X  76     -26.486 -24.187  -1.233  1.00 31.54           P  \\nATOM   1414  OP1   G X  76     -27.086 -24.669  -2.499  1.00 30.13           O  \\nATOM   1415  OP2   G X  76     -25.997 -22.795  -1.149  1.00 30.99           O  \\nATOM   1416  O5'   G X  76     -27.513 -24.408  -0.027  1.00 31.26           O  \\nATOM   1417  C5'   G X  76     -28.231 -25.636   0.109  1.00 30.30           C  \\nATOM   1418  C4'   G X  76     -29.183 -25.543   1.284  1.00 30.85           C  \\nATOM   1419  O4'   G X  76     -28.428 -25.231   2.483  1.00 31.01           O  \\nATOM   1420  C3'   G X  76     -30.204 -24.416   1.186  1.00 30.30           C  \\nATOM   1421  O3'   G X  76     -31.336 -24.819   0.430  1.00 30.10           O  \\nATOM   1422  C2'   G X  76     -30.563 -24.213   2.649  1.00 30.23           C  \\nATOM   1423  O2'   G X  76     -31.482 -25.185   3.106  1.00 32.02           O  \\nATOM   1424  C1'   G X  76     -29.207 -24.393   3.322  1.00 30.26           C  \\nATOM   1425  N9    G X  76     -28.477 -23.145   3.531  1.00 30.25           N  \\nATOM   1426  C8    G X  76     -27.412 -22.676   2.803  1.00 29.68           C  \\nATOM   1427  N7    G X  76     -26.957 -21.529   3.225  1.00 29.86           N  \\nATOM   1428  C5    G X  76     -27.768 -21.226   4.308  1.00 29.96           C  \\nATOM   1429  C6    G X  76     -27.749 -20.107   5.166  1.00 29.47           C  \\nATOM   1430  O6    G X  76     -26.976 -19.144   5.127  1.00 29.30           O  \\nATOM   1431  N1    G X  76     -28.750 -20.174   6.133  1.00 29.79           N  \\nATOM   1432  C2    G X  76     -29.657 -21.205   6.256  1.00 30.77           C  \\nATOM   1433  N2    G X  76     -30.551 -21.110   7.252  1.00 29.40           N  \\nATOM   1434  N3    G X  76     -29.684 -22.262   5.456  1.00 30.47           N  \\nATOM   1435  C4    G X  76     -28.712 -22.204   4.509  1.00 30.01           C  \\nATOM   1436  P     C X  77     -31.916 -23.862  -0.713  1.00 31.36           P  \\nATOM   1437  OP1   C X  77     -33.066 -24.544  -1.339  1.00 29.69           O  \\nATOM   1438  OP2   C X  77     -30.789 -23.378  -1.543  1.00 29.55           O  \\nATOM   1439  O5'   C X  77     -32.449 -22.595   0.111  1.00 30.79           O  \\nATOM   1440  C5'   C X  77     -33.460 -22.755   1.102  1.00 30.78           C  \\nATOM   1441  C4'   C X  77     -33.486 -21.541   2.009  1.00 30.73           C  \\nATOM   1442  O4'   C X  77     -32.216 -21.439   2.703  1.00 30.97           O  \\nATOM   1443  C3'   C X  77     -33.611 -20.213   1.278  1.00 30.72           C  \\nATOM   1444  O3'   C X  77     -34.975 -19.931   0.976  1.00 31.00           O  \\nATOM   1445  C2'   C X  77     -33.035 -19.248   2.308  1.00 30.84           C  \\nATOM   1446  O2'   C X  77     -33.962 -18.902   3.318  1.00 30.73           O  \\nATOM   1447  C1'   C X  77     -31.892 -20.075   2.895  1.00 30.71           C  \\nATOM   1448  N1    C X  77     -30.579 -19.780   2.246  1.00 29.95           N  \\nATOM   1449  C2    C X  77     -29.844 -18.677   2.690  1.00 29.65           C  \\nATOM   1450  O2    C X  77     -30.292 -17.983   3.610  1.00 29.43           O  \\nATOM   1451  N3    C X  77     -28.652 -18.408   2.105  1.00 29.15           N  \\nATOM   1452  C4    C X  77     -28.205 -19.176   1.112  1.00 28.82           C  \\nATOM   1453  N4    C X  77     -27.025 -18.855   0.571  1.00 28.84           N  \\nATOM   1454  C5    C X  77     -28.944 -20.302   0.639  1.00 29.90           C  \\nATOM   1455  C6    C X  77     -30.115 -20.565   1.229  1.00 29.34           C  \\nATOM   1456  P     G X  78     -35.367 -19.163  -0.373  1.00 31.90           P  \\nATOM   1457  OP1   G X  78     -34.871 -17.774  -0.264  1.00 32.59           O  \\nATOM   1458  OP2   G X  78     -36.801 -19.406  -0.635  1.00 30.61           O  \\nATOM   1459  O5'   G X  78     -34.520 -19.931  -1.494  1.00 31.49           O  \\nATOM   1460  C5'   G X  78     -34.840 -19.763  -2.879  1.00 32.92           C  \\nATOM   1461  C4'   G X  78     -33.595 -19.658  -3.753  1.00 32.99           C  \\nATOM   1462  O4'   G X  78     -32.823 -18.481  -3.396  1.00 32.44           O  \\nATOM   1463  C3'   G X  78     -32.610 -20.820  -3.670  1.00 34.13           C  \\nATOM   1464  O3'   G X  78     -31.895 -20.924  -4.898  1.00 37.41           O  \\nATOM   1465  C2'   G X  78     -31.672 -20.332  -2.573  1.00 32.95           C  \\nATOM   1466  O2'   G X  78     -30.413 -20.978  -2.580  1.00 31.28           O  \\nATOM   1467  C1'   G X  78     -31.524 -18.880  -3.004  1.00 31.86           C  \\nATOM   1468  N9    G X  78     -31.068 -18.023  -1.920  1.00 31.02           N  \\nATOM   1469  C8    G X  78     -31.806 -17.599  -0.842  1.00 30.38           C  \\nATOM   1470  N7    G X  78     -31.140 -16.832  -0.026  1.00 29.01           N  \\nATOM   1471  C5    G X  78     -29.877 -16.752  -0.598  1.00 30.31           C  \\nATOM   1472  C6    G X  78     -28.730 -16.059  -0.157  1.00 29.75           C  \\nATOM   1473  O6    G X  78     -28.608 -15.367   0.858  1.00 30.66           O  \\nATOM   1474  N1    G X  78     -27.655 -16.226  -1.025  1.00 29.94           N  \\nATOM   1475  C2    G X  78     -27.686 -16.967  -2.181  1.00 30.94           C  \\nATOM   1476  N2    G X  78     -26.541 -17.002  -2.881  1.00 30.76           N  \\nATOM   1477  N3    G X  78     -28.756 -17.629  -2.608  1.00 29.93           N  \\nATOM   1478  C4    G X  78     -29.812 -17.474  -1.769  1.00 30.39           C  \\nATOM   1479  P     U X  79     -32.181 -22.093  -5.952  1.00 40.35           P  \\nATOM   1480  OP1   U X  79     -33.099 -23.079  -5.336  1.00 40.34           O  \\nATOM   1481  OP2   U X  79     -30.882 -22.541  -6.500  1.00 41.22           O  \\nATOM   1482  O5'   U X  79     -32.943 -21.321  -7.121  1.00 42.38           O  \\nATOM   1483  C5'   U X  79     -32.322 -20.222  -7.779  1.00 45.87           C  \\nATOM   1484  C4'   U X  79     -33.407 -19.327  -8.332  1.00 48.34           C  \\nATOM   1485  O4'   U X  79     -33.677 -19.707  -9.702  1.00 49.60           O  \\nATOM   1486  C3'   U X  79     -34.710 -19.482  -7.564  1.00 49.59           C  \\nATOM   1487  O3'   U X  79     -35.000 -18.329  -6.767  1.00 49.66           O  \\nATOM   1488  C2'   U X  79     -35.789 -19.833  -8.590  1.00 50.45           C  \\nATOM   1489  O2'   U X  79     -36.877 -18.929  -8.591  1.00 51.54           O  \\nATOM   1490  C1'   U X  79     -35.065 -19.832  -9.936  1.00 50.90           C  \\nATOM   1491  N1    U X  79     -35.270 -21.092 -10.707  1.00 51.57           N  \\nATOM   1492  C2    U X  79     -36.192 -21.118 -11.733  1.00 52.05           C  \\nATOM   1493  O2    U X  79     -36.865 -20.154 -12.052  1.00 52.36           O  \\nATOM   1494  N3    U X  79     -36.302 -22.327 -12.377  1.00 52.17           N  \\nATOM   1495  C4    U X  79     -35.596 -23.485 -12.103  1.00 52.09           C  \\nATOM   1496  O4    U X  79     -35.801 -24.496 -12.767  1.00 52.17           O  \\nATOM   1497  C5    U X  79     -34.653 -23.378 -11.019  1.00 51.88           C  \\nATOM   1498  C6    U X  79     -34.531 -22.210 -10.377  1.00 51.79           C  \\nATOM   1499  P     A X  80     -34.899 -16.809  -7.273  1.00 49.35           P  \\nATOM   1500  OP1   A X  80     -35.461 -16.709  -8.639  1.00 49.25           O  \\nATOM   1501  OP2   A X  80     -33.544 -16.283  -6.986  1.00 48.29           O  \\nATOM   1502  O5'   A X  80     -35.920 -16.145  -6.240  1.00 46.47           O  \\nATOM   1503  C5'   A X  80     -36.864 -16.996  -5.591  1.00 42.11           C  \\nATOM   1504  C4'   A X  80     -37.341 -16.399  -4.281  1.00 38.80           C  \\nATOM   1505  O4'   A X  80     -36.454 -16.790  -3.202  1.00 37.59           O  \\nATOM   1506  C3'   A X  80     -37.344 -14.879  -4.242  1.00 36.74           C  \\nATOM   1507  O3'   A X  80     -38.542 -14.383  -4.830  1.00 35.63           O  \\nATOM   1508  C2'   A X  80     -37.290 -14.633  -2.740  1.00 35.57           C  \\nATOM   1509  O2'   A X  80     -38.536 -14.883  -2.120  1.00 34.64           O  \\nATOM   1510  C1'   A X  80     -36.293 -15.703  -2.308  1.00 35.35           C  \\nATOM   1511  N9    A X  80     -34.885 -15.301  -2.303  1.00 34.88           N  \\nATOM   1512  C8    A X  80     -33.907 -15.705  -3.172  1.00 33.83           C  \\nATOM   1513  N7    A X  80     -32.723 -15.202  -2.915  1.00 32.64           N  \\nATOM   1514  C5    A X  80     -32.937 -14.412  -1.795  1.00 33.41           C  \\nATOM   1515  C6    A X  80     -32.079 -13.605  -1.020  1.00 31.91           C  \\nATOM   1516  N6    A X  80     -30.776 -13.450  -1.274  1.00 32.78           N  \\nATOM   1517  N1    A X  80     -32.611 -12.957   0.033  1.00 30.82           N  \\nATOM   1518  C2    A X  80     -33.916 -13.096   0.288  1.00 32.33           C  \\nATOM   1519  N3    A X  80     -34.820 -13.824  -0.364  1.00 33.42           N  \\nATOM   1520  C4    A X  80     -34.262 -14.466  -1.403  1.00 33.73           C  \\nATOM   1521  P     G X  81     -38.469 -13.272  -5.982  1.00 35.23           P  \\nATOM   1522  OP1   G X  81     -39.771 -13.273  -6.676  1.00 34.51           O  \\nATOM   1523  OP2   G X  81     -37.218 -13.468  -6.749  1.00 34.99           O  \\nATOM   1524  O5'   G X  81     -38.309 -11.915  -5.151  1.00 33.58           O  \\nATOM   1525  C5'   G X  81     -39.262 -11.600  -4.143  1.00 33.11           C  \\nATOM   1526  C4'   G X  81     -38.687 -10.622  -3.134  1.00 31.44           C  \\nATOM   1527  O4'   G X  81     -37.779 -11.318  -2.241  1.00 30.54           O  \\nATOM   1528  C3'   G X  81     -37.824  -9.507  -3.710  1.00 31.04           C  \\nATOM   1529  O3'   G X  81     -38.621  -8.464  -4.264  1.00 32.08           O  \\nATOM   1530  C2'   G X  81     -37.103  -9.077  -2.439  1.00 30.01           C  \\nATOM   1531  O2'   G X  81     -37.950  -8.407  -1.529  1.00 29.86           O  \\nATOM   1532  C1'   G X  81     -36.726 -10.442  -1.879  1.00 29.60           C  \\nATOM   1533  N9    G X  81     -35.465 -10.902  -2.455  1.00 28.58           N  \\nATOM   1534  C8    G X  81     -35.266 -11.819  -3.462  1.00 28.29           C  \\nATOM   1535  N7    G X  81     -34.006 -11.986  -3.771  1.00 28.27           N  \\nATOM   1536  C5    G X  81     -33.331 -11.120  -2.914  1.00 28.28           C  \\nATOM   1537  C6    G X  81     -31.948 -10.852  -2.778  1.00 28.11           C  \\nATOM   1538  O6    G X  81     -31.001 -11.354  -3.401  1.00 28.25           O  \\nATOM   1539  N1    G X  81     -31.701  -9.900  -1.792  1.00 27.62           N  \\nATOM   1540  C2    G X  81     -32.665  -9.271  -1.040  1.00 28.52           C  \\nATOM   1541  N2    G X  81     -32.230  -8.380  -0.138  1.00 28.41           N  \\nATOM   1542  N3    G X  81     -33.964  -9.508  -1.156  1.00 28.08           N  \\nATOM   1543  C4    G X  81     -34.220 -10.440  -2.108  1.00 28.54           C  \\nATOM   1544  P     G X  82     -38.082  -7.651  -5.532  1.00 33.11           P  \\nATOM   1545  OP1   G X  82     -39.210  -6.877  -6.089  1.00 33.81           O  \\nATOM   1546  OP2   G X  82     -37.328  -8.597  -6.392  1.00 34.11           O  \\nATOM   1547  O5'   G X  82     -37.011  -6.658  -4.883  1.00 32.26           O  \\nATOM   1548  C5'   G X  82     -37.401  -5.718  -3.893  1.00 32.86           C  \\nATOM   1549  C4'   G X  82     -36.177  -5.167  -3.186  1.00 32.85           C  \\nATOM   1550  O4'   G X  82     -35.416  -6.255  -2.602  1.00 32.47           O  \\nATOM   1551  C3'   G X  82     -35.160  -4.467  -4.076  1.00 33.21           C  \\nATOM   1552  O3'   G X  82     -35.546  -3.128  -4.339  1.00 34.95           O  \\nATOM   1553  C2'   G X  82     -33.940  -4.503  -3.169  1.00 32.79           C  \\nATOM   1554  O2'   G X  82     -34.053  -3.568  -2.113  1.00 33.44           O  \\nATOM   1555  C1'   G X  82     -34.038  -5.928  -2.640  1.00 31.72           C  \\nATOM   1556  N9    G X  82     -33.340  -6.883  -3.496  1.00 30.74           N  \\nATOM   1557  C8    G X  82     -33.897  -7.844  -4.307  1.00 30.06           C  \\nATOM   1558  N7    G X  82     -33.008  -8.543  -4.957  1.00 30.15           N  \\nATOM   1559  C5    G X  82     -31.789  -8.010  -4.553  1.00 29.34           C  \\nATOM   1560  C6    G X  82     -30.468  -8.364  -4.920  1.00 29.62           C  \\nATOM   1561  O6    G X  82     -30.105  -9.251  -5.703  1.00 30.03           O  \\nATOM   1562  N1    G X  82     -29.517  -7.564  -4.287  1.00 29.42           N  \\nATOM   1563  C2    G X  82     -29.806  -6.554  -3.400  1.00 29.74           C  \\nATOM   1564  N2    G X  82     -28.759  -5.890  -2.889  1.00 29.83           N  \\nATOM   1565  N3    G X  82     -31.038  -6.215  -3.044  1.00 29.43           N  \\nATOM   1566  C4    G X  82     -31.976  -6.988  -3.653  1.00 30.04           C  \\nATOM   1567  P     G X  83     -35.210  -2.482  -5.762  1.00 35.55           P  \\nATOM   1568  OP1   G X  83     -35.551  -1.043  -5.690  1.00 36.57           O  \\nATOM   1569  OP2   G X  83     -35.819  -3.342  -6.803  1.00 36.06           O  \\nATOM   1570  O5'   G X  83     -33.626  -2.657  -5.886  1.00 35.79           O  \\nATOM   1571  C5'   G X  83     -32.733  -1.722  -5.293  1.00 34.93           C  \\nATOM   1572  C4'   G X  83     -31.295  -2.146  -5.537  1.00 34.01           C  \\nATOM   1573  O4'   G X  83     -31.122  -3.527  -5.135  1.00 33.66           O  \\nATOM   1574  C3'   G X  83     -30.835  -2.113  -6.988  1.00 34.11           C  \\nATOM   1575  O3'   G X  83     -30.360  -0.822  -7.329  1.00 35.09           O  \\nATOM   1576  C2'   G X  83     -29.686  -3.114  -6.966  1.00 32.65           C  \\nATOM   1577  O2'   G X  83     -28.508  -2.563  -6.418  1.00 31.47           O  \\nATOM   1578  C1'   G X  83     -30.228  -4.178  -6.022  1.00 32.06           C  \\nATOM   1579  N9    G X  83     -30.948  -5.236  -6.720  1.00 31.22           N  \\nATOM   1580  C8    G X  83     -32.310  -5.351  -6.866  1.00 30.02           C  \\nATOM   1581  N7    G X  83     -32.672  -6.401  -7.545  1.00 29.93           N  \\nATOM   1582  C5    G X  83     -31.472  -7.025  -7.866  1.00 30.21           C  \\nATOM   1583  C6    G X  83     -31.236  -8.217  -8.590  1.00 30.70           C  \\nATOM   1584  O6    G X  83     -32.068  -8.976  -9.106  1.00 31.38           O  \\nATOM   1585  N1    G X  83     -29.874  -8.497  -8.692  1.00 29.57           N  \\nATOM   1586  C2    G X  83     -28.867  -7.728  -8.152  1.00 29.61           C  \\nATOM   1587  N2    G X  83     -27.616  -8.165  -8.354  1.00 28.23           N  \\nATOM   1588  N3    G X  83     -29.074  -6.605  -7.470  1.00 29.96           N  \\nATOM   1589  C4    G X  83     -30.399  -6.318  -7.369  1.00 30.49           C  \\nATOM   1590  P     A X  84     -31.284   0.188  -8.147  1.00 37.09           P  \\nATOM   1591  OP1   A X  84     -31.826   1.161  -7.172  1.00 36.20           O  \\nATOM   1592  OP2   A X  84     -32.199  -0.597  -9.005  1.00 37.23           O  \\nATOM   1593  O5'   A X  84     -30.246   0.926  -9.114  1.00 35.29           O  \\nATOM   1594  C5'   A X  84     -29.361   1.909  -8.601  1.00 34.30           C  \\nATOM   1595  C4'   A X  84     -28.084   1.908  -9.417  1.00 33.81           C  \\nATOM   1596  O4'   A X  84     -27.250   0.804  -8.994  1.00 32.88           O  \\nATOM   1597  C3'   A X  84     -28.313   1.664 -10.897  1.00 33.62           C  \\nATOM   1598  O3'   A X  84     -28.546   2.905 -11.539  1.00 34.88           O  \\nATOM   1599  C2'   A X  84     -27.009   1.015 -11.351  1.00 33.05           C  \\nATOM   1600  O2'   A X  84     -26.038   1.970 -11.742  1.00 33.59           O  \\nATOM   1601  C1'   A X  84     -26.554   0.266 -10.100  1.00 31.71           C  \\nATOM   1602  N9    A X  84     -26.797  -1.174 -10.128  1.00 30.60           N  \\nATOM   1603  C8    A X  84     -28.006  -1.811 -10.083  1.00 29.84           C  \\nATOM   1604  N7    A X  84     -27.918  -3.122 -10.111  1.00 29.10           N  \\nATOM   1605  C5    A X  84     -26.557  -3.361 -10.173  1.00 28.93           C  \\nATOM   1606  C6    A X  84     -25.809  -4.552 -10.234  1.00 28.79           C  \\nATOM   1607  N6    A X  84     -26.365  -5.768 -10.233  1.00 28.90           N  \\nATOM   1608  N1    A X  84     -24.465  -4.443 -10.286  1.00 28.89           N  \\nATOM   1609  C2    A X  84     -23.915  -3.221 -10.286  1.00 28.92           C  \\nATOM   1610  N3    A X  84     -24.515  -2.031 -10.236  1.00 29.13           N  \\nATOM   1611  C4    A X  84     -25.850  -2.172 -10.182  1.00 29.64           C  \\nATOM   1612  P     A X  85     -29.349   2.922 -12.919  1.00 34.76           P  \\nATOM   1613  OP1   A X  85     -29.349   4.310 -13.433  1.00 35.00           O  \\nATOM   1614  OP2   A X  85     -30.628   2.204 -12.713  1.00 34.81           O  \\nATOM   1615  O5'   A X  85     -28.401   2.019 -13.838  1.00 34.83           O  \\nATOM   1616  C5'   A X  85     -28.944   1.206 -14.855  1.00 34.76           C  \\nATOM   1617  C4'   A X  85     -28.714   1.860 -16.201  1.00 35.27           C  \\nATOM   1618  O4'   A X  85     -27.290   2.005 -16.454  1.00 35.02           O  \\nATOM   1619  C3'   A X  85     -29.274   1.074 -17.381  1.00 35.84           C  \\nATOM   1620  O3'   A X  85     -29.872   1.978 -18.286  1.00 36.54           O  \\nATOM   1621  C2'   A X  85     -28.027   0.455 -17.997  1.00 35.39           C  \\nATOM   1622  O2'   A X  85     -28.202   0.170 -19.370  1.00 35.37           O  \\nATOM   1623  C1'   A X  85     -27.071   1.623 -17.794  1.00 34.72           C  \\nATOM   1624  N9    A X  85     -25.662   1.321 -18.038  1.00 34.19           N  \\nATOM   1625  C8    A X  85     -25.054   0.096 -18.013  1.00 33.77           C  \\nATOM   1626  N7    A X  85     -23.773   0.137 -18.299  1.00 33.90           N  \\nATOM   1627  C5    A X  85     -23.527   1.480 -18.538  1.00 33.95           C  \\nATOM   1628  C6    A X  85     -22.359   2.188 -18.890  1.00 33.97           C  \\nATOM   1629  N6    A X  85     -21.169   1.605 -19.070  1.00 33.63           N  \\nATOM   1630  N1    A X  85     -22.463   3.524 -19.052  1.00 34.11           N  \\nATOM   1631  C2    A X  85     -23.652   4.108 -18.870  1.00 33.78           C  \\nATOM   1632  N3    A X  85     -24.815   3.549 -18.538  1.00 34.02           N  \\nATOM   1633  C4    A X  85     -24.682   2.222 -18.384  1.00 33.92           C  \\nATOM   1634  P     G X  86     -31.442   1.912 -18.580  1.00 37.41           P  \\nATOM   1635  OP1   G X  86     -32.145   2.624 -17.487  1.00 36.29           O  \\nATOM   1636  OP2   G X  86     -31.797   0.509 -18.889  1.00 37.09           O  \\nATOM   1637  O5'   G X  86     -31.535   2.760 -19.937  1.00 36.11           O  \\nATOM   1638  C5'   G X  86     -31.515   4.178 -19.878  1.00 35.53           C  \\nATOM   1639  C4'   G X  86     -30.372   4.794 -20.671  1.00 34.78           C  \\nATOM   1640  O4'   G X  86     -29.068   4.518 -20.100  1.00 34.79           O  \\nATOM   1641  C3'   G X  86     -30.145   4.356 -22.108  1.00 34.37           C  \\nATOM   1642  O3'   G X  86     -31.209   4.747 -22.964  1.00 33.89           O  \\nATOM   1643  C2'   G X  86     -28.896   5.195 -22.355  1.00 34.51           C  \\nATOM   1644  O2'   G X  86     -29.210   6.566 -22.479  1.00 34.76           O  \\nATOM   1645  C1'   G X  86     -28.121   4.967 -21.056  1.00 34.08           C  \\nATOM   1646  N9    G X  86     -27.032   4.002 -21.203  1.00 33.43           N  \\nATOM   1647  C8    G X  86     -27.031   2.677 -20.847  1.00 32.89           C  \\nATOM   1648  N7    G X  86     -25.905   2.069 -21.107  1.00 33.07           N  \\nATOM   1649  C5    G X  86     -25.107   3.052 -21.677  1.00 32.60           C  \\nATOM   1650  C6    G X  86     -23.778   2.985 -22.164  1.00 32.53           C  \\nATOM   1651  O6    G X  86     -23.016   2.008 -22.189  1.00 33.03           O  \\nATOM   1652  N1    G X  86     -23.348   4.211 -22.665  1.00 32.33           N  \\nATOM   1653  C2    G X  86     -24.108   5.358 -22.692  1.00 32.32           C  \\nATOM   1654  N2    G X  86     -23.524   6.447 -23.213  1.00 32.30           N  \\nATOM   1655  N3    G X  86     -25.353   5.435 -22.237  1.00 32.18           N  \\nATOM   1656  C4    G X  86     -25.789   4.247 -21.748  1.00 32.88           C  \\nATOM   1657  P     U X  87     -31.382   4.030 -24.386  1.00 33.73           P  \\nATOM   1658  OP1   U X  87     -32.637   4.526 -24.992  1.00 33.03           O  \\nATOM   1659  OP2   U X  87     -31.173   2.576 -24.194  1.00 33.93           O  \\nATOM   1660  O5'   U X  87     -30.138   4.569 -25.234  1.00 32.87           O  \\nATOM   1661  C5'   U X  87     -30.220   5.823 -25.894  1.00 32.85           C  \\nATOM   1662  C4'   U X  87     -28.879   6.218 -26.482  1.00 32.55           C  \\nATOM   1663  O4'   U X  87     -27.819   5.992 -25.521  1.00 32.90           O  \\nATOM   1664  C3'   U X  87     -28.441   5.400 -27.683  1.00 32.55           C  \\nATOM   1665  O3'   U X  87     -29.093   5.859 -28.854  1.00 32.53           O  \\nATOM   1666  C2'   U X  87     -26.946   5.700 -27.699  1.00 32.46           C  \\nATOM   1667  O2'   U X  87     -26.650   6.973 -28.239  1.00 32.17           O  \\nATOM   1668  C1'   U X  87     -26.621   5.669 -26.209  1.00 32.19           C  \\nATOM   1669  N1    U X  87     -26.149   4.336 -25.728  1.00 32.55           N  \\nATOM   1670  C2    U X  87     -24.866   3.914 -26.020  1.00 32.10           C  \\nATOM   1671  O2    U X  87     -24.073   4.575 -26.670  1.00 31.09           O  \\nATOM   1672  N3    U X  87     -24.543   2.672 -25.526  1.00 31.14           N  \\nATOM   1673  C4    U X  87     -25.356   1.834 -24.781  1.00 31.80           C  \\nATOM   1674  O4    U X  87     -24.931   0.747 -24.399  1.00 31.82           O  \\nATOM   1675  C5    U X  87     -26.676   2.344 -24.520  1.00 31.99           C  \\nATOM   1676  C6    U X  87     -27.013   3.549 -24.992  1.00 31.75           C  \\nATOM   1677  P     U X  88     -29.638   4.809 -29.928  1.00 32.56           P  \\nATOM   1678  OP1   U X  88     -30.567   5.538 -30.819  1.00 32.42           O  \\nATOM   1679  OP2   U X  88     -30.100   3.600 -29.211  1.00 32.92           O  \\nATOM   1680  O5'   U X  88     -28.322   4.395 -30.744  1.00 32.25           O  \\nATOM   1681  C5'   U X  88     -27.487   5.376 -31.355  1.00 32.05           C  \\nATOM   1682  C4'   U X  88     -26.081   4.837 -31.571  1.00 32.06           C  \\nATOM   1683  O4'   U X  88     -25.463   4.553 -30.291  1.00 31.57           O  \\nATOM   1684  C3'   U X  88     -25.994   3.520 -32.331  1.00 32.22           C  \\nATOM   1685  O3'   U X  88     -25.988   3.757 -33.730  1.00 33.79           O  \\nATOM   1686  C2'   U X  88     -24.644   2.990 -31.868  1.00 32.09           C  \\nATOM   1687  O2'   U X  88     -23.574   3.585 -32.573  1.00 31.77           O  \\nATOM   1688  C1'   U X  88     -24.619   3.422 -30.405  1.00 31.65           C  \\nATOM   1689  N1    U X  88     -25.082   2.365 -29.453  1.00 31.13           N  \\nATOM   1690  C2    U X  88     -24.175   1.425 -29.013  1.00 31.55           C  \\nATOM   1691  O2    U X  88     -23.010   1.414 -29.372  1.00 31.33           O  \\nATOM   1692  N3    U X  88     -24.684   0.494 -28.139  1.00 30.76           N  \\nATOM   1693  C4    U X  88     -25.983   0.417 -27.670  1.00 30.63           C  \\nATOM   1694  O4    U X  88     -26.297  -0.471 -26.884  1.00 30.32           O  \\nATOM   1695  C5    U X  88     -26.872   1.435 -28.171  1.00 30.77           C  \\nATOM   1696  C6    U X  88     -26.396   2.349 -29.025  1.00 31.19           C  \\nHETATM 1697  PC  CCC X  89     -21.540  -1.624 -36.793  1.00 39.74           P  \\nHETATM 1698  O1C CCC X  89     -21.260  -0.225 -37.298  1.00 40.72           O  \\nHETATM 1699  O2C CCC X  89     -20.859  -2.842 -37.375  1.00 40.45           O  \\nHETATM 1700  P   CCC X  89     -26.596   2.671 -34.733  1.00 35.24           P  \\nHETATM 1701  OP1 CCC X  89     -26.594   3.277 -36.116  1.00 35.78           O  \\nHETATM 1702  OP2 CCC X  89     -27.887   2.163 -34.137  1.00 35.46           O  \\nHETATM 1703  O5' CCC X  89     -25.510   1.478 -34.681  1.00 36.01           O  \\nHETATM 1704  C5' CCC X  89     -24.860   0.991 -35.856  1.00 37.23           C  \\nHETATM 1705  C4' CCC X  89     -23.574   0.269 -35.461  1.00 38.29           C  \\nHETATM 1706  O4' CCC X  89     -23.271   0.566 -34.091  1.00 38.58           O  \\nHETATM 1707  C3' CCC X  89     -23.708  -1.232 -35.580  1.00 38.90           C  \\nHETATM 1708  O3' CCC X  89     -23.102  -1.876 -36.683  1.00 39.94           O  \\nHETATM 1709  C2' CCC X  89     -22.704  -1.666 -34.514  1.00 38.82           C  \\nHETATM 1710  O2' CCC X  89     -21.435  -1.653 -35.184  1.00 39.91           O  \\nHETATM 1711  C1' CCC X  89     -22.701  -0.579 -33.457  1.00 38.13           C  \\nHETATM 1712  N1  CCC X  89     -23.521  -1.033 -32.329  1.00 37.85           N  \\nHETATM 1713  C2  CCC X  89     -23.000  -1.988 -31.429  1.00 37.68           C  \\nHETATM 1714  O2  CCC X  89     -21.842  -2.430 -31.586  1.00 37.69           O  \\nHETATM 1715  N3  CCC X  89     -23.745  -2.423 -30.389  1.00 37.25           N  \\nHETATM 1716  C4  CCC X  89     -24.997  -1.955 -30.206  1.00 36.91           C  \\nHETATM 1717  N4  CCC X  89     -25.737  -2.401 -29.162  1.00 36.88           N  \\nHETATM 1718  C5  CCC X  89     -25.528  -1.022 -31.089  1.00 37.05           C  \\nHETATM 1719  C6  CCC X  89     -24.764  -0.570 -32.159  1.00 37.33           C  \\nTER    1720      CCC X  89                                                      \\nHETATM 1721  PG  GTP Y  10      34.674  11.503  66.550  1.00 51.97           P  \\nHETATM 1722  O1G GTP Y  10      34.433  12.248  65.256  1.00 52.00           O  \\nHETATM 1723  O2G GTP Y  10      34.238  10.063  66.404  1.00 51.54           O  \\nHETATM 1724  O3G GTP Y  10      33.892  12.164  67.663  1.00 51.81           O  \\nHETATM 1725  O3B GTP Y  10      36.248  11.563  66.889  1.00 51.71           O  \\nHETATM 1726  PB  GTP Y  10      37.357  11.134  65.798  1.00 51.83           P  \\nHETATM 1727  O1B GTP Y  10      38.464  10.400  66.518  1.00 51.83           O  \\nHETATM 1728  O2B GTP Y  10      37.917  12.374  65.135  1.00 51.53           O  \\nHETATM 1729  O3A GTP Y  10      36.751  10.219  64.757  1.00 50.73           O  \\nHETATM 1730  PA  GTP Y  10      36.996  10.224  63.178  1.00 45.06           P  \\nHETATM 1731  O1A GTP Y  10      36.274  11.179  62.296  1.00 44.52           O  \\nHETATM 1732  O2A GTP Y  10      36.673   8.772  63.106  1.00 44.78           O  \\nHETATM 1733  O5' GTP Y  10      38.567  10.334  62.878  1.00 43.08           O  \\nHETATM 1734  C5' GTP Y  10      39.024  10.935  61.673  1.00 41.22           C  \\nHETATM 1735  C4' GTP Y  10      40.470  10.560  61.412  1.00 39.87           C  \\nHETATM 1736  O4' GTP Y  10      41.237  10.701  62.634  1.00 39.42           O  \\nHETATM 1737  C3' GTP Y  10      40.688   9.108  61.018  1.00 38.93           C  \\nHETATM 1738  O3' GTP Y  10      40.459   8.929  59.634  1.00 37.91           O  \\nHETATM 1739  C2' GTP Y  10      42.152   8.919  61.386  1.00 38.97           C  \\nHETATM 1740  O2' GTP Y  10      43.038   9.514  60.456  1.00 38.73           O  \\nHETATM 1741  C1' GTP Y  10      42.194   9.661  62.717  1.00 39.08           C  \\nHETATM 1742  N9  GTP Y  10      41.858   8.799  63.846  1.00 39.11           N  \\nHETATM 1743  C8  GTP Y  10      40.752   8.876  64.659  1.00 39.10           C  \\nHETATM 1744  N7  GTP Y  10      40.724   7.954  65.583  1.00 39.00           N  \\nHETATM 1745  C5  GTP Y  10      41.884   7.219  65.367  1.00 38.91           C  \\nHETATM 1746  C6  GTP Y  10      42.397   6.096  66.058  1.00 38.66           C  \\nHETATM 1747  O6  GTP Y  10      41.908   5.506  67.031  1.00 38.55           O  \\nHETATM 1748  N1  GTP Y  10      43.603   5.660  65.512  1.00 38.84           N  \\nHETATM 1749  C2  GTP Y  10      44.233   6.238  64.433  1.00 39.21           C  \\nHETATM 1750  N2  GTP Y  10      45.389   5.681  64.046  1.00 39.36           N  \\nHETATM 1751  N3  GTP Y  10      43.764   7.292  63.779  1.00 39.10           N  \\nHETATM 1752  C4  GTP Y  10      42.591   7.727  64.300  1.00 39.01           C  \\nATOM   1753  P     G Y  11      39.789   7.571  59.130  1.00 37.33           P  \\nATOM   1754  OP1   G Y  11      39.320   7.788  57.742  1.00 36.99           O  \\nATOM   1755  OP2   G Y  11      38.843   7.107  60.171  1.00 36.85           O  \\nATOM   1756  O5'   G Y  11      41.032   6.560  59.114  1.00 36.93           O  \\nATOM   1757  C5'   G Y  11      42.210   6.908  58.392  1.00 35.97           C  \\nATOM   1758  C4'   G Y  11      43.326   5.915  58.655  1.00 35.48           C  \\nATOM   1759  O4'   G Y  11      43.774   6.017  60.031  1.00 35.34           O  \\nATOM   1760  C3'   G Y  11      42.941   4.453  58.522  1.00 35.37           C  \\nATOM   1761  O3'   G Y  11      42.898   4.058  57.154  1.00 35.28           O  \\nATOM   1762  C2'   G Y  11      44.100   3.809  59.275  1.00 35.07           C  \\nATOM   1763  O2'   G Y  11      45.304   3.849  58.533  1.00 35.26           O  \\nATOM   1764  C1'   G Y  11      44.206   4.743  60.476  1.00 34.59           C  \\nATOM   1765  N9    G Y  11      43.396   4.335  61.623  1.00 34.47           N  \\nATOM   1766  C8    G Y  11      42.237   4.923  62.070  1.00 33.60           C  \\nATOM   1767  N7    G Y  11      41.735   4.342  63.124  1.00 33.77           N  \\nATOM   1768  C5    G Y  11      42.610   3.295  63.394  1.00 33.83           C  \\nATOM   1769  C6    G Y  11      42.586   2.321  64.422  1.00 33.58           C  \\nATOM   1770  O6    G Y  11      41.755   2.174  65.329  1.00 34.19           O  \\nATOM   1771  N1    G Y  11      43.666   1.445  64.335  1.00 33.92           N  \\nATOM   1772  C2    G Y  11      44.650   1.508  63.376  1.00 33.81           C  \\nATOM   1773  N2    G Y  11      45.612   0.578  63.453  1.00 33.71           N  \\nATOM   1774  N3    G Y  11      44.686   2.418  62.410  1.00 33.84           N  \\nATOM   1775  C4    G Y  11      43.639   3.277  62.478  1.00 33.76           C  \\nATOM   1776  P     A Y  12      41.856   2.934  56.692  1.00 34.92           P  \\nATOM   1777  OP1   A Y  12      41.921   2.826  55.218  1.00 35.38           O  \\nATOM   1778  OP2   A Y  12      40.561   3.206  57.354  1.00 35.46           O  \\nATOM   1779  O5'   A Y  12      42.455   1.597  57.339  1.00 34.99           O  \\nATOM   1780  C5'   A Y  12      43.722   1.105  56.919  1.00 35.11           C  \\nATOM   1781  C4'   A Y  12      44.152  -0.076  57.769  1.00 35.00           C  \\nATOM   1782  O4'   A Y  12      44.357   0.345  59.143  1.00 34.95           O  \\nATOM   1783  C3'   A Y  12      43.130  -1.197  57.870  1.00 35.18           C  \\nATOM   1784  O3'   A Y  12      43.227  -2.052  56.741  1.00 35.53           O  \\nATOM   1785  C2'   A Y  12      43.592  -1.888  59.145  1.00 34.78           C  \\nATOM   1786  O2'   A Y  12      44.758  -2.660  58.931  1.00 36.36           O  \\nATOM   1787  C1'   A Y  12      43.913  -0.679  60.017  1.00 34.51           C  \\nATOM   1788  N9    A Y  12      42.769  -0.179  60.782  1.00 33.38           N  \\nATOM   1789  C8    A Y  12      41.938   0.853  60.447  1.00 33.49           C  \\nATOM   1790  N7    A Y  12      40.994   1.087  61.329  1.00 32.43           N  \\nATOM   1791  C5    A Y  12      41.225   0.144  62.316  1.00 32.77           C  \\nATOM   1792  C6    A Y  12      40.568  -0.136  63.533  1.00 32.58           C  \\nATOM   1793  N6    A Y  12      39.502   0.547  63.970  1.00 33.26           N  \\nATOM   1794  N1    A Y  12      41.051  -1.144  64.285  1.00 32.67           N  \\nATOM   1795  C2    A Y  12      42.118  -1.828  63.848  1.00 32.02           C  \\nATOM   1796  N3    A Y  12      42.819  -1.656  62.727  1.00 32.49           N  \\nATOM   1797  C4    A Y  12      42.315  -0.645  61.996  1.00 32.99           C  \\nATOM   1798  P     C Y  13      41.904  -2.705  56.123  1.00 35.50           P  \\nATOM   1799  OP1   C Y  13      42.245  -3.250  54.790  1.00 36.21           O  \\nATOM   1800  OP2   C Y  13      40.802  -1.727  56.270  1.00 35.80           O  \\nATOM   1801  O5'   C Y  13      41.610  -3.924  57.114  1.00 36.01           O  \\nATOM   1802  C5'   C Y  13      42.616  -4.901  57.361  1.00 35.86           C  \\nATOM   1803  C4'   C Y  13      42.203  -5.777  58.526  1.00 35.76           C  \\nATOM   1804  O4'   C Y  13      42.278  -5.014  59.756  1.00 35.57           O  \\nATOM   1805  C3'   C Y  13      40.756  -6.239  58.485  1.00 35.48           C  \\nATOM   1806  O3'   C Y  13      40.606  -7.355  57.619  1.00 35.58           O  \\nATOM   1807  C2'   C Y  13      40.539  -6.605  59.947  1.00 35.47           C  \\nATOM   1808  O2'   C Y  13      41.129  -7.845  60.282  1.00 35.97           O  \\nATOM   1809  C1'   C Y  13      41.271  -5.461  60.647  1.00 35.33           C  \\nATOM   1810  N1    C Y  13      40.380  -4.309  60.993  1.00 34.50           N  \\nATOM   1811  C2    C Y  13      39.638  -4.339  62.181  1.00 34.44           C  \\nATOM   1812  O2    C Y  13      39.737  -5.320  62.932  1.00 33.74           O  \\nATOM   1813  N3    C Y  13      38.832  -3.288  62.479  1.00 33.93           N  \\nATOM   1814  C4    C Y  13      38.752  -2.248  61.645  1.00 34.56           C  \\nATOM   1815  N4    C Y  13      37.945  -1.235  61.978  1.00 34.64           N  \\nATOM   1816  C5    C Y  13      39.497  -2.201  60.429  1.00 34.47           C  \\nATOM   1817  C6    C Y  13      40.291  -3.240  60.149  1.00 34.67           C  \\nATOM   1818  P     U Y  14      39.347  -7.424  56.635  1.00 35.65           P  \\nATOM   1819  OP1   U Y  14      39.573  -8.523  55.671  1.00 35.08           O  \\nATOM   1820  OP2   U Y  14      39.084  -6.052  56.146  1.00 35.85           O  \\nATOM   1821  O5'   U Y  14      38.153  -7.839  57.615  1.00 35.31           O  \\nATOM   1822  C5'   U Y  14      38.133  -9.143  58.183  1.00 34.60           C  \\nATOM   1823  C4'   U Y  14      37.385  -9.151  59.502  1.00 34.06           C  \\nATOM   1824  O4'   U Y  14      37.830  -8.053  60.338  1.00 33.80           O  \\nATOM   1825  C3'   U Y  14      35.888  -8.910  59.398  1.00 34.30           C  \\nATOM   1826  O3'   U Y  14      35.207 -10.081  58.981  1.00 35.80           O  \\nATOM   1827  C2'   U Y  14      35.564  -8.534  60.838  1.00 33.45           C  \\nATOM   1828  O2'   U Y  14      35.508  -9.651  61.705  1.00 32.86           O  \\nATOM   1829  C1'   U Y  14      36.758  -7.640  61.171  1.00 32.82           C  \\nATOM   1830  N1    U Y  14      36.453  -6.203  60.918  1.00 32.51           N  \\nATOM   1831  C2    U Y  14      35.693  -5.515  61.844  1.00 31.99           C  \\nATOM   1832  O2    U Y  14      35.275  -6.018  62.872  1.00 31.28           O  \\nATOM   1833  N3    U Y  14      35.444  -4.204  61.531  1.00 31.59           N  \\nATOM   1834  C4    U Y  14      35.863  -3.525  60.403  1.00 32.14           C  \\nATOM   1835  O4    U Y  14      35.556  -2.345  60.264  1.00 32.11           O  \\nATOM   1836  C5    U Y  14      36.644  -4.308  59.478  1.00 32.18           C  \\nATOM   1837  C6    U Y  14      36.898  -5.593  59.762  1.00 32.18           C  \\nATOM   1838  P     C Y  15      33.873  -9.927  58.115  1.00 36.36           P  \\nATOM   1839  OP1   C Y  15      33.304 -11.279  57.919  1.00 36.75           O  \\nATOM   1840  OP2   C Y  15      34.191  -9.080  56.944  1.00 36.87           O  \\nATOM   1841  O5'   C Y  15      32.916  -9.079  59.077  1.00 36.90           O  \\nATOM   1842  C5'   C Y  15      31.915  -9.740  59.837  1.00 37.24           C  \\nATOM   1843  C4'   C Y  15      31.412  -8.893  60.994  1.00 36.98           C  \\nATOM   1844  O4'   C Y  15      32.317  -7.807  61.327  1.00 36.64           O  \\nATOM   1845  C3'   C Y  15      30.126  -8.128  60.748  1.00 37.42           C  \\nATOM   1846  O3'   C Y  15      29.002  -8.989  60.644  1.00 38.34           O  \\nATOM   1847  C2'   C Y  15      30.119  -7.290  62.019  1.00 36.57           C  \\nATOM   1848  O2'   C Y  15      29.826  -8.055  63.172  1.00 36.12           O  \\nATOM   1849  C1'   C Y  15      31.576  -6.829  62.045  1.00 35.97           C  \\nATOM   1850  N1    C Y  15      31.752  -5.477  61.425  1.00 35.64           N  \\nATOM   1851  C2    C Y  15      31.240  -4.347  62.082  1.00 35.34           C  \\nATOM   1852  O2    C Y  15      30.665  -4.483  63.167  1.00 35.53           O  \\nATOM   1853  N3    C Y  15      31.392  -3.125  61.514  1.00 35.14           N  \\nATOM   1854  C4    C Y  15      32.016  -3.008  60.342  1.00 35.15           C  \\nATOM   1855  N4    C Y  15      32.138  -1.781  59.824  1.00 34.81           N  \\nATOM   1856  C5    C Y  15      32.540  -4.144  59.654  1.00 35.05           C  \\nATOM   1857  C6    C Y  15      32.385  -5.346  60.223  1.00 35.18           C  \\nATOM   1858  P     G Y  16      27.800  -8.555  59.679  1.00 38.91           P  \\nATOM   1859  OP1   G Y  16      26.852  -9.689  59.606  1.00 38.96           O  \\nATOM   1860  OP2   G Y  16      28.383  -7.991  58.440  1.00 39.28           O  \\nATOM   1861  O5'   G Y  16      27.117  -7.342  60.464  1.00 37.51           O  \\nATOM   1862  C5'   G Y  16      26.396  -7.591  61.660  1.00 36.21           C  \\nATOM   1863  C4'   G Y  16      26.165  -6.303  62.428  1.00 34.74           C  \\nATOM   1864  O4'   G Y  16      27.386  -5.524  62.484  1.00 34.19           O  \\nATOM   1865  C3'   G Y  16      25.174  -5.330  61.810  1.00 33.99           C  \\nATOM   1866  O3'   G Y  16      23.836  -5.758  62.028  1.00 33.77           O  \\nATOM   1867  C2'   G Y  16      25.514  -4.087  62.621  1.00 33.75           C  \\nATOM   1868  O2'   G Y  16      25.040  -4.163  63.951  1.00 33.26           O  \\nATOM   1869  C1'   G Y  16      27.039  -4.155  62.611  1.00 33.31           C  \\nATOM   1870  N9    G Y  16      27.642  -3.402  61.514  1.00 32.95           N  \\nATOM   1871  C8    G Y  16      28.433  -3.901  60.503  1.00 32.41           C  \\nATOM   1872  N7    G Y  16      28.835  -2.988  59.662  1.00 32.16           N  \\nATOM   1873  C5    G Y  16      28.274  -1.810  60.143  1.00 31.79           C  \\nATOM   1874  C6    G Y  16      28.359  -0.489  59.643  1.00 31.66           C  \\nATOM   1875  O6    G Y  16      28.968  -0.087  58.644  1.00 32.08           O  \\nATOM   1876  N1    G Y  16      27.645   0.413  60.430  1.00 31.44           N  \\nATOM   1877  C2    G Y  16      26.932   0.078  61.558  1.00 31.93           C  \\nATOM   1878  N2    G Y  16      26.299   1.082  62.187  1.00 31.85           N  \\nATOM   1879  N3    G Y  16      26.845  -1.158  62.036  1.00 32.05           N  \\nATOM   1880  C4    G Y  16      27.537  -2.048  61.281  1.00 31.87           C  \\nATOM   1881  P     G Y  17      22.697  -5.438  60.947  1.00 32.96           P  \\nATOM   1882  OP1   G Y  17      21.545  -6.321  61.226  1.00 33.44           O  \\nATOM   1883  OP2   G Y  17      23.306  -5.424  59.601  1.00 33.43           O  \\nATOM   1884  O5'   G Y  17      22.289  -3.938  61.311  1.00 32.54           O  \\nATOM   1885  C5'   G Y  17      21.890  -3.614  62.633  1.00 31.91           C  \\nATOM   1886  C4'   G Y  17      21.723  -2.114  62.744  1.00 31.77           C  \\nATOM   1887  O4'   G Y  17      23.017  -1.483  62.581  1.00 31.54           O  \\nATOM   1888  C3'   G Y  17      20.904  -1.497  61.624  1.00 32.15           C  \\nATOM   1889  O3'   G Y  17      19.513  -1.659  61.850  1.00 32.62           O  \\nATOM   1890  C2'   G Y  17      21.347  -0.047  61.730  1.00 31.86           C  \\nATOM   1891  O2'   G Y  17      20.808   0.586  62.873  1.00 33.03           O  \\nATOM   1892  C1'   G Y  17      22.846  -0.243  61.919  1.00 30.94           C  \\nATOM   1893  N9    G Y  17      23.632  -0.232  60.686  1.00 30.42           N  \\nATOM   1894  C8    G Y  17      24.272  -1.297  60.099  1.00 29.89           C  \\nATOM   1895  N7    G Y  17      24.923  -0.979  59.013  1.00 29.95           N  \\nATOM   1896  C5    G Y  17      24.708   0.385  58.871  1.00 30.04           C  \\nATOM   1897  C6    G Y  17      25.168   1.285  57.878  1.00 29.74           C  \\nATOM   1898  O6    G Y  17      25.878   1.045  56.893  1.00 29.13           O  \\nATOM   1899  N1    G Y  17      24.718   2.584  58.107  1.00 29.34           N  \\nATOM   1900  C2    G Y  17      23.923   2.968  59.163  1.00 29.48           C  \\nATOM   1901  N2    G Y  17      23.592   4.268  59.216  1.00 28.83           N  \\nATOM   1902  N3    G Y  17      23.490   2.135  60.103  1.00 29.71           N  \\nATOM   1903  C4    G Y  17      23.918   0.863  59.895  1.00 30.02           C  \\nATOM   1904  P     G Y  18      18.551  -1.929  60.601  1.00 33.28           P  \\nATOM   1905  OP1   G Y  18      17.213  -2.267  61.128  1.00 32.89           O  \\nATOM   1906  OP2   G Y  18      19.235  -2.869  59.683  1.00 32.34           O  \\nATOM   1907  O5'   G Y  18      18.503  -0.499  59.880  1.00 33.14           O  \\nATOM   1908  C5'   G Y  18      18.111   0.659  60.613  1.00 34.09           C  \\nATOM   1909  C4'   G Y  18      18.330   1.928  59.807  1.00 34.08           C  \\nATOM   1910  O4'   G Y  18      19.739   2.115  59.524  1.00 34.32           O  \\nATOM   1911  C3'   G Y  18      17.685   1.947  58.431  1.00 34.37           C  \\nATOM   1912  O3'   G Y  18      16.300   2.247  58.567  1.00 34.45           O  \\nATOM   1913  C2'   G Y  18      18.467   3.079  57.771  1.00 34.18           C  \\nATOM   1914  O2'   G Y  18      17.976   4.353  58.139  1.00 34.67           O  \\nATOM   1915  C1'   G Y  18      19.870   2.892  58.345  1.00 34.21           C  \\nATOM   1916  N9    G Y  18      20.807   2.242  57.428  1.00 33.70           N  \\nATOM   1917  C8    G Y  18      21.085   0.899  57.333  1.00 33.68           C  \\nATOM   1918  N7    G Y  18      21.967   0.611  56.414  1.00 33.31           N  \\nATOM   1919  C5    G Y  18      22.301   1.842  55.864  1.00 33.61           C  \\nATOM   1920  C6    G Y  18      23.212   2.166  54.828  1.00 33.60           C  \\nATOM   1921  O6    G Y  18      23.929   1.406  54.163  1.00 34.50           O  \\nATOM   1922  N1    G Y  18      23.248   3.534  54.579  1.00 33.56           N  \\nATOM   1923  C2    G Y  18      22.499   4.474  55.246  1.00 33.63           C  \\nATOM   1924  N2    G Y  18      22.676   5.750  54.871  1.00 33.65           N  \\nATOM   1925  N3    G Y  18      21.645   4.185  56.219  1.00 33.72           N  \\nATOM   1926  C4    G Y  18      21.595   2.855  56.476  1.00 33.79           C  \\nATOM   1927  P     G Y  19      15.244   1.899  57.413  1.00 34.30           P  \\nATOM   1928  OP1   G Y  19      13.894   1.918  58.019  1.00 34.13           O  \\nATOM   1929  OP2   G Y  19      15.722   0.705  56.680  1.00 34.26           O  \\nATOM   1930  O5'   G Y  19      15.363   3.157  56.439  1.00 33.40           O  \\nATOM   1931  C5'   G Y  19      14.916   4.426  56.882  1.00 32.99           C  \\nATOM   1932  C4'   G Y  19      15.282   5.486  55.862  1.00 32.49           C  \\nATOM   1933  O4'   G Y  19      16.725   5.590  55.766  1.00 32.74           O  \\nATOM   1934  C3'   G Y  19      14.826   5.179  54.446  1.00 32.85           C  \\nATOM   1935  O3'   G Y  19      13.483   5.625  54.263  1.00 33.31           O  \\nATOM   1936  C2'   G Y  19      15.812   6.006  53.630  1.00 32.62           C  \\nATOM   1937  O2'   G Y  19      15.449   7.374  53.621  1.00 32.54           O  \\nATOM   1938  C1'   G Y  19      17.103   5.813  54.421  1.00 32.13           C  \\nATOM   1939  N9    G Y  19      17.944   4.691  54.000  1.00 31.64           N  \\nATOM   1940  C8    G Y  19      17.759   3.357  54.282  1.00 31.52           C  \\nATOM   1941  N7    G Y  19      18.691   2.586  53.789  1.00 31.69           N  \\nATOM   1942  C5    G Y  19      19.552   3.465  53.145  1.00 31.07           C  \\nATOM   1943  C6    G Y  19      20.743   3.212  52.423  1.00 31.20           C  \\nATOM   1944  O6    G Y  19      21.291   2.123  52.202  1.00 31.45           O  \\nATOM   1945  N1    G Y  19      21.307   4.385  51.927  1.00 30.57           N  \\nATOM   1946  C2    G Y  19      20.787   5.644  52.107  1.00 30.77           C  \\nATOM   1947  N2    G Y  19      21.473   6.658  51.558  1.00 30.93           N  \\nATOM   1948  N3    G Y  19      19.673   5.895  52.780  1.00 30.59           N  \\nATOM   1949  C4    G Y  19      19.108   4.762  53.267  1.00 31.05           C  \\nATOM   1950  P     U Y  20      12.475   4.790  53.343  1.00 33.81           P  \\nATOM   1951  OP1   U Y  20      11.123   5.367  53.515  1.00 34.80           O  \\nATOM   1952  OP2   U Y  20      12.702   3.354  53.608  1.00 34.10           O  \\nATOM   1953  O5'   U Y  20      12.988   5.099  51.860  1.00 34.28           O  \\nATOM   1954  C5'   U Y  20      12.709   6.348  51.237  1.00 33.56           C  \\nATOM   1955  C4'   U Y  20      13.580   6.528  50.007  1.00 33.91           C  \\nATOM   1956  O4'   U Y  20      14.972   6.346  50.365  1.00 34.21           O  \\nATOM   1957  C3'   U Y  20      13.324   5.523  48.893  1.00 34.35           C  \\nATOM   1958  O3'   U Y  20      12.326   6.030  48.020  1.00 34.63           O  \\nATOM   1959  C2'   U Y  20      14.670   5.454  48.178  1.00 34.11           C  \\nATOM   1960  O2'   U Y  20      14.741   6.370  47.103  1.00 34.08           O  \\nATOM   1961  C1'   U Y  20      15.684   5.819  49.263  1.00 34.22           C  \\nATOM   1962  N1    U Y  20      16.490   4.644  49.709  1.00 34.18           N  \\nATOM   1963  C2    U Y  20      17.785   4.504  49.254  1.00 34.22           C  \\nATOM   1964  O2    U Y  20      18.322   5.306  48.510  1.00 34.60           O  \\nATOM   1965  N3    U Y  20      18.437   3.383  49.705  1.00 33.95           N  \\nATOM   1966  C4    U Y  20      17.930   2.409  50.545  1.00 34.11           C  \\nATOM   1967  O4    U Y  20      18.635   1.460  50.867  1.00 34.28           O  \\nATOM   1968  C5    U Y  20      16.573   2.623  50.974  1.00 34.28           C  \\nATOM   1969  C6    U Y  20      15.918   3.707  50.546  1.00 34.23           C  \\nATOM   1970  P     G Y  21      11.066   5.142  47.600  1.00 35.46           P  \\nATOM   1971  OP1   G Y  21      10.949   4.018  48.558  1.00 34.93           O  \\nATOM   1972  OP2   G Y  21      11.159   4.875  46.146  1.00 35.33           O  \\nATOM   1973  O5'   G Y  21       9.848   6.157  47.819  1.00 34.79           O  \\nATOM   1974  C5'   G Y  21       9.411   6.466  49.131  1.00 33.43           C  \\nATOM   1975  C4'   G Y  21       9.281   7.966  49.323  1.00 32.33           C  \\nATOM   1976  O4'   G Y  21      10.589   8.587  49.350  1.00 31.89           O  \\nATOM   1977  C3'   G Y  21       8.572   8.735  48.222  1.00 32.24           C  \\nATOM   1978  O3'   G Y  21       7.164   8.566  48.314  1.00 32.86           O  \\nATOM   1979  C2'   G Y  21       8.976  10.148  48.616  1.00 31.72           C  \\nATOM   1980  O2'   G Y  21       8.271  10.590  49.759  1.00 31.94           O  \\nATOM   1981  C1'   G Y  21      10.446   9.943  48.968  1.00 30.26           C  \\nATOM   1982  N9    G Y  21      11.362  10.239  47.870  1.00 29.04           N  \\nATOM   1983  C8    G Y  21      12.087   9.343  47.119  1.00 28.38           C  \\nATOM   1984  N7    G Y  21      12.829   9.913  46.209  1.00 28.14           N  \\nATOM   1985  C5    G Y  21      12.580  11.272  46.365  1.00 27.70           C  \\nATOM   1986  C6    G Y  21      13.096  12.388  45.661  1.00 27.63           C  \\nATOM   1987  O6    G Y  21      13.907  12.398  44.726  1.00 27.85           O  \\nATOM   1988  N1    G Y  21      12.582  13.591  46.144  1.00 26.71           N  \\nATOM   1989  C2    G Y  21      11.681  13.702  47.173  1.00 27.10           C  \\nATOM   1990  N2    G Y  21      11.296  14.945  47.497  1.00 26.96           N  \\nATOM   1991  N3    G Y  21      11.190  12.666  47.841  1.00 27.30           N  \\nATOM   1992  C4    G Y  21      11.681  11.488  47.385  1.00 27.87           C  \\nATOM   1993  P     C Y  22       6.261   8.640  46.997  1.00 32.43           P  \\nATOM   1994  OP1   C Y  22       4.902   8.186  47.363  1.00 32.86           O  \\nATOM   1995  OP2   C Y  22       7.005   7.976  45.903  1.00 32.59           O  \\nATOM   1996  O5'   C Y  22       6.211  10.200  46.650  1.00 32.05           O  \\nATOM   1997  C5'   C Y  22       5.583  11.119  47.534  1.00 31.37           C  \\nATOM   1998  C4'   C Y  22       5.918  12.534  47.105  1.00 30.48           C  \\nATOM   1999  O4'   C Y  22       7.356  12.706  47.124  1.00 29.49           O  \\nATOM   2000  C3'   C Y  22       5.541  12.854  45.667  1.00 30.80           C  \\nATOM   2001  O3'   C Y  22       4.167  13.209  45.578  1.00 31.97           O  \\nATOM   2002  C2'   C Y  22       6.471  14.022  45.359  1.00 29.72           C  \\nATOM   2003  O2'   C Y  22       5.998  15.250  45.876  1.00 29.45           O  \\nATOM   2004  C1'   C Y  22       7.741  13.603  46.096  1.00 29.28           C  \\nATOM   2005  N1    C Y  22       8.759  12.946  45.219  1.00 28.95           N  \\nATOM   2006  C2    C Y  22       9.521  13.732  44.347  1.00 28.51           C  \\nATOM   2007  O2    C Y  22       9.329  14.952  44.321  1.00 28.28           O  \\nATOM   2008  N3    C Y  22      10.452  13.133  43.561  1.00 26.68           N  \\nATOM   2009  C4    C Y  22      10.623  11.813  43.619  1.00 27.09           C  \\nATOM   2010  N4    C Y  22      11.551  11.269  42.824  1.00 26.80           N  \\nATOM   2011  C5    C Y  22       9.856  10.990  44.498  1.00 27.56           C  \\nATOM   2012  C6    C Y  22       8.944  11.593  45.270  1.00 28.76           C  \\nATOM   2013  P     C Y  23       3.281  12.639  44.373  1.00 33.15           P  \\nATOM   2014  OP1   C Y  23       1.857  12.837  44.724  1.00 33.26           O  \\nATOM   2015  OP2   C Y  23       3.782  11.287  44.027  1.00 33.32           O  \\nATOM   2016  O5'   C Y  23       3.654  13.630  43.175  1.00 33.01           O  \\nATOM   2017  C5'   C Y  23       3.509  15.036  43.355  1.00 32.90           C  \\nATOM   2018  C4'   C Y  23       3.986  15.795  42.130  1.00 33.42           C  \\nATOM   2019  O4'   C Y  23       5.406  15.565  41.937  1.00 32.98           O  \\nATOM   2020  C3'   C Y  23       3.304  15.390  40.825  1.00 34.19           C  \\nATOM   2021  O3'   C Y  23       3.109  16.527  39.998  1.00 36.11           O  \\nATOM   2022  C2'   C Y  23       4.320  14.447  40.196  1.00 33.17           C  \\nATOM   2023  O2'   C Y  23       4.211  14.405  38.788  1.00 32.69           O  \\nATOM   2024  C1'   C Y  23       5.617  15.129  40.610  1.00 32.69           C  \\nATOM   2025  N1    C Y  23       6.799  14.223  40.535  1.00 32.10           N  \\nATOM   2026  C2    C Y  23       7.885  14.586  39.729  1.00 31.84           C  \\nATOM   2027  O2    C Y  23       7.850  15.661  39.116  1.00 31.83           O  \\nATOM   2028  N3    C Y  23       8.948  13.751  39.645  1.00 31.49           N  \\nATOM   2029  C4    C Y  23       8.948  12.600  40.318  1.00 31.82           C  \\nATOM   2030  N4    C Y  23      10.021  11.812  40.196  1.00 31.87           N  \\nATOM   2031  C5    C Y  23       7.847  12.208  41.140  1.00 31.93           C  \\nATOM   2032  C6    C Y  23       6.801  13.039  41.215  1.00 31.78           C  \\nATOM   2033  P     C Y  24       1.737  17.346  40.047  1.00 37.68           P  \\nATOM   2034  OP1   C Y  24       1.476  17.729  41.454  1.00 37.42           O  \\nATOM   2035  OP2   C Y  24       0.724  16.587  39.284  1.00 38.01           O  \\nATOM   2036  O5'   C Y  24       2.123  18.657  39.213  1.00 37.80           O  \\nATOM   2037  C5'   C Y  24       1.148  19.371  38.467  1.00 38.35           C  \\nATOM   2038  C4'   C Y  24       1.825  20.444  37.636  1.00 38.45           C  \\nATOM   2039  O4'   C Y  24       2.874  21.063  38.420  1.00 38.73           O  \\nATOM   2040  C3'   C Y  24       2.551  19.933  36.402  1.00 38.89           C  \\nATOM   2041  O3'   C Y  24       1.644  19.776  35.320  1.00 39.06           O  \\nATOM   2042  C2'   C Y  24       3.547  21.060  36.151  1.00 38.72           C  \\nATOM   2043  O2'   C Y  24       2.956  22.169  35.504  1.00 39.56           O  \\nATOM   2044  C1'   C Y  24       3.946  21.439  37.575  1.00 38.31           C  \\nATOM   2045  N1    C Y  24       5.212  20.777  38.023  1.00 38.04           N  \\nATOM   2046  C2    C Y  24       6.366  21.550  38.201  1.00 37.77           C  \\nATOM   2047  O2    C Y  24       6.313  22.772  38.005  1.00 38.05           O  \\nATOM   2048  N3    C Y  24       7.513  20.941  38.592  1.00 37.21           N  \\nATOM   2049  C4    C Y  24       7.534  19.623  38.797  1.00 37.22           C  \\nATOM   2050  N4    C Y  24       8.688  19.071  39.183  1.00 37.31           N  \\nATOM   2051  C5    C Y  24       6.372  18.815  38.612  1.00 37.55           C  \\nATOM   2052  C6    C Y  24       5.246  19.427  38.229  1.00 37.68           C  \\nATOM   2053  P     U Y  25       1.419  18.335  34.663  1.00 38.58           P  \\nATOM   2054  OP1   U Y  25       0.311  18.468  33.691  1.00 39.17           O  \\nATOM   2055  OP2   U Y  25       1.331  17.332  35.747  1.00 39.45           O  \\nATOM   2056  O5'   U Y  25       2.787  18.077  33.874  1.00 38.30           O  \\nATOM   2057  C5'   U Y  25       3.061  18.823  32.701  1.00 37.50           C  \\nATOM   2058  C4'   U Y  25       4.382  18.432  32.061  1.00 36.89           C  \\nATOM   2059  O4'   U Y  25       5.455  18.353  33.032  1.00 36.36           O  \\nATOM   2060  C3'   U Y  25       4.447  17.064  31.406  1.00 36.84           C  \\nATOM   2061  O3'   U Y  25       3.676  17.039  30.209  1.00 36.83           O  \\nATOM   2062  C2'   U Y  25       5.947  17.036  31.138  1.00 36.23           C  \\nATOM   2063  O2'   U Y  25       6.322  17.896  30.080  1.00 36.99           O  \\nATOM   2064  C1'   U Y  25       6.492  17.571  32.463  1.00 35.26           C  \\nATOM   2065  N1    U Y  25       6.880  16.466  33.390  1.00 34.78           N  \\nATOM   2066  C2    U Y  25       7.988  15.703  33.081  1.00 34.12           C  \\nATOM   2067  O2    U Y  25       8.684  15.899  32.100  1.00 33.08           O  \\nATOM   2068  N3    U Y  25       8.265  14.695  33.969  1.00 33.73           N  \\nATOM   2069  C4    U Y  25       7.557  14.367  35.107  1.00 34.00           C  \\nATOM   2070  O4    U Y  25       7.935  13.430  35.805  1.00 33.52           O  \\nATOM   2071  C5    U Y  25       6.409  15.203  35.363  1.00 34.30           C  \\nATOM   2072  C6    U Y  25       6.118  16.195  34.510  1.00 34.54           C  \\nATOM   2073  P     U Y  26       3.200  15.655  29.558  1.00 37.17           P  \\nATOM   2074  OP1   U Y  26       2.297  15.977  28.430  1.00 36.79           O  \\nATOM   2075  OP2   U Y  26       2.733  14.766  30.645  1.00 36.66           O  \\nATOM   2076  O5'   U Y  26       4.560  15.047  28.971  1.00 36.90           O  \\nATOM   2077  C5'   U Y  26       5.145  15.606  27.801  1.00 36.53           C  \\nATOM   2078  C4'   U Y  26       6.417  14.870  27.423  1.00 36.50           C  \\nATOM   2079  O4'   U Y  26       7.349  14.897  28.535  1.00 35.96           O  \\nATOM   2080  C3'   U Y  26       6.257  13.382  27.142  1.00 36.77           C  \\nATOM   2081  O3'   U Y  26       5.738  13.140  25.838  1.00 37.36           O  \\nATOM   2082  C2'   U Y  26       7.702  12.922  27.286  1.00 36.19           C  \\nATOM   2083  O2'   U Y  26       8.504  13.282  26.178  1.00 36.35           O  \\nATOM   2084  C1'   U Y  26       8.125  13.711  28.523  1.00 35.85           C  \\nATOM   2085  N1    U Y  26       7.901  12.949  29.790  1.00 35.38           N  \\nATOM   2086  C2    U Y  26       8.783  11.944  30.132  1.00 35.01           C  \\nATOM   2087  O2    U Y  26       9.754  11.648  29.458  1.00 35.44           O  \\nATOM   2088  N3    U Y  26       8.494  11.295  31.306  1.00 34.64           N  \\nATOM   2089  C4    U Y  26       7.428  11.539  32.152  1.00 34.56           C  \\nATOM   2090  O4    U Y  26       7.296  10.872  33.171  1.00 34.96           O  \\nATOM   2091  C5    U Y  26       6.548  12.596  31.726  1.00 35.05           C  \\nATOM   2092  C6    U Y  26       6.812  13.246  30.586  1.00 35.39           C  \\nATOM   2093  P     C Y  27       4.773  11.883  25.601  1.00 38.56           P  \\nATOM   2094  OP1   C Y  27       3.996  12.129  24.366  1.00 38.18           O  \\nATOM   2095  OP2   C Y  27       4.069  11.596  26.871  1.00 37.81           O  \\nATOM   2096  O5'   C Y  27       5.803  10.689  25.329  1.00 38.22           O  \\nATOM   2097  C5'   C Y  27       6.686  10.756  24.214  1.00 37.69           C  \\nATOM   2098  C4'   C Y  27       7.872   9.826  24.400  1.00 37.31           C  \\nATOM   2099  O4'   C Y  27       8.539  10.125  25.651  1.00 36.97           O  \\nATOM   2100  C3'   C Y  27       7.531   8.349  24.521  1.00 37.36           C  \\nATOM   2101  O3'   C Y  27       7.322   7.774  23.238  1.00 37.47           O  \\nATOM   2102  C2'   C Y  27       8.799   7.820  25.182  1.00 37.12           C  \\nATOM   2103  O2'   C Y  27       9.867   7.666  24.268  1.00 36.83           O  \\nATOM   2104  C1'   C Y  27       9.103   8.937  26.180  1.00 37.02           C  \\nATOM   2105  N1    C Y  27       8.517   8.667  27.527  1.00 36.79           N  \\nATOM   2106  C2    C Y  27       9.157   7.770  28.391  1.00 36.75           C  \\nATOM   2107  O2    C Y  27      10.208   7.228  28.028  1.00 36.48           O  \\nATOM   2108  N3    C Y  27       8.606   7.521  29.607  1.00 36.70           N  \\nATOM   2109  C4    C Y  27       7.471   8.126  29.964  1.00 36.75           C  \\nATOM   2110  N4    C Y  27       6.964   7.854  31.172  1.00 36.35           N  \\nATOM   2111  C5    C Y  27       6.803   9.039  29.096  1.00 36.97           C  \\nATOM   2112  C6    C Y  27       7.353   9.275  27.900  1.00 36.95           C  \\nATOM   2113  P     U Y  28       6.219   6.631  23.038  1.00 37.43           P  \\nATOM   2114  OP1   U Y  28       6.682   5.419  23.753  1.00 37.55           O  \\nATOM   2115  OP2   U Y  28       5.910   6.563  21.593  1.00 37.47           O  \\nATOM   2116  O5'   U Y  28       4.934   7.216  23.791  1.00 37.23           O  \\nATOM   2117  C5'   U Y  28       3.711   6.488  23.779  1.00 36.50           C  \\nATOM   2118  C4'   U Y  28       2.994   6.560  25.119  1.00 36.27           C  \\nATOM   2119  O4'   U Y  28       3.610   5.658  26.072  1.00 35.96           O  \\nATOM   2120  C3'   U Y  28       2.975   7.919  25.810  1.00 36.47           C  \\nATOM   2121  O3'   U Y  28       1.766   8.036  26.549  1.00 36.73           O  \\nATOM   2122  C2'   U Y  28       4.159   7.816  26.765  1.00 36.05           C  \\nATOM   2123  O2'   U Y  28       4.034   8.717  27.848  1.00 36.01           O  \\nATOM   2124  C1'   U Y  28       3.970   6.378  27.234  1.00 35.63           C  \\nATOM   2125  N1    U Y  28       5.160   5.696  27.822  1.00 35.55           N  \\nATOM   2126  C2    U Y  28       5.150   5.355  29.159  1.00 35.10           C  \\nATOM   2127  O2    U Y  28       4.226   5.619  29.907  1.00 34.80           O  \\nATOM   2128  N3    U Y  28       6.275   4.701  29.598  1.00 35.01           N  \\nATOM   2129  C4    U Y  28       7.379   4.347  28.844  1.00 35.05           C  \\nATOM   2130  O4    U Y  28       8.317   3.762  29.374  1.00 35.05           O  \\nATOM   2131  C5    U Y  28       7.310   4.723  27.456  1.00 35.31           C  \\nATOM   2132  C6    U Y  28       6.224   5.361  27.007  1.00 35.65           C  \\nATOM   2133  P     G Y  29       0.403   8.466  25.831  1.00 37.41           P  \\nATOM   2134  OP1   G Y  29       0.390   7.900  24.462  1.00 36.72           O  \\nATOM   2135  OP2   G Y  29       0.233   9.924  26.032  1.00 37.43           O  \\nATOM   2136  O5'   G Y  29      -0.697   7.702  26.702  1.00 37.11           O  \\nATOM   2137  C5'   G Y  29      -1.549   8.422  27.577  1.00 36.84           C  \\nATOM   2138  C4'   G Y  29      -2.543   7.473  28.215  1.00 36.04           C  \\nATOM   2139  O4'   G Y  29      -3.131   6.628  27.192  1.00 36.13           O  \\nATOM   2140  C3'   G Y  29      -1.940   6.482  29.196  1.00 35.92           C  \\nATOM   2141  O3'   G Y  29      -1.749   7.079  30.470  1.00 35.78           O  \\nATOM   2142  C2'   G Y  29      -3.035   5.423  29.205  1.00 35.62           C  \\nATOM   2143  O2'   G Y  29      -4.197   5.853  29.886  1.00 35.73           O  \\nATOM   2144  C1'   G Y  29      -3.304   5.318  27.706  1.00 35.45           C  \\nATOM   2145  N9    G Y  29      -2.363   4.416  27.045  1.00 35.27           N  \\nATOM   2146  C8    G Y  29      -1.387   4.745  26.135  1.00 34.91           C  \\nATOM   2147  N7    G Y  29      -0.686   3.723  25.731  1.00 34.82           N  \\nATOM   2148  C5    G Y  29      -1.228   2.644  26.420  1.00 35.05           C  \\nATOM   2149  C6    G Y  29      -0.879   1.273  26.394  1.00 34.85           C  \\nATOM   2150  O6    G Y  29       0.009   0.720  25.732  1.00 34.93           O  \\nATOM   2151  N1    G Y  29      -1.681   0.516  27.246  1.00 35.17           N  \\nATOM   2152  C2    G Y  29      -2.694   1.024  28.026  1.00 35.20           C  \\nATOM   2153  N2    G Y  29      -3.362   0.144  28.784  1.00 35.02           N  \\nATOM   2154  N3    G Y  29      -3.031   2.307  28.059  1.00 35.18           N  \\nATOM   2155  C4    G Y  29      -2.260   3.056  27.234  1.00 35.05           C  \\nATOM   2156  P     C Y  30      -0.452   6.713  31.334  1.00 35.86           P  \\nATOM   2157  OP1   C Y  30      -0.326   7.720  32.412  1.00 35.55           O  \\nATOM   2158  OP2   C Y  30       0.678   6.477  30.409  1.00 35.67           O  \\nATOM   2159  O5'   C Y  30      -0.855   5.311  31.981  1.00 35.62           O  \\nATOM   2160  C5'   C Y  30      -2.002   5.220  32.814  1.00 35.51           C  \\nATOM   2161  C4'   C Y  30      -2.237   3.779  33.214  1.00 34.83           C  \\nATOM   2162  O4'   C Y  30      -2.524   2.993  32.030  1.00 34.04           O  \\nATOM   2163  C3'   C Y  30      -1.026   3.078  33.808  1.00 35.37           C  \\nATOM   2164  O3'   C Y  30      -0.846   3.410  35.179  1.00 36.92           O  \\nATOM   2165  C2'   C Y  30      -1.443   1.626  33.613  1.00 34.43           C  \\nATOM   2166  O2'   C Y  30      -2.467   1.235  34.504  1.00 34.65           O  \\nATOM   2167  C1'   C Y  30      -1.987   1.692  32.190  1.00 33.40           C  \\nATOM   2168  N1    C Y  30      -0.935   1.437  31.157  1.00 32.73           N  \\nATOM   2169  C2    C Y  30      -0.497   0.124  30.942  1.00 32.17           C  \\nATOM   2170  O2    C Y  30      -0.996  -0.795  31.602  1.00 31.57           O  \\nATOM   2171  N3    C Y  30       0.460  -0.107  30.009  1.00 31.71           N  \\nATOM   2172  C4    C Y  30       0.974   0.907  29.312  1.00 32.07           C  \\nATOM   2173  N4    C Y  30       1.916   0.623  28.406  1.00 31.76           N  \\nATOM   2174  C5    C Y  30       0.546   2.254  29.517  1.00 32.05           C  \\nATOM   2175  C6    C Y  30      -0.399   2.471  30.440  1.00 32.42           C  \\nATOM   2176  P     G Y  31       0.636   3.584  35.758  1.00 38.46           P  \\nATOM   2177  OP1   G Y  31       0.534   3.937  37.191  1.00 38.42           O  \\nATOM   2178  OP2   G Y  31       1.384   4.470  34.835  1.00 38.48           O  \\nATOM   2179  O5'   G Y  31       1.251   2.113  35.632  1.00 39.02           O  \\nATOM   2180  C5'   G Y  31       0.679   1.027  36.353  1.00 39.90           C  \\nATOM   2181  C4'   G Y  31       1.355  -0.276  35.970  1.00 40.35           C  \\nATOM   2182  O4'   G Y  31       1.078  -0.584  34.577  1.00 40.02           O  \\nATOM   2183  C3'   G Y  31       2.873  -0.249  36.067  1.00 40.79           C  \\nATOM   2184  O3'   G Y  31       3.295  -0.564  37.390  1.00 41.96           O  \\nATOM   2185  C2'   G Y  31       3.264  -1.333  35.068  1.00 40.11           C  \\nATOM   2186  O2'   G Y  31       3.141  -2.636  35.603  1.00 40.14           O  \\nATOM   2187  C1'   G Y  31       2.242  -1.103  33.959  1.00 39.50           C  \\nATOM   2188  N9    G Y  31       2.710  -0.148  32.957  1.00 38.72           N  \\nATOM   2189  C8    G Y  31       2.279   1.144  32.775  1.00 38.56           C  \\nATOM   2190  N7    G Y  31       2.886   1.765  31.802  1.00 38.28           N  \\nATOM   2191  C5    G Y  31       3.780   0.825  31.307  1.00 38.54           C  \\nATOM   2192  C6    G Y  31       4.710   0.925  30.244  1.00 38.61           C  \\nATOM   2193  O6    G Y  31       4.932   1.900  29.509  1.00 38.66           O  \\nATOM   2194  N1    G Y  31       5.423  -0.261  30.070  1.00 38.29           N  \\nATOM   2195  C2    G Y  31       5.257  -1.397  30.829  1.00 38.41           C  \\nATOM   2196  N2    G Y  31       6.033  -2.444  30.515  1.00 38.14           N  \\nATOM   2197  N3    G Y  31       4.387  -1.503  31.826  1.00 38.50           N  \\nATOM   2198  C4    G Y  31       3.685  -0.358  32.008  1.00 38.54           C  \\nATOM   2199  P     U Y  32       4.559   0.187  38.021  1.00 43.12           P  \\nATOM   2200  OP1   U Y  32       4.752  -0.317  39.400  1.00 43.80           O  \\nATOM   2201  OP2   U Y  32       4.398   1.641  37.791  1.00 43.37           O  \\nATOM   2202  O5'   U Y  32       5.773  -0.316  37.107  1.00 43.01           O  \\nATOM   2203  C5'   U Y  32       6.127  -1.694  37.064  1.00 43.04           C  \\nATOM   2204  C4'   U Y  32       7.127  -1.941  35.949  1.00 43.23           C  \\nATOM   2205  O4'   U Y  32       6.528  -1.622  34.668  1.00 42.90           O  \\nATOM   2206  C3'   U Y  32       8.365  -1.060  36.001  1.00 43.58           C  \\nATOM   2207  O3'   U Y  32       9.316  -1.595  36.914  1.00 44.70           O  \\nATOM   2208  C2'   U Y  32       8.839  -1.130  34.553  1.00 42.98           C  \\nATOM   2209  O2'   U Y  32       9.528  -2.330  34.260  1.00 42.80           O  \\nATOM   2210  C1'   U Y  32       7.512  -1.087  33.798  1.00 42.22           C  \\nATOM   2211  N1    U Y  32       7.096   0.290  33.382  1.00 41.27           N  \\nATOM   2212  C2    U Y  32       7.687   0.874  32.278  1.00 40.83           C  \\nATOM   2213  O2    U Y  32       8.546   0.328  31.608  1.00 40.12           O  \\nATOM   2214  N3    U Y  32       7.236   2.137  31.983  1.00 40.54           N  \\nATOM   2215  C4    U Y  32       6.272   2.860  32.662  1.00 40.75           C  \\nATOM   2216  O4    U Y  32       5.970   3.985  32.277  1.00 41.08           O  \\nATOM   2217  C5    U Y  32       5.703   2.186  33.801  1.00 40.78           C  \\nATOM   2218  C6    U Y  32       6.127   0.955  34.108  1.00 41.05           C  \\nATOM   2219  P     G Y  33      10.288  -0.613  37.718  1.00 45.46           P  \\nATOM   2220  OP1   G Y  33      10.546  -1.215  39.046  1.00 45.72           O  \\nATOM   2221  OP2   G Y  33       9.736   0.758  37.629  1.00 45.55           O  \\nATOM   2222  O5'   G Y  33      11.632  -0.667  36.850  1.00 45.10           O  \\nATOM   2223  C5'   G Y  33      12.326   0.531  36.531  1.00 44.91           C  \\nATOM   2224  C4'   G Y  33      12.967   0.441  35.159  1.00 44.68           C  \\nATOM   2225  O4'   G Y  33      11.954   0.139  34.165  1.00 44.65           O  \\nATOM   2226  C3'   G Y  33      13.598   1.737  34.669  1.00 44.85           C  \\nATOM   2227  O3'   G Y  33      14.934   1.865  35.129  1.00 44.93           O  \\nATOM   2228  C2'   G Y  33      13.507   1.566  33.159  1.00 44.78           C  \\nATOM   2229  O2'   G Y  33      14.427   0.615  32.658  1.00 44.89           O  \\nATOM   2230  C1'   G Y  33      12.085   1.026  33.068  1.00 44.50           C  \\nATOM   2231  N9    G Y  33      11.062   2.065  33.183  1.00 44.22           N  \\nATOM   2232  C8    G Y  33      10.114   2.186  34.171  1.00 44.21           C  \\nATOM   2233  N7    G Y  33       9.329   3.216  34.020  1.00 44.21           N  \\nATOM   2234  C5    G Y  33       9.784   3.822  32.856  1.00 44.14           C  \\nATOM   2235  C6    G Y  33       9.318   4.980  32.189  1.00 44.02           C  \\nATOM   2236  O6    G Y  33       8.383   5.727  32.509  1.00 43.89           O  \\nATOM   2237  N1    G Y  33      10.058   5.250  31.040  1.00 43.96           N  \\nATOM   2238  C2    G Y  33      11.114   4.494  30.592  1.00 43.93           C  \\nATOM   2239  N2    G Y  33      11.706   4.910  29.462  1.00 43.93           N  \\nATOM   2240  N3    G Y  33      11.558   3.404  31.206  1.00 44.14           N  \\nATOM   2241  C4    G Y  33      10.849   3.126  32.328  1.00 44.07           C  \\nATOM   2242  P     A Y  34      15.362   3.227  35.853  1.00 45.13           P  \\nATOM   2243  OP1   A Y  34      16.711   3.031  36.432  1.00 45.28           O  \\nATOM   2244  OP2   A Y  34      14.241   3.656  36.720  1.00 44.92           O  \\nATOM   2245  O5'   A Y  34      15.457   4.258  34.634  1.00 44.18           O  \\nATOM   2246  C5'   A Y  34      16.486   4.112  33.663  1.00 43.32           C  \\nATOM   2247  C4'   A Y  34      16.268   5.063  32.501  1.00 42.59           C  \\nATOM   2248  O4'   A Y  34      14.950   4.850  31.935  1.00 42.18           O  \\nATOM   2249  C3'   A Y  34      16.263   6.541  32.862  1.00 42.43           C  \\nATOM   2250  O3'   A Y  34      17.585   7.046  33.001  1.00 42.19           O  \\nATOM   2251  C2'   A Y  34      15.544   7.110  31.645  1.00 42.25           C  \\nATOM   2252  O2'   A Y  34      16.349   7.114  30.482  1.00 42.23           O  \\nATOM   2253  C1'   A Y  34      14.419   6.090  31.502  1.00 41.80           C  \\nATOM   2254  N9    A Y  34      13.254   6.425  32.317  1.00 41.44           N  \\nATOM   2255  C8    A Y  34      12.865   5.840  33.490  1.00 41.19           C  \\nATOM   2256  N7    A Y  34      11.772   6.354  34.000  1.00 41.13           N  \\nATOM   2257  C5    A Y  34      11.421   7.350  33.102  1.00 41.07           C  \\nATOM   2258  C6    A Y  34      10.352   8.269  33.070  1.00 41.09           C  \\nATOM   2259  N6    A Y  34       9.402   8.331  34.010  1.00 40.83           N  \\nATOM   2260  N1    A Y  34      10.295   9.126  32.030  1.00 40.97           N  \\nATOM   2261  C2    A Y  34      11.245   9.063  31.089  1.00 41.23           C  \\nATOM   2262  N3    A Y  34      12.294   8.245  31.011  1.00 41.02           N  \\nATOM   2263  C4    A Y  34      12.324   7.406  32.058  1.00 41.19           C  \\nATOM   2264  P     A Y  35      17.877   8.204  34.067  1.00 41.70           P  \\nATOM   2265  OP1   A Y  35      19.343   8.298  34.251  1.00 42.19           O  \\nATOM   2266  OP2   A Y  35      17.000   7.979  35.237  1.00 41.65           O  \\nATOM   2267  O5'   A Y  35      17.371   9.516  33.305  1.00 40.40           O  \\nATOM   2268  C5'   A Y  35      17.769   9.739  31.959  1.00 38.25           C  \\nATOM   2269  C4'   A Y  35      16.957  10.853  31.326  1.00 37.06           C  \\nATOM   2270  O4'   A Y  35      15.604  10.412  31.038  1.00 36.55           O  \\nATOM   2271  C3'   A Y  35      16.734  12.071  32.205  1.00 36.43           C  \\nATOM   2272  O3'   A Y  35      17.916  12.862  32.294  1.00 35.95           O  \\nATOM   2273  C2'   A Y  35      15.619  12.737  31.407  1.00 36.06           C  \\nATOM   2274  O2'   A Y  35      16.078  13.290  30.190  1.00 36.33           O  \\nATOM   2275  C1'   A Y  35      14.732  11.527  31.125  1.00 35.51           C  \\nATOM   2276  N9    A Y  35      13.746  11.303  32.182  1.00 34.72           N  \\nATOM   2277  C8    A Y  35      13.790  10.361  33.173  1.00 34.39           C  \\nATOM   2278  N7    A Y  35      12.767  10.404  33.991  1.00 34.10           N  \\nATOM   2279  C5    A Y  35      11.999  11.454  33.513  1.00 34.05           C  \\nATOM   2280  C6    A Y  35      10.777  12.015  33.942  1.00 33.40           C  \\nATOM   2281  N6    A Y  35      10.090  11.574  35.002  1.00 33.75           N  \\nATOM   2282  N1    A Y  35      10.285  13.055  33.237  1.00 33.13           N  \\nATOM   2283  C2    A Y  35      10.972  13.500  32.177  1.00 33.39           C  \\nATOM   2284  N3    A Y  35      12.123  13.053  31.677  1.00 33.50           N  \\nATOM   2285  C4    A Y  35      12.589  12.019  32.397  1.00 34.12           C  \\nATOM   2286  P     G Y  36      18.216  13.680  33.639  1.00 36.32           P  \\nATOM   2287  OP1   G Y  36      19.510  14.386  33.489  1.00 36.19           O  \\nATOM   2288  OP2   G Y  36      18.000  12.775  34.790  1.00 36.68           O  \\nATOM   2289  O5'   G Y  36      17.040  14.759  33.645  1.00 35.28           O  \\nATOM   2290  C5'   G Y  36      16.916  15.677  32.569  1.00 34.05           C  \\nATOM   2291  C4'   G Y  36      15.639  16.470  32.739  1.00 33.10           C  \\nATOM   2292  O4'   G Y  36      14.495  15.594  32.564  1.00 33.25           O  \\nATOM   2293  C3'   G Y  36      15.432  17.014  34.140  1.00 32.65           C  \\nATOM   2294  O3'   G Y  36      16.201  18.184  34.360  1.00 32.58           O  \\nATOM   2295  C2'   G Y  36      13.937  17.285  34.091  1.00 32.14           C  \\nATOM   2296  O2'   G Y  36      13.618  18.374  33.249  1.00 32.23           O  \\nATOM   2297  C1'   G Y  36      13.476  15.971  33.470  1.00 31.28           C  \\nATOM   2298  N9    G Y  36      13.320  14.920  34.472  1.00 30.45           N  \\nATOM   2299  C8    G Y  36      14.132  13.832  34.687  1.00 29.83           C  \\nATOM   2300  N7    G Y  36      13.733  13.076  35.674  1.00 29.70           N  \\nATOM   2301  C5    G Y  36      12.588  13.705  36.146  1.00 29.53           C  \\nATOM   2302  C6    G Y  36      11.714  13.351  37.205  1.00 29.33           C  \\nATOM   2303  O6    G Y  36      11.783  12.374  37.965  1.00 29.64           O  \\nATOM   2304  N1    G Y  36      10.672  14.267  37.345  1.00 28.05           N  \\nATOM   2305  C2    G Y  36      10.495  15.381  36.559  1.00 28.63           C  \\nATOM   2306  N2    G Y  36       9.436  16.153  36.841  1.00 28.60           N  \\nATOM   2307  N3    G Y  36      11.306  15.723  35.566  1.00 29.28           N  \\nATOM   2308  C4    G Y  36      12.323  14.841  35.415  1.00 29.49           C  \\nATOM   2309  P     G Y  37      16.831  18.426  35.810  1.00 32.56           P  \\nATOM   2310  OP1   G Y  37      17.845  19.496  35.686  1.00 31.99           O  \\nATOM   2311  OP2   G Y  37      17.200  17.109  36.376  1.00 32.26           O  \\nATOM   2312  O5'   G Y  37      15.591  18.969  36.660  1.00 32.03           O  \\nATOM   2313  C5'   G Y  37      14.773  20.016  36.159  1.00 31.82           C  \\nATOM   2314  C4'   G Y  37      13.520  20.134  37.002  1.00 31.32           C  \\nATOM   2315  O4'   G Y  37      12.698  18.951  36.826  1.00 31.05           O  \\nATOM   2316  C3'   G Y  37      13.769  20.157  38.500  1.00 31.58           C  \\nATOM   2317  O3'   G Y  37      14.196  21.440  38.942  1.00 32.41           O  \\nATOM   2318  C2'   G Y  37      12.382  19.788  39.009  1.00 31.10           C  \\nATOM   2319  O2'   G Y  37      11.452  20.840  38.856  1.00 31.14           O  \\nATOM   2320  C1'   G Y  37      12.047  18.653  38.051  1.00 30.56           C  \\nATOM   2321  N9    G Y  37      12.487  17.352  38.553  1.00 29.82           N  \\nATOM   2322  C8    G Y  37      13.512  16.566  38.083  1.00 28.93           C  \\nATOM   2323  N7    G Y  37      13.659  15.454  38.751  1.00 28.82           N  \\nATOM   2324  C5    G Y  37      12.670  15.507  39.728  1.00 29.26           C  \\nATOM   2325  C6    G Y  37      12.330  14.583  40.749  1.00 29.08           C  \\nATOM   2326  O6    G Y  37      12.863  13.498  41.008  1.00 30.23           O  \\nATOM   2327  N1    G Y  37      11.261  15.027  41.526  1.00 29.03           N  \\nATOM   2328  C2    G Y  37      10.597  16.215  41.336  1.00 29.01           C  \\nATOM   2329  N2    G Y  37       9.589  16.482  42.181  1.00 29.32           N  \\nATOM   2330  N3    G Y  37      10.901  17.087  40.383  1.00 29.51           N  \\nATOM   2331  C4    G Y  37      11.943  16.670  39.619  1.00 29.13           C  \\nATOM   2332  P     C Y  38      15.245  21.522  40.145  1.00 32.21           P  \\nATOM   2333  OP1   C Y  38      15.652  22.934  40.317  1.00 32.72           O  \\nATOM   2334  OP2   C Y  38      16.269  20.475  39.924  1.00 32.38           O  \\nATOM   2335  O5'   C Y  38      14.371  21.082  41.409  1.00 32.17           O  \\nATOM   2336  C5'   C Y  38      13.318  21.917  41.868  1.00 31.38           C  \\nATOM   2337  C4'   C Y  38      12.795  21.416  43.200  1.00 30.62           C  \\nATOM   2338  O4'   C Y  38      12.164  20.122  43.030  1.00 30.12           O  \\nATOM   2339  C3'   C Y  38      13.865  21.137  44.238  1.00 30.68           C  \\nATOM   2340  O3'   C Y  38      14.306  22.342  44.840  1.00 30.56           O  \\nATOM   2341  C2'   C Y  38      13.088  20.254  45.204  1.00 30.08           C  \\nATOM   2342  O2'   C Y  38      12.187  20.996  45.999  1.00 30.48           O  \\nATOM   2343  C1'   C Y  38      12.305  19.382  44.230  1.00 29.82           C  \\nATOM   2344  N1    C Y  38      12.964  18.076  43.934  1.00 29.26           N  \\nATOM   2345  C2    C Y  38      12.785  17.003  44.819  1.00 29.09           C  \\nATOM   2346  O2    C Y  38      12.087  17.156  45.833  1.00 28.55           O  \\nATOM   2347  N3    C Y  38      13.384  15.820  44.537  1.00 28.18           N  \\nATOM   2348  C4    C Y  38      14.130  15.692  43.438  1.00 28.92           C  \\nATOM   2349  N4    C Y  38      14.699  14.505  43.208  1.00 29.18           N  \\nATOM   2350  C5    C Y  38      14.330  16.775  42.529  1.00 28.69           C  \\nATOM   2351  C6    C Y  38      13.733  17.937  42.814  1.00 28.61           C  \\nATOM   2352  P     U Y  39      15.853  22.513  45.212  1.00 30.85           P  \\nATOM   2353  OP1   U Y  39      16.085  23.946  45.499  1.00 31.18           O  \\nATOM   2354  OP2   U Y  39      16.657  21.828  44.177  1.00 30.05           O  \\nATOM   2355  O5'   U Y  39      15.996  21.681  46.573  1.00 30.88           O  \\nATOM   2356  C5'   U Y  39      15.300  22.091  47.744  1.00 31.40           C  \\nATOM   2357  C4'   U Y  39      15.284  20.983  48.781  1.00 32.13           C  \\nATOM   2358  O4'   U Y  39      14.570  19.828  48.272  1.00 32.53           O  \\nATOM   2359  C3'   U Y  39      16.637  20.392  49.142  1.00 32.70           C  \\nATOM   2360  O3'   U Y  39      17.378  21.254  49.996  1.00 33.67           O  \\nATOM   2361  C2'   U Y  39      16.187  19.116  49.847  1.00 32.85           C  \\nATOM   2362  O2'   U Y  39      15.667  19.353  51.140  1.00 32.46           O  \\nATOM   2363  C1'   U Y  39      15.059  18.668  48.922  1.00 32.42           C  \\nATOM   2364  N1    U Y  39      15.508  17.662  47.916  1.00 32.16           N  \\nATOM   2365  C2    U Y  39      15.497  16.327  48.268  1.00 31.97           C  \\nATOM   2366  O2    U Y  39      15.126  15.929  49.358  1.00 31.56           O  \\nATOM   2367  N3    U Y  39      15.930  15.468  47.291  1.00 31.83           N  \\nATOM   2368  C4    U Y  39      16.372  15.808  46.025  1.00 31.31           C  \\nATOM   2369  O4    U Y  39      16.731  14.926  45.255  1.00 31.53           O  \\nATOM   2370  C5    U Y  39      16.360  17.217  45.733  1.00 31.11           C  \\nATOM   2371  C6    U Y  39      15.939  18.074  46.671  1.00 31.72           C  \\nATOM   2372  P     G Y  40      18.942  21.470  49.726  1.00 33.41           P  \\nATOM   2373  OP1   G Y  40      19.392  22.616  50.544  1.00 33.78           O  \\nATOM   2374  OP2   G Y  40      19.153  21.476  48.262  1.00 33.99           O  \\nATOM   2375  O5'   G Y  40      19.603  20.128  50.296  1.00 33.89           O  \\nATOM   2376  C5'   G Y  40      19.367  19.723  51.639  1.00 32.97           C  \\nATOM   2377  C4'   G Y  40      19.673  18.247  51.824  1.00 32.58           C  \\nATOM   2378  O4'   G Y  40      18.780  17.440  51.011  1.00 32.23           O  \\nATOM   2379  C3'   G Y  40      21.059  17.804  51.384  1.00 32.76           C  \\nATOM   2380  O3'   G Y  40      22.036  18.128  52.372  1.00 33.31           O  \\nATOM   2381  C2'   G Y  40      20.837  16.300  51.265  1.00 32.68           C  \\nATOM   2382  O2'   G Y  40      20.883  15.627  52.510  1.00 33.44           O  \\nATOM   2383  C1'   G Y  40      19.437  16.239  50.654  1.00 32.28           C  \\nATOM   2384  N9    G Y  40      19.537  16.127  49.203  1.00 32.41           N  \\nATOM   2385  C8    G Y  40      19.745  17.136  48.291  1.00 31.89           C  \\nATOM   2386  N7    G Y  40      19.841  16.708  47.063  1.00 31.94           N  \\nATOM   2387  C5    G Y  40      19.706  15.329  47.167  1.00 32.18           C  \\nATOM   2388  C6    G Y  40      19.727  14.326  46.170  1.00 32.40           C  \\nATOM   2389  O6    G Y  40      19.870  14.464  44.947  1.00 32.59           O  \\nATOM   2390  N1    G Y  40      19.550  13.054  46.710  1.00 32.45           N  \\nATOM   2391  C2    G Y  40      19.374  12.785  48.048  1.00 32.34           C  \\nATOM   2392  N2    G Y  40      19.213  11.498  48.390  1.00 31.69           N  \\nATOM   2393  N3    G Y  40      19.358  13.715  48.992  1.00 32.07           N  \\nATOM   2394  C4    G Y  40      19.526  14.957  48.479  1.00 32.30           C  \\nATOM   2395  P     A Y  41      23.552  18.451  51.958  1.00 33.11           P  \\nATOM   2396  OP1   A Y  41      24.250  18.933  53.169  1.00 33.38           O  \\nATOM   2397  OP2   A Y  41      23.541  19.288  50.738  1.00 33.48           O  \\nATOM   2398  O5'   A Y  41      24.138  17.014  51.561  1.00 33.28           O  \\nATOM   2399  C5'   A Y  41      25.489  16.883  51.122  1.00 32.14           C  \\nATOM   2400  C4'   A Y  41      25.916  15.424  51.080  1.00 31.78           C  \\nATOM   2401  O4'   A Y  41      26.025  14.908  52.430  1.00 31.82           O  \\nATOM   2402  C3'   A Y  41      24.950  14.470  50.390  1.00 31.71           C  \\nATOM   2403  O3'   A Y  41      25.195  14.447  48.988  1.00 31.83           O  \\nATOM   2404  C2'   A Y  41      25.314  13.134  51.029  1.00 31.24           C  \\nATOM   2405  O2'   A Y  41      26.442  12.537  50.416  1.00 31.20           O  \\nATOM   2406  C1'   A Y  41      25.665  13.538  52.457  1.00 30.82           C  \\nATOM   2407  N9    A Y  41      24.600  13.354  53.445  1.00 30.49           N  \\nATOM   2408  C8    A Y  41      23.985  14.337  54.168  1.00 30.28           C  \\nATOM   2409  N7    A Y  41      23.080  13.897  55.009  1.00 29.99           N  \\nATOM   2410  C5    A Y  41      23.108  12.524  54.835  1.00 29.97           C  \\nATOM   2411  C6    A Y  41      22.378  11.479  55.437  1.00 29.83           C  \\nATOM   2412  N6    A Y  41      21.443  11.681  56.373  1.00 29.48           N  \\nATOM   2413  N1    A Y  41      22.643  10.219  55.037  1.00 29.03           N  \\nATOM   2414  C2    A Y  41      23.575  10.025  54.096  1.00 29.91           C  \\nATOM   2415  N3    A Y  41      24.324  10.926  53.461  1.00 29.95           N  \\nATOM   2416  C4    A Y  41      24.039  12.170  53.877  1.00 29.82           C  \\nATOM   2417  P     G Y  42      23.972  14.507  47.958  1.00 32.12           P  \\nATOM   2418  OP1   G Y  42      24.526  14.805  46.619  1.00 32.24           O  \\nATOM   2419  OP2   G Y  42      22.929  15.381  48.542  1.00 32.71           O  \\nATOM   2420  O5'   G Y  42      23.424  13.006  47.958  1.00 31.36           O  \\nATOM   2421  C5'   G Y  42      24.276  11.939  47.556  1.00 31.03           C  \\nATOM   2422  C4'   G Y  42      23.782  10.626  48.130  1.00 30.45           C  \\nATOM   2423  O4'   G Y  42      23.816  10.692  49.578  1.00 30.20           O  \\nATOM   2424  C3'   G Y  42      22.340  10.292  47.784  1.00 30.38           C  \\nATOM   2425  O3'   G Y  42      22.302   9.589  46.549  1.00 31.27           O  \\nATOM   2426  C2'   G Y  42      21.922   9.412  48.960  1.00 29.97           C  \\nATOM   2427  O2'   G Y  42      22.356   8.075  48.816  1.00 29.50           O  \\nATOM   2428  C1'   G Y  42      22.674  10.056  50.121  1.00 29.45           C  \\nATOM   2429  N9    G Y  42      21.927  11.043  50.897  1.00 28.83           N  \\nATOM   2430  C8    G Y  42      21.955  12.408  50.744  1.00 28.50           C  \\nATOM   2431  N7    G Y  42      21.205  13.043  51.600  1.00 28.44           N  \\nATOM   2432  C5    G Y  42      20.650  12.037  52.379  1.00 28.33           C  \\nATOM   2433  C6    G Y  42      19.755  12.118  53.472  1.00 28.50           C  \\nATOM   2434  O6    G Y  42      19.257  13.130  53.984  1.00 29.10           O  \\nATOM   2435  N1    G Y  42      19.443  10.858  53.977  1.00 28.35           N  \\nATOM   2436  C2    G Y  42      19.935   9.670  53.491  1.00 27.81           C  \\nATOM   2437  N2    G Y  42      19.523   8.554  54.110  1.00 27.79           N  \\nATOM   2438  N3    G Y  42      20.772   9.582  52.467  1.00 27.93           N  \\nATOM   2439  C4    G Y  42      21.087  10.800  51.962  1.00 28.34           C  \\nATOM   2440  P     A Y  43      21.172   9.907  45.462  1.00 31.52           P  \\nATOM   2441  OP1   A Y  43      21.362   8.958  44.342  1.00 30.72           O  \\nATOM   2442  OP2   A Y  43      21.169  11.364  45.203  1.00 31.47           O  \\nATOM   2443  O5'   A Y  43      19.817   9.555  46.239  1.00 31.25           O  \\nATOM   2444  C5'   A Y  43      19.465   8.205  46.511  1.00 31.80           C  \\nATOM   2445  C4'   A Y  43      17.957   8.045  46.520  1.00 32.52           C  \\nATOM   2446  O4'   A Y  43      17.390   8.988  47.458  1.00 31.88           O  \\nATOM   2447  C3'   A Y  43      17.266   8.318  45.184  1.00 33.15           C  \\nATOM   2448  O3'   A Y  43      16.596   7.153  44.743  1.00 35.80           O  \\nATOM   2449  C2'   A Y  43      16.257   9.426  45.472  1.00 32.27           C  \\nATOM   2450  O2'   A Y  43      15.008   9.173  44.857  1.00 32.25           O  \\nATOM   2451  C1'   A Y  43      16.113   9.344  46.985  1.00 31.07           C  \\nATOM   2452  N9    A Y  43      15.701  10.597  47.610  1.00 30.23           N  \\nATOM   2453  C8    A Y  43      16.035  11.867  47.230  1.00 30.00           C  \\nATOM   2454  N7    A Y  43      15.503  12.799  47.985  1.00 30.35           N  \\nATOM   2455  C5    A Y  43      14.771  12.090  48.923  1.00 29.57           C  \\nATOM   2456  C6    A Y  43      13.971  12.493  50.010  1.00 29.47           C  \\nATOM   2457  N6    A Y  43      13.772  13.770  50.348  1.00 29.68           N  \\nATOM   2458  N1    A Y  43      13.388  11.526  50.746  1.00 28.64           N  \\nATOM   2459  C2    A Y  43      13.586  10.247  50.413  1.00 28.49           C  \\nATOM   2460  N3    A Y  43      14.312   9.746  49.418  1.00 28.93           N  \\nATOM   2461  C4    A Y  43      14.884  10.731  48.706  1.00 29.61           C  \\nATOM   2462  P     A Y  44      17.196   6.301  43.533  1.00 37.94           P  \\nATOM   2463  OP1   A Y  44      17.561   7.238  42.447  1.00 37.70           O  \\nATOM   2464  OP2   A Y  44      16.268   5.180  43.265  1.00 38.14           O  \\nATOM   2465  O5'   A Y  44      18.523   5.706  44.198  1.00 38.95           O  \\nATOM   2466  C5'   A Y  44      19.656   5.380  43.407  1.00 40.37           C  \\nATOM   2467  C4'   A Y  44      20.015   3.922  43.610  1.00 41.38           C  \\nATOM   2468  O4'   A Y  44      19.545   3.490  44.911  1.00 41.28           O  \\nATOM   2469  C3'   A Y  44      19.384   2.980  42.588  1.00 42.32           C  \\nATOM   2470  O3'   A Y  44      20.397   2.327  41.834  1.00 43.37           O  \\nATOM   2471  C2'   A Y  44      18.567   1.990  43.417  1.00 42.22           C  \\nATOM   2472  O2'   A Y  44      18.709   0.658  42.964  1.00 42.25           O  \\nATOM   2473  C1'   A Y  44      19.156   2.138  44.816  1.00 41.57           C  \\nATOM   2474  N9    A Y  44      18.191   1.837  45.869  1.00 41.32           N  \\nATOM   2475  C8    A Y  44      17.100   2.580  46.225  1.00 41.26           C  \\nATOM   2476  N7    A Y  44      16.397   2.053  47.200  1.00 41.37           N  \\nATOM   2477  C5    A Y  44      17.070   0.880  47.501  1.00 41.06           C  \\nATOM   2478  C6    A Y  44      16.832  -0.136  48.449  1.00 41.08           C  \\nATOM   2479  N6    A Y  44      15.803  -0.124  49.303  1.00 41.04           N  \\nATOM   2480  N1    A Y  44      17.699  -1.171  48.487  1.00 41.11           N  \\nATOM   2481  C2    A Y  44      18.729  -1.180  47.633  1.00 41.14           C  \\nATOM   2482  N3    A Y  44      19.053  -0.285  46.701  1.00 40.97           N  \\nATOM   2483  C4    A Y  44      18.176   0.730  46.687  1.00 41.10           C  \\nATOM   2484  P     A Y  45      21.097   3.083  40.608  1.00 44.53           P  \\nATOM   2485  OP1   A Y  45      20.294   4.285  40.284  1.00 44.49           O  \\nATOM   2486  OP2   A Y  45      21.383   2.083  39.555  1.00 44.08           O  \\nATOM   2487  O5'   A Y  45      22.490   3.544  41.245  1.00 43.86           O  \\nATOM   2488  C5'   A Y  45      23.354   2.578  41.832  1.00 42.67           C  \\nATOM   2489  C4'   A Y  45      24.333   3.255  42.770  1.00 41.75           C  \\nATOM   2490  O4'   A Y  45      23.634   3.687  43.964  1.00 40.84           O  \\nATOM   2491  C3'   A Y  45      25.460   2.375  43.288  1.00 41.65           C  \\nATOM   2492  O3'   A Y  45      26.526   2.324  42.346  1.00 42.80           O  \\nATOM   2493  C2'   A Y  45      25.856   3.138  44.546  1.00 40.75           C  \\nATOM   2494  O2'   A Y  45      26.648   4.271  44.251  1.00 40.46           O  \\nATOM   2495  C1'   A Y  45      24.498   3.587  45.079  1.00 39.74           C  \\nATOM   2496  N9    A Y  45      23.901   2.671  46.048  1.00 38.89           N  \\nATOM   2497  C8    A Y  45      24.316   1.406  46.362  1.00 38.55           C  \\nATOM   2498  N7    A Y  45      23.583   0.817  47.276  1.00 38.29           N  \\nATOM   2499  C5    A Y  45      22.618   1.762  47.584  1.00 38.22           C  \\nATOM   2500  C6    A Y  45      21.536   1.753  48.485  1.00 37.90           C  \\nATOM   2501  N6    A Y  45      21.243   0.712  49.270  1.00 38.33           N  \\nATOM   2502  N1    A Y  45      20.767   2.860  48.549  1.00 37.73           N  \\nATOM   2503  C2    A Y  45      21.066   3.901  47.763  1.00 37.82           C  \\nATOM   2504  N3    A Y  45      22.053   4.026  46.878  1.00 38.15           N  \\nATOM   2505  C4    A Y  45      22.801   2.911  46.838  1.00 38.45           C  \\nATOM   2506  P     U Y  46      27.539   1.083  42.341  1.00 43.84           P  \\nATOM   2507  OP1   U Y  46      28.353   1.163  41.108  1.00 43.64           O  \\nATOM   2508  OP2   U Y  46      26.760  -0.142  42.626  1.00 44.06           O  \\nATOM   2509  O5'   U Y  46      28.476   1.383  43.604  1.00 44.15           O  \\nATOM   2510  C5'   U Y  46      29.370   0.386  44.091  1.00 45.06           C  \\nATOM   2511  C4'   U Y  46      29.182   0.172  45.583  1.00 45.62           C  \\nATOM   2512  O4'   U Y  46      27.778  -0.065  45.854  1.00 46.24           O  \\nATOM   2513  C3'   U Y  46      29.956  -1.009  46.162  1.00 45.76           C  \\nATOM   2514  O3'   U Y  46      30.925  -0.595  47.145  1.00 45.18           O  \\nATOM   2515  C2'   U Y  46      28.895  -1.959  46.725  1.00 46.22           C  \\nATOM   2516  O2'   U Y  46      29.224  -2.441  48.014  1.00 46.51           O  \\nATOM   2517  C1'   U Y  46      27.629  -1.110  46.792  1.00 46.55           C  \\nATOM   2518  N1    U Y  46      26.391  -1.868  46.444  1.00 46.88           N  \\nATOM   2519  C2    U Y  46      25.531  -2.263  47.448  1.00 47.01           C  \\nATOM   2520  O2    U Y  46      25.726  -2.024  48.627  1.00 46.82           O  \\nATOM   2521  N3    U Y  46      24.423  -2.955  47.020  1.00 47.09           N  \\nATOM   2522  C4    U Y  46      24.098  -3.285  45.716  1.00 47.21           C  \\nATOM   2523  O4    U Y  46      23.069  -3.912  45.483  1.00 47.18           O  \\nATOM   2524  C5    U Y  46      25.044  -2.840  44.725  1.00 47.07           C  \\nATOM   2525  C6    U Y  46      26.130  -2.164  45.119  1.00 47.10           C  \\nATOM   2526  P     A Y  47      30.658   0.563  48.225  1.00 44.49           P  \\nATOM   2527  OP1   A Y  47      31.950   0.862  48.882  1.00 44.69           O  \\nATOM   2528  OP2   A Y  47      29.495   0.170  49.050  1.00 44.32           O  \\nATOM   2529  O5'   A Y  47      30.240   1.823  47.332  1.00 43.32           O  \\nATOM   2530  C5'   A Y  47      30.995   3.030  47.380  1.00 40.94           C  \\nATOM   2531  C4'   A Y  47      30.108   4.219  47.055  1.00 39.16           C  \\nATOM   2532  O4'   A Y  47      28.813   3.745  46.605  1.00 38.42           O  \\nATOM   2533  C3'   A Y  47      29.804   5.135  48.232  1.00 37.91           C  \\nATOM   2534  O3'   A Y  47      30.804   6.137  48.328  1.00 37.64           O  \\nATOM   2535  C2'   A Y  47      28.466   5.733  47.819  1.00 37.52           C  \\nATOM   2536  O2'   A Y  47      28.615   6.769  46.866  1.00 37.30           O  \\nATOM   2537  C1'   A Y  47      27.783   4.534  47.174  1.00 36.93           C  \\nATOM   2538  N9    A Y  47      27.011   3.712  48.104  1.00 36.16           N  \\nATOM   2539  C8    A Y  47      27.316   2.452  48.538  1.00 35.88           C  \\nATOM   2540  N7    A Y  47      26.436   1.949  49.369  1.00 35.33           N  \\nATOM   2541  C5    A Y  47      25.485   2.948  49.491  1.00 35.17           C  \\nATOM   2542  C6    A Y  47      24.290   3.035  50.234  1.00 35.05           C  \\nATOM   2543  N6    A Y  47      23.846   2.053  51.025  1.00 35.45           N  \\nATOM   2544  N1    A Y  47      23.571   4.172  50.134  1.00 34.77           N  \\nATOM   2545  C2    A Y  47      24.023   5.151  49.341  1.00 35.20           C  \\nATOM   2546  N3    A Y  47      25.129   5.186  48.597  1.00 34.57           N  \\nATOM   2547  C4    A Y  47      25.822   4.042  48.717  1.00 35.29           C  \\nATOM   2548  P     C Y  48      31.371   6.594  49.751  1.00 37.04           P  \\nATOM   2549  OP1   C Y  48      32.501   7.516  49.503  1.00 37.51           O  \\nATOM   2550  OP2   C Y  48      31.567   5.381  50.576  1.00 37.38           O  \\nATOM   2551  O5'   C Y  48      30.156   7.421  50.384  1.00 36.98           O  \\nATOM   2552  C5'   C Y  48      29.629   8.553  49.704  1.00 35.61           C  \\nATOM   2553  C4'   C Y  48      28.316   8.965  50.334  1.00 34.89           C  \\nATOM   2554  O4'   C Y  48      27.287   7.998  50.000  1.00 34.72           O  \\nATOM   2555  C3'   C Y  48      28.326   8.969  51.854  1.00 34.30           C  \\nATOM   2556  O3'   C Y  48      28.907  10.166  52.350  1.00 34.34           O  \\nATOM   2557  C2'   C Y  48      26.833   8.876  52.141  1.00 33.76           C  \\nATOM   2558  O2'   C Y  48      26.161  10.096  51.902  1.00 33.39           O  \\nATOM   2559  C1'   C Y  48      26.413   7.838  51.104  1.00 33.18           C  \\nATOM   2560  N1    C Y  48      26.484   6.428  51.603  1.00 32.50           N  \\nATOM   2561  C2    C Y  48      25.403   5.896  52.318  1.00 32.26           C  \\nATOM   2562  O2    C Y  48      24.407   6.599  52.519  1.00 31.87           O  \\nATOM   2563  N3    C Y  48      25.474   4.619  52.769  1.00 32.14           N  \\nATOM   2564  C4    C Y  48      26.563   3.886  52.534  1.00 32.10           C  \\nATOM   2565  N4    C Y  48      26.583   2.630  52.994  1.00 32.14           N  \\nATOM   2566  C5    C Y  48      27.676   4.408  51.809  1.00 31.85           C  \\nATOM   2567  C6    C Y  48      27.595   5.669  51.371  1.00 32.15           C  \\nATOM   2568  P     C Y  49      29.759  10.135  53.705  1.00 34.40           P  \\nATOM   2569  OP1   C Y  49      30.310  11.493  53.912  1.00 34.54           O  \\nATOM   2570  OP2   C Y  49      30.662   8.963  53.647  1.00 34.81           O  \\nATOM   2571  O5'   C Y  49      28.660   9.857  54.832  1.00 33.77           O  \\nATOM   2572  C5'   C Y  49      27.724  10.873  55.165  1.00 33.30           C  \\nATOM   2573  C4'   C Y  49      26.648  10.329  56.085  1.00 32.90           C  \\nATOM   2574  O4'   C Y  49      25.964   9.223  55.444  1.00 32.92           O  \\nATOM   2575  C3'   C Y  49      27.155   9.705  57.372  1.00 32.98           C  \\nATOM   2576  O3'   C Y  49      27.511  10.700  58.320  1.00 33.37           O  \\nATOM   2577  C2'   C Y  49      25.923   8.908  57.783  1.00 32.23           C  \\nATOM   2578  O2'   C Y  49      24.890   9.718  58.306  1.00 30.94           O  \\nATOM   2579  C1'   C Y  49      25.502   8.323  56.437  1.00 32.69           C  \\nATOM   2580  N1    C Y  49      26.078   6.965  56.202  1.00 33.10           N  \\nATOM   2581  C2    C Y  49      25.461   5.854  56.787  1.00 33.30           C  \\nATOM   2582  O2    C Y  49      24.447   6.023  57.473  1.00 33.85           O  \\nATOM   2583  N3    C Y  49      25.991   4.622  56.586  1.00 33.23           N  \\nATOM   2584  C4    C Y  49      27.091   4.484  55.845  1.00 33.34           C  \\nATOM   2585  N4    C Y  49      27.578   3.250  55.676  1.00 32.95           N  \\nATOM   2586  C5    C Y  49      27.741   5.605  55.245  1.00 33.38           C  \\nATOM   2587  C6    C Y  49      27.205   6.814  55.448  1.00 32.92           C  \\nATOM   2588  P     C Y  50      28.713  10.421  59.337  1.00 33.99           P  \\nATOM   2589  OP1   C Y  50      28.954  11.661  60.107  1.00 34.27           O  \\nATOM   2590  OP2   C Y  50      29.821   9.799  58.578  1.00 33.69           O  \\nATOM   2591  O5'   C Y  50      28.095   9.317  60.319  1.00 34.12           O  \\nATOM   2592  C5'   C Y  50      27.057   9.680  61.221  1.00 33.54           C  \\nATOM   2593  C4'   C Y  50      26.335   8.457  61.759  1.00 33.32           C  \\nATOM   2594  O4'   C Y  50      25.977   7.555  60.680  1.00 33.49           O  \\nATOM   2595  C3'   C Y  50      27.140   7.571  62.694  1.00 33.12           C  \\nATOM   2596  O3'   C Y  50      27.230   8.153  63.993  1.00 33.39           O  \\nATOM   2597  C2'   C Y  50      26.258   6.328  62.670  1.00 33.08           C  \\nATOM   2598  O2'   C Y  50      25.051   6.515  63.387  1.00 32.08           O  \\nATOM   2599  C1'   C Y  50      25.957   6.227  61.176  1.00 33.25           C  \\nATOM   2600  N1    C Y  50      26.941   5.395  60.408  1.00 33.26           N  \\nATOM   2601  C2    C Y  50      26.924   4.000  60.538  1.00 33.18           C  \\nATOM   2602  O2    C Y  50      26.095   3.473  61.289  1.00 33.34           O  \\nATOM   2603  N3    C Y  50      27.816   3.257  59.834  1.00 32.71           N  \\nATOM   2604  C4    C Y  50      28.696   3.855  59.031  1.00 33.19           C  \\nATOM   2605  N4    C Y  50      29.559   3.080  58.363  1.00 33.38           N  \\nATOM   2606  C5    C Y  50      28.735   5.275  58.886  1.00 33.14           C  \\nATOM   2607  C6    C Y  50      27.848   5.997  59.583  1.00 33.12           C  \\nATOM   2608  P     G Y  51      28.421   7.730  64.977  1.00 32.81           P  \\nATOM   2609  OP1   G Y  51      28.373   8.622  66.155  1.00 33.60           O  \\nATOM   2610  OP2   G Y  51      29.661   7.638  64.177  1.00 34.02           O  \\nATOM   2611  O5'   G Y  51      28.025   6.246  65.419  1.00 33.54           O  \\nATOM   2612  C5'   G Y  51      27.014   6.011  66.396  1.00 32.92           C  \\nATOM   2613  C4'   G Y  51      26.953   4.532  66.745  1.00 32.22           C  \\nATOM   2614  O4'   G Y  51      26.768   3.751  65.539  1.00 31.94           O  \\nATOM   2615  C3'   G Y  51      28.222   3.962  67.358  1.00 32.71           C  \\nATOM   2616  O3'   G Y  51      28.242   4.224  68.754  1.00 33.11           O  \\nATOM   2617  C2'   G Y  51      28.079   2.473  67.048  1.00 32.62           C  \\nATOM   2618  O2'   G Y  51      27.221   1.803  67.953  1.00 33.14           O  \\nATOM   2619  C1'   G Y  51      27.436   2.505  65.664  1.00 31.82           C  \\nATOM   2620  N9    G Y  51      28.387   2.357  64.563  1.00 31.48           N  \\nATOM   2621  C8    G Y  51      28.903   3.360  63.775  1.00 30.97           C  \\nATOM   2622  N7    G Y  51      29.730   2.929  62.863  1.00 30.73           N  \\nATOM   2623  C5    G Y  51      29.764   1.553  63.051  1.00 30.62           C  \\nATOM   2624  C6    G Y  51      30.489   0.552  62.355  1.00 30.76           C  \\nATOM   2625  O6    G Y  51      31.266   0.691  61.399  1.00 30.80           O  \\nATOM   2626  N1    G Y  51      30.238  -0.719  62.868  1.00 30.21           N  \\nATOM   2627  C2    G Y  51      29.395  -0.988  63.921  1.00 30.44           C  \\nATOM   2628  N2    G Y  51      29.278  -2.277  64.279  1.00 30.70           N  \\nATOM   2629  N3    G Y  51      28.712  -0.060  64.581  1.00 30.37           N  \\nATOM   2630  C4    G Y  51      28.945   1.185  64.096  1.00 30.86           C  \\nATOM   2631  P     U Y  52      29.596   4.699  69.461  1.00 34.24           P  \\nATOM   2632  OP1   U Y  52      30.253   5.700  68.590  1.00 33.73           O  \\nATOM   2633  OP2   U Y  52      30.332   3.487  69.883  1.00 33.95           O  \\nATOM   2634  O5'   U Y  52      29.060   5.426  70.781  1.00 36.06           O  \\nATOM   2635  C5'   U Y  52      28.446   6.709  70.699  1.00 38.68           C  \\nATOM   2636  C4'   U Y  52      27.670   7.022  71.967  1.00 40.91           C  \\nATOM   2637  O4'   U Y  52      26.443   6.249  71.994  1.00 41.19           O  \\nATOM   2638  C3'   U Y  52      28.390   6.707  73.273  1.00 42.29           C  \\nATOM   2639  O3'   U Y  52      28.033   7.665  74.268  1.00 43.94           O  \\nATOM   2640  C2'   U Y  52      27.878   5.310  73.616  1.00 42.40           C  \\nATOM   2641  O2'   U Y  52      27.884   5.053  75.007  1.00 42.57           O  \\nATOM   2642  C1'   U Y  52      26.448   5.353  73.089  1.00 42.65           C  \\nATOM   2643  N1    U Y  52      25.948   4.038  72.597  1.00 43.24           N  \\nATOM   2644  C2    U Y  52      25.152   3.255  73.411  1.00 43.71           C  \\nATOM   2645  O2    U Y  52      24.827   3.577  74.541  1.00 43.58           O  \\nATOM   2646  N3    U Y  52      24.745   2.069  72.848  1.00 43.87           N  \\nATOM   2647  C4    U Y  52      25.047   1.599  71.582  1.00 44.19           C  \\nATOM   2648  O4    U Y  52      24.613   0.512  71.209  1.00 44.08           O  \\nATOM   2649  C5    U Y  52      25.880   2.472  70.795  1.00 44.06           C  \\nATOM   2650  C6    U Y  52      26.287   3.632  71.322  1.00 43.79           C  \\nATOM   2651  P     A Y  53      28.681   9.131  74.248  1.00 45.10           P  \\nATOM   2652  OP1   A Y  53      29.869   9.096  73.365  1.00 45.00           O  \\nATOM   2653  OP2   A Y  53      28.814   9.580  75.653  1.00 44.94           O  \\nATOM   2654  O5'   A Y  53      27.562  10.035  73.550  1.00 44.89           O  \\nATOM   2655  C5'   A Y  53      26.204   9.959  73.965  1.00 45.47           C  \\nATOM   2656  C4'   A Y  53      25.293  10.209  72.779  1.00 45.78           C  \\nATOM   2657  O4'   A Y  53      25.275   9.037  71.934  1.00 45.21           O  \\nATOM   2658  C3'   A Y  53      23.832  10.491  73.120  1.00 46.60           C  \\nATOM   2659  O3'   A Y  53      23.557  11.873  72.928  1.00 48.44           O  \\nATOM   2660  C2'   A Y  53      23.023   9.625  72.150  1.00 45.60           C  \\nATOM   2661  O2'   A Y  53      22.059  10.373  71.433  1.00 46.06           O  \\nATOM   2662  C1'   A Y  53      24.076   9.068  71.196  1.00 44.33           C  \\nATOM   2663  N9    A Y  53      23.790   7.721  70.710  1.00 43.22           N  \\nATOM   2664  C8    A Y  53      23.966   7.258  69.436  1.00 42.59           C  \\nATOM   2665  N7    A Y  53      23.622   6.004  69.274  1.00 41.88           N  \\nATOM   2666  C5    A Y  53      23.188   5.616  70.530  1.00 42.23           C  \\nATOM   2667  C6    A Y  53      22.691   4.394  71.024  1.00 42.27           C  \\nATOM   2668  N6    A Y  53      22.546   3.301  70.267  1.00 42.65           N  \\nATOM   2669  N1    A Y  53      22.349   4.339  72.329  1.00 42.55           N  \\nATOM   2670  C2    A Y  53      22.498   5.436  73.082  1.00 42.40           C  \\nATOM   2671  N3    A Y  53      22.956   6.636  72.731  1.00 42.35           N  \\nATOM   2672  C4    A Y  53      23.287   6.661  71.430  1.00 42.59           C  \\nATOM   2673  P     U Y  54      22.980  12.752  74.135  1.00 49.69           P  \\nATOM   2674  OP1   U Y  54      24.098  13.042  75.060  1.00 49.68           O  \\nATOM   2675  OP2   U Y  54      21.756  12.089  74.637  1.00 49.76           O  \\nATOM   2676  O5'   U Y  54      22.545  14.105  73.403  1.00 50.90           O  \\nATOM   2677  C5'   U Y  54      21.631  14.061  72.311  1.00 52.89           C  \\nATOM   2678  C4'   U Y  54      21.749  15.305  71.446  1.00 54.11           C  \\nATOM   2679  O4'   U Y  54      21.640  16.493  72.275  1.00 54.19           O  \\nATOM   2680  C3'   U Y  54      23.061  15.438  70.679  1.00 54.88           C  \\nATOM   2681  O3'   U Y  54      22.800  15.963  69.379  1.00 56.18           O  \\nATOM   2682  C2'   U Y  54      23.864  16.407  71.545  1.00 54.63           C  \\nATOM   2683  O2'   U Y  54      24.816  17.149  70.807  1.00 54.57           O  \\nATOM   2684  C1'   U Y  54      22.765  17.323  72.072  1.00 54.30           C  \\nATOM   2685  N1    U Y  54      23.094  17.995  73.366  1.00 54.29           N  \\nATOM   2686  C2    U Y  54      23.299  19.360  73.388  1.00 54.23           C  \\nATOM   2687  O2    U Y  54      23.233  20.065  72.397  1.00 54.43           O  \\nATOM   2688  N3    U Y  54      23.591  19.880  74.625  1.00 54.10           N  \\nATOM   2689  C4    U Y  54      23.694  19.188  75.818  1.00 53.95           C  \\nATOM   2690  O4    U Y  54      23.963  19.792  76.850  1.00 54.03           O  \\nATOM   2691  C5    U Y  54      23.466  17.769  75.715  1.00 53.98           C  \\nATOM   2692  C6    U Y  54      23.180  17.239  74.519  1.00 54.12           C  \\nATOM   2693  P     C Y  55      23.652  15.474  68.113  1.00 57.20           P  \\nATOM   2694  OP1   C Y  55      24.341  14.215  68.477  1.00 57.14           O  \\nATOM   2695  OP2   C Y  55      24.442  16.633  67.633  1.00 57.14           O  \\nATOM   2696  O5'   C Y  55      22.527  15.150  67.019  1.00 56.71           O  \\nATOM   2697  C5'   C Y  55      22.562  15.790  65.745  1.00 56.03           C  \\nATOM   2698  C4'   C Y  55      22.609  14.780  64.609  1.00 55.03           C  \\nATOM   2699  O4'   C Y  55      23.182  15.408  63.430  1.00 55.87           O  \\nATOM   2700  C3'   C Y  55      23.459  13.538  64.865  1.00 53.79           C  \\nATOM   2701  O3'   C Y  55      22.970  12.441  64.104  1.00 50.08           O  \\nATOM   2702  C2'   C Y  55      24.802  13.974  64.291  1.00 55.11           C  \\nATOM   2703  O2'   C Y  55      25.633  12.878  63.960  1.00 55.54           O  \\nATOM   2704  C1'   C Y  55      24.305  14.653  63.020  1.00 56.37           C  \\nATOM   2705  N1    C Y  55      25.314  15.529  62.341  1.00 57.48           N  \\nATOM   2706  C2    C Y  55      25.777  16.707  62.949  1.00 57.92           C  \\nATOM   2707  O2    C Y  55      25.344  17.039  64.061  1.00 58.38           O  \\nATOM   2708  N3    C Y  55      26.694  17.463  62.293  1.00 57.87           N  \\nATOM   2709  C4    C Y  55      27.146  17.084  61.095  1.00 57.84           C  \\nATOM   2710  N4    C Y  55      28.051  17.863  60.493  1.00 57.47           N  \\nATOM   2711  C5    C Y  55      26.691  15.890  60.462  1.00 57.83           C  \\nATOM   2712  C6    C Y  55      25.786  15.152  61.115  1.00 57.68           C  \\nATOM   2713  P     A Y  56      21.697  11.566  64.528  1.00 46.57           P  \\nATOM   2714  OP1   A Y  56      20.616  12.461  64.999  1.00 46.55           O  \\nATOM   2715  OP2   A Y  56      22.171  10.453  65.382  1.00 46.74           O  \\nATOM   2716  O5'   A Y  56      21.284  10.962  63.106  1.00 43.07           O  \\nATOM   2717  C5'   A Y  56      21.986  11.403  61.947  1.00 37.16           C  \\nATOM   2718  C4'   A Y  56      22.319  10.242  61.026  1.00 33.12           C  \\nATOM   2719  O4'   A Y  56      23.031   9.211  61.754  1.00 30.81           O  \\nATOM   2720  C3'   A Y  56      21.112   9.522  60.450  1.00 31.09           C  \\nATOM   2721  O3'   A Y  56      20.614  10.222  59.317  1.00 30.37           O  \\nATOM   2722  C2'   A Y  56      21.726   8.177  60.082  1.00 29.70           C  \\nATOM   2723  O2'   A Y  56      22.516   8.238  58.911  1.00 29.15           O  \\nATOM   2724  C1'   A Y  56      22.618   7.937  61.294  1.00 29.53           C  \\nATOM   2725  N9    A Y  56      21.957   7.233  62.390  1.00 29.01           N  \\nATOM   2726  C8    A Y  56      21.582   7.755  63.596  1.00 28.44           C  \\nATOM   2727  N7    A Y  56      21.009   6.885  64.392  1.00 28.78           N  \\nATOM   2728  C5    A Y  56      21.011   5.709  63.661  1.00 28.49           C  \\nATOM   2729  C6    A Y  56      20.545   4.410  63.947  1.00 28.38           C  \\nATOM   2730  N6    A Y  56      19.966   4.073  65.104  1.00 27.83           N  \\nATOM   2731  N1    A Y  56      20.703   3.464  62.996  1.00 28.26           N  \\nATOM   2732  C2    A Y  56      21.288   3.803  61.841  1.00 28.36           C  \\nATOM   2733  N3    A Y  56      21.764   4.987  61.459  1.00 28.69           N  \\nATOM   2734  C4    A Y  56      21.591   5.906  62.423  1.00 28.44           C  \\nATOM   2735  P     C Y  57      19.150  10.865  59.348  1.00 30.27           P  \\nATOM   2736  OP1   C Y  57      18.869  11.415  58.003  1.00 30.22           O  \\nATOM   2737  OP2   C Y  57      19.053  11.739  60.537  1.00 31.63           O  \\nATOM   2738  O5'   C Y  57      18.198   9.607  59.606  1.00 29.70           O  \\nATOM   2739  C5'   C Y  57      18.262   8.474  58.749  1.00 28.86           C  \\nATOM   2740  C4'   C Y  57      17.814   7.227  59.487  1.00 28.54           C  \\nATOM   2741  O4'   C Y  57      18.696   6.966  60.610  1.00 27.66           O  \\nATOM   2742  C3'   C Y  57      16.443   7.317  60.138  1.00 28.27           C  \\nATOM   2743  O3'   C Y  57      15.404   7.134  59.186  1.00 29.70           O  \\nATOM   2744  C2'   C Y  57      16.542   6.151  61.112  1.00 27.76           C  \\nATOM   2745  O2'   C Y  57      16.441   4.901  60.459  1.00 26.65           O  \\nATOM   2746  C1'   C Y  57      17.954   6.359  61.654  1.00 27.13           C  \\nATOM   2747  N1    C Y  57      17.994   7.234  62.870  1.00 26.98           N  \\nATOM   2748  C2    C Y  57      17.687   6.686  64.119  1.00 26.90           C  \\nATOM   2749  O2    C Y  57      17.393   5.489  64.191  1.00 27.38           O  \\nATOM   2750  N3    C Y  57      17.718   7.481  65.218  1.00 26.61           N  \\nATOM   2751  C4    C Y  57      18.039   8.769  65.100  1.00 26.68           C  \\nATOM   2752  N4    C Y  57      18.058   9.510  66.213  1.00 26.54           N  \\nATOM   2753  C5    C Y  57      18.350   9.353  63.836  1.00 26.43           C  \\nATOM   2754  C6    C Y  57      18.312   8.558  62.760  1.00 26.88           C  \\nATOM   2755  P     C Y  58      14.035   7.949  59.342  1.00 30.52           P  \\nATOM   2756  OP1   C Y  58      13.403   8.028  58.005  1.00 30.44           O  \\nATOM   2757  OP2   C Y  58      14.321   9.190  60.092  1.00 30.80           O  \\nATOM   2758  O5'   C Y  58      13.159   7.011  60.296  1.00 31.08           O  \\nATOM   2759  C5'   C Y  58      12.959   5.636  59.985  1.00 31.47           C  \\nATOM   2760  C4'   C Y  58      12.648   4.848  61.245  1.00 32.01           C  \\nATOM   2761  O4'   C Y  58      13.730   5.024  62.194  1.00 31.75           O  \\nATOM   2762  C3'   C Y  58      11.398   5.277  62.004  1.00 32.58           C  \\nATOM   2763  O3'   C Y  58      10.259   4.616  61.464  1.00 33.72           O  \\nATOM   2764  C2'   C Y  58      11.715   4.772  63.408  1.00 32.30           C  \\nATOM   2765  O2'   C Y  58      11.451   3.390  63.551  1.00 33.10           O  \\nATOM   2766  C1'   C Y  58      13.219   5.007  63.513  1.00 31.61           C  \\nATOM   2767  N1    C Y  58      13.604   6.276  64.199  1.00 31.46           N  \\nATOM   2768  C2    C Y  58      13.532   6.359  65.595  1.00 31.42           C  \\nATOM   2769  O2    C Y  58      13.142   5.378  66.241  1.00 31.92           O  \\nATOM   2770  N3    C Y  58      13.894   7.516  66.203  1.00 30.78           N  \\nATOM   2771  C4    C Y  58      14.310   8.554  65.476  1.00 30.48           C  \\nATOM   2772  N4    C Y  58      14.655   9.671  66.124  1.00 30.30           N  \\nATOM   2773  C5    C Y  58      14.391   8.491  64.053  1.00 30.69           C  \\nATOM   2774  C6    C Y  58      14.033   7.345  63.463  1.00 30.73           C  \\nATOM   2775  P     U Y  59       8.782   5.225  61.595  1.00 34.46           P  \\nATOM   2776  OP1   U Y  59       7.882   4.346  60.816  1.00 34.74           O  \\nATOM   2777  OP2   U Y  59       8.840   6.672  61.290  1.00 34.54           O  \\nATOM   2778  O5'   U Y  59       8.453   5.077  63.154  1.00 34.45           O  \\nATOM   2779  C5'   U Y  59       8.136   3.807  63.716  1.00 35.42           C  \\nATOM   2780  C4'   U Y  59       7.902   3.948  65.210  1.00 35.58           C  \\nATOM   2781  O4'   U Y  59       9.093   4.499  65.822  1.00 35.38           O  \\nATOM   2782  C3'   U Y  59       6.783   4.910  65.584  1.00 35.85           C  \\nATOM   2783  O3'   U Y  59       5.551   4.207  65.680  1.00 36.38           O  \\nATOM   2784  C2'   U Y  59       7.218   5.452  66.944  1.00 35.66           C  \\nATOM   2785  O2'   U Y  59       6.741   4.669  68.020  1.00 36.07           O  \\nATOM   2786  C1'   U Y  59       8.740   5.365  66.884  1.00 34.98           C  \\nATOM   2787  N1    U Y  59       9.435   6.673  66.693  1.00 33.95           N  \\nATOM   2788  C2    U Y  59       9.472   7.578  67.734  1.00 33.96           C  \\nATOM   2789  O2    U Y  59       8.948   7.377  68.816  1.00 33.60           O  \\nATOM   2790  N3    U Y  59      10.151   8.741  67.462  1.00 33.45           N  \\nATOM   2791  C4    U Y  59      10.788   9.077  66.282  1.00 33.60           C  \\nATOM   2792  O4    U Y  59      11.361  10.157  66.187  1.00 33.77           O  \\nATOM   2793  C5    U Y  59      10.707   8.081  65.245  1.00 33.54           C  \\nATOM   2794  C6    U Y  59      10.051   6.942  65.488  1.00 33.83           C  \\nATOM   2795  P     G Y  60       4.267   4.742  64.892  1.00 36.51           P  \\nATOM   2796  OP1   G Y  60       3.249   3.668  64.901  1.00 36.86           O  \\nATOM   2797  OP2   G Y  60       4.731   5.316  63.610  1.00 35.75           O  \\nATOM   2798  O5'   G Y  60       3.748   5.939  65.819  1.00 36.63           O  \\nATOM   2799  C5'   G Y  60       3.217   5.645  67.103  1.00 36.90           C  \\nATOM   2800  C4'   G Y  60       3.283   6.861  68.008  1.00 37.29           C  \\nATOM   2801  O4'   G Y  60       4.666   7.227  68.232  1.00 36.66           O  \\nATOM   2802  C3'   G Y  60       2.629   8.116  67.450  1.00 37.54           C  \\nATOM   2803  O3'   G Y  60       1.244   8.113  67.774  1.00 39.32           O  \\nATOM   2804  C2'   G Y  60       3.374   9.213  68.207  1.00 36.79           C  \\nATOM   2805  O2'   G Y  60       2.838   9.446  69.496  1.00 35.65           O  \\nATOM   2806  C1'   G Y  60       4.781   8.632  68.331  1.00 35.73           C  \\nATOM   2807  N9    G Y  60       5.697   9.101  67.294  1.00 35.51           N  \\nATOM   2808  C8    G Y  60       5.851   8.581  66.032  1.00 35.06           C  \\nATOM   2809  N7    G Y  60       6.746   9.207  65.319  1.00 34.75           N  \\nATOM   2810  C5    G Y  60       7.213  10.207  66.162  1.00 34.58           C  \\nATOM   2811  C6    G Y  60       8.195  11.200  65.938  1.00 34.26           C  \\nATOM   2812  O6    G Y  60       8.860  11.394  64.913  1.00 33.65           O  \\nATOM   2813  N1    G Y  60       8.375  12.017  67.052  1.00 34.27           N  \\nATOM   2814  C2    G Y  60       7.690  11.885  68.235  1.00 34.50           C  \\nATOM   2815  N2    G Y  60       7.997  12.765  69.198  1.00 34.74           N  \\nATOM   2816  N3    G Y  60       6.767  10.956  68.459  1.00 34.62           N  \\nATOM   2817  C4    G Y  60       6.580  10.155  67.382  1.00 34.84           C  \\nATOM   2818  P     A Y  61       0.103   8.025  66.652  1.00 40.31           P  \\nATOM   2819  OP1   A Y  61      -0.565   9.346  66.589  1.00 40.43           O  \\nATOM   2820  OP2   A Y  61      -0.689   6.808  66.941  1.00 40.76           O  \\nATOM   2821  O5'   A Y  61       0.884   7.782  65.278  1.00 40.81           O  \\nATOM   2822  C5'   A Y  61       0.155   7.406  64.107  1.00 41.41           C  \\nATOM   2823  C4'   A Y  61       0.852   7.851  62.830  1.00 41.87           C  \\nATOM   2824  O4'   A Y  61       1.234   9.248  62.935  1.00 42.16           O  \\nATOM   2825  C3'   A Y  61       2.136   7.104  62.491  1.00 42.39           C  \\nATOM   2826  O3'   A Y  61       2.339   7.074  61.079  1.00 43.35           O  \\nATOM   2827  C2'   A Y  61       3.191   7.966  63.176  1.00 41.71           C  \\nATOM   2828  O2'   A Y  61       4.475   7.810  62.604  1.00 40.55           O  \\nATOM   2829  C1'   A Y  61       2.645   9.361  62.893  1.00 41.14           C  \\nATOM   2830  N9    A Y  61       3.060  10.359  63.875  1.00 41.03           N  \\nATOM   2831  C8    A Y  61       2.413  10.699  65.031  1.00 40.84           C  \\nATOM   2832  N7    A Y  61       3.020  11.634  65.722  1.00 40.72           N  \\nATOM   2833  C5    A Y  61       4.143  11.929  64.966  1.00 40.89           C  \\nATOM   2834  C6    A Y  61       5.201  12.841  65.152  1.00 40.65           C  \\nATOM   2835  N6    A Y  61       5.294  13.656  66.208  1.00 40.26           N  \\nATOM   2836  N1    A Y  61       6.163  12.884  64.206  1.00 40.58           N  \\nATOM   2837  C2    A Y  61       6.071  12.065  63.151  1.00 40.56           C  \\nATOM   2838  N3    A Y  61       5.127  11.170  62.868  1.00 40.78           N  \\nATOM   2839  C4    A Y  61       4.184  11.150  63.825  1.00 41.00           C  \\nATOM   2840  P     U Y  62       1.524   6.048  60.159  1.00 43.91           P  \\nATOM   2841  OP1   U Y  62       0.942   5.008  61.037  1.00 43.70           O  \\nATOM   2842  OP2   U Y  62       2.392   5.653  59.024  1.00 43.95           O  \\nATOM   2843  O5'   U Y  62       0.349   6.964  59.582  1.00 43.85           O  \\nATOM   2844  C5'   U Y  62       0.656   8.144  58.848  1.00 43.75           C  \\nATOM   2845  C4'   U Y  62      -0.616   8.887  58.480  1.00 43.72           C  \\nATOM   2846  O4'   U Y  62      -1.464   8.028  57.675  1.00 43.97           O  \\nATOM   2847  C3'   U Y  62      -1.468   9.324  59.666  1.00 43.63           C  \\nATOM   2848  O3'   U Y  62      -2.118  10.555  59.380  1.00 43.18           O  \\nATOM   2849  C2'   U Y  62      -2.486   8.195  59.782  1.00 43.88           C  \\nATOM   2850  O2'   U Y  62      -3.695   8.615  60.387  1.00 43.98           O  \\nATOM   2851  C1'   U Y  62      -2.715   7.856  58.314  1.00 43.97           C  \\nATOM   2852  N1    U Y  62      -3.181   6.455  58.100  1.00 44.13           N  \\nATOM   2853  C2    U Y  62      -4.535   6.203  58.009  1.00 43.95           C  \\nATOM   2854  O2    U Y  62      -5.386   7.071  58.088  1.00 43.96           O  \\nATOM   2855  N3    U Y  62      -4.862   4.884  57.816  1.00 43.94           N  \\nATOM   2856  C4    U Y  62      -3.993   3.813  57.712  1.00 43.89           C  \\nATOM   2857  O4    U Y  62      -4.442   2.683  57.540  1.00 43.71           O  \\nATOM   2858  C5    U Y  62      -2.597   4.155  57.819  1.00 44.17           C  \\nATOM   2859  C6    U Y  62      -2.252   5.436  58.006  1.00 44.12           C  \\nATOM   2860  P     C Y  63      -1.434  11.960  59.727  1.00 42.24           P  \\nATOM   2861  OP1   C Y  63      -2.518  12.967  59.765  1.00 42.77           O  \\nATOM   2862  OP2   C Y  63      -0.290  12.150  58.808  1.00 41.91           O  \\nATOM   2863  O5'   C Y  63      -0.855  11.765  61.208  1.00 41.18           O  \\nATOM   2864  C5'   C Y  63      -1.736  11.701  62.328  1.00 39.29           C  \\nATOM   2865  C4'   C Y  63      -1.374  12.721  63.394  1.00 37.97           C  \\nATOM   2866  O4'   C Y  63      -0.019  12.509  63.866  1.00 37.86           O  \\nATOM   2867  C3'   C Y  63      -1.359  14.172  62.941  1.00 37.18           C  \\nATOM   2868  O3'   C Y  63      -2.677  14.696  62.862  1.00 36.38           O  \\nATOM   2869  C2'   C Y  63      -0.551  14.805  64.068  1.00 36.63           C  \\nATOM   2870  O2'   C Y  63      -1.300  14.972  65.254  1.00 36.17           O  \\nATOM   2871  C1'   C Y  63       0.532  13.749  64.279  1.00 37.04           C  \\nATOM   2872  N1    C Y  63       1.785  14.036  63.506  1.00 36.61           N  \\nATOM   2873  C2    C Y  63       2.664  15.026  63.965  1.00 36.85           C  \\nATOM   2874  O2    C Y  63       2.395  15.646  65.004  1.00 37.43           O  \\nATOM   2875  N3    C Y  63       3.791  15.286  63.257  1.00 36.79           N  \\nATOM   2876  C4    C Y  63       4.053  14.601  62.142  1.00 36.40           C  \\nATOM   2877  N4    C Y  63       5.180  14.895  61.486  1.00 36.32           N  \\nATOM   2878  C5    C Y  63       3.172  13.589  61.656  1.00 36.48           C  \\nATOM   2879  C6    C Y  63       2.061  13.342  62.362  1.00 36.57           C  \\nATOM   2880  P     U Y  64      -2.988  15.885  61.836  1.00 35.97           P  \\nATOM   2881  OP1   U Y  64      -4.458  16.033  61.749  1.00 35.23           O  \\nATOM   2882  OP2   U Y  64      -2.202  15.647  60.604  1.00 35.36           O  \\nATOM   2883  O5'   U Y  64      -2.365  17.171  62.562  1.00 35.56           O  \\nATOM   2884  C5'   U Y  64      -2.877  17.622  63.813  1.00 34.83           C  \\nATOM   2885  C4'   U Y  64      -2.036  18.764  64.357  1.00 34.13           C  \\nATOM   2886  O4'   U Y  64      -0.701  18.289  64.671  1.00 33.60           O  \\nATOM   2887  C3'   U Y  64      -1.792  19.910  63.387  1.00 33.92           C  \\nATOM   2888  O3'   U Y  64      -2.896  20.803  63.371  1.00 33.79           O  \\nATOM   2889  C2'   U Y  64      -0.559  20.554  64.006  1.00 33.63           C  \\nATOM   2890  O2'   U Y  64      -0.871  21.329  65.148  1.00 33.92           O  \\nATOM   2891  C1'   U Y  64       0.239  19.319  64.411  1.00 33.65           C  \\nATOM   2892  N1    U Y  64       1.201  18.862  63.359  1.00 33.83           N  \\nATOM   2893  C2    U Y  64       2.374  19.565  63.169  1.00 33.67           C  \\nATOM   2894  O2    U Y  64       2.670  20.554  63.818  1.00 33.49           O  \\nATOM   2895  N3    U Y  64       3.195  19.067  62.185  1.00 33.21           N  \\nATOM   2896  C4    U Y  64       2.966  17.958  61.389  1.00 33.53           C  \\nATOM   2897  O4    U Y  64       3.795  17.626  60.544  1.00 33.48           O  \\nATOM   2898  C5    U Y  64       1.720  17.281  61.645  1.00 33.65           C  \\nATOM   2899  C6    U Y  64       0.907  17.746  62.600  1.00 33.57           C  \\nATOM   2900  P     G Y  65      -3.291  21.556  62.013  1.00 34.08           P  \\nATOM   2901  OP1   G Y  65      -4.584  22.237  62.245  1.00 33.23           O  \\nATOM   2902  OP2   G Y  65      -3.144  20.595  60.897  1.00 33.51           O  \\nATOM   2903  O5'   G Y  65      -2.143  22.659  61.847  1.00 33.58           O  \\nATOM   2904  C5'   G Y  65      -2.162  23.842  62.635  1.00 32.34           C  \\nATOM   2905  C4'   G Y  65      -0.894  24.648  62.424  1.00 31.79           C  \\nATOM   2906  O4'   G Y  65       0.265  23.871  62.826  1.00 31.90           O  \\nATOM   2907  C3'   G Y  65      -0.575  25.008  60.982  1.00 31.78           C  \\nATOM   2908  O3'   G Y  65      -1.368  26.099  60.533  1.00 32.54           O  \\nATOM   2909  C2'   G Y  65       0.890  25.394  61.137  1.00 31.42           C  \\nATOM   2910  O2'   G Y  65       1.055  26.647  61.774  1.00 31.15           O  \\nATOM   2911  C1'   G Y  65       1.379  24.262  62.038  1.00 30.55           C  \\nATOM   2912  N9    G Y  65       1.851  23.122  61.257  1.00 29.74           N  \\nATOM   2913  C8    G Y  65       1.192  21.937  61.031  1.00 29.10           C  \\nATOM   2914  N7    G Y  65       1.857  21.111  60.271  1.00 29.13           N  \\nATOM   2915  C5    G Y  65       3.030  21.791  59.967  1.00 28.85           C  \\nATOM   2916  C6    G Y  65       4.139  21.394  59.179  1.00 28.23           C  \\nATOM   2917  O6    G Y  65       4.309  20.330  58.569  1.00 28.64           O  \\nATOM   2918  N1    G Y  65       5.117  22.384  59.129  1.00 27.86           N  \\nATOM   2919  C2    G Y  65       5.033  23.604  59.758  1.00 27.96           C  \\nATOM   2920  N2    G Y  65       6.079  24.427  59.590  1.00 28.19           N  \\nATOM   2921  N3    G Y  65       4.002  23.986  60.501  1.00 27.58           N  \\nATOM   2922  C4    G Y  65       3.040  23.033  60.563  1.00 28.66           C  \\nATOM   2923  P     G Y  66      -1.713  26.259  58.976  1.00 33.23           P  \\nATOM   2924  OP1   G Y  66      -2.650  27.397  58.843  1.00 32.75           O  \\nATOM   2925  OP2   G Y  66      -2.089  24.926  58.451  1.00 33.26           O  \\nATOM   2926  O5'   G Y  66      -0.311  26.656  58.313  1.00 32.51           O  \\nATOM   2927  C5'   G Y  66       0.301  27.908  58.600  1.00 32.22           C  \\nATOM   2928  C4'   G Y  66       1.720  27.958  58.058  1.00 32.31           C  \\nATOM   2929  O4'   G Y  66       2.507  26.867  58.605  1.00 32.11           O  \\nATOM   2930  C3'   G Y  66       1.867  27.758  56.558  1.00 32.56           C  \\nATOM   2931  O3'   G Y  66       1.522  28.934  55.838  1.00 32.81           O  \\nATOM   2932  C2'   G Y  66       3.359  27.454  56.488  1.00 32.22           C  \\nATOM   2933  O2'   G Y  66       4.154  28.601  56.715  1.00 32.44           O  \\nATOM   2934  C1'   G Y  66       3.493  26.488  57.661  1.00 31.02           C  \\nATOM   2935  N9    G Y  66       3.266  25.099  57.271  1.00 30.72           N  \\nATOM   2936  C8    G Y  66       2.166  24.324  57.551  1.00 29.86           C  \\nATOM   2937  N7    G Y  66       2.243  23.119  57.060  1.00 29.63           N  \\nATOM   2938  C5    G Y  66       3.470  23.093  56.410  1.00 29.42           C  \\nATOM   2939  C6    G Y  66       4.103  22.046  55.697  1.00 29.10           C  \\nATOM   2940  O6    G Y  66       3.683  20.899  55.488  1.00 29.13           O  \\nATOM   2941  N1    G Y  66       5.344  22.437  55.199  1.00 28.54           N  \\nATOM   2942  C2    G Y  66       5.903  23.682  55.370  1.00 28.81           C  \\nATOM   2943  N2    G Y  66       7.108  23.875  54.812  1.00 28.35           N  \\nATOM   2944  N3    G Y  66       5.321  24.671  56.037  1.00 28.96           N  \\nATOM   2945  C4    G Y  66       4.112  24.305  56.529  1.00 29.38           C  \\nATOM   2946  P     A Y  67       0.900  28.816  54.367  1.00 33.59           P  \\nATOM   2947  OP1   A Y  67       0.427  30.160  53.968  1.00 33.17           O  \\nATOM   2948  OP2   A Y  67      -0.033  27.665  54.354  1.00 33.40           O  \\nATOM   2949  O5'   A Y  67       2.159  28.424  53.460  1.00 32.91           O  \\nATOM   2950  C5'   A Y  67       3.233  29.341  53.285  1.00 31.97           C  \\nATOM   2951  C4'   A Y  67       4.416  28.662  52.617  1.00 31.25           C  \\nATOM   2952  O4'   A Y  67       4.839  27.507  53.386  1.00 30.94           O  \\nATOM   2953  C3'   A Y  67       4.143  28.075  51.243  1.00 30.82           C  \\nATOM   2954  O3'   A Y  67       4.127  29.091  50.249  1.00 30.43           O  \\nATOM   2955  C2'   A Y  67       5.347  27.150  51.107  1.00 30.87           C  \\nATOM   2956  O2'   A Y  67       6.544  27.854  50.841  1.00 31.14           O  \\nATOM   2957  C1'   A Y  67       5.393  26.543  52.505  1.00 30.83           C  \\nATOM   2958  N9    A Y  67       4.623  25.306  52.608  1.00 30.35           N  \\nATOM   2959  C8    A Y  67       3.403  25.142  53.205  1.00 30.20           C  \\nATOM   2960  N7    A Y  67       2.943  23.915  53.140  1.00 30.16           N  \\nATOM   2961  C5    A Y  67       3.927  23.228  52.450  1.00 30.32           C  \\nATOM   2962  C6    A Y  67       4.042  21.881  52.056  1.00 30.37           C  \\nATOM   2963  N6    A Y  67       3.111  20.958  52.316  1.00 30.60           N  \\nATOM   2964  N1    A Y  67       5.152  21.520  51.379  1.00 30.31           N  \\nATOM   2965  C2    A Y  67       6.080  22.450  51.119  1.00 30.25           C  \\nATOM   2966  N3    A Y  67       6.086  23.742  51.440  1.00 30.47           N  \\nATOM   2967  C4    A Y  67       4.969  24.071  52.110  1.00 30.25           C  \\nATOM   2968  P     U Y  68       3.196  28.925  48.957  1.00 30.05           P  \\nATOM   2969  OP1   U Y  68       3.452  30.077  48.064  1.00 30.05           O  \\nATOM   2970  OP2   U Y  68       1.818  28.632  49.412  1.00 29.80           O  \\nATOM   2971  O5'   U Y  68       3.762  27.598  48.266  1.00 29.58           O  \\nATOM   2972  C5'   U Y  68       5.011  27.615  47.591  1.00 28.98           C  \\nATOM   2973  C4'   U Y  68       5.389  26.210  47.165  1.00 28.65           C  \\nATOM   2974  O4'   U Y  68       5.314  25.308  48.299  1.00 28.41           O  \\nATOM   2975  C3'   U Y  68       4.451  25.589  46.146  1.00 28.48           C  \\nATOM   2976  O3'   U Y  68       4.785  26.032  44.841  1.00 29.01           O  \\nATOM   2977  C2'   U Y  68       4.756  24.109  46.334  1.00 28.28           C  \\nATOM   2978  O2'   U Y  68       5.938  23.719  45.664  1.00 28.65           O  \\nATOM   2979  C1'   U Y  68       4.937  24.018  47.849  1.00 27.64           C  \\nATOM   2980  N1    U Y  68       3.697  23.577  48.564  1.00 26.87           N  \\nATOM   2981  C2    U Y  68       3.458  22.225  48.714  1.00 26.52           C  \\nATOM   2982  O2    U Y  68       4.215  21.364  48.306  1.00 25.32           O  \\nATOM   2983  N3    U Y  68       2.296  21.909  49.374  1.00 26.03           N  \\nATOM   2984  C4    U Y  68       1.360  22.791  49.882  1.00 26.65           C  \\nATOM   2985  O4    U Y  68       0.363  22.353  50.447  1.00 26.62           O  \\nATOM   2986  C5    U Y  68       1.672  24.185  49.683  1.00 26.45           C  \\nATOM   2987  C6    U Y  68       2.803  24.516  49.045  1.00 26.80           C  \\nATOM   2988  P     A Y  69       3.629  26.267  43.763  1.00 28.93           P  \\nATOM   2989  OP1   A Y  69       4.246  26.903  42.579  1.00 29.16           O  \\nATOM   2990  OP2   A Y  69       2.492  26.925  44.447  1.00 28.86           O  \\nATOM   2991  O5'   A Y  69       3.180  24.779  43.378  1.00 28.95           O  \\nATOM   2992  C5'   A Y  69       2.102  24.576  42.469  1.00 28.88           C  \\nATOM   2993  C4'   A Y  69       1.837  23.096  42.260  1.00 28.70           C  \\nATOM   2994  O4'   A Y  69       2.749  22.581  41.256  1.00 28.56           O  \\nATOM   2995  C3'   A Y  69       2.045  22.230  43.495  1.00 28.64           C  \\nATOM   2996  O3'   A Y  69       0.816  22.104  44.215  1.00 28.94           O  \\nATOM   2997  C2'   A Y  69       2.499  20.899  42.901  1.00 28.61           C  \\nATOM   2998  O2'   A Y  69       1.410  20.089  42.502  1.00 28.38           O  \\nATOM   2999  C1'   A Y  69       3.279  21.335  41.666  1.00 28.10           C  \\nATOM   3000  N9    A Y  69       4.726  21.475  41.833  1.00 27.85           N  \\nATOM   3001  C8    A Y  69       5.436  22.643  41.862  1.00 27.63           C  \\nATOM   3002  N7    A Y  69       6.730  22.477  41.996  1.00 27.58           N  \\nATOM   3003  C5    A Y  69       6.886  21.102  42.043  1.00 27.63           C  \\nATOM   3004  C6    A Y  69       8.025  20.280  42.176  1.00 27.72           C  \\nATOM   3005  N6    A Y  69       9.270  20.757  42.284  1.00 27.46           N  \\nATOM   3006  N1    A Y  69       7.835  18.944  42.192  1.00 27.44           N  \\nATOM   3007  C2    A Y  69       6.587  18.472  42.083  1.00 27.44           C  \\nATOM   3008  N3    A Y  69       5.443  19.143  41.953  1.00 27.33           N  \\nATOM   3009  C4    A Y  69       5.662  20.467  41.940  1.00 27.70           C  \\nATOM   3010  P     A Y  70       0.822  22.096  45.818  1.00 28.88           P  \\nATOM   3011  OP1   A Y  70      -0.577  22.067  46.296  1.00 29.05           O  \\nATOM   3012  OP2   A Y  70       1.722  23.178  46.270  1.00 28.76           O  \\nATOM   3013  O5'   A Y  70       1.517  20.694  46.151  1.00 28.47           O  \\nATOM   3014  C5'   A Y  70       0.815  19.479  45.920  1.00 28.29           C  \\nATOM   3015  C4'   A Y  70       1.752  18.287  45.995  1.00 28.53           C  \\nATOM   3016  O4'   A Y  70       2.792  18.420  44.995  1.00 27.90           O  \\nATOM   3017  C3'   A Y  70       2.511  18.134  47.304  1.00 28.95           C  \\nATOM   3018  O3'   A Y  70       1.717  17.447  48.253  1.00 30.22           O  \\nATOM   3019  C2'   A Y  70       3.701  17.291  46.865  1.00 28.36           C  \\nATOM   3020  O2'   A Y  70       3.374  15.921  46.727  1.00 28.47           O  \\nATOM   3021  C1'   A Y  70       4.004  17.889  45.495  1.00 27.92           C  \\nATOM   3022  N9    A Y  70       5.014  18.943  45.523  1.00 27.46           N  \\nATOM   3023  C8    A Y  70       4.804  20.294  45.546  1.00 27.09           C  \\nATOM   3024  N7    A Y  70       5.911  20.999  45.564  1.00 27.11           N  \\nATOM   3025  C5    A Y  70       6.915  20.046  45.546  1.00 27.08           C  \\nATOM   3026  C6    A Y  70       8.322  20.144  45.552  1.00 27.18           C  \\nATOM   3027  N6    A Y  70       8.977  21.309  45.574  1.00 27.04           N  \\nATOM   3028  N1    A Y  70       9.030  18.995  45.533  1.00 27.06           N  \\nATOM   3029  C2    A Y  70       8.371  17.831  45.510  1.00 26.63           C  \\nATOM   3030  N3    A Y  70       7.057  17.614  45.505  1.00 26.82           N  \\nATOM   3031  C4    A Y  70       6.380  18.773  45.523  1.00 27.02           C  \\nATOM   3032  P     U Y  71       1.842  17.808  49.805  1.00 31.15           P  \\nATOM   3033  OP1   U Y  71       0.607  17.331  50.466  1.00 31.19           O  \\nATOM   3034  OP2   U Y  71       2.238  19.229  49.923  1.00 31.29           O  \\nATOM   3035  O5'   U Y  71       3.079  16.912  50.285  1.00 30.53           O  \\nATOM   3036  C5'   U Y  71       3.047  15.501  50.106  1.00 30.12           C  \\nATOM   3037  C4'   U Y  71       4.440  14.895  50.165  1.00 30.38           C  \\nATOM   3038  O4'   U Y  71       5.249  15.360  49.054  1.00 29.06           O  \\nATOM   3039  C3'   U Y  71       5.265  15.243  51.395  1.00 30.73           C  \\nATOM   3040  O3'   U Y  71       4.875  14.428  52.498  1.00 33.04           O  \\nATOM   3041  C2'   U Y  71       6.663  14.894  50.893  1.00 29.78           C  \\nATOM   3042  O2'   U Y  71       6.913  13.502  50.933  1.00 29.36           O  \\nATOM   3043  C1'   U Y  71       6.610  15.376  49.442  1.00 28.58           C  \\nATOM   3044  N1    U Y  71       7.150  16.759  49.270  1.00 27.92           N  \\nATOM   3045  C2    U Y  71       8.474  16.932  48.909  1.00 27.52           C  \\nATOM   3046  O2    U Y  71       9.241  16.007  48.702  1.00 26.13           O  \\nATOM   3047  N3    U Y  71       8.873  18.243  48.793  1.00 26.96           N  \\nATOM   3048  C4    U Y  71       8.098  19.369  48.999  1.00 26.74           C  \\nATOM   3049  O4    U Y  71       8.594  20.481  48.856  1.00 27.37           O  \\nATOM   3050  C5    U Y  71       6.733  19.108  49.375  1.00 27.12           C  \\nATOM   3051  C6    U Y  71       6.321  17.842  49.496  1.00 27.30           C  \\nATOM   3052  P     G Y  72       5.040  14.960  53.999  1.00 35.32           P  \\nATOM   3053  OP1   G Y  72       4.569  13.886  54.901  1.00 36.12           O  \\nATOM   3054  OP2   G Y  72       4.434  16.304  54.080  1.00 35.22           O  \\nATOM   3055  O5'   G Y  72       6.624  15.124  54.168  1.00 37.88           O  \\nATOM   3056  C5'   G Y  72       7.168  15.521  55.425  1.00 41.08           C  \\nATOM   3057  C4'   G Y  72       8.461  14.786  55.737  1.00 43.16           C  \\nATOM   3058  O4'   G Y  72       8.169  13.460  56.252  1.00 44.76           O  \\nATOM   3059  C3'   G Y  72       9.370  14.504  54.551  1.00 43.71           C  \\nATOM   3060  O3'   G Y  72      10.168  15.621  54.192  1.00 42.82           O  \\nATOM   3061  C2'   G Y  72      10.240  13.400  55.131  1.00 44.80           C  \\nATOM   3062  O2'   G Y  72      11.198  13.899  56.045  1.00 45.69           O  \\nATOM   3063  C1'   G Y  72       9.193  12.562  55.855  1.00 45.56           C  \\nATOM   3064  N9    G Y  72       8.629  11.521  54.999  1.00 46.35           N  \\nATOM   3065  C8    G Y  72       7.342  11.439  54.523  1.00 46.76           C  \\nATOM   3066  N7    G Y  72       7.131  10.394  53.771  1.00 46.95           N  \\nATOM   3067  C5    G Y  72       8.358   9.743  53.741  1.00 47.06           C  \\nATOM   3068  C6    G Y  72       8.742   8.549  53.084  1.00 47.07           C  \\nATOM   3069  O6    G Y  72       8.046   7.809  52.376  1.00 46.86           O  \\nATOM   3070  N1    G Y  72      10.081   8.237  53.313  1.00 47.27           N  \\nATOM   3071  C2    G Y  72      10.941   8.988  54.081  1.00 47.10           C  \\nATOM   3072  N2    G Y  72      12.199   8.535  54.191  1.00 46.71           N  \\nATOM   3073  N3    G Y  72      10.591  10.107  54.703  1.00 47.03           N  \\nATOM   3074  C4    G Y  72       9.291  10.425  54.489  1.00 46.76           C  \\nATOM   3075  P     C Y  73      11.139  15.439  52.932  1.00 41.92           P  \\nATOM   3076  OP1   C Y  73      10.520  14.419  52.056  1.00 42.32           O  \\nATOM   3077  OP2   C Y  73      12.518  15.251  53.434  1.00 42.56           O  \\nATOM   3078  O5'   C Y  73      11.071  16.849  52.188  1.00 39.81           O  \\nATOM   3079  C5'   C Y  73      12.256  17.475  51.721  1.00 36.50           C  \\nATOM   3080  C4'   C Y  73      12.100  18.979  51.825  1.00 34.30           C  \\nATOM   3081  O4'   C Y  73      10.813  19.367  51.277  1.00 33.08           O  \\nATOM   3082  C3'   C Y  73      12.073  19.510  53.249  1.00 33.22           C  \\nATOM   3083  O3'   C Y  73      13.402  19.698  53.718  1.00 32.70           O  \\nATOM   3084  C2'   C Y  73      11.328  20.828  53.058  1.00 32.57           C  \\nATOM   3085  O2'   C Y  73      12.158  21.848  52.538  1.00 32.29           O  \\nATOM   3086  C1'   C Y  73      10.272  20.443  52.024  1.00 31.95           C  \\nATOM   3087  N1    C Y  73       8.968  20.014  52.620  1.00 30.83           N  \\nATOM   3088  C2    C Y  73       8.159  20.948  53.282  1.00 30.26           C  \\nATOM   3089  O2    C Y  73       8.529  22.124  53.363  1.00 29.14           O  \\nATOM   3090  N3    C Y  73       6.983  20.536  53.818  1.00 30.08           N  \\nATOM   3091  C4    C Y  73       6.610  19.258  53.713  1.00 30.45           C  \\nATOM   3092  N4    C Y  73       5.444  18.898  54.260  1.00 30.82           N  \\nATOM   3093  C5    C Y  73       7.419  18.294  53.043  1.00 30.46           C  \\nATOM   3094  C6    C Y  73       8.575  18.711  52.518  1.00 30.67           C  \\nATOM   3095  P     C Y  74      13.752  19.556  55.275  1.00 32.93           P  \\nATOM   3096  OP1   C Y  74      15.225  19.633  55.401  1.00 32.75           O  \\nATOM   3097  OP2   C Y  74      13.014  18.395  55.821  1.00 32.97           O  \\nATOM   3098  O5'   C Y  74      13.106  20.868  55.914  1.00 32.01           O  \\nATOM   3099  C5'   C Y  74      13.650  22.146  55.633  1.00 32.19           C  \\nATOM   3100  C4'   C Y  74      12.769  23.215  56.251  1.00 32.16           C  \\nATOM   3101  O4'   C Y  74      11.437  23.122  55.687  1.00 31.60           O  \\nATOM   3102  C3'   C Y  74      12.537  23.068  57.747  1.00 32.48           C  \\nATOM   3103  O3'   C Y  74      13.625  23.617  58.486  1.00 33.36           O  \\nATOM   3104  C2'   C Y  74      11.267  23.894  57.914  1.00 31.77           C  \\nATOM   3105  O2'   C Y  74      11.539  25.280  57.912  1.00 31.16           O  \\nATOM   3106  C1'   C Y  74      10.485  23.520  56.657  1.00 30.82           C  \\nATOM   3107  N1    C Y  74       9.483  22.421  56.861  1.00 29.52           N  \\nATOM   3108  C2    C Y  74       8.288  22.692  57.539  1.00 29.46           C  \\nATOM   3109  O2    C Y  74       8.077  23.835  57.965  1.00 28.83           O  \\nATOM   3110  N3    C Y  74       7.384  21.696  57.710  1.00 28.80           N  \\nATOM   3111  C4    C Y  74       7.638  20.475  57.243  1.00 29.46           C  \\nATOM   3112  N4    C Y  74       6.714  19.529  57.444  1.00 29.68           N  \\nATOM   3113  C5    C Y  74       8.849  20.174  56.550  1.00 29.32           C  \\nATOM   3114  C6    C Y  74       9.732  21.167  56.384  1.00 29.51           C  \\nATOM   3115  P     A Y  75      14.150  22.897  59.817  1.00 34.41           P  \\nATOM   3116  OP1   A Y  75      15.444  23.517  60.177  1.00 34.33           O  \\nATOM   3117  OP2   A Y  75      14.067  21.433  59.625  1.00 35.31           O  \\nATOM   3118  O5'   A Y  75      13.048  23.287  60.910  1.00 34.74           O  \\nATOM   3119  C5'   A Y  75      12.784  24.651  61.226  1.00 34.46           C  \\nATOM   3120  C4'   A Y  75      11.431  24.789  61.901  1.00 34.33           C  \\nATOM   3121  O4'   A Y  75      10.376  24.417  60.980  1.00 34.05           O  \\nATOM   3122  C3'   A Y  75      11.181  23.859  63.078  1.00 34.54           C  \\nATOM   3123  O3'   A Y  75      11.847  24.316  64.249  1.00 35.35           O  \\nATOM   3124  C2'   A Y  75       9.664  23.977  63.191  1.00 34.24           C  \\nATOM   3125  O2'   A Y  75       9.252  25.195  63.784  1.00 34.46           O  \\nATOM   3126  C1'   A Y  75       9.260  23.951  61.720  1.00 33.57           C  \\nATOM   3127  N9    A Y  75       8.892  22.613  61.265  1.00 33.07           N  \\nATOM   3128  C8    A Y  75       9.633  21.760  60.494  1.00 32.84           C  \\nATOM   3129  N7    A Y  75       9.036  20.617  60.249  1.00 33.17           N  \\nATOM   3130  C5    A Y  75       7.821  20.726  60.907  1.00 32.76           C  \\nATOM   3131  C6    A Y  75       6.724  19.848  61.042  1.00 32.82           C  \\nATOM   3132  N6    A Y  75       6.675  18.631  60.488  1.00 32.96           N  \\nATOM   3133  N1    A Y  75       5.669  20.274  61.770  1.00 32.73           N  \\nATOM   3134  C2    A Y  75       5.713  21.489  62.326  1.00 32.32           C  \\nATOM   3135  N3    A Y  75       6.685  22.397  62.271  1.00 32.54           N  \\nATOM   3136  C4    A Y  75       7.719  21.950  61.539  1.00 32.74           C  \\nATOM   3137  P     G Y  76      12.215  23.281  65.415  1.00 35.64           P  \\nATOM   3138  OP1   G Y  76      13.014  24.010  66.423  1.00 36.01           O  \\nATOM   3139  OP2   G Y  76      12.763  22.060  64.786  1.00 35.87           O  \\nATOM   3140  O5'   G Y  76      10.792  22.912  66.047  1.00 35.84           O  \\nATOM   3141  C5'   G Y  76      10.068  23.883  66.798  1.00 34.50           C  \\nATOM   3142  C4'   G Y  76       8.672  23.380  67.121  1.00 33.69           C  \\nATOM   3143  O4'   G Y  76       8.011  22.946  65.907  1.00 33.14           O  \\nATOM   3144  C3'   G Y  76       8.621  22.154  68.018  1.00 33.03           C  \\nATOM   3145  O3'   G Y  76       8.760  22.537  69.383  1.00 32.69           O  \\nATOM   3146  C2'   G Y  76       7.224  21.625  67.707  1.00 32.55           C  \\nATOM   3147  O2'   G Y  76       6.213  22.309  68.422  1.00 32.09           O  \\nATOM   3148  C1'   G Y  76       7.099  21.905  66.210  1.00 32.14           C  \\nATOM   3149  N9    G Y  76       7.415  20.751  65.370  1.00 31.49           N  \\nATOM   3150  C8    G Y  76       8.559  20.555  64.633  1.00 30.77           C  \\nATOM   3151  N7    G Y  76       8.570  19.427  63.979  1.00 30.66           N  \\nATOM   3152  C5    G Y  76       7.356  18.833  64.301  1.00 30.62           C  \\nATOM   3153  C6    G Y  76       6.809  17.592  63.891  1.00 30.71           C  \\nATOM   3154  O6    G Y  76       7.300  16.739  63.135  1.00 30.73           O  \\nATOM   3155  N1    G Y  76       5.550  17.375  64.446  1.00 30.05           N  \\nATOM   3156  C2    G Y  76       4.907  18.236  65.300  1.00 30.23           C  \\nATOM   3157  N2    G Y  76       3.701  17.837  65.731  1.00 29.85           N  \\nATOM   3158  N3    G Y  76       5.408  19.403  65.696  1.00 30.16           N  \\nATOM   3159  C4    G Y  76       6.631  19.636  65.157  1.00 30.82           C  \\nATOM   3160  P     C Y  77       9.721  21.703  70.358  1.00 32.56           P  \\nATOM   3161  OP1   C Y  77       9.688  22.348  71.691  1.00 32.96           O  \\nATOM   3162  OP2   C Y  77      11.019  21.504  69.674  1.00 32.11           O  \\nATOM   3163  O5'   C Y  77       8.969  20.294  70.466  1.00 32.32           O  \\nATOM   3164  C5'   C Y  77       7.682  20.229  71.074  1.00 31.79           C  \\nATOM   3165  C4'   C Y  77       6.994  18.927  70.712  1.00 31.71           C  \\nATOM   3166  O4'   C Y  77       6.779  18.862  69.278  1.00 31.01           O  \\nATOM   3167  C3'   C Y  77       7.810  17.684  71.026  1.00 32.01           C  \\nATOM   3168  O3'   C Y  77       7.661  17.334  72.401  1.00 32.89           O  \\nATOM   3169  C2'   C Y  77       7.187  16.668  70.073  1.00 31.19           C  \\nATOM   3170  O2'   C Y  77       5.973  16.128  70.558  1.00 31.46           O  \\nATOM   3171  C1'   C Y  77       6.921  17.525  68.835  1.00 30.51           C  \\nATOM   3172  N1    C Y  77       8.026  17.459  67.830  1.00 29.74           N  \\nATOM   3173  C2    C Y  77       8.050  16.414  66.899  1.00 29.59           C  \\nATOM   3174  O2    C Y  77       7.147  15.569  66.914  1.00 29.32           O  \\nATOM   3175  N3    C Y  77       9.066  16.357  66.002  1.00 29.00           N  \\nATOM   3176  C4    C Y  77      10.022  17.288  66.011  1.00 29.00           C  \\nATOM   3177  N4    C Y  77      11.000  17.191  65.103  1.00 29.18           N  \\nATOM   3178  C5    C Y  77      10.017  18.357  66.955  1.00 29.38           C  \\nATOM   3179  C6    C Y  77       9.013  18.403  67.836  1.00 29.21           C  \\nATOM   3180  P     G Y  78       8.886  16.682  73.196  1.00 34.23           P  \\nATOM   3181  OP1   G Y  78       9.135  15.343  72.608  1.00 33.34           O  \\nATOM   3182  OP2   G Y  78       8.607  16.809  74.642  1.00 34.23           O  \\nATOM   3183  O5'   G Y  78      10.116  17.644  72.835  1.00 34.09           O  \\nATOM   3184  C5'   G Y  78      11.326  17.574  73.591  1.00 34.21           C  \\nATOM   3185  C4'   G Y  78      12.568  17.694  72.719  1.00 34.25           C  \\nATOM   3186  O4'   G Y  78      12.644  16.575  71.795  1.00 33.62           O  \\nATOM   3187  C3'   G Y  78      12.663  18.952  71.857  1.00 34.56           C  \\nATOM   3188  O3'   G Y  78      14.028  19.340  71.709  1.00 36.41           O  \\nATOM   3189  C2'   G Y  78      12.100  18.461  70.528  1.00 33.85           C  \\nATOM   3190  O2'   G Y  78      12.543  19.235  69.432  1.00 33.93           O  \\nATOM   3191  C1'   G Y  78      12.711  17.066  70.471  1.00 32.36           C  \\nATOM   3192  N9    G Y  78      11.998  16.147  69.591  1.00 31.29           N  \\nATOM   3193  C8    G Y  78      10.799  15.524  69.843  1.00 30.79           C  \\nATOM   3194  N7    G Y  78      10.399  14.754  68.870  1.00 30.49           N  \\nATOM   3195  C5    G Y  78      11.399  14.871  67.912  1.00 30.24           C  \\nATOM   3196  C6    G Y  78      11.517  14.266  66.637  1.00 30.19           C  \\nATOM   3197  O6    G Y  78      10.733  13.479  66.089  1.00 30.27           O  \\nATOM   3198  N1    G Y  78      12.685  14.656  65.984  1.00 29.62           N  \\nATOM   3199  C2    G Y  78      13.622  15.520  66.497  1.00 29.81           C  \\nATOM   3200  N2    G Y  78      14.685  15.774  65.718  1.00 30.22           N  \\nATOM   3201  N3    G Y  78      13.525  16.093  67.691  1.00 29.92           N  \\nATOM   3202  C4    G Y  78      12.392  15.725  68.340  1.00 30.57           C  \\nATOM   3203  P     U Y  79      14.639  20.563  72.543  1.00 37.87           P  \\nATOM   3204  OP1   U Y  79      13.541  21.497  72.880  1.00 37.96           O  \\nATOM   3205  OP2   U Y  79      15.840  21.054  71.831  1.00 37.99           O  \\nATOM   3206  O5'   U Y  79      15.142  19.847  73.877  1.00 38.20           O  \\nATOM   3207  C5'   U Y  79      16.054  18.766  73.775  1.00 38.80           C  \\nATOM   3208  C4'   U Y  79      16.413  18.259  75.155  1.00 39.22           C  \\nATOM   3209  O4'   U Y  79      17.023  19.333  75.910  1.00 39.28           O  \\nATOM   3210  C3'   U Y  79      15.236  17.765  75.985  1.00 39.80           C  \\nATOM   3211  O3'   U Y  79      15.608  16.569  76.672  1.00 39.79           O  \\nATOM   3212  C2'   U Y  79      14.953  18.926  76.938  1.00 39.52           C  \\nATOM   3213  O2'   U Y  79      14.436  18.469  78.171  1.00 39.95           O  \\nATOM   3214  C1'   U Y  79      16.344  19.521  77.133  1.00 39.67           C  \\nATOM   3215  N1    U Y  79      16.402  20.985  77.432  1.00 39.61           N  \\nATOM   3216  C2    U Y  79      16.466  21.424  78.740  1.00 39.81           C  \\nATOM   3217  O2    U Y  79      16.453  20.679  79.704  1.00 39.61           O  \\nATOM   3218  N3    U Y  79      16.535  22.788  78.886  1.00 40.21           N  \\nATOM   3219  C4    U Y  79      16.556  23.737  77.878  1.00 40.27           C  \\nATOM   3220  O4    U Y  79      16.619  24.929  78.163  1.00 40.36           O  \\nATOM   3221  C5    U Y  79      16.499  23.202  76.544  1.00 39.92           C  \\nATOM   3222  C6    U Y  79      16.432  21.876  76.378  1.00 39.82           C  \\nATOM   3223  P     A Y  80      15.782  15.194  75.863  1.00 40.13           P  \\nATOM   3224  OP1   A Y  80      16.336  14.186  76.795  1.00 40.32           O  \\nATOM   3225  OP2   A Y  80      16.488  15.478  74.593  1.00 40.18           O  \\nATOM   3226  O5'   A Y  80      14.273  14.800  75.496  1.00 38.63           O  \\nATOM   3227  C5'   A Y  80      13.285  14.711  76.513  1.00 36.20           C  \\nATOM   3228  C4'   A Y  80      12.140  13.809  76.088  1.00 34.38           C  \\nATOM   3229  O4'   A Y  80      11.585  14.241  74.820  1.00 33.47           O  \\nATOM   3230  C3'   A Y  80      12.505  12.360  75.819  1.00 33.35           C  \\nATOM   3231  O3'   A Y  80      12.690  11.658  77.039  1.00 32.77           O  \\nATOM   3232  C2'   A Y  80      11.248  11.916  75.083  1.00 33.10           C  \\nATOM   3233  O2'   A Y  80      10.148  11.737  75.954  1.00 33.09           O  \\nATOM   3234  C1'   A Y  80      10.998  13.122  74.180  1.00 32.66           C  \\nATOM   3235  N9    A Y  80      11.578  12.982  72.845  1.00 32.68           N  \\nATOM   3236  C8    A Y  80      12.627  13.685  72.322  1.00 32.14           C  \\nATOM   3237  N7    A Y  80      12.935  13.346  71.093  1.00 31.54           N  \\nATOM   3238  C5    A Y  80      12.026  12.348  70.788  1.00 31.68           C  \\nATOM   3239  C6    A Y  80      11.822  11.575  69.631  1.00 31.41           C  \\nATOM   3240  N6    A Y  80      12.563  11.696  68.524  1.00 31.51           N  \\nATOM   3241  N1    A Y  80      10.828  10.664  69.656  1.00 31.36           N  \\nATOM   3242  C2    A Y  80      10.090  10.542  70.765  1.00 31.39           C  \\nATOM   3243  N3    A Y  80      10.184  11.213  71.911  1.00 31.98           N  \\nATOM   3244  C4    A Y  80      11.182  12.109  71.857  1.00 32.27           C  \\nATOM   3245  P     G Y  81      13.788  10.497  77.138  1.00 32.03           P  \\nATOM   3246  OP1   G Y  81      14.002  10.200  78.571  1.00 31.64           O  \\nATOM   3247  OP2   G Y  81      14.938  10.874  76.283  1.00 31.70           O  \\nATOM   3248  O5'   G Y  81      13.057   9.249  76.458  1.00 32.10           O  \\nATOM   3249  C5'   G Y  81      11.816   8.777  76.967  1.00 32.15           C  \\nATOM   3250  C4'   G Y  81      11.244   7.701  76.063  1.00 32.38           C  \\nATOM   3251  O4'   G Y  81      10.802   8.305  74.823  1.00 32.34           O  \\nATOM   3252  C3'   G Y  81      12.235   6.624  75.647  1.00 32.45           C  \\nATOM   3253  O3'   G Y  81      12.219   5.566  76.589  1.00 33.49           O  \\nATOM   3254  C2'   G Y  81      11.691   6.171  74.298  1.00 32.37           C  \\nATOM   3255  O2'   G Y  81      10.663   5.206  74.417  1.00 32.09           O  \\nATOM   3256  C1'   G Y  81      11.130   7.468  73.729  1.00 31.79           C  \\nATOM   3257  N9    G Y  81      12.054   8.176  72.843  1.00 31.66           N  \\nATOM   3258  C8    G Y  81      12.801   9.293  73.136  1.00 31.10           C  \\nATOM   3259  N7    G Y  81      13.528   9.710  72.137  1.00 30.78           N  \\nATOM   3260  C5    G Y  81      13.244   8.814  71.114  1.00 30.91           C  \\nATOM   3261  C6    G Y  81      13.735   8.759  69.788  1.00 30.95           C  \\nATOM   3262  O6    G Y  81      14.547   9.521  69.245  1.00 30.73           O  \\nATOM   3263  N1    G Y  81      13.191   7.688  69.076  1.00 31.00           N  \\nATOM   3264  C2    G Y  81      12.284   6.786  69.588  1.00 30.88           C  \\nATOM   3265  N2    G Y  81      11.868   5.815  68.762  1.00 30.58           N  \\nATOM   3266  N3    G Y  81      11.820   6.828  70.830  1.00 31.02           N  \\nATOM   3267  C4    G Y  81      12.339   7.864  71.532  1.00 31.18           C  \\nATOM   3268  P     G Y  82      13.482   4.596  76.725  1.00 33.95           P  \\nATOM   3269  OP1   G Y  82      13.270   3.741  77.914  1.00 34.38           O  \\nATOM   3270  OP2   G Y  82      14.709   5.419  76.615  1.00 34.37           O  \\nATOM   3271  O5'   G Y  82      13.369   3.684  75.414  1.00 34.22           O  \\nATOM   3272  C5'   G Y  82      14.533   3.312  74.686  1.00 33.44           C  \\nATOM   3273  C4'   G Y  82      14.154   2.884  73.279  1.00 33.12           C  \\nATOM   3274  O4'   G Y  82      13.652   4.026  72.541  1.00 33.10           O  \\nATOM   3275  C3'   G Y  82      15.305   2.363  72.435  1.00 33.24           C  \\nATOM   3276  O3'   G Y  82      15.516   0.981  72.683  1.00 33.38           O  \\nATOM   3277  C2'   G Y  82      14.791   2.611  71.022  1.00 32.84           C  \\nATOM   3278  O2'   G Y  82      13.893   1.611  70.582  1.00 33.34           O  \\nATOM   3279  C1'   G Y  82      14.065   3.942  71.188  1.00 32.16           C  \\nATOM   3280  N9    G Y  82      14.908   5.094  70.876  1.00 31.56           N  \\nATOM   3281  C8    G Y  82      15.281   6.108  71.724  1.00 30.64           C  \\nATOM   3282  N7    G Y  82      16.041   7.004  71.157  1.00 30.40           N  \\nATOM   3283  C5    G Y  82      16.179   6.557  69.849  1.00 30.34           C  \\nATOM   3284  C6    G Y  82      16.891   7.119  68.760  1.00 30.20           C  \\nATOM   3285  O6    G Y  82      17.564   8.159  68.738  1.00 30.79           O  \\nATOM   3286  N1    G Y  82      16.770   6.345  67.608  1.00 29.64           N  \\nATOM   3287  C2    G Y  82      16.053   5.175  67.520  1.00 30.01           C  \\nATOM   3288  N2    G Y  82      16.052   4.562  66.328  1.00 29.71           N  \\nATOM   3289  N3    G Y  82      15.378   4.642  68.531  1.00 30.37           N  \\nATOM   3290  C4    G Y  82      15.488   5.382  69.661  1.00 30.30           C  \\nATOM   3291  P     G Y  83      17.007   0.406  72.701  1.00 33.87           P  \\nATOM   3292  OP1   G Y  83      16.930  -1.073  72.714  1.00 33.94           O  \\nATOM   3293  OP2   G Y  83      17.763   1.118  73.756  1.00 33.78           O  \\nATOM   3294  O5'   G Y  83      17.586   0.883  71.289  1.00 33.56           O  \\nATOM   3295  C5'   G Y  83      17.227   0.205  70.092  1.00 32.80           C  \\nATOM   3296  C4'   G Y  83      17.930   0.852  68.916  1.00 32.21           C  \\nATOM   3297  O4'   G Y  83      17.517   2.238  68.818  1.00 31.81           O  \\nATOM   3298  C3'   G Y  83      19.442   0.927  69.058  1.00 32.20           C  \\nATOM   3299  O3'   G Y  83      20.039  -0.290  68.634  1.00 32.75           O  \\nATOM   3300  C2'   G Y  83      19.777   2.090  68.133  1.00 31.54           C  \\nATOM   3301  O2'   G Y  83      19.769   1.709  66.772  1.00 32.36           O  \\nATOM   3302  C1'   G Y  83      18.615   3.036  68.412  1.00 30.82           C  \\nATOM   3303  N9    G Y  83      18.882   4.026  69.454  1.00 29.95           N  \\nATOM   3304  C8    G Y  83      18.567   3.928  70.788  1.00 28.83           C  \\nATOM   3305  N7    G Y  83      18.921   4.973  71.483  1.00 28.92           N  \\nATOM   3306  C5    G Y  83      19.509   5.820  70.552  1.00 29.10           C  \\nATOM   3307  C6    G Y  83      20.080   7.105  70.721  1.00 29.13           C  \\nATOM   3308  O6    G Y  83      20.183   7.770  71.762  1.00 29.42           O  \\nATOM   3309  N1    G Y  83      20.563   7.617  69.517  1.00 28.60           N  \\nATOM   3310  C2    G Y  83      20.500   6.969  68.305  1.00 28.01           C  \\nATOM   3311  N2    G Y  83      21.018   7.622  67.254  1.00 27.14           N  \\nATOM   3312  N3    G Y  83      19.966   5.766  68.134  1.00 28.04           N  \\nATOM   3313  C4    G Y  83      19.492   5.252  69.297  1.00 28.95           C  \\nATOM   3314  P     A Y  84      20.749  -1.233  69.715  1.00 33.38           P  \\nATOM   3315  OP1   A Y  84      19.826  -2.351  70.018  1.00 33.49           O  \\nATOM   3316  OP2   A Y  84      21.253  -0.370  70.809  1.00 33.94           O  \\nATOM   3317  O5'   A Y  84      22.012  -1.806  68.920  1.00 32.46           O  \\nATOM   3318  C5'   A Y  84      21.814  -2.658  67.799  1.00 31.24           C  \\nATOM   3319  C4'   A Y  84      22.874  -2.389  66.749  1.00 30.53           C  \\nATOM   3320  O4'   A Y  84      22.552  -1.163  66.052  1.00 29.66           O  \\nATOM   3321  C3'   A Y  84      24.265  -2.165  67.315  1.00 30.65           C  \\nATOM   3322  O3'   A Y  84      24.932  -3.419  67.416  1.00 32.30           O  \\nATOM   3323  C2'   A Y  84      24.920  -1.243  66.288  1.00 29.82           C  \\nATOM   3324  O2'   A Y  84      25.609  -1.955  65.276  1.00 29.81           O  \\nATOM   3325  C1'   A Y  84      23.738  -0.480  65.694  1.00 28.73           C  \\nATOM   3326  N9    A Y  84      23.620   0.901  66.156  1.00 27.87           N  \\nATOM   3327  C8    A Y  84      23.353   1.328  67.429  1.00 27.40           C  \\nATOM   3328  N7    A Y  84      23.293   2.634  67.549  1.00 27.04           N  \\nATOM   3329  C5    A Y  84      23.533   3.095  66.265  1.00 26.49           C  \\nATOM   3330  C6    A Y  84      23.608   4.392  65.722  1.00 26.15           C  \\nATOM   3331  N6    A Y  84      23.436   5.504  66.444  1.00 26.94           N  \\nATOM   3332  N1    A Y  84      23.866   4.503  64.403  1.00 26.22           N  \\nATOM   3333  C2    A Y  84      24.041   3.389  63.682  1.00 26.51           C  \\nATOM   3334  N3    A Y  84      23.996   2.118  64.080  1.00 26.59           N  \\nATOM   3335  C4    A Y  84      23.735   2.040  65.394  1.00 27.01           C  \\nATOM   3336  P     A Y  85      26.288  -3.540  68.253  1.00 32.58           P  \\nATOM   3337  OP1   A Y  85      26.872  -4.873  67.982  1.00 33.07           O  \\nATOM   3338  OP2   A Y  85      26.012  -3.117  69.644  1.00 32.74           O  \\nATOM   3339  O5'   A Y  85      27.199  -2.424  67.557  1.00 33.16           O  \\nATOM   3340  C5'   A Y  85      28.015  -1.574  68.342  1.00 33.06           C  \\nATOM   3341  C4'   A Y  85      29.333  -2.266  68.625  1.00 32.58           C  \\nATOM   3342  O4'   A Y  85      30.135  -2.318  67.416  1.00 32.56           O  \\nATOM   3343  C3'   A Y  85      30.198  -1.589  69.679  1.00 33.13           C  \\nATOM   3344  O3'   A Y  85      30.834  -2.606  70.437  1.00 34.48           O  \\nATOM   3345  C2'   A Y  85      31.192  -0.809  68.825  1.00 32.64           C  \\nATOM   3346  O2'   A Y  85      32.399  -0.532  69.505  1.00 32.50           O  \\nATOM   3347  C1'   A Y  85      31.424  -1.820  67.710  1.00 31.75           C  \\nATOM   3348  N9    A Y  85      32.016  -1.267  66.494  1.00 31.43           N  \\nATOM   3349  C8    A Y  85      32.028   0.039  66.091  1.00 31.30           C  \\nATOM   3350  N7    A Y  85      32.646   0.234  64.948  1.00 31.23           N  \\nATOM   3351  C5    A Y  85      33.066  -1.033  64.575  1.00 30.85           C  \\nATOM   3352  C6    A Y  85      33.776  -1.513  63.454  1.00 30.81           C  \\nATOM   3353  N6    A Y  85      34.207  -0.734  62.457  1.00 30.43           N  \\nATOM   3354  N1    A Y  85      34.025  -2.838  63.394  1.00 30.86           N  \\nATOM   3355  C2    A Y  85      33.595  -3.626  64.387  1.00 30.88           C  \\nATOM   3356  N3    A Y  85      32.917  -3.291  65.483  1.00 30.85           N  \\nATOM   3357  C4    A Y  85      32.684  -1.969  65.518  1.00 31.09           C  \\nATOM   3358  P     G Y  86      31.128  -2.425  71.999  1.00 35.53           P  \\nATOM   3359  OP1   G Y  86      30.542  -3.582  72.712  1.00 35.84           O  \\nATOM   3360  OP2   G Y  86      30.744  -1.052  72.396  1.00 34.96           O  \\nATOM   3361  O5'   G Y  86      32.726  -2.528  72.018  1.00 35.04           O  \\nATOM   3362  C5'   G Y  86      33.362  -3.681  72.539  1.00 33.87           C  \\nATOM   3363  C4'   G Y  86      34.230  -4.397  71.514  1.00 32.98           C  \\nATOM   3364  O4'   G Y  86      33.830  -4.151  70.141  1.00 32.25           O  \\nATOM   3365  C3'   G Y  86      35.696  -4.012  71.455  1.00 32.60           C  \\nATOM   3366  O3'   G Y  86      36.387  -4.379  72.641  1.00 33.17           O  \\nATOM   3367  C2'   G Y  86      36.075  -4.879  70.262  1.00 32.53           C  \\nATOM   3368  O2'   G Y  86      36.108  -6.254  70.590  1.00 32.50           O  \\nATOM   3369  C1'   G Y  86      34.904  -4.596  69.321  1.00 31.86           C  \\nATOM   3370  N9    G Y  86      35.234  -3.577  68.325  1.00 31.00           N  \\nATOM   3371  C8    G Y  86      34.860  -2.256  68.343  1.00 31.40           C  \\nATOM   3372  N7    G Y  86      35.307  -1.573  67.325  1.00 31.47           N  \\nATOM   3373  C5    G Y  86      36.026  -2.501  66.584  1.00 30.98           C  \\nATOM   3374  C6    G Y  86      36.739  -2.341  65.370  1.00 30.80           C  \\nATOM   3375  O6    G Y  86      36.878  -1.316  64.693  1.00 30.53           O  \\nATOM   3376  N1    G Y  86      37.331  -3.532  64.953  1.00 30.91           N  \\nATOM   3377  C2    G Y  86      37.247  -4.725  65.629  1.00 30.90           C  \\nATOM   3378  N2    G Y  86      37.889  -5.762  65.070  1.00 30.74           N  \\nATOM   3379  N3    G Y  86      36.578  -4.891  66.767  1.00 30.39           N  \\nATOM   3380  C4    G Y  86      35.995  -3.740  67.188  1.00 30.86           C  \\nATOM   3381  P     U Y  87      37.630  -3.508  73.157  1.00 33.64           P  \\nATOM   3382  OP1   U Y  87      37.879  -3.888  74.566  1.00 32.72           O  \\nATOM   3383  OP2   U Y  87      37.395  -2.088  72.811  1.00 33.24           O  \\nATOM   3384  O5'   U Y  87      38.837  -4.024  72.246  1.00 32.98           O  \\nATOM   3385  C5'   U Y  87      39.194  -5.398  72.252  1.00 32.49           C  \\nATOM   3386  C4'   U Y  87      40.063  -5.722  71.050  1.00 32.02           C  \\nATOM   3387  O4'   U Y  87      39.319  -5.506  69.824  1.00 31.67           O  \\nATOM   3388  C3'   U Y  87      41.287  -4.839  70.878  1.00 31.68           C  \\nATOM   3389  O3'   U Y  87      42.337  -5.257  71.732  1.00 31.67           O  \\nATOM   3390  C2'   U Y  87      41.610  -5.115  69.419  1.00 31.84           C  \\nATOM   3391  O2'   U Y  87      42.195  -6.392  69.242  1.00 31.41           O  \\nATOM   3392  C1'   U Y  87      40.211  -5.073  68.811  1.00 31.45           C  \\nATOM   3393  N1    U Y  87      39.809  -3.711  68.326  1.00 31.26           N  \\nATOM   3394  C2    U Y  87      40.327  -3.258  67.130  1.00 31.40           C  \\nATOM   3395  O2    U Y  87      41.095  -3.913  66.454  1.00 31.85           O  \\nATOM   3396  N3    U Y  87      39.914  -2.009  66.745  1.00 30.78           N  \\nATOM   3397  C4    U Y  87      39.047  -1.179  67.427  1.00 31.53           C  \\nATOM   3398  O4    U Y  87      38.771  -0.082  66.952  1.00 31.77           O  \\nATOM   3399  C5    U Y  87      38.545  -1.713  68.669  1.00 31.50           C  \\nATOM   3400  C6    U Y  87      38.933  -2.935  69.061  1.00 30.76           C  \\nATOM   3401  P     U Y  88      43.197  -4.168  72.525  1.00 31.16           P  \\nATOM   3402  OP1   U Y  88      43.896  -4.864  73.628  1.00 31.20           O  \\nATOM   3403  OP2   U Y  88      42.309  -3.019  72.815  1.00 32.28           O  \\nATOM   3404  O5'   U Y  88      44.270  -3.684  71.443  1.00 31.88           O  \\nATOM   3405  C5'   U Y  88      45.129  -4.622  70.805  1.00 31.33           C  \\nATOM   3406  C4'   U Y  88      45.560  -4.097  69.450  1.00 31.87           C  \\nATOM   3407  O4'   U Y  88      44.393  -3.838  68.633  1.00 31.86           O  \\nATOM   3408  C3'   U Y  88      46.289  -2.764  69.483  1.00 32.00           C  \\nATOM   3409  O3'   U Y  88      47.662  -2.968  69.789  1.00 32.94           O  \\nATOM   3410  C2'   U Y  88      46.073  -2.276  68.052  1.00 31.65           C  \\nATOM   3411  O2'   U Y  88      46.951  -2.877  67.120  1.00 32.11           O  \\nATOM   3412  C1'   U Y  88      44.640  -2.731  67.783  1.00 31.90           C  \\nATOM   3413  N1    U Y  88      43.625  -1.658  68.037  1.00 31.93           N  \\nATOM   3414  C2    U Y  88      43.447  -0.675  67.086  1.00 32.38           C  \\nATOM   3415  O2    U Y  88      44.070  -0.644  66.038  1.00 34.03           O  \\nATOM   3416  N3    U Y  88      42.505   0.273  67.399  1.00 31.80           N  \\nATOM   3417  C4    U Y  88      41.739   0.340  68.550  1.00 32.14           C  \\nATOM   3418  O4    U Y  88      40.932   1.255  68.691  1.00 31.42           O  \\nATOM   3419  C5    U Y  88      41.979  -0.718  69.498  1.00 31.94           C  \\nATOM   3420  C6    U Y  88      42.896  -1.654  69.212  1.00 31.85           C  \\nHETATM 3421  PC  CCC Y  89      51.470   2.615  66.274  1.00 34.96           P  \\nHETATM 3422  O1C CCC Y  89      52.199   3.935  66.264  1.00 35.18           O  \\nHETATM 3423  O2C CCC Y  89      51.995   1.416  65.518  1.00 35.76           O  \\nHETATM 3424  P   CCC Y  89      48.494  -1.846  70.570  1.00 34.26           P  \\nHETATM 3425  OP1 CCC Y  89      49.837  -2.433  70.927  1.00 34.22           O  \\nHETATM 3426  OP2 CCC Y  89      47.620  -1.258  71.652  1.00 35.17           O  \\nHETATM 3427  O5' CCC Y  89      48.723  -0.720  69.442  1.00 33.75           O  \\nHETATM 3428  C5' CCC Y  89      49.779  -0.870  68.493  1.00 33.93           C  \\nHETATM 3429  C4' CCC Y  89      49.649   0.193  67.412  1.00 33.71           C  \\nHETATM 3430  O4' CCC Y  89      48.311   0.184  66.896  1.00 33.17           O  \\nHETATM 3431  C3' CCC Y  89      49.890   1.567  67.980  1.00 33.99           C  \\nHETATM 3432  O3' CCC Y  89      51.124   2.220  67.766  1.00 35.10           O  \\nHETATM 3433  C2' CCC Y  89      49.033   2.404  67.029  1.00 33.97           C  \\nHETATM 3434  O2' CCC Y  89      49.906   2.850  65.982  1.00 34.53           O  \\nHETATM 3435  C1' CCC Y  89      47.951   1.499  66.472  1.00 33.36           C  \\nHETATM 3436  N1  CCC Y  89      46.673   1.955  67.032  1.00 32.89           N  \\nHETATM 3437  C2  CCC Y  89      45.925   2.931  66.338  1.00 33.23           C  \\nHETATM 3438  O2  CCC Y  89      46.336   3.376  65.244  1.00 33.59           O  \\nHETATM 3439  N3  CCC Y  89      44.763   3.394  66.846  1.00 32.83           N  \\nHETATM 3440  C4  CCC Y  89      44.304   2.933  68.028  1.00 33.38           C  \\nHETATM 3441  N4  CCC Y  89      43.131   3.404  68.518  1.00 32.86           N  \\nHETATM 3442  C5  CCC Y  89      45.035   1.981  68.732  1.00 32.91           C  \\nHETATM 3443  C6  CCC Y  89      46.235   1.504  68.214  1.00 32.84           C  \\nTER    3444      CCC Y  89                                                      \\nHETATM 3445 NA    NA X 121     -25.807 -12.088   7.850  1.00 40.97          NA  \\nHETATM 3446 NA    NA X 122     -22.806 -20.865  10.164  1.00 36.30          NA  \\nHETATM 3447  K     K X 123     -17.527  -9.820  10.421  1.00 38.32           K  \\nHETATM 3448  K     K X 124     -14.512 -13.381   7.395  1.00 39.67           K  \\nHETATM 3449  K     K X 125     -10.774 -20.279   5.254  1.00 39.40           K  \\nHETATM 3450 MG    MG X 101     -27.095 -14.761   2.300  1.00 32.47          MG  \\nHETATM 3451 MG    MG X 102     -22.087 -18.642   0.757  1.00 34.91          MG  \\nHETATM 3452 MG    MG X 103     -16.539 -14.410  -6.621  1.00 42.58          MG  \\nHETATM 3453  N1' TPP X 100     -15.033  -8.896   0.594  1.00 26.40           N  \\nHETATM 3454  C2' TPP X 100     -13.757  -8.951   0.140  1.00 26.47           C  \\nHETATM 3455  CM2 TPP X 100     -13.020  -7.679  -0.181  1.00 26.25           C  \\nHETATM 3456  N3' TPP X 100     -13.138 -10.140  -0.028  1.00 26.00           N  \\nHETATM 3457  C4' TPP X 100     -13.780 -11.295   0.252  1.00 26.49           C  \\nHETATM 3458  N4' TPP X 100     -13.140 -12.476   0.073  1.00 25.94           N  \\nHETATM 3459  C5' TPP X 100     -15.084 -11.258   0.718  1.00 27.62           C  \\nHETATM 3460  C6' TPP X 100     -15.698 -10.023   0.884  1.00 27.12           C  \\nHETATM 3461  C7' TPP X 100     -15.823 -12.542   1.055  1.00 28.52           C  \\nHETATM 3462  N3  TPP X 100     -17.264 -12.304   1.139  1.00 31.59           N  \\nHETATM 3463  C2  TPP X 100     -17.858 -11.774   2.244  1.00 32.29           C  \\nHETATM 3464  S1  TPP X 100     -19.571 -11.627   2.005  1.00 33.96           S  \\nHETATM 3465  C5  TPP X 100     -19.512 -12.262   0.408  1.00 32.40           C  \\nHETATM 3466  C4  TPP X 100     -18.096 -12.604   0.104  1.00 32.19           C  \\nHETATM 3467  CM4 TPP X 100     -17.643 -13.196  -1.204  1.00 31.08           C  \\nHETATM 3468  C6  TPP X 100     -20.812 -12.376  -0.343  1.00 33.54           C  \\nHETATM 3469  C7  TPP X 100     -21.815 -13.116   0.528  1.00 34.57           C  \\nHETATM 3470  O7  TPP X 100     -21.374 -14.461   0.668  1.00 33.65           O  \\nHETATM 3471  PA  TPP X 100     -21.948 -15.396   1.843  1.00 33.67           P  \\nHETATM 3472  O1A TPP X 100     -21.624 -14.739   3.159  1.00 34.72           O  \\nHETATM 3473  O2A TPP X 100     -21.398 -16.773   1.606  1.00 34.01           O  \\nHETATM 3474  O3A TPP X 100     -23.555 -15.351   1.637  1.00 33.94           O  \\nHETATM 3475  PB  TPP X 100     -24.454 -16.292   0.670  1.00 33.62           P  \\nHETATM 3476  O1B TPP X 100     -24.031 -17.708   0.914  1.00 34.74           O  \\nHETATM 3477  O2B TPP X 100     -25.855 -16.105   1.149  1.00 34.31           O  \\nHETATM 3478  O3B TPP X 100     -24.240 -15.771  -0.725  1.00 34.89           O  \\nHETATM 3479 MG    MG Y 111      10.247  12.840  64.063  1.00 32.02          MG  \\nHETATM 3480 MG    MG Y 112      11.072  17.076  61.037  1.00 31.66          MG  \\nHETATM 3481 MG    MG Y 113      22.011  15.288  56.768  1.00 38.78          MG  \\nHETATM 3482  N1' TPP Y 100      16.433   9.565  52.515  1.00 24.38           N  \\nHETATM 3483  C2' TPP Y 100      17.267   9.771  51.471  1.00 24.41           C  \\nHETATM 3484  CM2 TPP Y 100      17.925   8.594  50.798  1.00 24.58           C  \\nHETATM 3485  N3' TPP Y 100      17.517  11.022  51.026  1.00 23.96           N  \\nHETATM 3486  C4' TPP Y 100      16.938  12.088  51.620  1.00 24.48           C  \\nHETATM 3487  N4' TPP Y 100      17.194  13.336  51.161  1.00 24.01           N  \\nHETATM 3488  C5' TPP Y 100      16.082  11.892  52.692  1.00 25.35           C  \\nHETATM 3489  C6' TPP Y 100      15.842  10.597  53.131  1.00 24.79           C  \\nHETATM 3490  C7' TPP Y 100      15.410  13.067  53.371  1.00 27.20           C  \\nHETATM 3491  N3  TPP Y 100      14.733  12.615  54.588  1.00 30.24           N  \\nHETATM 3492  C2  TPP Y 100      13.493  12.061  54.556  1.00 30.97           C  \\nHETATM 3493  S1  TPP Y 100      12.995  11.625  56.158  1.00 33.73           S  \\nHETATM 3494  C5  TPP Y 100      14.435  12.193  56.904  1.00 32.84           C  \\nHETATM 3495  C4  TPP Y 100      15.309  12.721  55.820  1.00 31.56           C  \\nHETATM 3496  CM4 TPP Y 100      16.675  13.307  56.062  1.00 31.91           C  \\nHETATM 3497  C6  TPP Y 100      14.559  12.051  58.405  1.00 34.77           C  \\nHETATM 3498  C7  TPP Y 100      13.194  12.191  59.084  1.00 36.32           C  \\nHETATM 3499  O7  TPP Y 100      12.598  13.443  58.725  1.00 38.13           O  \\nHETATM 3500  PA  TPP Y 100      12.486  14.657  59.798  1.00 38.47           P  \\nHETATM 3501  O1A TPP Y 100      11.154  15.344  59.579  1.00 38.53           O  \\nHETATM 3502  O2A TPP Y 100      13.820  15.481  59.738  1.00 40.15           O  \\nHETATM 3503  O3A TPP Y 100      12.452  13.936  61.246  1.00 37.32           O  \\nHETATM 3504  PB  TPP Y 100      12.549  14.839  62.598  1.00 35.58           P  \\nHETATM 3505  O1B TPP Y 100      12.785  16.241  62.091  1.00 33.97           O  \\nHETATM 3506  O2B TPP Y 100      11.213  14.632  63.276  1.00 34.44           O  \\nHETATM 3507  O3B TPP Y 100      13.722  14.258  63.350  1.00 36.48           O  \\nHETATM 3508  O   HOH X 200     -25.713   7.709 -19.888  1.00 44.55           O  \\nHETATM 3509  O   HOH X 201     -22.222  -9.394   7.074  1.00 39.16           O  \\nHETATM 3510  O   HOH X 202     -17.731   9.911 -27.807  1.00 54.61           O  \\nHETATM 3511  O   HOH X 203      -8.277 -30.502  11.674  1.00 64.46           O  \\nHETATM 3512  O   HOH X 204      -4.287  -5.416  14.155  1.00 35.41           O  \\nHETATM 3513  O   HOH X 205     -22.550   0.624   2.249  1.00 37.10           O  \\nHETATM 3514  O   HOH X 206     -31.547  -1.388 -16.471  1.00 50.21           O  \\nHETATM 3515  O   HOH X 207     -37.417 -20.326  -5.728  1.00 41.95           O  \\nHETATM 3516  O   HOH X 208     -16.167   1.607 -11.036  1.00 34.50           O  \\nHETATM 3517  O   HOH X 209     -26.190   5.945 -17.853  1.00 44.36           O  \\nHETATM 3518  O   HOH X 210     -16.125   7.263 -18.157  1.00 45.68           O  \\nHETATM 3519  O   HOH X 211     -25.225 -21.185  17.335  1.00 35.06           O  \\nHETATM 3520  O   HOH X 212     -12.010 -30.740   7.714  1.00 39.05           O  \\nHETATM 3521  O   HOH X 213     -23.319 -10.005  11.616  1.00 48.11           O  \\nHETATM 3522  O   HOH X 214       6.315 -13.224   9.463  1.00 42.21           O  \\nHETATM 3523  O   HOH X 215     -12.710   2.472  -6.080  1.00 43.85           O  \\nHETATM 3524  O   HOH X 216       1.383   1.104  21.881  1.00 32.80           O  \\nHETATM 3525  O   HOH X 217      -5.311 -22.080   8.170  1.00 31.86           O  \\nHETATM 3526  O   HOH X 218     -22.270  -3.875 -24.493  1.00 31.88           O  \\nHETATM 3527  O   HOH X 219     -19.574 -18.513  14.630  1.00 45.01           O  \\nHETATM 3528  O   HOH X 220     -24.327  -2.269 -25.252  1.00 26.77           O  \\nHETATM 3529  O   HOH X 221     -26.694   5.399  -9.426  1.00 50.69           O  \\nHETATM 3530  O   HOH X 222     -18.980 -15.101  15.116  1.00 31.53           O  \\nHETATM 3531  O   HOH X 223       2.239  -6.483  25.948  1.00 31.93           O  \\nHETATM 3532  O   HOH X 224     -23.356  -0.738 -21.417  1.00 36.99           O  \\nHETATM 3533  O   HOH X 225      -4.236 -11.626  15.629  1.00 37.91           O  \\nHETATM 3534  O   HOH X 226     -24.941  -4.031 -36.758  1.00 54.30           O  \\nHETATM 3535  O   HOH X 227      -2.750 -10.846  18.059  1.00 47.13           O  \\nHETATM 3536  O   HOH X 228     -26.415 -23.305  -5.206  1.00 41.75           O  \\nHETATM 3537  O   HOH X 229      -8.012  -6.960   7.608  1.00 35.98           O  \\nHETATM 3538  O   HOH X 230     -19.405 -19.480  12.026  1.00 33.06           O  \\nHETATM 3539  O   HOH X 231     -10.242  -0.437 -11.725  1.00 43.41           O  \\nHETATM 3540  O   HOH X 232     -14.797  -3.007 -14.810  1.00 31.17           O  \\nHETATM 3541  O   HOH X 233     -25.680  -9.703   9.860  1.00 31.32           O  \\nHETATM 3542  O   HOH X 234     -15.170 -18.513  -4.423  1.00 39.03           O  \\nHETATM 3543  O   HOH X 235     -10.497  -6.810  10.505  1.00 39.84           O  \\nHETATM 3544  O   HOH X 236       2.996  -1.165   8.107  1.00 34.97           O  \\nHETATM 3545  O   HOH X 237     -37.520 -12.281   9.669  1.00 41.25           O  \\nHETATM 3546  O   HOH X 238     -14.718 -31.749  14.130  1.00 45.65           O  \\nHETATM 3547  O   HOH X 239      -2.534 -20.854   9.935  1.00 35.78           O  \\nHETATM 3548  O   HOH X 348     -36.057 -10.645  -7.345  1.00 26.99           O  \\nHETATM 3549  O   HOH X 349     -36.599 -14.519  -9.125  1.00 47.38           O  \\nHETATM 3550  O   HOH X 350     -32.474  -5.052   8.734  1.00 51.30           O  \\nHETATM 3551  O   HOH X 351      -1.491  -6.668  23.811  1.00 36.50           O  \\nHETATM 3552  O   HOH X 352       3.012  -1.165  22.866  1.00 39.92           O  \\nHETATM 3553  O   HOH X 353      -2.996  -6.863  19.093  1.00 38.06           O  \\nHETATM 3554  O   HOH X 354      -3.607  -2.343  31.694  1.00 35.78           O  \\nHETATM 3555  O   HOH X 356     -26.842 -11.676   5.104  1.00 22.24           O  \\nHETATM 3556  O   HOH X 357     -25.101 -12.354  10.035  1.00 30.03           O  \\nHETATM 3557  O   HOH X 358     -24.782  -9.808   7.546  1.00 27.30           O  \\nHETATM 3558  O   HOH X 359     -24.044 -13.282   6.757  1.00 40.18           O  \\nHETATM 3559  O   HOH X 360     -17.598 -12.485  11.186  1.00 22.51           O  \\nHETATM 3560  O   HOH X 361     -17.326  -8.170  12.459  1.00 51.09           O  \\nHETATM 3561  O   HOH X 362     -17.891 -10.032  -2.100  1.00 17.72           O  \\nHETATM 3562  O   HOH X 363     -18.277  -5.821  -3.607  1.00 15.88           O  \\nHETATM 3563  O   HOH X 364      -7.784 -16.070  -5.013  1.00 19.33           O  \\nHETATM 3564  O   HOH X 365     -16.196 -11.623   5.487  1.00 24.05           O  \\nHETATM 3565  O   HOH X 366     -23.553 -11.367  -2.009  1.00 16.92           O  \\nHETATM 3566  O   HOH X 367     -18.844  -9.026   0.186  1.00 23.33           O  \\nHETATM 3567  O   HOH X 368      -4.051 -17.007   2.021  1.00 25.34           O  \\nHETATM 3568  O   HOH X 369       5.630 -14.803   7.155  1.00 27.48           O  \\nHETATM 3569  O   HOH X 370     -27.084  -7.429   8.832  1.00 27.36           O  \\nHETATM 3570  O   HOH X 371       4.424 -10.053   3.043  1.00 28.54           O  \\nHETATM 3571  O   HOH X 372     -15.462   1.289  -3.061  1.00 29.38           O  \\nHETATM 3572  O   HOH X 373     -25.023 -21.551   1.151  1.00 21.73           O  \\nHETATM 3573  O   HOH X 374     -18.760 -18.425   4.435  1.00 22.32           O  \\nHETATM 3574  O   HOH X 375     -25.098   0.717  -0.241  1.00 26.62           O  \\nHETATM 3575  O   HOH X 376     -11.125 -17.594   5.491  1.00 21.24           O  \\nHETATM 3576  O   HOH X 377     -35.127 -16.623   2.176  1.00 23.72           O  \\nHETATM 3577  O   HOH X 378     -24.877 -14.451  11.581  1.00 29.21           O  \\nHETATM 3578  O   HOH X 379     -11.461 -26.584  15.168  1.00 30.43           O  \\nHETATM 3579  O   HOH X 380     -21.747 -19.106   8.712  1.00 21.56           O  \\nHETATM 3580  O   HOH X 381     -22.790 -16.607   5.217  1.00 28.37           O  \\nHETATM 3581  O   HOH X 382     -26.570 -20.316  -1.912  1.00 22.35           O  \\nHETATM 3582  O   HOH X 383     -22.383 -24.087  12.658  1.00 30.16           O  \\nHETATM 3583  O   HOH X 384     -29.198 -14.389  -3.738  1.00 24.00           O  \\nHETATM 3584  O   HOH X 385     -24.965  -8.165 -10.800  1.00 21.65           O  \\nHETATM 3585  O   HOH X 386     -14.357 -17.561  -0.499  1.00 24.89           O  \\nHETATM 3586  O   HOH X 387     -13.944 -15.181   0.710  1.00 29.11           O  \\nHETATM 3587  O   HOH X 388      -7.539  -4.747  -2.966  1.00 27.47           O  \\nHETATM 3588  O   HOH X 389     -25.669 -18.435  13.015  1.00 29.42           O  \\nHETATM 3589  O   HOH X 390     -12.979 -21.218   0.671  1.00 25.95           O  \\nHETATM 3590  O   HOH X 391     -17.398  -7.458  -5.513  1.00 21.86           O  \\nHETATM 3591  O   HOH X 392      -1.825 -14.319   3.983  1.00 24.88           O  \\nHETATM 3592  O   HOH X 393     -23.974 -13.525  -5.312  1.00 34.61           O  \\nHETATM 3593  O   HOH X 394     -24.875  -3.740  -1.270  1.00 29.24           O  \\nHETATM 3594  O   HOH X 395     -25.954 -22.169  13.769  1.00 25.16           O  \\nHETATM 3595  O   HOH X 396     -21.182 -21.760  11.472  1.00 37.17           O  \\nHETATM 3596  O   HOH X 397     -10.426  -9.689  13.417  1.00 26.43           O  \\nHETATM 3597  O   HOH X 398     -17.540 -11.434  -9.675  1.00 30.25           O  \\nHETATM 3598  O   HOH X 399     -25.967 -19.071  16.481  1.00 34.08           O  \\nHETATM 3599  O   HOH X 400     -14.133 -15.771  16.493  1.00 25.24           O  \\nHETATM 3600  O   HOH X 401     -36.947  -7.161   0.448  1.00 24.38           O  \\nHETATM 3601  O   HOH X 402     -22.335  -8.541   4.349  1.00 36.93           O  \\nHETATM 3602  O   HOH X 403     -24.284 -22.161  11.796  1.00 25.71           O  \\nHETATM 3603  O   HOH X 404     -15.175 -12.675 -10.465  1.00 37.31           O  \\nHETATM 3604  O   HOH X 405      -4.244 -22.965  10.271  1.00 36.71           O  \\nHETATM 3605  O   HOH X 406     -23.009 -13.022   4.332  1.00 24.73           O  \\nHETATM 3606  O   HOH X 407     -15.106 -15.214  -2.279  1.00 32.37           O  \\nHETATM 3607  O   HOH X 408      -3.641  -3.705  -4.730  1.00 33.36           O  \\nHETATM 3608  O   HOH X 409     -24.790 -11.423   1.545  1.00 24.86           O  \\nHETATM 3609  O   HOH X 410     -18.902 -16.658  -0.747  1.00 27.71           O  \\nHETATM 3610  O   HOH X 411     -33.475 -16.285   9.358  1.00 42.60           O  \\nHETATM 3611  O   HOH X 412       2.773  -3.860  24.852  1.00 37.74           O  \\nHETATM 3612  O   HOH X 413     -27.457  -0.284  -6.532  1.00 27.74           O  \\nHETATM 3613  O   HOH X 414      -1.611  -7.719   7.689  1.00 42.64           O  \\nHETATM 3614  O   HOH X 415      -4.776 -13.203   1.620  1.00 32.65           O  \\nHETATM 3615  O   HOH X 416     -32.033 -24.657   5.646  1.00 34.94           O  \\nHETATM 3616  O   HOH X 417     -18.202   0.010   1.472  1.00 32.45           O  \\nHETATM 3617  O   HOH X 418     -11.627 -23.107   7.772  1.00 29.91           O  \\nHETATM 3618  O   HOH X 419      -5.319 -15.880  -1.439  1.00 27.24           O  \\nHETATM 3619  O   HOH X 420     -15.659   2.032  -8.148  1.00 38.92           O  \\nHETATM 3620  O   HOH X 421      -4.108  -8.711   7.374  1.00 26.54           O  \\nHETATM 3621  O   HOH X 422     -20.450 -12.740  11.085  1.00 35.96           O  \\nHETATM 3622  O   HOH X 423     -37.100 -13.503   0.917  1.00 30.33           O  \\nHETATM 3623  O   HOH X 424      -4.923 -13.236  -3.151  1.00 28.17           O  \\nHETATM 3624  O   HOH X 425     -21.321 -18.635   5.053  1.00 22.12           O  \\nHETATM 3625  O   HOH X 426       5.811  -5.947   4.880  1.00 31.99           O  \\nHETATM 3626  O   HOH X 427      -0.216 -16.625  12.179  1.00 24.66           O  \\nHETATM 3627  O   HOH X 428     -15.973   1.564   0.062  1.00 31.71           O  \\nHETATM 3628  O   HOH X 429     -22.598 -15.562  -2.219  1.00 30.95           O  \\nHETATM 3629  O   HOH X 430       4.734 -14.819  23.373  1.00 35.33           O  \\nHETATM 3630  O   HOH X 431       4.110  -3.822  12.796  1.00 30.55           O  \\nHETATM 3631  O   HOH X 432      -4.164 -10.092   0.501  1.00 36.63           O  \\nHETATM 3632  O   HOH X 433     -23.696 -17.188  -4.877  1.00 41.11           O  \\nHETATM 3633  O   HOH X 434      -3.477 -11.984   4.044  1.00 26.30           O  \\nHETATM 3634  O   HOH X 435     -11.167 -23.402   1.020  1.00 36.31           O  \\nHETATM 3635  O   HOH X 436      -6.300 -10.483   2.194  1.00 22.78           O  \\nHETATM 3636  O   HOH X 437     -27.109   2.266  -3.195  1.00 33.15           O  \\nHETATM 3637  O   HOH X 438     -26.280 -27.366   4.019  1.00 29.44           O  \\nHETATM 3638  O   HOH X 439     -35.238 -13.386   3.779  1.00 43.67           O  \\nHETATM 3639  O   HOH X 440     -36.647 -14.948   9.351  1.00 59.93           O  \\nHETATM 3640  O   HOH X 441     -24.066 -19.378  -2.316  1.00 26.43           O  \\nHETATM 3641  O   HOH X 442     -30.927 -11.910  -5.948  1.00 36.07           O  \\nHETATM 3642  O   HOH X 443     -24.925 -17.777   3.790  1.00 24.90           O  \\nHETATM 3643  O   HOH X 444      -6.900   3.066  17.996  1.00 37.67           O  \\nHETATM 3644  O   HOH X 445      -6.385  -3.413 -15.674  1.00 42.86           O  \\nHETATM 3645  O   HOH X 446     -19.049 -28.380   5.966  1.00 44.74           O  \\nHETATM 3646  O   HOH X 447     -13.332 -28.760  14.982  1.00 34.05           O  \\nHETATM 3647  O   HOH X 448       8.069  -8.887  15.059  1.00 32.58           O  \\nHETATM 3648  O   HOH X 449     -23.992 -22.013  -2.850  1.00 25.15           O  \\nHETATM 3649  O   HOH X 450     -16.338   2.346   3.964  1.00 33.27           O  \\nHETATM 3650  O   HOH X 451      -8.828   1.388   4.900  1.00 48.88           O  \\nHETATM 3651  O   HOH X 452     -28.153 -20.308  -4.003  1.00 30.11           O  \\nHETATM 3652  O   HOH X 453     -24.111 -16.066   7.345  1.00 27.75           O  \\nHETATM 3653  O   HOH X 454     -34.180  -6.779   1.212  1.00 28.48           O  \\nHETATM 3654  O   HOH X 455       0.795  -9.612  20.785  1.00 32.21           O  \\nHETATM 3655  O   HOH X 456     -31.210  -4.707  -0.733  1.00 33.44           O  \\nHETATM 3656  O   HOH X 457     -14.574  -5.945 -14.357  1.00 32.93           O  \\nHETATM 3657  O   HOH X 458     -25.122 -13.350  -1.481  1.00 30.70           O  \\nHETATM 3658  O   HOH X 459     -16.710 -15.607   1.736  1.00 39.29           O  \\nHETATM 3659  O   HOH X 460      -7.508 -22.586   5.272  1.00 29.48           O  \\nHETATM 3660  O   HOH X 461     -32.590 -27.521   1.558  1.00 38.25           O  \\nHETATM 3661  O   HOH X 462     -14.400 -24.506   3.994  1.00 30.23           O  \\nHETATM 3662  O   HOH X 463      -9.281   1.994  16.871  1.00 39.55           O  \\nHETATM 3663  O   HOH X 464       1.032 -21.072  15.638  1.00 56.46           O  \\nHETATM 3664  O   HOH X 465       6.438  -3.902  26.469  1.00 46.40           O  \\nHETATM 3665  O   HOH X 466     -28.658 -25.702   6.744  1.00 36.33           O  \\nHETATM 3666  O   HOH X 467     -13.564  -1.084   5.193  1.00 47.72           O  \\nHETATM 3667  O   HOH X 468     -17.862  -5.103   8.533  1.00 34.24           O  \\nHETATM 3668  O   HOH X 469      -0.847 -11.684  29.851  1.00 38.57           O  \\nHETATM 3669  O   HOH X 470     -33.432  -2.814  -9.830  1.00 52.05           O  \\nHETATM 3670  O   HOH X 471     -16.366 -34.526  11.352  1.00 37.37           O  \\nHETATM 3671  O   HOH X 472      -9.691  -3.915   5.825  1.00 32.33           O  \\nHETATM 3672  O   HOH X 473       2.546  -0.548  18.967  1.00 39.46           O  \\nHETATM 3673  O   HOH X 474     -27.884   2.127  -5.656  1.00 36.11           O  \\nHETATM 3674  O   HOH X 475     -17.762 -21.839  15.127  1.00 37.60           O  \\nHETATM 3675  O   HOH X 476      -5.790 -18.394  -0.909  1.00 37.91           O  \\nHETATM 3676  O   HOH X 477     -26.439 -28.506  16.446  1.00 56.07           O  \\nHETATM 3677  O   HOH X 478     -11.156 -13.685  18.715  1.00 48.75           O  \\nHETATM 3678  O   HOH X 479      -0.054 -18.680  13.825  1.00 47.38           O  \\nHETATM 3679  O   HOH X 480     -24.400 -25.799  13.620  1.00 35.46           O  \\nHETATM 3680  O   HOH X 481     -18.454   0.363  -2.072  1.00 30.13           O  \\nHETATM 3681  O   HOH X 482     -20.057 -27.892   2.544  1.00 29.63           O  \\nHETATM 3682  O   HOH X 483     -24.670  -1.750   0.534  1.00 25.33           O  \\nHETATM 3683  O   HOH X 484       3.321  -6.708   2.266  1.00 30.83           O  \\nHETATM 3684  O   HOH X 485     -22.715  -3.556   3.538  1.00 40.24           O  \\nHETATM 3685  O   HOH X 486      -2.461 -10.149   6.086  1.00 39.64           O  \\nHETATM 3686  O   HOH X 487      -8.771 -10.462  16.184  1.00 45.23           O  \\nHETATM 3687  O   HOH X 488     -26.726 -13.168   0.863  1.00 29.71           O  \\nHETATM 3688  O   HOH X 489     -27.507 -16.359   3.721  1.00 30.04           O  \\nHETATM 3689  O   HOH X 490     -25.659 -13.881   3.683  1.00 31.11           O  \\nHETATM 3690  O   HOH X 491     -20.159 -19.647   0.827  1.00 34.75           O  \\nHETATM 3691  O   HOH X 492     -23.067 -20.396  -0.083  1.00 34.38           O  \\nHETATM 3692  O   HOH X 493     -22.538 -19.335   2.775  1.00 34.07           O  \\nHETATM 3693  O   HOH X 494     -21.643 -17.902  -1.243  1.00 35.12           O  \\nHETATM 3694  O   HOH X 495     -17.868 -16.122  -6.381  1.00 42.11           O  \\nHETATM 3695  O   HOH X 496     -14.929 -15.584  -5.730  1.00 42.54           O  \\nHETATM 3696  O   HOH X 497     -18.162 -13.247  -7.498  1.00 42.60           O  \\nHETATM 3697  O   HOH X 498     -17.120 -13.658  -4.654  1.00 41.43           O  \\nHETATM 3698  O   HOH X 499     -15.973 -15.133  -8.599  1.00 43.02           O  \\nHETATM 3699  O   HOH Y 240      15.334   9.131  56.233  1.00 26.99           O  \\nHETATM 3700  O   HOH Y 241      10.281  17.138  56.637  1.00 40.93           O  \\nHETATM 3701  O   HOH Y 242       9.427  13.024  50.219  1.00 28.83           O  \\nHETATM 3702  O   HOH Y 243      17.597  10.025  56.020  1.00 29.23           O  \\nHETATM 3703  O   HOH Y 244      24.165   8.127  65.364  1.00 32.64           O  \\nHETATM 3704  O   HOH Y 245      21.485   8.050  56.440  1.00 23.64           O  \\nHETATM 3705  O   HOH Y 246      11.796  18.315  48.366  1.00 29.02           O  \\nHETATM 3706  O   HOH Y 247      15.827  11.068  61.323  1.00 27.26           O  \\nHETATM 3707  O   HOH Y 248      -0.102  14.819  59.289  1.00 35.69           O  \\nHETATM 3708  O   HOH Y 249      19.622   6.373  56.326  1.00 30.91           O  \\nHETATM 3709  O   HOH Y 250      11.358  21.408  48.294  1.00 35.93           O  \\nHETATM 3710  O   HOH Y 251       8.831  13.110  59.041  1.00 52.91           O  \\nHETATM 3711  O   HOH Y 252      -3.044   8.311  63.189  1.00 40.02           O  \\nHETATM 3712  O   HOH Y 253       2.125   8.703  29.920  1.00 28.25           O  \\nHETATM 3713  O   HOH Y 254      14.463  16.008  54.704  1.00 37.05           O  \\nHETATM 3714  O   HOH Y 255      31.774  -5.412  66.959  1.00 34.30           O  \\nHETATM 3715  O   HOH Y 256      39.718   3.183  66.873  1.00 24.36           O  \\nHETATM 3716  O   HOH Y 257      14.668  11.960  63.547  1.00 39.27           O  \\nHETATM 3717  O   HOH Y 258      21.504  10.189  68.422  1.00 38.74           O  \\nHETATM 3718  O   HOH Y 259       9.093  18.813  35.568  1.00 45.84           O  \\nHETATM 3719  O   HOH Y 260       1.063  18.903  58.857  1.00 31.27           O  \\nHETATM 3720  O   HOH Y 261      36.946   0.771  59.827  1.00 36.40           O  \\nHETATM 3721  O   HOH Y 262      23.241  17.802  48.083  1.00 40.69           O  \\nHETATM 3722  O   HOH Y 263       5.992  12.733  37.548  1.00 36.90           O  \\nHETATM 3723  O   HOH Y 264      46.768  -2.036  64.431  1.00 37.06           O  \\nHETATM 3724  O   HOH Y 265       6.137   8.279  51.099  1.00 39.98           O  \\nHETATM 3725  O   HOH Y 266      18.623  20.644  45.700  1.00 31.99           O  \\nHETATM 3726  O   HOH Y 267      13.908   2.300  67.869  1.00 41.59           O  \\nHETATM 3727  O   HOH Y 268      30.115   2.770  54.571  1.00 41.03           O  \\nHETATM 3728  O   HOH Y 269      47.555   1.307  71.239  1.00 44.35           O  \\nHETATM 3729  O   HOH Y 270       3.803  11.940  35.631  1.00 35.37           O  \\nHETATM 3730  O   HOH Y 271      14.139   5.200  44.778  1.00 35.64           O  \\nHETATM 3731  O   HOH Y 272      19.286  23.682  80.766  1.00 44.13           O  \\nHETATM 3732  O   HOH Y 273      15.130  22.035  52.062  1.00 43.22           O  \\nHETATM 3733  O   HOH Y 274      31.042  -5.555  69.834  1.00 43.20           O  \\nHETATM 3734  O   HOH Y 275      19.951  12.809  42.947  1.00 38.66           O  \\nHETATM 3735  O   HOH Y 276       2.674   8.978  45.227  1.00 57.60           O  \\nHETATM 3736  O   HOH Y 277       0.897  14.559  46.836  1.00 33.98           O  \\nHETATM 3737  O   HOH Y 278      15.861  13.933  79.473  1.00 42.02           O  \\nHETATM 3738  O   HOH Y 279      20.124  -0.491  65.444  1.00 44.26           O  \\nHETATM 3739  O   HOH Y 280      37.999  15.177  63.500  1.00 44.26           O  \\nHETATM 3740  O   HOH Y 281      47.241   3.677  61.847  1.00 46.48           O  \\nHETATM 3741  O   HOH Y 282      12.668  20.507  62.225  1.00 38.95           O  \\nHETATM 3742  O   HOH Y 283      10.354  23.695  42.459  1.00 44.62           O  \\nHETATM 3743  O   HOH Y 284      13.088  19.110  65.330  1.00 33.24           O  \\nHETATM 3744  O   HOH Y 285       1.546  29.232  45.234  1.00 38.27           O  \\nHETATM 3745  O   HOH Y 286      -5.573  19.941  59.300  1.00 42.02           O  \\nHETATM 3746  O   HOH Y 287      30.696   5.933  53.577  1.00 41.22           O  \\nHETATM 3747  O   HOH Y 288       2.492   4.690  31.907  1.00 40.47           O  \\nHETATM 3748  O   HOH Y 289      21.318  19.678  44.999  1.00 55.66           O  \\nHETATM 3749  O   HOH Y 290      27.011  14.735  67.861  1.00 55.38           O  \\nHETATM 3750  O   HOH Y 291      17.109  10.330  70.047  1.00 51.20           O  \\nHETATM 3751  O   HOH Y 292      17.936  -0.731  52.124  1.00 45.51           O  \\nHETATM 3752  O   HOH Y 293      23.468  11.875  69.515  1.00 49.66           O  \\nHETATM 3753  O   HOH Y 294      11.479   0.591  29.679  1.00 57.77           O  \\nHETATM 3754  O   HOH Y 295       6.046  24.780  63.911  1.00 47.64           O  \\nHETATM 3755  O   HOH Y 296      35.792 -13.142  57.900  1.00 45.78           O  \\nHETATM 3756  O   HOH Y 297      43.670  -5.462  76.462  1.00 49.79           O  \\nHETATM 3757  O   HOH Y 298      35.091   3.084  59.254  1.00 50.37           O  \\nHETATM 3758  O   HOH Y 299       3.073  18.055  57.551  1.00 37.73           O  \\nHETATM 3759  O   HOH Y 300      26.213   9.009  67.880  1.00 51.02           O  \\nHETATM 3760  O   HOH Y 301      -0.491  19.479  51.499  1.00 35.04           O  \\nHETATM 3761  O   HOH Y 302      22.870   4.700  76.747  1.00 50.74           O  \\nHETATM 3762  O   HOH Y 303      26.339  14.018  56.782  1.00 47.54           O  \\nHETATM 3763  O   HOH Y 304      24.642  12.222  58.729  1.00 38.40           O  \\nHETATM 3764  O   HOH Y 305       3.588  27.501  61.638  1.00 41.16           O  \\nHETATM 3765  O   HOH Y 306      31.423   7.621  60.093  1.00 38.44           O  \\nHETATM 3766  O   HOH Y 307       9.998   3.075  38.805  1.00 48.63           O  \\nHETATM 3767  O   HOH Y 308      16.900  17.681  39.480  1.00 44.69           O  \\nHETATM 3768  O   HOH Y 309      11.122   1.649  55.241  1.00 49.46           O  \\nHETATM 3769  O   HOH Y 310      35.166   0.778  68.160  1.00 39.72           O  \\nHETATM 3770  O   HOH Y 311       3.527   7.230  43.494  1.00 54.29           O  \\nHETATM 3771  O   HOH Y 312       8.032   9.574  76.871  1.00 37.42           O  \\nHETATM 3772  O   HOH Y 313      -0.157  16.578  43.334  1.00 43.48           O  \\nHETATM 3773  O   HOH Y 314      33.045  14.442  66.818  1.00 53.50           O  \\nHETATM 3774  O   HOH Y 315      32.340   2.471  68.314  1.00 47.23           O  \\nHETATM 3775  O   HOH Y 316      28.982   4.746  42.823  1.00 47.37           O  \\nHETATM 3776  O   HOH Y 317      -5.845  24.290  61.794  1.00 37.20           O  \\nHETATM 3777  O   HOH Y 318      39.213   4.516  64.073  1.00 33.55           O  \\nHETATM 3778  O   HOH Y 319      11.685  17.709  77.131  1.00 39.08           O  \\nHETATM 3779  O   HOH Y 320      11.253   3.019  57.843  1.00 45.71           O  \\nHETATM 3780  O   HOH Y 321      24.973  -0.584  50.878  1.00 42.67           O  \\nHETATM 3781  O   HOH Y 322       1.438  -2.525  39.515  1.00 62.21           O  \\nHETATM 3782  O   HOH Y 323       1.889  10.922  57.759  1.00 44.76           O  \\nHETATM 3783  O   HOH Y 324      15.600   2.627  61.856  1.00 52.68           O  \\nHETATM 3784  O   HOH Y 325      17.481   9.099  72.372  1.00 35.70           O  \\nHETATM 3785  O   HOH Y 326       9.391   9.318  41.179  1.00 42.34           O  \\nHETATM 3786  O   HOH Y 327       8.947   4.139  51.657  1.00 46.08           O  \\nHETATM 3787  O   HOH Y 328       0.673  25.708  46.227  1.00 48.28           O  \\nHETATM 3788  O   HOH Y 329       4.491  17.371  73.185  1.00 47.36           O  \\nHETATM 3789  O   HOH Y 330       0.806  23.284  65.801  1.00 34.44           O  \\nHETATM 3790  O   HOH Y 331      35.324  13.316  63.041  1.00 51.59           O  \\nHETATM 3791  O   HOH Y 332       0.989   6.304  37.647  1.00 42.15           O  \\nHETATM 3792  O   HOH Y 333       7.355  25.098  44.127  1.00 43.81           O  \\nHETATM 3793  O   HOH Y 334      15.092  10.812  37.396  1.00 40.96           O  \\nHETATM 3794  O   HOH Y 335      14.308  11.881  40.081  1.00 40.18           O  \\nHETATM 3795  O   HOH Y 336      20.794  14.561  60.725  1.00 41.19           O  \\nHETATM 3796  O   HOH Y 337      11.818   9.505  61.716  1.00 30.86           O  \\nHETATM 3797  O   HOH Y 338      31.584   4.333  61.378  1.00 43.74           O  \\nHETATM 3798  O   HOH Y 339      16.421  15.678  63.593  1.00 50.71           O  \\nHETATM 3799  O   HOH Y 340      18.346  17.262  62.517  1.00 49.92           O  \\nHETATM 3800  O   HOH Y 341       1.651  22.405  68.074  1.00 42.52           O  \\nHETATM 3801  O   HOH Y 342       2.336  15.040  67.681  1.00 59.45           O  \\nHETATM 3802  O   HOH Y 343      15.751  -0.529  44.359  1.00 54.33           O  \\nHETATM 3803  O   HOH Y 344       5.754  26.145  40.401  1.00 51.36           O  \\nHETATM 3804  O   HOH Y 345      47.032   7.426  62.153  1.00 31.99           O  \\nHETATM 3805  O   HOH Y 346       5.457  11.457  51.943  1.00 50.39           O  \\nHETATM 3806  O   HOH Y 347       1.131   5.077  28.398  1.00 33.68           O  \\nHETATM 3807  O   HOH Y 355       3.493   3.173  25.460  1.00 40.63           O  \\nHETATM 3808  O   HOH Y 500      11.951  11.482  64.013  1.00 30.57           O  \\nHETATM 3809  O   HOH Y 501       8.530  14.181  64.153  1.00 30.60           O  \\nHETATM 3810  O   HOH Y 502       9.450  11.949  62.241  1.00 31.37           O  \\nHETATM 3811  O   HOH Y 503       9.736  17.894  59.522  1.00 31.44           O  \\nHETATM 3812  O   HOH Y 504      10.635  18.773  62.330  1.00 31.43           O  \\nHETATM 3813  O   HOH Y 505       9.412  15.966  61.913  1.00 30.40           O  \\nHETATM 3814  O   HOH Y 506      12.743  18.173  60.163  1.00 30.75           O  \\nHETATM 3815  O   HOH Y 507      21.045  16.689  58.133  1.00 38.74           O  \\nHETATM 3816  O   HOH Y 508      21.393  16.513  55.072  1.00 38.84           O  \\nHETATM 3817  O   HOH Y 509      22.617  14.053  58.460  1.00 38.41           O  \\nHETATM 3818  O   HOH Y 510      20.146  14.166  56.610  1.00 38.60           O  \\nHETATM 3819  O   HOH Y 511      23.882  16.397  56.922  1.00 39.21           O  \\nCONECT    1    2                                                                \\nCONECT    2    1    3    4    5                                                 \\nCONECT    3    2                                                                \\nCONECT    4    2                                                                \\nCONECT    5    2    6                                                           \\nCONECT    6    5    7    8    9                                                 \\nCONECT    7    6                                                                \\nCONECT    8    6                                                                \\nCONECT    9    6   10                                                           \\nCONECT   10    9   11                                                           \\nCONECT   11   10   12   13                                                      \\nCONECT   12   11   17                                                           \\nCONECT   13   11   14   15                                                      \\nCONECT   14   13   29                                                           \\nCONECT   15   13   16   17                                                      \\nCONECT   16   15                                                                \\nCONECT   17   12   15   18                                                      \\nCONECT   18   17   19   28                                                      \\nCONECT   19   18   20                                                           \\nCONECT   20   19   21                                                           \\nCONECT   21   20   22   28                                                      \\nCONECT   22   21   23   24                                                      \\nCONECT   23   22                                                                \\nCONECT   24   22   25                                                           \\nCONECT   25   24   26   27                                                      \\nCONECT   26   25                                                                \\nCONECT   27   25   28                                                           \\nCONECT   28   18   21   27                                                      \\nCONECT   29   14                                                                \\nCONECT  254 3447                                                                \\nCONECT  256 3447 3448                                                           \\nCONECT  266 3448                                                                \\nCONECT  267 3448                                                                \\nCONECT  275 3448                                                                \\nCONECT  618 3449                                                                \\nCONECT  634 3449                                                                \\nCONECT  685 3452                                                                \\nCONECT 1088 3450                                                                \\nCONECT 1104 3445                                                                \\nCONECT 1114 3445                                                                \\nCONECT 1173 3446                                                                \\nCONECT 1193 3446                                                                \\nCONECT 1303 3449                                                                \\nCONECT 1318 3448                                                                \\nCONECT 1322 3448                                                                \\nCONECT 1325 3449                                                                \\nCONECT 1342 3447                                                                \\nCONECT 1345 3447                                                                \\nCONECT 1352 3448                                                                \\nCONECT 1357 3449                                                                \\nCONECT 1473 3450                                                                \\nCONECT 1685 1700                                                                \\nCONECT 1697 1698 1699 1708 1710                                                 \\nCONECT 1698 1697                                                                \\nCONECT 1699 1697                                                                \\nCONECT 1700 1685 1701 1702 1703                                                 \\nCONECT 1701 1700                                                                \\nCONECT 1702 1700                                                                \\nCONECT 1703 1700 1704                                                           \\nCONECT 1704 1703 1705                                                           \\nCONECT 1705 1704 1706 1707                                                      \\nCONECT 1706 1705 1711                                                           \\nCONECT 1707 1705 1708 1709                                                      \\nCONECT 1708 1697 1707                                                           \\nCONECT 1709 1707 1710 1711                                                      \\nCONECT 1710 1697 1709                                                           \\nCONECT 1711 1706 1709 1712                                                      \\nCONECT 1712 1711 1713 1719                                                      \\nCONECT 1713 1712 1714 1715                                                      \\nCONECT 1714 1713                                                                \\nCONECT 1715 1713 1716                                                           \\nCONECT 1716 1715 1717 1718                                                      \\nCONECT 1717 1716                                                                \\nCONECT 1718 1716 1719                                                           \\nCONECT 1719 1712 1718                                                           \\nCONECT 1721 1722 1723 1724 1725                                                 \\nCONECT 1722 1721                                                                \\nCONECT 1723 1721                                                                \\nCONECT 1724 1721                                                                \\nCONECT 1725 1721 1726                                                           \\nCONECT 1726 1725 1727 1728 1729                                                 \\nCONECT 1727 1726                                                                \\nCONECT 1728 1726                                                                \\nCONECT 1729 1726 1730                                                           \\nCONECT 1730 1729 1731 1732 1733                                                 \\nCONECT 1731 1730                                                                \\nCONECT 1732 1730                                                                \\nCONECT 1733 1730 1734                                                           \\nCONECT 1734 1733 1735                                                           \\nCONECT 1735 1734 1736 1737                                                      \\nCONECT 1736 1735 1741                                                           \\nCONECT 1737 1735 1738 1739                                                      \\nCONECT 1738 1737 1753                                                           \\nCONECT 1739 1737 1740 1741                                                      \\nCONECT 1740 1739                                                                \\nCONECT 1741 1736 1739 1742                                                      \\nCONECT 1742 1741 1743 1752                                                      \\nCONECT 1743 1742 1744                                                           \\nCONECT 1744 1743 1745                                                           \\nCONECT 1745 1744 1746 1752                                                      \\nCONECT 1746 1745 1747 1748                                                      \\nCONECT 1747 1746                                                                \\nCONECT 1748 1746 1749                                                           \\nCONECT 1749 1748 1750 1751                                                      \\nCONECT 1750 1749                                                                \\nCONECT 1751 1749 1752                                                           \\nCONECT 1752 1742 1745 1751                                                      \\nCONECT 1753 1738                                                                \\nCONECT 2409 3481                                                                \\nCONECT 2812 3479                                                                \\nCONECT 3197 3479                                                                \\nCONECT 3409 3424                                                                \\nCONECT 3421 3422 3423 3432 3434                                                 \\nCONECT 3422 3421                                                                \\nCONECT 3423 3421                                                                \\nCONECT 3424 3409 3425 3426 3427                                                 \\nCONECT 3425 3424                                                                \\nCONECT 3426 3424                                                                \\nCONECT 3427 3424 3428                                                           \\nCONECT 3428 3427 3429                                                           \\nCONECT 3429 3428 3430 3431                                                      \\nCONECT 3430 3429 3435                                                           \\nCONECT 3431 3429 3432 3433                                                      \\nCONECT 3432 3421 3431                                                           \\nCONECT 3433 3431 3434 3435                                                      \\nCONECT 3434 3421 3433                                                           \\nCONECT 3435 3430 3433 3436                                                      \\nCONECT 3436 3435 3437 3443                                                      \\nCONECT 3437 3436 3438 3439                                                      \\nCONECT 3438 3437                                                                \\nCONECT 3439 3437 3440                                                           \\nCONECT 3440 3439 3441 3442                                                      \\nCONECT 3441 3440                                                                \\nCONECT 3442 3440 3443                                                           \\nCONECT 3443 3436 3442                                                           \\nCONECT 3445 1104 1114 3555 3556                                                 \\nCONECT 3445 3557 3558                                                           \\nCONECT 3446 1173 1193 3579 3595                                                 \\nCONECT 3446 3602                                                                \\nCONECT 3447  254  256 1342 1345                                                 \\nCONECT 3447 3559 3560                                                           \\nCONECT 3448  256  266  267  275                                                 \\nCONECT 3448 1318 1322 1352 3564                                                 \\nCONECT 3449  618  634 1303 1325                                                 \\nCONECT 3449 1357 3575                                                           \\nCONECT 3450 1088 1473 3477 3687                                                 \\nCONECT 3450 3688 3689                                                           \\nCONECT 3451 3473 3476 3690 3691                                                 \\nCONECT 3451 3692 3693                                                           \\nCONECT 3452  685 3694 3695 3696                                                 \\nCONECT 3452 3697 3698                                                           \\nCONECT 3453 3454 3460                                                           \\nCONECT 3454 3453 3455 3456                                                      \\nCONECT 3455 3454                                                                \\nCONECT 3456 3454 3457                                                           \\nCONECT 3457 3456 3458 3459                                                      \\nCONECT 3458 3457                                                                \\nCONECT 3459 3457 3460 3461                                                      \\nCONECT 3460 3453 3459                                                           \\nCONECT 3461 3459 3462                                                           \\nCONECT 3462 3461 3463 3466                                                      \\nCONECT 3463 3462 3464                                                           \\nCONECT 3464 3463 3465                                                           \\nCONECT 3465 3464 3466 3468                                                      \\nCONECT 3466 3462 3465 3467                                                      \\nCONECT 3467 3466                                                                \\nCONECT 3468 3465 3469                                                           \\nCONECT 3469 3468 3470                                                           \\nCONECT 3470 3469 3471                                                           \\nCONECT 3471 3470 3472 3473 3474                                                 \\nCONECT 3472 3471                                                                \\nCONECT 3473 3451 3471                                                           \\nCONECT 3474 3471 3475                                                           \\nCONECT 3475 3474 3476 3477 3478                                                 \\nCONECT 3476 3451 3475                                                           \\nCONECT 3477 3450 3475                                                           \\nCONECT 3478 3475                                                                \\nCONECT 3479 2812 3197 3506 3808                                                 \\nCONECT 3479 3809 3810                                                           \\nCONECT 3480 3501 3505 3811 3812                                                 \\nCONECT 3480 3813 3814                                                           \\nCONECT 3481 2409 3815 3816 3817                                                 \\nCONECT 3481 3818 3819                                                           \\nCONECT 3482 3483 3489                                                           \\nCONECT 3483 3482 3484 3485                                                      \\nCONECT 3484 3483                                                                \\nCONECT 3485 3483 3486                                                           \\nCONECT 3486 3485 3487 3488                                                      \\nCONECT 3487 3486                                                                \\nCONECT 3488 3486 3489 3490                                                      \\nCONECT 3489 3482 3488                                                           \\nCONECT 3490 3488 3491                                                           \\nCONECT 3491 3490 3492 3495                                                      \\nCONECT 3492 3491 3493                                                           \\nCONECT 3493 3492 3494                                                           \\nCONECT 3494 3493 3495 3497                                                      \\nCONECT 3495 3491 3494 3496                                                      \\nCONECT 3496 3495                                                                \\nCONECT 3497 3494 3498                                                           \\nCONECT 3498 3497 3499                                                           \\nCONECT 3499 3498 3500                                                           \\nCONECT 3500 3499 3501 3502 3503                                                 \\nCONECT 3501 3480 3500                                                           \\nCONECT 3502 3500                                                                \\nCONECT 3503 3500 3504                                                           \\nCONECT 3504 3503 3505 3506 3507                                                 \\nCONECT 3505 3480 3504                                                           \\nCONECT 3506 3479 3504                                                           \\nCONECT 3507 3504                                                                \\nCONECT 3555 3445                                                                \\nCONECT 3556 3445                                                                \\nCONECT 3557 3445                                                                \\nCONECT 3558 3445                                                                \\nCONECT 3559 3447                                                                \\nCONECT 3560 3447                                                                \\nCONECT 3564 3448                                                                \\nCONECT 3575 3449                                                                \\nCONECT 3579 3446                                                                \\nCONECT 3595 3446                                                                \\nCONECT 3602 3446                                                                \\nCONECT 3687 3450                                                                \\nCONECT 3688 3450                                                                \\nCONECT 3689 3450                                                                \\nCONECT 3690 3451                                                                \\nCONECT 3691 3451                                                                \\nCONECT 3692 3451                                                                \\nCONECT 3693 3451                                                                \\nCONECT 3694 3452                                                                \\nCONECT 3695 3452                                                                \\nCONECT 3696 3452                                                                \\nCONECT 3697 3452                                                                \\nCONECT 3698 3452                                                                \\nCONECT 3808 3479                                                                \\nCONECT 3809 3479                                                                \\nCONECT 3810 3479                                                                \\nCONECT 3811 3480                                                                \\nCONECT 3812 3480                                                                \\nCONECT 3813 3480                                                                \\nCONECT 3814 3480                                                                \\nCONECT 3815 3481                                                                \\nCONECT 3816 3481                                                                \\nCONECT 3817 3481                                                                \\nCONECT 3818 3481                                                                \\nCONECT 3819 3481                                                                \\nMASTER      592    0   17    0    0    0   32    6 3817    2  244   14          \\nEND                                                                             \\n\",\"pdb\");\n\tviewergrid_17141377583251474[0][0].setStyle({\"cartoon\": {\"color\": \"spectrum\"}});\n\tviewergrid_17141377583251474[0][0].zoomTo({\"chain\": \"X\"});\n\tviewergrid_17141377583251474[0][0].rotate(-110,\"x\");\n\tviewergrid_17141377583251474[0][0].rotate(-30,\"z\");\n\tviewergrid_17141377583251474[0][0].rotate(-10,\"y\");\n\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": 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       "\tviewergrid_17141377583251474[0][0].addModel(\"HEADER    RNA                                     16-MAR-06   2GDI              \\nTITLE     CRYSTAL STRUCTURE OF THIAMINE PYROPHOSPHATE-SPECIFIC RIBOSWITCH IN    \\nTITLE    2 COMPLEX WITH THIAMINE PYROPHOSPHATE                                  \\nCOMPND    MOL_ID: 1;                                                            \\nCOMPND   2 MOLECULE: TPP RIBOSWITCH;                                            \\nCOMPND   3 CHAIN: X, Y;                                                         \\nCOMPND   4 FRAGMENT: SENSING DOMAIN;                                            \\nCOMPND   5 ENGINEERED: YES                                                      \\nSOURCE    MOL_ID: 1;                                                            \\nSOURCE   2 SYNTHETIC: YES;                                                      \\nSOURCE   3 OTHER_DETAILS: RNA WAS PREPARED BY IN VITRO TRANSCRIPTION            \\nKEYWDS    RIBOSWITCH, THIAMINE PYROPHOSPHATE, RNA                               \\nEXPDTA    X-RAY DIFFRACTION                                                     \\nAUTHOR    A.SERGANOV                                                            \\nREVDAT   3   13-JUL-11 2GDI    1       VERSN                                    \\nREVDAT   2   24-FEB-09 2GDI    1       VERSN                                    \\nREVDAT   1   04-JUL-06 2GDI    0                                                \\nJRNL        AUTH   A.SERGANOV,A.POLONSKAIA,A.T.PHAN,R.R.BREAKER,D.J.PATEL       \\nJRNL        TITL   STRUCTURAL BASIS FOR GENE REGULATION BY A THIAMINE           \\nJRNL        TITL 2 PYROPHOSPHATE-SENSING RIBOSWITCH.                            \\nJRNL        REF    NATURE                        V. 441  1167 2006              \\nJRNL        REFN                   ISSN 0028-0836                               \\nJRNL        PMID   16728979                                                     \\nJRNL        DOI    10.1038/NATURE04740                                          \\nREMARK   2                                                                      \\nREMARK   2 RESOLUTION.    2.05 ANGSTROMS.                                       \\nREMARK   3                                                                      \\nREMARK   3 REFINEMENT.                                                          \\nREMARK   3   PROGRAM     : REFMAC 5.2.0005                                      \\nREMARK   3   AUTHORS     : MURSHUDOV,VAGIN,DODSON                               \\nREMARK   3                                                                      \\nREMARK   3    REFINEMENT TARGET : MAXIMUM LIKELIHOOD                            \\nREMARK   3                                                                      \\nREMARK   3  DATA USED IN REFINEMENT.                                            \\nREMARK   3   RESOLUTION RANGE HIGH (ANGSTROMS) : 2.05                           \\nREMARK   3   RESOLUTION RANGE LOW  (ANGSTROMS) : 20.00                          \\nREMARK   3   DATA CUTOFF            (SIGMA(F)) : 0.000                          \\nREMARK   3   COMPLETENESS FOR RANGE        (%) : 99.8                           \\nREMARK   3   NUMBER OF REFLECTIONS             : 25258                          \\nREMARK   3                                                                      \\nREMARK   3  FIT TO DATA USED IN REFINEMENT.                                     \\nREMARK   3   CROSS-VALIDATION METHOD          : THROUGHOUT                      \\nREMARK   3   FREE R VALUE TEST SET SELECTION  : RANDOM                          \\nREMARK   3   R VALUE     (WORKING + TEST SET) : 0.210                           \\nREMARK   3   R VALUE            (WORKING SET) : 0.208                           \\nREMARK   3   FREE R VALUE                     : 0.241                           \\nREMARK   3   FREE R VALUE TEST SET SIZE   (%) : 5.000                           \\nREMARK   3   FREE R VALUE TEST SET COUNT      : 1337                            \\nREMARK   3                                                                      \\nREMARK   3  FIT IN THE HIGHEST RESOLUTION BIN.                                  \\nREMARK   3   TOTAL NUMBER OF BINS USED           : 20                           \\nREMARK   3   BIN RESOLUTION RANGE HIGH       (A) : 2.05                         \\nREMARK   3   BIN RESOLUTION RANGE LOW        (A) : 2.10                         \\nREMARK   3   REFLECTION IN BIN     (WORKING SET) : 1850                         \\nREMARK   3   BIN COMPLETENESS (WORKING+TEST) (%) : 100.00                       \\nREMARK   3   BIN R VALUE           (WORKING SET) : 0.2850                       \\nREMARK   3   BIN FREE R VALUE SET COUNT          : 98                           \\nREMARK   3   BIN FREE R VALUE                    : 0.3120                       \\nREMARK   3                                                                      \\nREMARK   3  NUMBER OF NON-HYDROGEN ATOMS USED IN REFINEMENT.                    \\nREMARK   3   PROTEIN ATOMS            : 0                                       \\nREMARK   3   NUCLEIC ACID ATOMS       : 3442                                    \\nREMARK   3   HETEROGEN ATOMS          : 63                                      \\nREMARK   3   SOLVENT ATOMS            : 312                                     \\nREMARK   3                                                                      \\nREMARK   3  B VALUES.                                                           \\nREMARK   3   B VALUE TYPE : LIKELY RESIDUAL                                     \\nREMARK   3   FROM WILSON PLOT           (A**2) : NULL                           \\nREMARK   3   MEAN B VALUE      (OVERALL, A**2) : 34.95                          \\nREMARK   3   OVERALL ANISOTROPIC B VALUE.                                       \\nREMARK   3    B11 (A**2) : -0.76000                                             \\nREMARK   3    B22 (A**2) : 1.81000                                              \\nREMARK   3    B33 (A**2) : -1.43000                                             \\nREMARK   3    B12 (A**2) : 0.00000                                              \\nREMARK   3    B13 (A**2) : -2.37000                                             \\nREMARK   3    B23 (A**2) : 0.00000                                              \\nREMARK   3                                                                      \\nREMARK   3  ESTIMATED OVERALL COORDINATE ERROR.                                 \\nREMARK   3   ESU BASED ON R VALUE                            (A): 0.269         \\nREMARK   3   ESU BASED ON FREE R VALUE                       (A): 0.196         \\nREMARK   3   ESU BASED ON MAXIMUM LIKELIHOOD                 (A): 0.135         \\nREMARK   3   ESU FOR B VALUES BASED ON MAXIMUM LIKELIHOOD (A**2): 9.414         \\nREMARK   3                                                                      \\nREMARK   3 CORRELATION COEFFICIENTS.                                            \\nREMARK   3   CORRELATION COEFFICIENT FO-FC      : 0.955                         \\nREMARK   3   CORRELATION COEFFICIENT FO-FC FREE : 0.935                         \\nREMARK   3                                                                      \\nREMARK   3  RMS DEVIATIONS FROM IDEAL VALUES        COUNT    RMS    WEIGHT      \\nREMARK   3   BOND LENGTHS REFINED ATOMS        (A):  3946 ; 0.003 ; 0.021       \\nREMARK   3   BOND LENGTHS OTHERS               (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   BOND ANGLES REFINED ATOMS   (DEGREES):  6115 ; 1.043 ; 3.000       \\nREMARK   3   BOND ANGLES OTHERS          (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 1    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 2    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 3    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   TORSION ANGLES, PERIOD 4    (DEGREES):  NULL ;  NULL ;  NULL       \\nREMARK   3   CHIRAL-CENTER RESTRAINTS       (A**3):   798 ; 0.129 ; 0.200       \\nREMARK   3   GENERAL PLANES REFINED ATOMS      (A):  1696 ; 0.004 ; 0.020       \\nREMARK   3   GENERAL PLANES OTHERS             (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   NON-BONDED CONTACTS REFINED ATOMS (A):  1548 ; 0.164 ; 0.300       \\nREMARK   3   NON-BONDED CONTACTS OTHERS        (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   NON-BONDED TORSION REFINED ATOMS  (A):  2406 ; 0.284 ; 0.500       \\nREMARK   3   NON-BONDED TORSION OTHERS         (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   H-BOND (X...Y) REFINED ATOMS      (A):   449 ; 0.191 ; 0.500       \\nREMARK   3   H-BOND (X...Y) OTHERS             (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   POTENTIAL METAL-ION REFINED ATOMS (A):     7 ; 0.141 ; 0.500       \\nREMARK   3   POTENTIAL METAL-ION OTHERS        (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY VDW REFINED ATOMS        (A):    51 ; 0.160 ; 0.300       \\nREMARK   3   SYMMETRY VDW OTHERS               (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY H-BOND REFINED ATOMS     (A):    17 ; 0.177 ; 0.500       \\nREMARK   3   SYMMETRY H-BOND OTHERS            (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY METAL-ION REFINED ATOMS  (A):  NULL ;  NULL ;  NULL       \\nREMARK   3   SYMMETRY METAL-ION OTHERS         (A):  NULL ;  NULL ;  NULL       \\nREMARK   3                                                                      \\nREMARK   3  ISOTROPIC THERMAL FACTOR RESTRAINTS.     COUNT   RMS    WEIGHT      \\nREMARK   3   MAIN-CHAIN BOND REFINED ATOMS  (A**2):     2 ; 0.199 ; 1.500       \\nREMARK   3   MAIN-CHAIN BOND OTHER ATOMS    (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   MAIN-CHAIN ANGLE REFINED ATOMS (A**2):     6 ; 0.435 ; 2.000       \\nREMARK   3   SIDE-CHAIN BOND REFINED ATOMS  (A**2):  4151 ; 0.850 ; 3.000       \\nREMARK   3   SIDE-CHAIN ANGLE REFINED ATOMS (A**2):  6109 ; 1.196 ; 4.500       \\nREMARK   3                                                                      \\nREMARK   3 ANISOTROPIC THERMAL FACTOR RESTRAINTS.    COUNT   RMS   WEIGHT       \\nREMARK   3   RIGID-BOND RESTRAINTS          (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   SPHERICITY; FREE ATOMS         (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3   SPHERICITY; BONDED ATOMS       (A**2):  NULL ;  NULL ;  NULL       \\nREMARK   3                                                                      \\nREMARK   3  NCS RESTRAINTS STATISTICS                                           \\nREMARK   3   NUMBER OF DIFFERENT NCS GROUPS : NULL                              \\nREMARK   3                                                                      \\nREMARK   3  TLS DETAILS                                                         \\nREMARK   3   NUMBER OF TLS GROUPS  : 8                                          \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 1                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    10        X    14                          \\nREMARK   3    RESIDUE RANGE :   X    85        X    89                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -22.4480   1.0570 -25.3380              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0322 T22:  -0.0752                                     \\nREMARK   3      T33:   0.0391 T12:  -0.0223                                     \\nREMARK   3      T13:   0.0404 T23:   0.1377                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   7.5548 L22:  13.8257                                     \\nREMARK   3      L33:   3.6837 L12:  -8.3424                                     \\nREMARK   3      L13:   3.1239 L23:  -0.1275                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.4421 S12:   0.2056 S13:  -0.0882                       \\nREMARK   3      S21:  -0.1476 S22:  -0.5312 S23:  -0.3718                       \\nREMARK   3      S31:   0.4062 S32:  -0.0891 S33:   0.0891                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 2                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    10        Y    14                          \\nREMARK   3    RESIDUE RANGE :   Y    85        Y    89                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  40.0360  -0.1840  64.6920              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.0222 T22:  -0.1142                                     \\nREMARK   3      T33:  -0.0193 T12:   0.1008                                     \\nREMARK   3      T13:   0.0664 T23:  -0.0002                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   6.8186 L22:   7.5176                                     \\nREMARK   3      L33:   6.6580 L12:   1.7147                                     \\nREMARK   3      L13:   1.0639 L23:  -1.9691                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.0598 S12:  -0.0283 S13:   0.3076                       \\nREMARK   3      S21:  -0.2099 S22:  -0.2076 S23:   0.1167                       \\nREMARK   3      S31:  -0.1825 S32:  -0.2278 S33:   0.2674                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 3                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    15        X    20                          \\nREMARK   3    RESIDUE RANGE :   X    45        X    51                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -15.8970  -1.1140  -7.9280              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1152 T22:  -0.1640                                     \\nREMARK   3      T33:  -0.0329 T12:  -0.0154                                     \\nREMARK   3      T13:   0.0802 T23:   0.0446                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   6.2186 L22:   3.5808                                     \\nREMARK   3      L33:   3.3589 L12:  -0.8192                                     \\nREMARK   3      L13:   2.8260 L23:  -1.6046                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.3249 S12:   0.5839 S13:   0.5866                       \\nREMARK   3      S21:  -0.3533 S22:  -0.1552 S23:  -0.3612                       \\nREMARK   3      S31:  -0.5217 S32:   0.4263 S33:   0.4801                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 4                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    15        Y    20                          \\nREMARK   3    RESIDUE RANGE :   Y    45        Y    51                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  24.8440   2.1720  55.2130              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.0787 T22:   0.0993                                     \\nREMARK   3      T33:   0.0380 T12:   0.0293                                     \\nREMARK   3      T13:   0.0361 T23:  -0.1288                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   5.0196 L22:   4.6454                                     \\nREMARK   3      L33:   4.9786 L12:  -2.0482                                     \\nREMARK   3      L13:   2.3271 L23:  -0.8595                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.2944 S12:   0.8711 S13:  -0.6504                       \\nREMARK   3      S21:  -0.1426 S22:   0.1430 S23:  -0.0811                       \\nREMARK   3      S31:   0.4815 S32:   0.7966 S33:  -0.4373                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 5                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    21        X    44                          \\nREMARK   3    RESIDUE RANGE :   X   103        X   103                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  -4.2750  -9.6720  11.1870              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1446 T22:  -0.1226                                     \\nREMARK   3      T33:  -0.0758 T12:  -0.0226                                     \\nREMARK   3      T13:   0.0807 T23:   0.0177                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   0.9816 L22:   2.0990                                     \\nREMARK   3      L33:   1.2610 L12:   0.4867                                     \\nREMARK   3      L13:   0.2468 L23:   0.1856                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.1009 S12:  -0.2134 S13:  -0.0952                       \\nREMARK   3      S21:   0.2772 S22:  -0.0791 S23:  -0.1273                       \\nREMARK   3      S31:  -0.1813 S32:   0.2004 S33:  -0.0217                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 6                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 2                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    21        Y    44                          \\nREMARK   3    RESIDUE RANGE :   Y   113        Y   113                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  11.0190  10.6070  38.8650              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0292 T22:   0.0736                                     \\nREMARK   3      T33:   0.0041 T12:  -0.0656                                     \\nREMARK   3      T13:   0.0498 T23:  -0.1008                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   3.1155 L22:   1.8549                                     \\nREMARK   3      L33:   7.0998 L12:   0.8479                                     \\nREMARK   3      L13:   4.3320 L23:  -0.1430                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.0564 S12:   0.2330 S13:  -0.4193                       \\nREMARK   3      S21:  -0.3695 S22:   0.4038 S23:  -0.1589                       \\nREMARK   3      S31:   0.2329 S32:   0.2628 S33:  -0.3474                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 7                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 4                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   X    52        X    84                          \\nREMARK   3    RESIDUE RANGE :   X   101        X   102                          \\nREMARK   3    RESIDUE RANGE :   X   121        X   125                          \\nREMARK   3    RESIDUE RANGE :   X   100        X   100                          \\nREMARK   3    ORIGIN FOR THE GROUP (A): -25.2230 -15.6610   1.7600              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:  -0.1982 T22:  -0.2037                                     \\nREMARK   3      T33:  -0.0451 T12:   0.0059                                     \\nREMARK   3      T13:   0.0941 T23:   0.0076                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   2.8451 L22:   2.7122                                     \\nREMARK   3      L33:   1.0377 L12:   0.2833                                     \\nREMARK   3      L13:   0.1843 L23:  -0.4823                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:   0.0861 S12:  -0.0418 S13:  -0.1683                       \\nREMARK   3      S21:  -0.0220 S22:  -0.0483 S23:   0.0849                       \\nREMARK   3      S31:   0.0096 S32:  -0.0292 S33:  -0.0378                       \\nREMARK   3                                                                      \\nREMARK   3   TLS GROUP : 8                                                      \\nREMARK   3    NUMBER OF COMPONENTS GROUP : 3                                    \\nREMARK   3    COMPONENTS        C SSSEQI   TO  C SSSEQI                         \\nREMARK   3    RESIDUE RANGE :   Y    52        Y    84                          \\nREMARK   3    RESIDUE RANGE :   Y   111        Y   112                          \\nREMARK   3    RESIDUE RANGE :   Y   100        Y   100                          \\nREMARK   3    ORIGIN FOR THE GROUP (A):  10.9680  14.1810  62.4920              \\nREMARK   3    T TENSOR                                                          \\nREMARK   3      T11:   0.0281 T22:   0.0856                                     \\nREMARK   3      T33:  -0.0060 T12:   0.0844                                     \\nREMARK   3      T13:   0.0548 T23:  -0.0472                                     \\nREMARK   3    L TENSOR                                                          \\nREMARK   3      L11:   2.5407 L22:   1.6758                                     \\nREMARK   3      L33:   2.7663 L12:  -0.8284                                     \\nREMARK   3      L13:   0.4015 L23:  -0.1264                                     \\nREMARK   3    S TENSOR                                                          \\nREMARK   3      S11:  -0.1894 S12:  -0.0125 S13:  -0.1806                       \\nREMARK   3      S21:   0.1865 S22:   0.0806 S23:   0.0444                       \\nREMARK   3      S31:  -0.3455 S32:  -0.0702 S33:   0.1088                       \\nREMARK   3                                                                      \\nREMARK   3  BULK SOLVENT MODELLING.                                             \\nREMARK   3   METHOD USED : MASK                                                 \\nREMARK   3   PARAMETERS FOR MASK CALCULATION                                    \\nREMARK   3   VDW PROBE RADIUS   : 1.20                                          \\nREMARK   3   ION PROBE RADIUS   : 0.80                                          \\nREMARK   3   SHRINKAGE RADIUS   : 0.80                                          \\nREMARK   3                                                                      \\nREMARK   3  OTHER REFINEMENT REMARKS: HYDROGENS HAVE BEEN ADDED IN THE RIDING   \\nREMARK   3  POSITIONS                                                           \\nREMARK   4                                                                      \\nREMARK   4 2GDI COMPLIES WITH FORMAT V. 3.30, 13-JUL-11                         \\nREMARK 100                                                                      \\nREMARK 100 THIS ENTRY HAS BEEN PROCESSED BY RCSB ON 11-APR-06.                  \\nREMARK 100 THE RCSB ID CODE IS RCSB036985.                                      \\nREMARK 200                                                                      \\nREMARK 200 EXPERIMENTAL DETAILS                                                 \\nREMARK 200  EXPERIMENT TYPE                : X-RAY DIFFRACTION                  \\nREMARK 200  DATE OF DATA COLLECTION        : 07-NOV-05; 07-NOV-05               \\nREMARK 200  TEMPERATURE           (KELVIN) : 100.0; NULL                        \\nREMARK 200  PH                             : 6.90                               \\nREMARK 200  NUMBER OF CRYSTALS USED        : 1                                  \\nREMARK 200                                                                      \\nREMARK 200  SYNCHROTRON              (Y/N) : Y; Y                               \\nREMARK 200  RADIATION SOURCE               : NSLS; NSLS                         \\nREMARK 200  BEAMLINE                       : X25; X25                           \\nREMARK 200  X-RAY GENERATOR MODEL          : NULL; NULL                         \\nREMARK 200  MONOCHROMATIC OR LAUE    (M/L) : M; M                               \\nREMARK 200  WAVELENGTH OR RANGE        (A) : 1.1; 1.1407, 1.1411, 1.1201        \\nREMARK 200  MONOCHROMATOR                  : SI 111 CHANNEL; NULL               \\nREMARK 200  OPTICS                         : NULL; NULL                         \\nREMARK 200                                                                      \\nREMARK 200  DETECTOR TYPE                  : CCD; CCD                           \\nREMARK 200  DETECTOR MANUFACTURER          : ADSC QUANTUM 315; ADSC QUANTUM     \\nREMARK 200                                   315                                \\nREMARK 200  INTENSITY-INTEGRATION SOFTWARE : CAD4                               \\nREMARK 200  DATA SCALING SOFTWARE          : HKL-2000                           \\nREMARK 200                                                                      \\nREMARK 200  NUMBER OF UNIQUE REFLECTIONS   : 27007                              \\nREMARK 200  RESOLUTION RANGE HIGH      (A) : 2.050                              \\nREMARK 200  RESOLUTION RANGE LOW       (A) : 20.000                             \\nREMARK 200  REJECTION CRITERIA  (SIGMA(I)) : 0.000                              \\nREMARK 200                                                                      \\nREMARK 200 OVERALL.                                                             \\nREMARK 200  COMPLETENESS FOR RANGE     (%) : 99.8                               \\nREMARK 200  DATA REDUNDANCY                : 4.300                              \\nREMARK 200  R MERGE                    (I) : 0.06200                            \\nREMARK 200  R SYM                      (I) : NULL                               \\nREMARK 200  <I/SIGMA(I)> FOR THE DATA SET  : NULL                               \\nREMARK 200                                                                      \\nREMARK 200 IN THE HIGHEST RESOLUTION SHELL.                                     \\nREMARK 200  HIGHEST RESOLUTION SHELL, RANGE HIGH (A) : 2.05                     \\nREMARK 200  HIGHEST RESOLUTION SHELL, RANGE LOW  (A) : 2.12                     \\nREMARK 200  COMPLETENESS FOR SHELL     (%) : 100.0                              \\nREMARK 200  DATA REDUNDANCY IN SHELL       : 4.30                               \\nREMARK 200  R MERGE FOR SHELL          (I) : 0.47500                            \\nREMARK 200  R SYM FOR SHELL            (I) : NULL                               \\nREMARK 200  <I/SIGMA(I)> FOR SHELL         : 2.890                              \\nREMARK 200                                                                      \\nREMARK 200 DIFFRACTION PROTOCOL: SINGLE WAVELENGTH; MAD                         \\nREMARK 200 METHOD USED TO DETERMINE THE STRUCTURE: MAD                          \\nREMARK 200 SOFTWARE USED: SOLVE                                                 \\nREMARK 200 STARTING MODEL: NULL                                                 \\nREMARK 200                                                                      \\nREMARK 200 REMARK: NULL                                                         \\nREMARK 280                                                                      \\nREMARK 280 CRYSTAL                                                              \\nREMARK 280 SOLVENT CONTENT, VS   (%): 38.59                                     \\nREMARK 280 MATTHEWS COEFFICIENT, VM (ANGSTROMS**3/DA): 2.00                     \\nREMARK 280                                                                      \\nREMARK 280 CRYSTALLIZATION CONDITIONS: 28 % PEG4000, 100 MM NA-ACETATE, PH      \\nREMARK 280  4.8, AND 200 MM NH4-ACETATE, PH 6.9, VAPOR DIFFUSION, HANGING       \\nREMARK 280  DROP, TEMPERATURE 293K, PH 6.90                                     \\nREMARK 290                                                                      \\nREMARK 290 CRYSTALLOGRAPHIC SYMMETRY                                            \\nREMARK 290 SYMMETRY OPERATORS FOR SPACE GROUP: C 1 2 1                          \\nREMARK 290                                                                      \\nREMARK 290      SYMOP   SYMMETRY                                                \\nREMARK 290     NNNMMM   OPERATOR                                                \\nREMARK 290       1555   X,Y,Z                                                   \\nREMARK 290       2555   -X,Y,-Z                                                 \\nREMARK 290       3555   X+1/2,Y+1/2,Z                                           \\nREMARK 290       4555   -X+1/2,Y+1/2,-Z                                         \\nREMARK 290                                                                      \\nREMARK 290     WHERE NNN -> OPERATOR NUMBER                                     \\nREMARK 290           MMM -> TRANSLATION VECTOR                                  \\nREMARK 290                                                                      \\nREMARK 290 CRYSTALLOGRAPHIC SYMMETRY TRANSFORMATIONS                            \\nREMARK 290 THE FOLLOWING TRANSFORMATIONS OPERATE ON THE ATOM/HETATM             \\nREMARK 290 RECORDS IN THIS ENTRY TO PRODUCE CRYSTALLOGRAPHICALLY                \\nREMARK 290 RELATED MOLECULES.                                                   \\nREMARK 290   SMTRY1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 290   SMTRY2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 290   SMTRY3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 290   SMTRY1   2 -1.000000  0.000000  0.000000        0.00000            \\nREMARK 290   SMTRY2   2  0.000000  1.000000  0.000000        0.00000            \\nREMARK 290   SMTRY3   2  0.000000  0.000000 -1.000000        0.00000            \\nREMARK 290   SMTRY1   3  1.000000  0.000000  0.000000       74.40950            \\nREMARK 290   SMTRY2   3  0.000000  1.000000  0.000000       14.77900            \\nREMARK 290   SMTRY3   3  0.000000  0.000000  1.000000        0.00000            \\nREMARK 290   SMTRY1   4 -1.000000  0.000000  0.000000       74.40950            \\nREMARK 290   SMTRY2   4  0.000000  1.000000  0.000000       14.77900            \\nREMARK 290   SMTRY3   4  0.000000  0.000000 -1.000000        0.00000            \\nREMARK 290                                                                      \\nREMARK 290 REMARK: NULL                                                         \\nREMARK 300                                                                      \\nREMARK 300 BIOMOLECULE: 1, 2                                                    \\nREMARK 300 SEE REMARK 350 FOR THE AUTHOR PROVIDED AND/OR PROGRAM                \\nREMARK 300 GENERATED ASSEMBLY INFORMATION FOR THE STRUCTURE IN                  \\nREMARK 300 THIS ENTRY. THE REMARK MAY ALSO PROVIDE INFORMATION ON               \\nREMARK 300 BURIED SURFACE AREA.                                                 \\nREMARK 350                                                                      \\nREMARK 350 COORDINATES FOR A COMPLETE MULTIMER REPRESENTING THE KNOWN           \\nREMARK 350 BIOLOGICALLY SIGNIFICANT OLIGOMERIZATION STATE OF THE                \\nREMARK 350 MOLECULE CAN BE GENERATED BY APPLYING BIOMT TRANSFORMATIONS          \\nREMARK 350 GIVEN BELOW.  BOTH NON-CRYSTALLOGRAPHIC AND                          \\nREMARK 350 CRYSTALLOGRAPHIC OPERATIONS ARE GIVEN.                               \\nREMARK 350                                                                      \\nREMARK 350 BIOMOLECULE: 1                                                       \\nREMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: MONOMERIC                         \\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: X                                     \\nREMARK 350   BIOMT1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 350   BIOMT2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 350   BIOMT3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 350                                                                      \\nREMARK 350 BIOMOLECULE: 2                                                       \\nREMARK 350 AUTHOR DETERMINED BIOLOGICAL UNIT: MONOMERIC                         \\nREMARK 350 APPLY THE FOLLOWING TO CHAINS: Y                                     \\nREMARK 350   BIOMT1   1  1.000000  0.000000  0.000000        0.00000            \\nREMARK 350   BIOMT2   1  0.000000  1.000000  0.000000        0.00000            \\nREMARK 350   BIOMT3   1  0.000000  0.000000  1.000000        0.00000            \\nREMARK 470                                                                      \\nREMARK 470 MISSING ATOM                                                         \\nREMARK 470 THE FOLLOWING RESIDUES HAVE MISSING ATOMS (M=MODEL NUMBER;           \\nREMARK 470 RES=RESIDUE NAME; C=CHAIN IDENTIFIER; SSEQ=SEQUENCE NUMBER;          \\nREMARK 470 I=INSERTION CODE):                                                   \\nREMARK 470   M RES CSSEQI  ATOMS                                                \\nREMARK 470     GTP X  10    PG   O1G  O2G  O3G                                  \\nREMARK 525                                                                      \\nREMARK 525 SOLVENT                                                              \\nREMARK 525                                                                      \\nREMARK 525 THE SOLVENT MOLECULES HAVE CHAIN IDENTIFIERS THAT                    \\nREMARK 525 INDICATE THE POLYMER CHAIN WITH WHICH THEY ARE MOST                  \\nREMARK 525 CLOSELY ASSOCIATED. THE REMARK LISTS ALL THE SOLVENT                 \\nREMARK 525 MOLECULES WHICH ARE MORE THAN 5A AWAY FROM THE                       \\nREMARK 525 NEAREST POLYMER CHAIN (M = MODEL NUMBER;                             \\nREMARK 525 RES=RESIDUE NAME; C=CHAIN IDENTIFIER; SSEQ=SEQUENCE                  \\nREMARK 525 NUMBER; I=INSERTION CODE):                                           \\nREMARK 525                                                                      \\nREMARK 525  M RES CSSEQI                                                        \\nREMARK 525    HOH Y 340        DISTANCE =  5.09 ANGSTROMS                       \\nREMARK 620                                                                      \\nREMARK 620 METAL COORDINATION                                                   \\nREMARK 620 (M=MODEL NUMBER; RES=RESIDUE NAME; C=CHAIN IDENTIFIER;               \\nREMARK 620 SSEQ=SEQUENCE NUMBER; I=INSERTION CODE):                             \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 123   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  21   O3'                                                    \\nREMARK 620 2   G X  21   O2'  56.8                                              \\nREMARK 620 3   G X  72   N7  130.3  74.6                                        \\nREMARK 620 4   G X  72   O6   97.0  84.6  66.7                                  \\nREMARK 620 5 HOH X 360   O   105.1  81.6  74.7 141.2                            \\nREMARK 620 6 HOH X 361   O    70.8 127.6 156.4 104.1 113.0                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 124   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  21   N3                                                     \\nREMARK 620 2   U X  71   O2' 147.6                                              \\nREMARK 620 3   C X  73   OP1 122.8  80.7                                        \\nREMARK 620 4   U X  71   O2   85.4  86.7  63.8                                  \\nREMARK 620 5   C X  22   O4'  75.0  72.7 129.7  72.7                            \\nREMARK 620 6   G X  21   N2   39.6 133.1  89.0  48.5  79.9                      \\nREMARK 620 7   G X  21   O2'  89.9  77.1 143.9 141.3  69.0 126.8                \\nREMARK 620 8 HOH X 365   O    93.1 108.8  92.9 150.2 135.6 117.4  68.4          \\nREMARK 620 N                    1     2     3     4     5     6     7           \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                               K X 125   K                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   C X  38   O2'                                                    \\nREMARK 620 2   U X  71   O4  115.9                                              \\nREMARK 620 3 HOH X 376   O    86.7  84.7                                        \\nREMARK 620 4   U X  39   O4'  72.1 152.8  69.5                                  \\nREMARK 620 5   A X  70   N6   56.4  61.5  95.2 127.2                            \\nREMARK 620 6   C X  73   O4' 156.9  63.8  70.2  98.3 124.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 101  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G X  60   O6                                                     \\nREMARK 620 2   G X  78   O6   90.2                                              \\nREMARK 620 3 TPP X 100   O2B 172.9  82.7                                        \\nREMARK 620 4 HOH X 489   O    91.4  95.5  90.0                                  \\nREMARK 620 5 HOH X 488   O    88.1  83.4  90.4 178.8                            \\nREMARK 620 6 HOH X 490   O    84.8 172.3 102.2  90.4  90.7                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              NA X 121  NA                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   A X  61   O2'                                                    \\nREMARK 620 2   A X  61   N3   73.4                                              \\nREMARK 620 3 HOH X 359   O   170.5  98.3                                        \\nREMARK 620 4 HOH X 356   O    88.9  74.9  84.5                                  \\nREMARK 620 5 HOH X 358   O    90.6 153.8  95.6  84.5                            \\nREMARK 620 6 HOH X 357   O    88.0 104.3  98.6 176.9  95.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              NA X 122  NA                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   U X  64   O4                                                     \\nREMARK 620 2   G X  65   O6   82.6                                              \\nREMARK 620 3 HOH X 380   O    83.1  94.8                                        \\nREMARK 620 4 HOH X 396   O   169.0  95.8 107.9                                  \\nREMARK 620 5 HOH X 403   O    88.2  95.7 165.3  81.1                            \\nREMARK 620 N                    1     2     3     4                             \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 113  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   A Y  41   N7                                                     \\nREMARK 620 2 HOH Y 510   O    91.6                                              \\nREMARK 620 3 HOH Y 508   O    83.4  89.4                                        \\nREMARK 620 4 HOH Y 511   O    88.0 179.6  90.7                                  \\nREMARK 620 5 HOH Y 509   O    96.5  90.1 179.6  89.7                            \\nREMARK 620 6 HOH Y 507   O   173.3  89.8  90.0  90.5  90.1                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 111  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1   G Y  60   O6                                                     \\nREMARK 620 2   G Y  78   O6   88.5                                              \\nREMARK 620 3 HOH Y 500   O    95.3  91.7                                        \\nREMARK 620 4 HOH Y 502   O    79.7 168.2  90.7                                  \\nREMARK 620 5 HOH Y 501   O    83.7  87.5 178.8  89.9                            \\nREMARK 620 6 TPP Y 100   O2B 165.5  89.8  99.0 101.3  81.9                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 102  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 HOH X 492   O                                                      \\nREMARK 620 2 HOH X 494   O    90.6                                              \\nREMARK 620 3 HOH X 491   O    92.2  90.3                                        \\nREMARK 620 4 HOH X 493   O    90.5 178.7  90.4                                  \\nREMARK 620 5 TPP X 100   O1B  88.4  95.9 173.7  83.3                            \\nREMARK 620 6 TPP X 100   O2A 171.7  90.1  96.0  88.7  83.4                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG X 103  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 HOH X 499   O                                                      \\nREMARK 620 2 HOH X 495   O    89.9                                              \\nREMARK 620 3 HOH X 496   O    90.0  89.0                                        \\nREMARK 620 4 HOH X 497   O    90.3  90.5 179.4                                  \\nREMARK 620 5 HOH X 498   O   179.1  90.5  90.8  88.9                            \\nREMARK 620 6   A X  41   N7   86.6 170.1  81.8  98.7  93.1                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 620                                                                      \\nREMARK 620 COORDINATION ANGLES FOR:  M RES CSSEQI METAL                         \\nREMARK 620                              MG Y 112  MG                            \\nREMARK 620 N RES CSSEQI ATOM                                                    \\nREMARK 620 1 TPP Y 100   O1A                                                    \\nREMARK 620 2 HOH Y 503   O    82.1                                              \\nREMARK 620 3 HOH Y 506   O    95.7  90.1                                        \\nREMARK 620 4 TPP Y 100   O1B  89.4 164.3  77.5                                  \\nREMARK 620 5 HOH Y 505   O    84.1  90.2 179.6 102.1                            \\nREMARK 620 6 HOH Y 504   O   170.1  89.8  90.0  99.7  90.3                      \\nREMARK 620 N                    1     2     3     4     5                       \\nREMARK 800                                                                      \\nREMARK 800 SITE                                                                 \\nREMARK 800 SITE_IDENTIFIER: AC1                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE NA X 121                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC2                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE NA X 122                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC3                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 123                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC4                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 124                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC5                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE K X 125                   \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC6                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 101                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC7                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 102                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC8                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG X 103                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: AC9                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 111                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC1                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 112                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC2                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE MG Y 113                  \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC3                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE TPP X 100                 \\nREMARK 800                                                                      \\nREMARK 800 SITE_IDENTIFIER: BC4                                                 \\nREMARK 800 EVIDENCE_CODE: SOFTWARE                                              \\nREMARK 800 SITE_DESCRIPTION: BINDING SITE FOR RESIDUE TPP Y 100                 \\nDBREF  2GDI X   10    89  PDB    2GDI     2GDI            10     89             \\nDBREF  2GDI Y   10    89  PDB    2GDI     2GDI            10     89             \\nSEQRES   1 X   80  GTP   G   A   C   U   C   G   G   G   G   U   G   C          \\nSEQRES   2 X   80    C   C   U   U   C   U   G   C   G   U   G   A   A          \\nSEQRES   3 X   80    G   G   C   U   G   A   G   A   A   A   U   A   C          \\nSEQRES   4 X   80    C   C   G   U   A   U   C   A   C   C   U   G   A          \\nSEQRES   5 X   80    U   C   U   G   G   A   U   A   A   U   G   C   C          \\nSEQRES   6 X   80    A   G   C   G   U   A   G   G   G   A   A   G   U          \\nSEQRES   7 X   80    U   C                                                      \\nSEQRES   1 Y   80  GTP   G   A   C   U   C   G   G   G   G   U   G   C          \\nSEQRES   2 Y   80    C   C   U   U   C   U   G   C   G   U   G   A   A          \\nSEQRES   3 Y   80    G   G   C   U   G   A   G   A   A   A   U   A   C          \\nSEQRES   4 Y   80    C   C   G   U   A   U   C   A   C   C   U   G   A          \\nSEQRES   5 Y   80    U   C   U   G   G   A   U   A   A   U   G   C   C          \\nSEQRES   6 Y   80    A   G   C   G   U   A   G   G   G   A   A   G   U          \\nSEQRES   7 Y   80    U   C                                                      \\nMODRES 2GDI GTP X   10    G  GUANOSINE-5'-TRIPHOSPHATE                          \\nMODRES 2GDI CCC X   89    C                                                     \\nMODRES 2GDI GTP Y   10    G  GUANOSINE-5'-TRIPHOSPHATE                          \\nMODRES 2GDI CCC Y   89    C                                                     \\nHET    GTP  X  10      28                                                       \\nHET    CCC  X  89      23                                                       \\nHET    GTP  Y  10      32                                                       \\nHET    CCC  Y  89      23                                                       \\nHET     NA  X 121       1                                                       \\nHET     NA  X 122       1                                                       \\nHET      K  X 123       1                                                       \\nHET      K  X 124       1                                                       \\nHET      K  X 125       1                                                       \\nHET     MG  X 101       1                                                       \\nHET     MG  X 102       1                                                       \\nHET     MG  X 103       1                                                       \\nHET     MG  Y 111       1                                                       \\nHET     MG  Y 112       1                                                       \\nHET     MG  Y 113       1                                                       \\nHET    TPP  X 100      26                                                       \\nHET    TPP  Y 100      26                                                       \\nHETNAM     GTP GUANOSINE-5'-TRIPHOSPHATE                                        \\nHETNAM     CCC CYTIDINE-5'-PHOSPHATE-2',3'-CYCLIC PHOSPHATE                     \\nHETNAM      NA SODIUM ION                                                       \\nHETNAM       K POTASSIUM ION                                                    \\nHETNAM      MG MAGNESIUM ION                                                    \\nHETNAM     TPP THIAMINE DIPHOSPHATE                                             \\nFORMUL   1  GTP    2(C10 H16 N5 O14 P3)                                         \\nFORMUL   1  CCC    2(C9 H13 N3 O10 P2)                                          \\nFORMUL   3   NA    2(NA 1+)                                                     \\nFORMUL   5    K    3(K 1+)                                                      \\nFORMUL   8   MG    6(MG 2+)                                                     \\nFORMUL  14  TPP    2(C12 H19 N4 O7 P2 S 1+)                                     \\nFORMUL  16  HOH   *312(H2 O)                                                    \\nLINK         O3'   G X  21                 K     K X 123     1555   1555  2.90  \\nLINK         O2'   G X  21                 K     K X 123     1555   1555  2.80  \\nLINK         N3    G X  21                 K     K X 124     1555   1555  2.90  \\nLINK         O2'   C X  38                 K     K X 125     1555   1555  2.67  \\nLINK         O6    G X  60                MG    MG X 101     1555   1555  2.16  \\nLINK         O2'   A X  61                NA    NA X 121     1555   1555  2.95  \\nLINK         N3    A X  61                NA    NA X 121     1555   1555  2.91  \\nLINK         O4    U X  64                NA    NA X 122     1555   1555  2.78  \\nLINK         O6    G X  65                NA    NA X 122     1555   1555  2.70  \\nLINK         O2'   U X  71                 K     K X 124     1555   1555  2.72  \\nLINK         O4    U X  71                 K     K X 125     1555   1555  2.90  \\nLINK         N7    G X  72                 K     K X 123     1555   1555  2.69  \\nLINK         O6    G X  72                 K     K X 123     1555   1555  2.95  \\nLINK         OP1   C X  73                 K     K X 124     1555   1555  2.51  \\nLINK         O6    G X  78                MG    MG X 101     1555   1555  2.18  \\nLINK         N7    A Y  41                MG    MG Y 113     1555   1555  2.48  \\nLINK         O6    G Y  60                MG    MG Y 111     1555   1555  2.18  \\nLINK         O6    G Y  78                MG    MG Y 111     1555   1555  2.18  \\nLINK        NA    NA X 121                 O   HOH X 359     1555   1555  2.39  \\nLINK        NA    NA X 121                 O   HOH X 356     1555   1555  2.96  \\nLINK        NA    NA X 121                 O   HOH X 358     1555   1555  2.52  \\nLINK        NA    NA X 121                 O   HOH X 357     1555   1555  2.31  \\nLINK        NA    NA X 122                 O   HOH X 380     1555   1555  2.52  \\nLINK        NA    NA X 122                 O   HOH X 396     1555   1555  2.27  \\nLINK        NA    NA X 122                 O   HOH X 403     1555   1555  2.56  \\nLINK         K     K X 123                 O   HOH X 360     1555   1555  2.77  \\nLINK         K     K X 123                 O   HOH X 361     1555   1555  2.63  \\nLINK         K     K X 125                 O   HOH X 376     1555   1555  2.72  \\nLINK        MG    MG X 101                 O2B TPP X 100     1555   1555  2.16  \\nLINK        MG    MG X 101                 O   HOH X 489     1555   1555  2.18  \\nLINK        MG    MG X 101                 O   HOH X 488     1555   1555  2.18  \\nLINK        MG    MG X 101                 O   HOH X 490     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 492     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 494     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 491     1555   1555  2.18  \\nLINK        MG    MG X 102                 O   HOH X 493     1555   1555  2.18  \\nLINK        MG    MG X 102                 O1B TPP X 100     1555   1555  2.16  \\nLINK        MG    MG X 102                 O2A TPP X 100     1555   1555  2.17  \\nLINK        MG    MG X 103                 O   HOH X 499     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 495     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 496     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 497     1555   1555  2.18  \\nLINK        MG    MG X 103                 O   HOH X 498     1555   1555  2.19  \\nLINK        MG    MG Y 111                 O   HOH Y 500     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O   HOH Y 502     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O   HOH Y 501     1555   1555  2.18  \\nLINK        MG    MG Y 111                 O2B TPP Y 100     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O1A TPP Y 100     1555   1555  2.27  \\nLINK        MG    MG Y 112                 O   HOH Y 503     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 506     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O1B TPP Y 100     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 505     1555   1555  2.18  \\nLINK        MG    MG Y 112                 O   HOH Y 504     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 510     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 508     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 511     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 509     1555   1555  2.18  \\nLINK        MG    MG Y 113                 O   HOH Y 507     1555   1555  2.18  \\nLINK         O3' GTP X  10                 P     G X  11     1555   1555  1.61  \\nLINK         O3'   U X  88                 P   CCC X  89     1555   1555  1.60  \\nLINK        MG    MG X 103                 N7    A X  41     1555   1555  2.60  \\nLINK         K     K X 124                 O2    U X  71     1555   1555  3.16  \\nLINK         K     K X 124                 O4'   C X  22     1555   1555  3.59  \\nLINK         K     K X 124                 N2    G X  21     1555   1555  3.63  \\nLINK         K     K X 124                 O2'   G X  21     1555   1555  3.11  \\nLINK         K     K X 124                 O   HOH X 365     1555   1555  3.09  \\nLINK         K     K X 125                 O4'   U X  39     1555   1555  3.02  \\nLINK         K     K X 125                 N6    A X  70     1555   1555  3.65  \\nLINK         K     K X 125                 O4'   C X  73     1555   1555  3.19  \\nLINK         O3' GTP Y  10                 P     G Y  11     1555   1555  1.60  \\nLINK         O3'   U Y  88                 P   CCC Y  89     1555   1555  1.60  \\nSITE     1 AC1  5   A X  61  HOH X 356  HOH X 357  HOH X 358                    \\nSITE     2 AC1  5 HOH X 359                                                     \\nSITE     1 AC2  6   U X  64    G X  65    G X  66  HOH X 380                    \\nSITE     2 AC2  6 HOH X 396  HOH X 403                                          \\nSITE     1 AC3  4   G X  21    G X  72  HOH X 360  HOH X 361                    \\nSITE     1 AC4  5   G X  21    C X  22    U X  71    C X  73                    \\nSITE     2 AC4  5 HOH X 365                                                     \\nSITE     1 AC5  6   C X  38    U X  39    A X  70    U X  71                    \\nSITE     2 AC5  6   C X  73  HOH X 376                                          \\nSITE     1 AC6  7   U X  59    G X  60    G X  78  TPP X 100                    \\nSITE     2 AC6  7 HOH X 488  HOH X 489  HOH X 490                               \\nSITE     1 AC7  6   A X  75  TPP X 100  HOH X 491  HOH X 492                    \\nSITE     2 AC7  6 HOH X 493  HOH X 494                                          \\nSITE     1 AC8  6   A X  41  HOH X 495  HOH X 496  HOH X 497                    \\nSITE     2 AC8  6 HOH X 498  HOH X 499                                          \\nSITE     1 AC9  7   U Y  59    G Y  60    G Y  78  TPP Y 100                    \\nSITE     2 AC9  7 HOH Y 500  HOH Y 501  HOH Y 502                               \\nSITE     1 BC1  5 TPP Y 100  HOH Y 503  HOH Y 504  HOH Y 505                    \\nSITE     2 BC1  5 HOH Y 506                                                     \\nSITE     1 BC2  6   A Y  41  HOH Y 507  HOH Y 508  HOH Y 509                    \\nSITE     2 BC2  6 HOH Y 510  HOH Y 511                                          \\nSITE     1 BC3 23   G X  19    G X  40    G X  42    A X  43                    \\nSITE     2 BC3 23   C X  57    C X  58    G X  72    C X  73                    \\nSITE     3 BC3 23   C X  77    G X  78   MG X 101   MG X 102                    \\nSITE     4 BC3 23 HOH X 381  HOH X 387  HOH X 406  HOH X 429                    \\nSITE     5 BC3 23 HOH X 443  HOH X 458  HOH X 488  HOH X 489                    \\nSITE     6 BC3 23 HOH X 492  HOH X 493  HOH X 494                               \\nSITE     1 BC4 18   G Y  19    G Y  40    G Y  42    A Y  43                    \\nSITE     2 BC4 18   C Y  57    C Y  58    G Y  72    C Y  73                    \\nSITE     3 BC4 18   C Y  77    G Y  78   MG Y 111   MG Y 112                    \\nSITE     4 BC4 18 HOH Y 257  HOH Y 339  HOH Y 501  HOH Y 503                    \\nSITE     5 BC4 18 HOH Y 505  HOH Y 506                                          \\nCRYST1  148.819   29.558   95.170  90.00  94.55  90.00 C 1 2 1       8          \\nORIGX1      1.000000  0.000000  0.000000        0.00000                         \\nORIGX2      0.000000  1.000000  0.000000        0.00000                         \\nORIGX3      0.000000  0.000000  1.000000        0.00000                         \\nSCALE1      0.006720  0.000000  0.000535        0.00000                         \\nSCALE2      0.000000  0.033832  0.000000        0.00000                         \\nSCALE3      0.000000  0.000000  0.010541        0.00000                         \\nHETATM    1  O3B GTP X  10     -25.335  -9.759 -22.867  1.00 42.06           O  \\nHETATM    2  PB  GTP X  10     -24.259 -10.797 -22.646  1.00 42.59           P  \\nHETATM    3  O1B GTP X  10     -24.421 -11.411 -21.274  1.00 42.40           O  \\nHETATM    4  O2B GTP X  10     -24.373 -11.879 -23.693  1.00 41.95           O  \\nHETATM    5  O3A GTP X  10     -22.903 -10.140 -22.749  1.00 40.89           O  \\nHETATM    6  PA  GTP X  10     -21.713  -9.328 -22.078  1.00 37.71           P  \\nHETATM    7  O1A GTP X  10     -22.435  -8.078 -21.748  1.00 37.40           O  \\nHETATM    8  O2A GTP X  10     -21.041 -10.105 -21.013  1.00 37.33           O  \\nHETATM    9  O5' GTP X  10     -20.637  -9.016 -23.219  1.00 36.61           O  \\nHETATM   10  C5' GTP X  10     -19.854 -10.077 -23.753  1.00 35.36           C  \\nHETATM   11  C4' GTP X  10     -19.237  -9.669 -25.077  1.00 34.32           C  \\nHETATM   12  O4' GTP X  10     -20.221  -9.821 -26.135  1.00 33.37           O  \\nHETATM   13  C3' GTP X  10     -18.814  -8.209 -25.174  1.00 33.85           C  \\nHETATM   14  O3' GTP X  10     -17.525  -8.008 -24.599  1.00 34.24           O  \\nHETATM   15  C2' GTP X  10     -18.799  -8.042 -26.686  1.00 33.09           C  \\nHETATM   16  O2' GTP X  10     -17.708  -8.720 -27.276  1.00 32.72           O  \\nHETATM   17  C1' GTP X  10     -20.104  -8.743 -27.047  1.00 32.27           C  \\nHETATM   18  N9  GTP X  10     -21.278  -7.878 -26.926  1.00 31.28           N  \\nHETATM   19  C8  GTP X  10     -22.305  -7.990 -26.018  1.00 30.36           C  \\nHETATM   20  N7  GTP X  10     -23.216  -7.065 -26.146  1.00 30.52           N  \\nHETATM   21  C5  GTP X  10     -22.766  -6.283 -27.205  1.00 30.62           C  \\nHETATM   22  C6  GTP X  10     -23.336  -5.131 -27.805  1.00 30.44           C  \\nHETATM   23  O6  GTP X  10     -24.389  -4.550 -27.510  1.00 30.96           O  \\nHETATM   24  N1  GTP X  10     -22.555  -4.649 -28.854  1.00 29.94           N  \\nHETATM   25  C2  GTP X  10     -21.372  -5.213 -29.272  1.00 29.66           C  \\nHETATM   26  N2  GTP X  10     -20.755  -4.612 -30.301  1.00 29.61           N  \\nHETATM   27  N3  GTP X  10     -20.829  -6.290 -28.721  1.00 30.15           N  \\nHETATM   28  C4  GTP X  10     -21.574  -6.772 -27.695  1.00 30.74           C  \\nATOM     29  P     G X  11     -17.189  -6.642 -23.827  1.00 34.30           P  \\nATOM     30  OP1   G X  11     -16.007  -6.895 -22.974  1.00 34.40           O  \\nATOM     31  OP2   G X  11     -18.436  -6.124 -23.223  1.00 34.30           O  \\nATOM     32  O5'   G X  11     -16.783  -5.642 -25.005  1.00 34.28           O  \\nATOM     33  C5'   G X  11     -15.744  -5.986 -25.911  1.00 34.67           C  \\nATOM     34  C4'   G X  11     -15.722  -5.012 -27.074  1.00 34.85           C  \\nATOM     35  O4'   G X  11     -16.947  -5.133 -27.838  1.00 34.79           O  \\nATOM     36  C3'   G X  11     -15.685  -3.542 -26.693  1.00 34.84           C  \\nATOM     37  O3'   G X  11     -14.361  -3.139 -26.375  1.00 35.96           O  \\nATOM     38  C2'   G X  11     -16.159  -2.913 -27.996  1.00 34.96           C  \\nATOM     39  O2'   G X  11     -15.151  -2.917 -28.987  1.00 34.26           O  \\nATOM     40  C1'   G X  11     -17.280  -3.870 -28.388  1.00 34.66           C  \\nATOM     41  N9    G X  11     -18.593  -3.458 -27.892  1.00 34.36           N  \\nATOM     42  C8    G X  11     -19.297  -4.004 -26.845  1.00 34.15           C  \\nATOM     43  N7    G X  11     -20.447  -3.426 -26.636  1.00 34.20           N  \\nATOM     44  C5    G X  11     -20.512  -2.430 -27.603  1.00 34.12           C  \\nATOM     45  C6    G X  11     -21.528  -1.480 -27.873  1.00 34.04           C  \\nATOM     46  O6    G X  11     -22.606  -1.320 -27.285  1.00 34.40           O  \\nATOM     47  N1    G X  11     -21.194  -0.655 -28.946  1.00 33.99           N  \\nATOM     48  C2    G X  11     -20.027  -0.740 -29.667  1.00 33.90           C  \\nATOM     49  N2    G X  11     -19.880   0.141 -30.667  1.00 33.92           N  \\nATOM     50  N3    G X  11     -19.070  -1.628 -29.427  1.00 33.98           N  \\nATOM     51  C4    G X  11     -19.378  -2.438 -28.384  1.00 34.22           C  \\nATOM     52  P     A X  12     -14.108  -2.016 -25.264  1.00 35.73           P  \\nATOM     53  OP1   A X  12     -12.655  -1.976 -24.987  1.00 36.16           O  \\nATOM     54  OP2   A X  12     -15.067  -2.246 -24.161  1.00 36.93           O  \\nATOM     55  O5'   A X  12     -14.541  -0.662 -25.993  1.00 36.41           O  \\nATOM     56  C5'   A X  12     -13.876  -0.220 -27.169  1.00 36.59           C  \\nATOM     57  C4'   A X  12     -14.686   0.887 -27.814  1.00 37.23           C  \\nATOM     58  O4'   A X  12     -15.980   0.367 -28.207  1.00 37.53           O  \\nATOM     59  C3'   A X  12     -15.032   2.036 -26.881  1.00 37.21           C  \\nATOM     60  O3'   A X  12     -13.952   2.953 -26.787  1.00 36.20           O  \\nATOM     61  C2'   A X  12     -16.247   2.633 -27.582  1.00 37.54           C  \\nATOM     62  O2'   A X  12     -15.897   3.421 -28.703  1.00 37.91           O  \\nATOM     63  C1'   A X  12     -16.970   1.366 -28.032  1.00 37.53           C  \\nATOM     64  N9    A X  12     -17.959   0.881 -27.072  1.00 37.87           N  \\nATOM     65  C8    A X  12     -17.823  -0.159 -26.196  1.00 37.62           C  \\nATOM     66  N7    A X  12     -18.884  -0.371 -25.454  1.00 37.68           N  \\nATOM     67  C5    A X  12     -19.781   0.597 -25.873  1.00 37.75           C  \\nATOM     68  C6    A X  12     -21.097   0.906 -25.476  1.00 37.91           C  \\nATOM     69  N6    A X  12     -21.756   0.235 -24.523  1.00 37.01           N  \\nATOM     70  N1    A X  12     -21.709   1.937 -26.097  1.00 37.55           N  \\nATOM     71  C2    A X  12     -21.047   2.604 -27.051  1.00 37.86           C  \\nATOM     72  N3    A X  12     -19.811   2.404 -27.509  1.00 37.62           N  \\nATOM     73  C4    A X  12     -19.227   1.378 -26.871  1.00 37.89           C  \\nATOM     74  P     C X  13     -13.618   3.621 -25.371  1.00 36.07           P  \\nATOM     75  OP1   C X  13     -12.287   4.260 -25.475  1.00 36.52           O  \\nATOM     76  OP2   C X  13     -13.879   2.615 -24.317  1.00 36.03           O  \\nATOM     77  O5'   C X  13     -14.735   4.759 -25.239  1.00 35.77           O  \\nATOM     78  C5'   C X  13     -14.838   5.775 -26.227  1.00 35.58           C  \\nATOM     79  C4'   C X  13     -16.078   6.619 -25.999  1.00 35.42           C  \\nATOM     80  O4'   C X  13     -17.261   5.841 -26.303  1.00 35.24           O  \\nATOM     81  C3'   C X  13     -16.305   7.060 -24.563  1.00 35.66           C  \\nATOM     82  O3'   C X  13     -15.490   8.179 -24.248  1.00 37.17           O  \\nATOM     83  C2'   C X  13     -17.791   7.402 -24.604  1.00 35.35           C  \\nATOM     84  O2'   C X  13     -18.061   8.657 -25.204  1.00 34.94           O  \\nATOM     85  C1'   C X  13     -18.328   6.264 -25.471  1.00 34.92           C  \\nATOM     86  N1    C X  13     -18.810   5.094 -24.672  1.00 35.09           N  \\nATOM     87  C2    C X  13     -20.108   5.096 -24.149  1.00 34.75           C  \\nATOM     88  O2    C X  13     -20.843   6.068 -24.363  1.00 34.83           O  \\nATOM     89  N3    C X  13     -20.526   4.028 -23.422  1.00 34.79           N  \\nATOM     90  C4    C X  13     -19.707   2.997 -23.214  1.00 34.47           C  \\nATOM     91  N4    C X  13     -20.164   1.968 -22.491  1.00 33.74           N  \\nATOM     92  C5    C X  13     -18.380   2.976 -23.734  1.00 33.95           C  \\nATOM     93  C6    C X  13     -17.980   4.032 -24.450  1.00 34.84           C  \\nATOM     94  P     U X  14     -14.887   8.332 -22.772  1.00 38.07           P  \\nATOM     95  OP1   U X  14     -14.024   9.535 -22.764  1.00 38.41           O  \\nATOM     96  OP2   U X  14     -14.340   7.021 -22.362  1.00 38.47           O  \\nATOM     97  O5'   U X  14     -16.184   8.626 -21.881  1.00 38.34           O  \\nATOM     98  C5'   U X  14     -16.672   9.960 -21.771  1.00 38.30           C  \\nATOM     99  C4'   U X  14     -18.133   9.992 -21.361  1.00 38.06           C  \\nATOM    100  O4'   U X  14     -18.871   8.943 -22.037  1.00 37.46           O  \\nATOM    101  C3'   U X  14     -18.394   9.728 -19.888  1.00 38.47           C  \\nATOM    102  O3'   U X  14     -18.192  10.905 -19.125  1.00 39.59           O  \\nATOM    103  C2'   U X  14     -19.863   9.331 -19.933  1.00 37.89           C  \\nATOM    104  O2'   U X  14     -20.717  10.442 -20.103  1.00 37.40           O  \\nATOM    105  C1'   U X  14     -19.882   8.449 -21.178  1.00 37.71           C  \\nATOM    106  N1    U X  14     -19.616   7.010 -20.864  1.00 37.55           N  \\nATOM    107  C2    U X  14     -20.628   6.247 -20.318  1.00 37.29           C  \\nATOM    108  O2    U X  14     -21.740   6.684 -20.084  1.00 37.22           O  \\nATOM    109  N3    U X  14     -20.291   4.942 -20.056  1.00 37.55           N  \\nATOM    110  C4    U X  14     -19.067   4.336 -20.276  1.00 37.63           C  \\nATOM    111  O4    U X  14     -18.916   3.151 -19.993  1.00 37.78           O  \\nATOM    112  C5    U X  14     -18.060   5.194 -20.844  1.00 37.43           C  \\nATOM    113  C6    U X  14     -18.368   6.470 -21.107  1.00 37.34           C  \\nATOM    114  P     C X  15     -17.343  10.836 -17.771  1.00 40.60           P  \\nATOM    115  OP1   C X  15     -17.266  12.214 -17.235  1.00 41.16           O  \\nATOM    116  OP2   C X  15     -16.103  10.075 -18.044  1.00 40.93           O  \\nATOM    117  O5'   C X  15     -18.243   9.935 -16.807  1.00 40.42           O  \\nATOM    118  C5'   C X  15     -19.285  10.513 -16.037  1.00 39.96           C  \\nATOM    119  C4'   C X  15     -20.427   9.528 -15.859  1.00 39.33           C  \\nATOM    120  O4'   C X  15     -20.363   8.465 -16.845  1.00 39.16           O  \\nATOM    121  C3'   C X  15     -20.428   8.719 -14.576  1.00 39.16           C  \\nATOM    122  O3'   C X  15     -20.738   9.505 -13.434  1.00 39.40           O  \\nATOM    123  C2'   C X  15     -21.534   7.731 -14.929  1.00 38.48           C  \\nATOM    124  O2'   C X  15     -22.820   8.319 -14.897  1.00 38.45           O  \\nATOM    125  C1'   C X  15     -21.157   7.388 -16.369  1.00 38.06           C  \\nATOM    126  N1    C X  15     -20.411   6.097 -16.472  1.00 37.54           N  \\nATOM    127  C2    C X  15     -21.114   4.897 -16.313  1.00 36.85           C  \\nATOM    128  O2    C X  15     -22.333   4.934 -16.102  1.00 36.71           O  \\nATOM    129  N3    C X  15     -20.442   3.724 -16.397  1.00 36.88           N  \\nATOM    130  C4    C X  15     -19.128   3.721 -16.624  1.00 37.36           C  \\nATOM    131  N4    C X  15     -18.512   2.536 -16.696  1.00 37.06           N  \\nATOM    132  C5    C X  15     -18.391   4.934 -16.788  1.00 37.16           C  \\nATOM    133  C6    C X  15     -19.065   6.087 -16.701  1.00 37.37           C  \\nATOM    134  P     G X  16     -20.186   9.034 -12.005  1.00 40.06           P  \\nATOM    135  OP1   G X  16     -20.490  10.101 -11.026  1.00 40.26           O  \\nATOM    136  OP2   G X  16     -18.797   8.553 -12.181  1.00 39.95           O  \\nATOM    137  O5'   G X  16     -21.074   7.746 -11.671  1.00 38.99           O  \\nATOM    138  C5'   G X  16     -22.450   7.896 -11.372  1.00 37.40           C  \\nATOM    139  C4'   G X  16     -23.143   6.549 -11.412  1.00 35.95           C  \\nATOM    140  O4'   G X  16     -22.766   5.826 -12.611  1.00 34.78           O  \\nATOM    141  C3'   G X  16     -22.761   5.586 -10.301  1.00 35.21           C  \\nATOM    142  O3'   G X  16     -23.419   5.938  -9.097  1.00 35.73           O  \\nATOM    143  C2'   G X  16     -23.303   4.298 -10.899  1.00 34.44           C  \\nATOM    144  O2'   G X  16     -24.716   4.251 -10.871  1.00 34.27           O  \\nATOM    145  C1'   G X  16     -22.821   4.438 -12.340  1.00 33.45           C  \\nATOM    146  N9    G X  16     -21.502   3.856 -12.566  1.00 32.35           N  \\nATOM    147  C8    G X  16     -20.353   4.517 -12.938  1.00 31.02           C  \\nATOM    148  N7    G X  16     -19.323   3.728 -13.065  1.00 31.04           N  \\nATOM    149  C5    G X  16     -19.818   2.462 -12.758  1.00 31.21           C  \\nATOM    150  C6    G X  16     -19.171   1.202 -12.721  1.00 31.28           C  \\nATOM    151  O6    G X  16     -17.986   0.942 -12.964  1.00 32.30           O  \\nATOM    152  N1    G X  16     -20.041   0.173 -12.355  1.00 30.18           N  \\nATOM    153  C2    G X  16     -21.374   0.344 -12.068  1.00 30.58           C  \\nATOM    154  N2    G X  16     -22.063  -0.760 -11.738  1.00 30.72           N  \\nATOM    155  N3    G X  16     -21.991   1.518 -12.096  1.00 31.09           N  \\nATOM    156  C4    G X  16     -21.158   2.527 -12.448  1.00 31.29           C  \\nATOM    157  P     G X  17     -22.757   5.575  -7.688  1.00 36.14           P  \\nATOM    158  OP1   G X  17     -23.480   6.337  -6.644  1.00 36.06           O  \\nATOM    159  OP2   G X  17     -21.291   5.709  -7.823  1.00 36.32           O  \\nATOM    160  O5'   G X  17     -23.072   4.017  -7.523  1.00 36.18           O  \\nATOM    161  C5'   G X  17     -24.408   3.538  -7.462  1.00 35.46           C  \\nATOM    162  C4'   G X  17     -24.397   2.023  -7.381  1.00 34.85           C  \\nATOM    163  O4'   G X  17     -23.763   1.486  -8.569  1.00 34.84           O  \\nATOM    164  C3'   G X  17     -23.564   1.447  -6.248  1.00 35.16           C  \\nATOM    165  O3'   G X  17     -24.287   1.447  -5.021  1.00 35.17           O  \\nATOM    166  C2'   G X  17     -23.295   0.038  -6.766  1.00 34.56           C  \\nATOM    167  O2'   G X  17     -24.431  -0.804  -6.667  1.00 34.27           O  \\nATOM    168  C1'   G X  17     -23.011   0.333  -8.235  1.00 33.91           C  \\nATOM    169  N9    G X  17     -21.601   0.551  -8.570  1.00 33.22           N  \\nATOM    170  C8    G X  17     -20.994   1.742  -8.906  1.00 32.90           C  \\nATOM    171  N7    G X  17     -19.722   1.619  -9.175  1.00 32.31           N  \\nATOM    172  C5    G X  17     -19.466   0.262  -9.011  1.00 32.45           C  \\nATOM    173  C6    G X  17     -18.264  -0.474  -9.165  1.00 32.10           C  \\nATOM    174  O6    G X  17     -17.141  -0.062  -9.485  1.00 32.85           O  \\nATOM    175  N1    G X  17     -18.442  -1.827  -8.903  1.00 31.51           N  \\nATOM    176  C2    G X  17     -19.633  -2.401  -8.531  1.00 32.46           C  \\nATOM    177  N2    G X  17     -19.614  -3.724  -8.317  1.00 32.93           N  \\nATOM    178  N3    G X  17     -20.767  -1.729  -8.386  1.00 32.38           N  \\nATOM    179  C4    G X  17     -20.613  -0.407  -8.641  1.00 32.69           C  \\nATOM    180  P     G X  18     -23.471   1.557  -3.651  1.00 36.94           P  \\nATOM    181  OP1   G X  18     -24.444   1.537  -2.535  1.00 38.26           O  \\nATOM    182  OP2   G X  18     -22.513   2.679  -3.774  1.00 35.50           O  \\nATOM    183  O5'   G X  18     -22.619   0.207  -3.614  1.00 35.60           O  \\nATOM    184  C5'   G X  18     -23.293  -1.044  -3.514  1.00 35.58           C  \\nATOM    185  C4'   G X  18     -22.306  -2.193  -3.525  1.00 34.64           C  \\nATOM    186  O4'   G X  18     -21.559  -2.221  -4.766  1.00 33.75           O  \\nATOM    187  C3'   G X  18     -21.227  -2.129  -2.462  1.00 34.72           C  \\nATOM    188  O3'   G X  18     -21.763  -2.592  -1.239  1.00 34.88           O  \\nATOM    189  C2'   G X  18     -20.211  -3.113  -3.032  1.00 33.46           C  \\nATOM    190  O2'   G X  18     -20.574  -4.452  -2.794  1.00 34.17           O  \\nATOM    191  C1'   G X  18     -20.307  -2.839  -4.527  1.00 33.51           C  \\nATOM    192  N9    G X  18     -19.250  -1.959  -5.011  1.00 32.05           N  \\nATOM    193  C8    G X  18     -19.320  -0.597  -5.163  1.00 31.88           C  \\nATOM    194  N7    G X  18     -18.218  -0.072  -5.616  1.00 31.20           N  \\nATOM    195  C5    G X  18     -17.368  -1.160  -5.782  1.00 31.85           C  \\nATOM    196  C6    G X  18     -16.035  -1.202  -6.244  1.00 31.61           C  \\nATOM    197  O6    G X  18     -15.338  -0.248  -6.617  1.00 31.51           O  \\nATOM    198  N1    G X  18     -15.529  -2.503  -6.257  1.00 31.48           N  \\nATOM    199  C2    G X  18     -16.231  -3.621  -5.866  1.00 32.26           C  \\nATOM    200  N2    G X  18     -15.580  -4.793  -5.940  1.00 32.50           N  \\nATOM    201  N3    G X  18     -17.481  -3.590  -5.419  1.00 31.76           N  \\nATOM    202  C4    G X  18     -17.984  -2.330  -5.406  1.00 31.91           C  \\nATOM    203  P     G X  19     -21.152  -2.109   0.155  1.00 35.04           P  \\nATOM    204  OP1   G X  19     -22.240  -2.167   1.149  1.00 34.57           O  \\nATOM    205  OP2   G X  19     -20.402  -0.852  -0.061  1.00 35.48           O  \\nATOM    206  O5'   G X  19     -20.078  -3.247   0.480  1.00 33.44           O  \\nATOM    207  C5'   G X  19     -20.484  -4.593   0.699  1.00 33.07           C  \\nATOM    208  C4'   G X  19     -19.267  -5.499   0.698  1.00 32.33           C  \\nATOM    209  O4'   G X  19     -18.648  -5.461  -0.610  1.00 31.80           O  \\nATOM    210  C3'   G X  19     -18.159  -5.095   1.658  1.00 31.86           C  \\nATOM    211  O3'   G X  19     -18.409  -5.648   2.944  1.00 31.78           O  \\nATOM    212  C2'   G X  19     -16.936  -5.716   0.992  1.00 31.74           C  \\nATOM    213  O2'   G X  19     -16.856  -7.109   1.231  1.00 32.06           O  \\nATOM    214  C1'   G X  19     -17.238  -5.478  -0.484  1.00 31.54           C  \\nATOM    215  N9    G X  19     -16.737  -4.229  -1.059  1.00 30.37           N  \\nATOM    216  C8    G X  19     -17.283  -2.976  -0.913  1.00 30.07           C  \\nATOM    217  N7    G X  19     -16.642  -2.050  -1.570  1.00 30.50           N  \\nATOM    218  C5    G X  19     -15.610  -2.737  -2.198  1.00 30.03           C  \\nATOM    219  C6    G X  19     -14.584  -2.261  -3.048  1.00 29.79           C  \\nATOM    220  O6    G X  19     -14.381  -1.101  -3.428  1.00 28.24           O  \\nATOM    221  N1    G X  19     -13.745  -3.289  -3.474  1.00 29.32           N  \\nATOM    222  C2    G X  19     -13.869  -4.611  -3.118  1.00 29.29           C  \\nATOM    223  N2    G X  19     -12.960  -5.460  -3.638  1.00 27.53           N  \\nATOM    224  N3    G X  19     -14.825  -5.068  -2.319  1.00 29.24           N  \\nATOM    225  C4    G X  19     -15.659  -4.080  -1.901  1.00 30.11           C  \\nATOM    226  P     U X  20     -18.045  -4.834   4.275  1.00 32.61           P  \\nATOM    227  OP1   U X  20     -18.561  -5.613   5.423  1.00 31.72           O  \\nATOM    228  OP2   U X  20     -18.420  -3.414   4.101  1.00 32.52           O  \\nATOM    229  O5'   U X  20     -16.454  -4.897   4.286  1.00 32.18           O  \\nATOM    230  C5'   U X  20     -15.788  -6.124   4.534  1.00 33.17           C  \\nATOM    231  C4'   U X  20     -14.323  -5.938   4.207  1.00 32.98           C  \\nATOM    232  O4'   U X  20     -14.208  -5.659   2.792  1.00 33.09           O  \\nATOM    233  C3'   U X  20     -13.684  -4.720   4.854  1.00 33.97           C  \\nATOM    234  O3'   U X  20     -13.291  -5.004   6.185  1.00 35.47           O  \\nATOM    235  C2'   U X  20     -12.478  -4.507   3.944  1.00 33.10           C  \\nATOM    236  O2'   U X  20     -11.386  -5.341   4.281  1.00 33.06           O  \\nATOM    237  C1'   U X  20     -13.039  -4.893   2.575  1.00 32.97           C  \\nATOM    238  N1    U X  20     -13.339  -3.694   1.744  1.00 32.78           N  \\nATOM    239  C2    U X  20     -12.440  -3.360   0.754  1.00 32.64           C  \\nATOM    240  O2    U X  20     -11.452  -4.030   0.512  1.00 32.10           O  \\nATOM    241  N3    U X  20     -12.752  -2.228   0.046  1.00 31.47           N  \\nATOM    242  C4    U X  20     -13.848  -1.406   0.237  1.00 32.73           C  \\nATOM    243  O4    U X  20     -13.997  -0.421  -0.478  1.00 31.63           O  \\nATOM    244  C5    U X  20     -14.735  -1.812   1.300  1.00 32.62           C  \\nATOM    245  C6    U X  20     -14.451  -2.916   2.004  1.00 32.70           C  \\nATOM    246  P     G X  21     -14.012  -4.286   7.420  1.00 38.23           P  \\nATOM    247  OP1   G X  21     -15.038  -3.347   6.910  1.00 37.68           O  \\nATOM    248  OP2   G X  21     -12.942  -3.799   8.316  1.00 38.02           O  \\nATOM    249  O5'   G X  21     -14.758  -5.514   8.131  1.00 36.73           O  \\nATOM    250  C5'   G X  21     -13.990  -6.525   8.755  1.00 34.39           C  \\nATOM    251  C4'   G X  21     -14.634  -7.890   8.601  1.00 33.59           C  \\nATOM    252  O4'   G X  21     -14.433  -8.375   7.248  1.00 33.51           O  \\nATOM    253  C3'   G X  21     -14.028  -8.949   9.510  1.00 32.84           C  \\nATOM    254  O3'   G X  21     -14.753  -9.019  10.730  1.00 34.54           O  \\nATOM    255  C2'   G X  21     -14.168 -10.225   8.691  1.00 33.12           C  \\nATOM    256  O2'   G X  21     -15.468 -10.769   8.787  1.00 34.15           O  \\nATOM    257  C1'   G X  21     -13.934  -9.703   7.278  1.00 32.36           C  \\nATOM    258  N9    G X  21     -12.541  -9.684   6.831  1.00 31.65           N  \\nATOM    259  C8    G X  21     -11.800  -8.557   6.566  1.00 30.67           C  \\nATOM    260  N7    G X  21     -10.592  -8.812   6.160  1.00 30.93           N  \\nATOM    261  C5    G X  21     -10.520 -10.197   6.146  1.00 30.79           C  \\nATOM    262  C6    G X  21      -9.442 -11.041   5.781  1.00 30.81           C  \\nATOM    263  O6    G X  21      -8.308 -10.723   5.391  1.00 30.36           O  \\nATOM    264  N1    G X  21      -9.780 -12.385   5.902  1.00 30.16           N  \\nATOM    265  C2    G X  21     -11.001 -12.854   6.324  1.00 30.63           C  \\nATOM    266  N2    G X  21     -11.120 -14.187   6.371  1.00 29.35           N  \\nATOM    267  N3    G X  21     -12.026 -12.075   6.662  1.00 32.60           N  \\nATOM    268  C4    G X  21     -11.714 -10.755   6.551  1.00 31.04           C  \\nATOM    269  P     C X  22     -13.944  -9.133  12.106  1.00 32.77           P  \\nATOM    270  OP1   C X  22     -14.909  -9.093  13.219  1.00 33.46           O  \\nATOM    271  OP2   C X  22     -12.820  -8.174  12.045  1.00 33.88           O  \\nATOM    272  O5'   C X  22     -13.306 -10.597  12.009  1.00 32.32           O  \\nATOM    273  C5'   C X  22     -14.101 -11.760  12.201  1.00 30.36           C  \\nATOM    274  C4'   C X  22     -13.264 -12.980  11.861  1.00 29.81           C  \\nATOM    275  O4'   C X  22     -12.778 -12.868  10.498  1.00 27.79           O  \\nATOM    276  C3'   C X  22     -11.990 -13.112  12.680  1.00 29.57           C  \\nATOM    277  O3'   C X  22     -12.263 -13.707  13.934  1.00 31.55           O  \\nATOM    278  C2'   C X  22     -11.160 -14.024  11.787  1.00 29.07           C  \\nATOM    279  O2'   C X  22     -11.579 -15.374  11.853  1.00 26.66           O  \\nATOM    280  C1'   C X  22     -11.490 -13.444  10.414  1.00 28.56           C  \\nATOM    281  N1    C X  22     -10.510 -12.424   9.935  1.00 28.68           N  \\nATOM    282  C2    C X  22      -9.288 -12.878   9.440  1.00 29.04           C  \\nATOM    283  O2    C X  22      -9.079 -14.098   9.432  1.00 29.41           O  \\nATOM    284  N3    C X  22      -8.380 -11.974   8.994  1.00 28.07           N  \\nATOM    285  C4    C X  22      -8.661 -10.671   9.033  1.00 28.16           C  \\nATOM    286  N4    C X  22      -7.732  -9.820   8.574  1.00 28.76           N  \\nATOM    287  C5    C X  22      -9.907 -10.184   9.536  1.00 28.39           C  \\nATOM    288  C6    C X  22     -10.795 -11.087   9.968  1.00 28.27           C  \\nATOM    289  P     C X  23     -11.628 -13.080  15.263  1.00 32.24           P  \\nATOM    290  OP1   C X  23     -12.497 -13.465  16.394  1.00 32.21           O  \\nATOM    291  OP2   C X  23     -11.322 -11.656  15.004  1.00 32.95           O  \\nATOM    292  O5'   C X  23     -10.233 -13.855  15.382  1.00 33.47           O  \\nATOM    293  C5'   C X  23     -10.195 -15.278  15.325  1.00 34.53           C  \\nATOM    294  C4'   C X  23      -8.762 -15.763  15.181  1.00 34.23           C  \\nATOM    295  O4'   C X  23      -8.186 -15.208  13.969  1.00 34.52           O  \\nATOM    296  C3'   C X  23      -7.840 -15.334  16.319  1.00 35.21           C  \\nATOM    297  O3'   C X  23      -6.892 -16.349  16.585  1.00 36.97           O  \\nATOM    298  C2'   C X  23      -7.142 -14.112  15.738  1.00 34.18           C  \\nATOM    299  O2'   C X  23      -5.882 -13.875  16.334  1.00 34.09           O  \\nATOM    300  C1'   C X  23      -6.972 -14.561  14.293  1.00 32.80           C  \\nATOM    301  N1    C X  23      -6.733 -13.410  13.382  1.00 32.89           N  \\nATOM    302  C2    C X  23      -5.524 -13.330  12.681  1.00 32.64           C  \\nATOM    303  O2    C X  23      -4.691 -14.241  12.811  1.00 31.61           O  \\nATOM    304  N3    C X  23      -5.306 -12.259  11.877  1.00 31.58           N  \\nATOM    305  C4    C X  23      -6.231 -11.301  11.775  1.00 31.63           C  \\nATOM    306  N4    C X  23      -5.973 -10.268  10.968  1.00 30.02           N  \\nATOM    307  C5    C X  23      -7.466 -11.361  12.491  1.00 32.72           C  \\nATOM    308  C6    C X  23      -7.670 -12.421  13.281  1.00 33.06           C  \\nATOM    309  P     C X  24      -7.068 -17.332  17.831  1.00 38.71           P  \\nATOM    310  OP1   C X  24      -8.078 -18.355  17.475  1.00 38.24           O  \\nATOM    311  OP2   C X  24      -7.239 -16.507  19.048  1.00 39.10           O  \\nATOM    312  O5'   C X  24      -5.613 -18.001  17.882  1.00 40.02           O  \\nATOM    313  C5'   C X  24      -5.405 -19.299  18.423  1.00 40.17           C  \\nATOM    314  C4'   C X  24      -4.189 -19.945  17.780  1.00 40.55           C  \\nATOM    315  O4'   C X  24      -4.488 -20.247  16.395  1.00 40.45           O  \\nATOM    316  C3'   C X  24      -2.945 -19.070  17.681  1.00 40.93           C  \\nATOM    317  O3'   C X  24      -2.234 -19.029  18.918  1.00 41.11           O  \\nATOM    318  C2'   C X  24      -2.165 -19.799  16.590  1.00 40.71           C  \\nATOM    319  O2'   C X  24      -1.451 -20.917  17.080  1.00 41.80           O  \\nATOM    320  C1'   C X  24      -3.279 -20.276  15.659  1.00 39.91           C  \\nATOM    321  N1    C X  24      -3.410 -19.452  14.419  1.00 39.23           N  \\nATOM    322  C2    C X  24      -3.006 -19.993  13.192  1.00 39.30           C  \\nATOM    323  O2    C X  24      -2.561 -21.147  13.154  1.00 39.92           O  \\nATOM    324  N3    C X  24      -3.115 -19.235  12.074  1.00 38.80           N  \\nATOM    325  C4    C X  24      -3.596 -17.993  12.151  1.00 38.19           C  \\nATOM    326  N4    C X  24      -3.683 -17.290  11.019  1.00 37.93           N  \\nATOM    327  C5    C X  24      -4.002 -17.420  13.392  1.00 38.44           C  \\nATOM    328  C6    C X  24      -3.891 -18.177  14.490  1.00 38.98           C  \\nATOM    329  P     U X  25      -1.571 -17.661  19.429  1.00 41.67           P  \\nATOM    330  OP1   U X  25      -0.975 -17.919  20.759  1.00 41.62           O  \\nATOM    331  OP2   U X  25      -2.565 -16.574  19.282  1.00 41.71           O  \\nATOM    332  O5'   U X  25      -0.401 -17.404  18.364  1.00 40.67           O  \\nATOM    333  C5'   U X  25       0.793 -18.180  18.405  1.00 40.13           C  \\nATOM    334  C4'   U X  25       1.835 -17.659  17.430  1.00 39.39           C  \\nATOM    335  O4'   U X  25       1.228 -17.441  16.130  1.00 39.71           O  \\nATOM    336  C3'   U X  25       2.443 -16.308  17.775  1.00 38.94           C  \\nATOM    337  O3'   U X  25       3.477 -16.437  18.741  1.00 37.63           O  \\nATOM    338  C2'   U X  25       2.982 -15.886  16.415  1.00 39.04           C  \\nATOM    339  O2'   U X  25       4.173 -16.566  16.068  1.00 39.71           O  \\nATOM    340  C1'   U X  25       1.837 -16.326  15.504  1.00 39.13           C  \\nATOM    341  N1    U X  25       0.811 -15.258  15.295  1.00 38.64           N  \\nATOM    342  C2    U X  25       1.164 -14.132  14.583  1.00 38.37           C  \\nATOM    343  O2    U X  25       2.274 -13.961  14.108  1.00 37.75           O  \\nATOM    344  N3    U X  25       0.165 -13.201  14.446  1.00 37.93           N  \\nATOM    345  C4    U X  25      -1.127 -13.278  14.931  1.00 38.37           C  \\nATOM    346  O4    U X  25      -1.906 -12.353  14.719  1.00 38.04           O  \\nATOM    347  C5    U X  25      -1.424 -14.485  15.665  1.00 38.52           C  \\nATOM    348  C6    U X  25      -0.463 -15.407  15.814  1.00 38.97           C  \\nATOM    349  P     U X  26       3.664 -15.295  19.846  1.00 37.51           P  \\nATOM    350  OP1   U X  26       4.568 -15.814  20.895  1.00 37.69           O  \\nATOM    351  OP2   U X  26       2.322 -14.790  20.213  1.00 36.56           O  \\nATOM    352  O5'   U X  26       4.418 -14.134  19.046  1.00 37.50           O  \\nATOM    353  C5'   U X  26       5.750 -14.326  18.585  1.00 37.59           C  \\nATOM    354  C4'   U X  26       6.174 -13.158  17.714  1.00 37.22           C  \\nATOM    355  O4'   U X  26       5.250 -13.016  16.605  1.00 37.73           O  \\nATOM    356  C3'   U X  26       6.117 -11.797  18.389  1.00 37.41           C  \\nATOM    357  O3'   U X  26       7.256 -11.584  19.214  1.00 37.86           O  \\nATOM    358  C2'   U X  26       6.114 -10.890  17.164  1.00 37.34           C  \\nATOM    359  O2'   U X  26       7.390 -10.799  16.561  1.00 37.01           O  \\nATOM    360  C1'   U X  26       5.153 -11.645  16.249  1.00 37.62           C  \\nATOM    361  N1    U X  26       3.732 -11.203  16.391  1.00 37.15           N  \\nATOM    362  C2    U X  26       3.339  -9.995  15.851  1.00 36.84           C  \\nATOM    363  O2    U X  26       4.092  -9.249  15.251  1.00 37.13           O  \\nATOM    364  N3    U X  26       2.014  -9.683  16.038  1.00 36.56           N  \\nATOM    365  C4    U X  26       1.065 -10.438  16.699  1.00 36.77           C  \\nATOM    366  O4    U X  26      -0.086 -10.024  16.787  1.00 37.45           O  \\nATOM    367  C5    U X  26       1.550 -11.685  17.235  1.00 36.59           C  \\nATOM    368  C6    U X  26       2.835 -12.010  17.065  1.00 36.96           C  \\nATOM    369  P     C X  27       7.143 -10.655  20.514  1.00 37.80           P  \\nATOM    370  OP1   C X  27       8.318 -10.929  21.370  1.00 38.32           O  \\nATOM    371  OP2   C X  27       5.779 -10.802  21.069  1.00 38.42           O  \\nATOM    372  O5'   C X  27       7.265  -9.173  19.924  1.00 37.40           O  \\nATOM    373  C5'   C X  27       8.421  -8.779  19.194  1.00 36.40           C  \\nATOM    374  C4'   C X  27       8.175  -7.457  18.491  1.00 35.52           C  \\nATOM    375  O4'   C X  27       7.116  -7.612  17.512  1.00 35.02           O  \\nATOM    376  C3'   C X  27       7.681  -6.341  19.397  1.00 35.92           C  \\nATOM    377  O3'   C X  27       8.776  -5.714  20.051  1.00 37.01           O  \\nATOM    378  C2'   C X  27       6.999  -5.421  18.392  1.00 35.15           C  \\nATOM    379  O2'   C X  27       7.921  -4.633  17.666  1.00 35.07           O  \\nATOM    380  C1'   C X  27       6.335  -6.431  17.459  1.00 34.44           C  \\nATOM    381  N1    C X  27       4.916  -6.743  17.829  1.00 33.89           N  \\nATOM    382  C2    C X  27       3.897  -5.872  17.428  1.00 33.66           C  \\nATOM    383  O2    C X  27       4.191  -4.866  16.771  1.00 34.31           O  \\nATOM    384  N3    C X  27       2.613  -6.158  17.767  1.00 33.44           N  \\nATOM    385  C4    C X  27       2.337  -7.255  18.476  1.00 32.99           C  \\nATOM    386  N4    C X  27       1.059  -7.497  18.786  1.00 33.12           N  \\nATOM    387  C5    C X  27       3.362  -8.154  18.892  1.00 33.44           C  \\nATOM    388  C6    C X  27       4.623  -7.862  18.552  1.00 33.38           C  \\nATOM    389  P     U X  28       8.558  -5.012  21.472  1.00 38.16           P  \\nATOM    390  OP1   U X  28       7.651  -3.858  21.278  1.00 38.58           O  \\nATOM    391  OP2   U X  28       9.888  -4.811  22.086  1.00 38.98           O  \\nATOM    392  O5'   U X  28       7.794  -6.127  22.325  1.00 38.15           O  \\nATOM    393  C5'   U X  28       7.670  -5.968  23.732  1.00 38.07           C  \\nATOM    394  C4'   U X  28       6.280  -6.350  24.211  1.00 37.93           C  \\nATOM    395  O4'   U X  28       5.282  -5.454  23.657  1.00 37.65           O  \\nATOM    396  C3'   U X  28       5.812  -7.749  23.826  1.00 37.90           C  \\nATOM    397  O3'   U X  28       4.972  -8.226  24.861  1.00 38.03           O  \\nATOM    398  C2'   U X  28       4.990  -7.480  22.570  1.00 37.53           C  \\nATOM    399  O2'   U X  28       4.074  -8.522  22.297  1.00 36.85           O  \\nATOM    400  C1'   U X  28       4.265  -6.238  23.065  1.00 37.51           C  \\nATOM    401  N1    U X  28       3.558  -5.409  22.050  1.00 37.79           N  \\nATOM    402  C2    U X  28       2.193  -5.550  21.906  1.00 37.83           C  \\nATOM    403  O2    U X  28       1.531  -6.352  22.542  1.00 38.23           O  \\nATOM    404  N3    U X  28       1.626  -4.721  20.970  1.00 37.22           N  \\nATOM    405  C4    U X  28       2.271  -3.777  20.194  1.00 36.70           C  \\nATOM    406  O4    U X  28       1.624  -3.105  19.401  1.00 36.14           O  \\nATOM    407  C5    U X  28       3.691  -3.677  20.412  1.00 37.07           C  \\nATOM    408  C6    U X  28       4.267  -4.475  21.318  1.00 37.62           C  \\nATOM    409  P     G X  29       5.517  -9.274  25.938  1.00 38.90           P  \\nATOM    410  OP1   G X  29       6.876  -8.862  26.352  1.00 38.39           O  \\nATOM    411  OP2   G X  29       5.280 -10.632  25.390  1.00 39.27           O  \\nATOM    412  O5'   G X  29       4.510  -9.055  27.161  1.00 37.67           O  \\nATOM    413  C5'   G X  29       3.807 -10.162  27.710  1.00 36.33           C  \\nATOM    414  C4'   G X  29       2.803  -9.695  28.747  1.00 35.28           C  \\nATOM    415  O4'   G X  29       3.441  -8.789  29.686  1.00 34.48           O  \\nATOM    416  C3'   G X  29       1.628  -8.889  28.212  1.00 35.11           C  \\nATOM    417  O3'   G X  29       0.633  -9.742  27.656  1.00 35.11           O  \\nATOM    418  C2'   G X  29       1.162  -8.241  29.508  1.00 34.45           C  \\nATOM    419  O2'   G X  29       0.524  -9.171  30.357  1.00 34.39           O  \\nATOM    420  C1'   G X  29       2.501  -7.813  30.102  1.00 33.79           C  \\nATOM    421  N9    G X  29       2.934  -6.502  29.622  1.00 33.39           N  \\nATOM    422  C8    G X  29       4.014  -6.230  28.817  1.00 32.90           C  \\nATOM    423  N7    G X  29       4.153  -4.964  28.538  1.00 32.67           N  \\nATOM    424  C5    G X  29       3.095  -4.353  29.199  1.00 32.55           C  \\nATOM    425  C6    G X  29       2.731  -2.986  29.261  1.00 32.33           C  \\nATOM    426  O6    G X  29       3.287  -2.018  28.723  1.00 32.05           O  \\nATOM    427  N1    G X  29       1.592  -2.792  30.039  1.00 32.11           N  \\nATOM    428  C2    G X  29       0.894  -3.793  30.676  1.00 32.45           C  \\nATOM    429  N2    G X  29      -0.182  -3.410  31.380  1.00 32.07           N  \\nATOM    430  N3    G X  29       1.226  -5.078  30.626  1.00 32.33           N  \\nATOM    431  C4    G X  29       2.332  -5.285  29.869  1.00 32.94           C  \\nATOM    432  P     C X  30      -0.353  -9.207  26.513  1.00 35.55           P  \\nATOM    433  OP1   C X  30      -1.198 -10.338  26.075  1.00 35.36           O  \\nATOM    434  OP2   C X  30       0.453  -8.459  25.523  1.00 35.00           O  \\nATOM    435  O5'   C X  30      -1.283  -8.161  27.290  1.00 36.14           O  \\nATOM    436  C5'   C X  30      -2.315  -8.626  28.158  1.00 35.71           C  \\nATOM    437  C4'   C X  30      -3.187  -7.475  28.626  1.00 35.28           C  \\nATOM    438  O4'   C X  30      -2.375  -6.512  29.345  1.00 34.49           O  \\nATOM    439  C3'   C X  30      -3.810  -6.644  27.516  1.00 35.60           C  \\nATOM    440  O3'   C X  30      -4.961  -7.273  26.968  1.00 36.71           O  \\nATOM    441  C2'   C X  30      -4.137  -5.360  28.269  1.00 34.70           C  \\nATOM    442  O2'   C X  30      -5.269  -5.476  29.108  1.00 34.10           O  \\nATOM    443  C1'   C X  30      -2.871  -5.203  29.108  1.00 34.10           C  \\nATOM    444  N1    C X  30      -1.825  -4.383  28.421  1.00 32.92           N  \\nATOM    445  C2    C X  30      -1.969  -2.990  28.369  1.00 32.67           C  \\nATOM    446  O2    C X  30      -2.953  -2.462  28.901  1.00 32.26           O  \\nATOM    447  N3    C X  30      -1.020  -2.253  27.740  1.00 32.50           N  \\nATOM    448  C4    C X  30       0.029  -2.853  27.173  1.00 32.62           C  \\nATOM    449  N4    C X  30       0.936  -2.081  26.563  1.00 32.93           N  \\nATOM    450  C5    C X  30       0.191  -4.270  27.209  1.00 32.58           C  \\nATOM    451  C6    C X  30      -0.749  -4.988  27.837  1.00 32.67           C  \\nATOM    452  P     G X  31      -5.258  -7.115  25.403  1.00 38.08           P  \\nATOM    453  OP1   G X  31      -6.541  -7.789  25.106  1.00 38.31           O  \\nATOM    454  OP2   G X  31      -4.032  -7.499  24.668  1.00 38.32           O  \\nATOM    455  O5'   G X  31      -5.454  -5.537  25.234  1.00 38.57           O  \\nATOM    456  C5'   G X  31      -6.692  -4.928  25.575  1.00 39.43           C  \\nATOM    457  C4'   G X  31      -6.565  -3.416  25.539  1.00 40.15           C  \\nATOM    458  O4'   G X  31      -5.347  -3.011  26.215  1.00 39.98           O  \\nATOM    459  C3'   G X  31      -6.435  -2.811  24.149  1.00 40.56           C  \\nATOM    460  O3'   G X  31      -7.714  -2.648  23.551  1.00 41.83           O  \\nATOM    461  C2'   G X  31      -5.780  -1.474  24.473  1.00 40.21           C  \\nATOM    462  O2'   G X  31      -6.687  -0.527  25.004  1.00 40.17           O  \\nATOM    463  C1'   G X  31      -4.783  -1.895  25.547  1.00 39.51           C  \\nATOM    464  N9    G X  31      -3.478  -2.266  25.004  1.00 39.13           N  \\nATOM    465  C8    G X  31      -2.869  -3.496  25.059  1.00 38.75           C  \\nATOM    466  N7    G X  31      -1.699  -3.523  24.482  1.00 38.50           N  \\nATOM    467  C5    G X  31      -1.519  -2.227  24.015  1.00 38.69           C  \\nATOM    468  C6    G X  31      -0.435  -1.653  23.306  1.00 38.40           C  \\nATOM    469  O6    G X  31       0.618  -2.194  22.939  1.00 38.17           O  \\nATOM    470  N1    G X  31      -0.661  -0.309  23.023  1.00 38.06           N  \\nATOM    471  C2    G X  31      -1.790   0.393  23.376  1.00 38.58           C  \\nATOM    472  N2    G X  31      -1.827   1.685  23.018  1.00 38.10           N  \\nATOM    473  N3    G X  31      -2.811  -0.133  24.041  1.00 38.71           N  \\nATOM    474  C4    G X  31      -2.607  -1.442  24.327  1.00 38.73           C  \\nATOM    475  P     U X  32      -7.984  -3.227  22.083  1.00 43.63           P  \\nATOM    476  OP1   U X  32      -9.437  -3.130  21.818  1.00 43.38           O  \\nATOM    477  OP2   U X  32      -7.290  -4.529  21.964  1.00 43.52           O  \\nATOM    478  O5'   U X  32      -7.207  -2.188  21.147  1.00 42.12           O  \\nATOM    479  C5'   U X  32      -7.508  -0.801  21.208  1.00 40.85           C  \\nATOM    480  C4'   U X  32      -6.395   0.004  20.567  1.00 39.65           C  \\nATOM    481  O4'   U X  32      -5.190  -0.105  21.370  1.00 38.73           O  \\nATOM    482  C3'   U X  32      -5.947  -0.471  19.192  1.00 39.24           C  \\nATOM    483  O3'   U X  32      -6.831  -0.022  18.171  1.00 39.87           O  \\nATOM    484  C2'   U X  32      -4.592   0.220  19.118  1.00 38.57           C  \\nATOM    485  O2'   U X  32      -4.712   1.617  18.926  1.00 37.70           O  \\nATOM    486  C1'   U X  32      -4.058  -0.066  20.519  1.00 37.42           C  \\nATOM    487  N1    U X  32      -3.306  -1.358  20.630  1.00 36.19           N  \\nATOM    488  C2    U X  32      -1.989  -1.411  20.214  1.00 35.37           C  \\nATOM    489  O2    U X  32      -1.393  -0.454  19.756  1.00 34.49           O  \\nATOM    490  N3    U X  32      -1.384  -2.634  20.359  1.00 34.96           N  \\nATOM    491  C4    U X  32      -1.952  -3.791  20.862  1.00 35.49           C  \\nATOM    492  O4    U X  32      -1.284  -4.818  20.928  1.00 36.14           O  \\nATOM    493  C5    U X  32      -3.328  -3.663  21.267  1.00 35.06           C  \\nATOM    494  C6    U X  32      -3.937  -2.478  21.139  1.00 35.86           C  \\nATOM    495  P     G X  33      -7.229  -0.984  16.952  1.00 41.79           P  \\nATOM    496  OP1   G X  33      -8.410  -0.394  16.284  1.00 42.29           O  \\nATOM    497  OP2   G X  33      -7.287  -2.376  17.448  1.00 41.16           O  \\nATOM    498  O5'   G X  33      -5.975  -0.867  15.960  1.00 40.54           O  \\nATOM    499  C5'   G X  33      -5.784   0.309  15.176  1.00 38.89           C  \\nATOM    500  C4'   G X  33      -4.312   0.539  14.878  1.00 37.51           C  \\nATOM    501  O4'   G X  33      -3.538   0.387  16.097  1.00 37.42           O  \\nATOM    502  C3'   G X  33      -3.671  -0.453  13.919  1.00 37.36           C  \\nATOM    503  O3'   G X  33      -3.944  -0.116  12.563  1.00 38.16           O  \\nATOM    504  C2'   G X  33      -2.202  -0.259  14.274  1.00 36.96           C  \\nATOM    505  O2'   G X  33      -1.680   0.957  13.772  1.00 36.27           O  \\nATOM    506  C1'   G X  33      -2.292  -0.218  15.797  1.00 35.92           C  \\nATOM    507  N9    G X  33      -2.245  -1.552  16.398  1.00 34.84           N  \\nATOM    508  C8    G X  33      -3.302  -2.291  16.876  1.00 34.03           C  \\nATOM    509  N7    G X  33      -2.953  -3.456  17.345  1.00 33.73           N  \\nATOM    510  C5    G X  33      -1.575  -3.499  17.163  1.00 34.08           C  \\nATOM    511  C6    G X  33      -0.642  -4.519  17.477  1.00 33.88           C  \\nATOM    512  O6    G X  33      -0.854  -5.626  17.997  1.00 33.74           O  \\nATOM    513  N1    G X  33       0.656  -4.155  17.127  1.00 33.24           N  \\nATOM    514  C2    G X  33       1.007  -2.962  16.542  1.00 33.78           C  \\nATOM    515  N2    G X  33       2.310  -2.794  16.278  1.00 33.38           N  \\nATOM    516  N3    G X  33       0.145  -1.998  16.242  1.00 33.87           N  \\nATOM    517  C4    G X  33      -1.125  -2.335  16.578  1.00 34.18           C  \\nATOM    518  P     A X  34      -4.080  -1.273  11.462  1.00 39.37           P  \\nATOM    519  OP1   A X  34      -4.551  -0.660  10.200  1.00 39.79           O  \\nATOM    520  OP2   A X  34      -4.821  -2.400  12.067  1.00 38.26           O  \\nATOM    521  O5'   A X  34      -2.570  -1.753  11.246  1.00 38.54           O  \\nATOM    522  C5'   A X  34      -1.602  -0.863  10.711  1.00 37.93           C  \\nATOM    523  C4'   A X  34      -0.211  -1.418  10.947  1.00 37.06           C  \\nATOM    524  O4'   A X  34      -0.014  -1.648  12.367  1.00 36.73           O  \\nATOM    525  C3'   A X  34       0.046  -2.787  10.336  1.00 36.76           C  \\nATOM    526  O3'   A X  34       0.326  -2.681   8.945  1.00 37.36           O  \\nATOM    527  C2'   A X  34       1.272  -3.191  11.140  1.00 36.22           C  \\nATOM    528  O2'   A X  34       2.424  -2.468  10.752  1.00 36.10           O  \\nATOM    529  C1'   A X  34       0.826  -2.775  12.538  1.00 35.65           C  \\nATOM    530  N9    A X  34       0.090  -3.833  13.225  1.00 35.29           N  \\nATOM    531  C8    A X  34      -1.262  -3.921  13.416  1.00 34.34           C  \\nATOM    532  N7    A X  34      -1.631  -5.002  14.064  1.00 34.49           N  \\nATOM    533  C5    A X  34      -0.443  -5.669  14.313  1.00 33.91           C  \\nATOM    534  C6    A X  34      -0.153  -6.884  14.966  1.00 34.45           C  \\nATOM    535  N6    A X  34      -1.092  -7.672  15.507  1.00 33.11           N  \\nATOM    536  N1    A X  34       1.142  -7.260  15.037  1.00 34.05           N  \\nATOM    537  C2    A X  34       2.077  -6.473  14.492  1.00 33.89           C  \\nATOM    538  N3    A X  34       1.927  -5.313  13.855  1.00 34.61           N  \\nATOM    539  C4    A X  34       0.629  -4.965  13.798  1.00 34.98           C  \\nATOM    540  P     A X  35       0.077  -3.934   7.981  1.00 36.97           P  \\nATOM    541  OP1   A X  35       0.363  -3.502   6.597  1.00 38.10           O  \\nATOM    542  OP2   A X  35      -1.234  -4.532   8.305  1.00 37.66           O  \\nATOM    543  O5'   A X  35       1.212  -4.962   8.441  1.00 37.13           O  \\nATOM    544  C5'   A X  35       2.581  -4.669   8.185  1.00 35.03           C  \\nATOM    545  C4'   A X  35       3.469  -5.730   8.805  1.00 34.57           C  \\nATOM    546  O4'   A X  35       3.229  -5.815  10.234  1.00 33.92           O  \\nATOM    547  C3'   A X  35       3.217  -7.145   8.307  1.00 34.22           C  \\nATOM    548  O3'   A X  35       3.888  -7.353   7.074  1.00 33.67           O  \\nATOM    549  C2'   A X  35       3.833  -7.957   9.440  1.00 34.08           C  \\nATOM    550  O2'   A X  35       5.247  -7.985   9.384  1.00 34.50           O  \\nATOM    551  C1'   A X  35       3.368  -7.161  10.656  1.00 33.27           C  \\nATOM    552  N9    A X  35       2.087  -7.623  11.188  1.00 32.81           N  \\nATOM    553  C8    A X  35       0.886  -6.977  11.116  1.00 32.34           C  \\nATOM    554  N7    A X  35      -0.104  -7.633  11.673  1.00 32.31           N  \\nATOM    555  C5    A X  35       0.488  -8.791  12.146  1.00 31.76           C  \\nATOM    556  C6    A X  35      -0.029  -9.902  12.838  1.00 31.43           C  \\nATOM    557  N6    A X  35      -1.317 -10.012  13.183  1.00 31.21           N  \\nATOM    558  N1    A X  35       0.826 -10.895  13.160  1.00 31.35           N  \\nATOM    559  C2    A X  35       2.114 -10.776  12.809  1.00 32.31           C  \\nATOM    560  N3    A X  35       2.717  -9.778  12.161  1.00 32.50           N  \\nATOM    561  C4    A X  35       1.839  -8.807  11.852  1.00 32.82           C  \\nATOM    562  P     G X  36       3.179  -8.169   5.895  1.00 34.17           P  \\nATOM    563  OP1   G X  36       4.149  -8.277   4.782  1.00 33.46           O  \\nATOM    564  OP2   G X  36       1.841  -7.588   5.653  1.00 33.54           O  \\nATOM    565  O5'   G X  36       2.969  -9.617   6.542  1.00 31.73           O  \\nATOM    566  C5'   G X  36       4.067 -10.509   6.669  1.00 31.18           C  \\nATOM    567  C4'   G X  36       3.713 -11.681   7.567  1.00 30.51           C  \\nATOM    568  O4'   G X  36       3.292 -11.200   8.870  1.00 30.62           O  \\nATOM    569  C3'   G X  36       2.536 -12.528   7.109  1.00 30.75           C  \\nATOM    570  O3'   G X  36       2.931 -13.439   6.092  1.00 31.75           O  \\nATOM    571  C2'   G X  36       2.227 -13.245   8.414  1.00 29.52           C  \\nATOM    572  O2'   G X  36       3.227 -14.192   8.729  1.00 29.65           O  \\nATOM    573  C1'   G X  36       2.286 -12.065   9.378  1.00 29.43           C  \\nATOM    574  N9    G X  36       1.021 -11.338   9.425  1.00 28.32           N  \\nATOM    575  C8    G X  36       0.749 -10.112   8.867  1.00 27.96           C  \\nATOM    576  N7    G X  36      -0.476  -9.716   9.058  1.00 27.75           N  \\nATOM    577  C5    G X  36      -1.057 -10.746   9.785  1.00 27.85           C  \\nATOM    578  C6    G X  36      -2.375 -10.883  10.279  1.00 27.54           C  \\nATOM    579  O6    G X  36      -3.317 -10.093  10.167  1.00 28.76           O  \\nATOM    580  N1    G X  36      -2.558 -12.084  10.961  1.00 28.01           N  \\nATOM    581  C2    G X  36      -1.583 -13.034  11.145  1.00 28.30           C  \\nATOM    582  N2    G X  36      -1.947 -14.130  11.828  1.00 27.00           N  \\nATOM    583  N3    G X  36      -0.340 -12.919  10.686  1.00 26.92           N  \\nATOM    584  C4    G X  36      -0.151 -11.756  10.016  1.00 27.82           C  \\nATOM    585  P     G X  37       1.867 -13.918   4.998  1.00 32.59           P  \\nATOM    586  OP1   G X  37       2.607 -14.683   3.967  1.00 32.55           O  \\nATOM    587  OP2   G X  37       1.059 -12.742   4.613  1.00 31.58           O  \\nATOM    588  O5'   G X  37       0.890 -14.900   5.809  1.00 31.60           O  \\nATOM    589  C5'   G X  37       1.363 -16.092   6.428  1.00 31.44           C  \\nATOM    590  C4'   G X  37       0.283 -16.695   7.314  1.00 31.12           C  \\nATOM    591  O4'   G X  37      -0.091 -15.761   8.360  1.00 30.36           O  \\nATOM    592  C3'   G X  37      -1.033 -16.987   6.609  1.00 31.05           C  \\nATOM    593  O3'   G X  37      -0.956 -18.219   5.922  1.00 31.83           O  \\nATOM    594  C2'   G X  37      -1.999 -17.041   7.785  1.00 31.04           C  \\nATOM    595  O2'   G X  37      -1.917 -18.246   8.519  1.00 31.32           O  \\nATOM    596  C1'   G X  37      -1.483 -15.867   8.612  1.00 29.96           C  \\nATOM    597  N9    G X  37      -2.143 -14.621   8.240  1.00 28.54           N  \\nATOM    598  C8    G X  37      -1.606 -13.541   7.582  1.00 28.22           C  \\nATOM    599  N7    G X  37      -2.463 -12.578   7.390  1.00 28.48           N  \\nATOM    600  C5    G X  37      -3.642 -13.046   7.955  1.00 28.38           C  \\nATOM    601  C6    G X  37      -4.921 -12.442   8.056  1.00 28.76           C  \\nATOM    602  O6    G X  37      -5.284 -11.327   7.657  1.00 28.59           O  \\nATOM    603  N1    G X  37      -5.832 -13.265   8.711  1.00 28.06           N  \\nATOM    604  C2    G X  37      -5.549 -14.519   9.196  1.00 28.32           C  \\nATOM    605  N2    G X  37      -6.558 -15.173   9.788  1.00 26.51           N  \\nATOM    606  N3    G X  37      -4.358 -15.095   9.110  1.00 28.19           N  \\nATOM    607  C4    G X  37      -3.459 -14.305   8.477  1.00 28.80           C  \\nATOM    608  P     C X  38      -1.729 -18.390   4.537  1.00 31.32           P  \\nATOM    609  OP1   C X  38      -1.317 -19.682   3.948  1.00 31.09           O  \\nATOM    610  OP2   C X  38      -1.569 -17.143   3.755  1.00 32.49           O  \\nATOM    611  O5'   C X  38      -3.253 -18.471   5.007  1.00 30.77           O  \\nATOM    612  C5'   C X  38      -3.734 -19.579   5.763  1.00 32.30           C  \\nATOM    613  C4'   C X  38      -5.249 -19.538   5.844  1.00 33.02           C  \\nATOM    614  O4'   C X  38      -5.666 -18.401   6.644  1.00 33.47           O  \\nATOM    615  C3'   C X  38      -5.945 -19.308   4.513  1.00 33.65           C  \\nATOM    616  O3'   C X  38      -6.043 -20.527   3.778  1.00 33.89           O  \\nATOM    617  C2'   C X  38      -7.296 -18.775   4.977  1.00 33.36           C  \\nATOM    618  O2'   C X  38      -8.152 -19.799   5.455  1.00 34.49           O  \\nATOM    619  C1'   C X  38      -6.874 -17.867   6.131  1.00 33.59           C  \\nATOM    620  N1    C X  38      -6.659 -16.418   5.776  1.00 33.52           N  \\nATOM    621  C2    C X  38      -7.746 -15.534   5.765  1.00 33.57           C  \\nATOM    622  O2    C X  38      -8.877 -15.961   6.033  1.00 33.85           O  \\nATOM    623  N3    C X  38      -7.533 -14.228   5.457  1.00 33.82           N  \\nATOM    624  C4    C X  38      -6.299 -13.800   5.176  1.00 33.38           C  \\nATOM    625  N4    C X  38      -6.138 -12.508   4.873  1.00 33.98           N  \\nATOM    626  C5    C X  38      -5.178 -14.683   5.183  1.00 33.80           C  \\nATOM    627  C6    C X  38      -5.401 -15.966   5.491  1.00 33.16           C  \\nATOM    628  P     U X  39      -5.977 -20.490   2.178  1.00 35.02           P  \\nATOM    629  OP1   U X  39      -5.821 -21.884   1.700  1.00 34.96           O  \\nATOM    630  OP2   U X  39      -5.009 -19.448   1.767  1.00 33.16           O  \\nATOM    631  O5'   U X  39      -7.432 -19.959   1.790  1.00 34.24           O  \\nATOM    632  C5'   U X  39      -8.583 -20.778   1.974  1.00 35.59           C  \\nATOM    633  C4'   U X  39      -9.842 -19.955   1.771  1.00 34.84           C  \\nATOM    634  O4'   U X  39      -9.892 -18.869   2.732  1.00 36.10           O  \\nATOM    635  C3'   U X  39      -9.918 -19.231   0.437  1.00 35.33           C  \\nATOM    636  O3'   U X  39     -10.293 -20.130  -0.602  1.00 34.71           O  \\nATOM    637  C2'   U X  39     -10.987 -18.185   0.749  1.00 34.74           C  \\nATOM    638  O2'   U X  39     -12.302 -18.703   0.744  1.00 34.03           O  \\nATOM    639  C1'   U X  39     -10.597 -17.771   2.167  1.00 34.11           C  \\nATOM    640  N1    U X  39      -9.726 -16.553   2.187  1.00 33.28           N  \\nATOM    641  C2    U X  39     -10.292 -15.299   2.337  1.00 32.25           C  \\nATOM    642  O2    U X  39     -11.490 -15.110   2.471  1.00 31.62           O  \\nATOM    643  N3    U X  39      -9.394 -14.258   2.336  1.00 30.27           N  \\nATOM    644  C4    U X  39      -8.018 -14.341   2.194  1.00 32.54           C  \\nATOM    645  O4    U X  39      -7.332 -13.321   2.202  1.00 32.58           O  \\nATOM    646  C5    U X  39      -7.508 -15.678   2.033  1.00 31.76           C  \\nATOM    647  C6    U X  39      -8.361 -16.706   2.038  1.00 32.16           C  \\nATOM    648  P     G X  40      -9.671 -19.992  -2.071  1.00 36.60           P  \\nATOM    649  OP1   G X  40     -10.205 -21.114  -2.870  1.00 37.00           O  \\nATOM    650  OP2   G X  40      -8.210 -19.785  -1.958  1.00 35.33           O  \\nATOM    651  O5'   G X  40     -10.309 -18.629  -2.606  1.00 35.57           O  \\nATOM    652  C5'   G X  40     -11.707 -18.556  -2.847  1.00 33.56           C  \\nATOM    653  C4'   G X  40     -12.115 -17.110  -3.029  1.00 32.08           C  \\nATOM    654  O4'   G X  40     -11.792 -16.372  -1.820  1.00 32.50           O  \\nATOM    655  C3'   G X  40     -11.360 -16.371  -4.125  1.00 32.44           C  \\nATOM    656  O3'   G X  40     -11.931 -16.646  -5.402  1.00 33.61           O  \\nATOM    657  C2'   G X  40     -11.587 -14.933  -3.684  1.00 31.51           C  \\nATOM    658  O2'   G X  40     -12.829 -14.422  -4.117  1.00 30.72           O  \\nATOM    659  C1'   G X  40     -11.485 -15.032  -2.156  1.00 31.60           C  \\nATOM    660  N9    G X  40     -10.108 -14.708  -1.791  1.00 31.58           N  \\nATOM    661  C8    G X  40      -9.012 -15.533  -1.858  1.00 31.25           C  \\nATOM    662  N7    G X  40      -7.894 -14.936  -1.553  1.00 31.49           N  \\nATOM    663  C5    G X  40      -8.264 -13.624  -1.297  1.00 30.90           C  \\nATOM    664  C6    G X  40      -7.485 -12.504  -0.919  1.00 30.90           C  \\nATOM    665  O6    G X  40      -6.263 -12.451  -0.739  1.00 31.69           O  \\nATOM    666  N1    G X  40      -8.262 -11.355  -0.746  1.00 29.57           N  \\nATOM    667  C2    G X  40      -9.622 -11.297  -0.930  1.00 30.21           C  \\nATOM    668  N2    G X  40     -10.212 -10.105  -0.725  1.00 30.29           N  \\nATOM    669  N3    G X  40     -10.360 -12.341  -1.290  1.00 30.63           N  \\nATOM    670  C4    G X  40      -9.623 -13.467  -1.445  1.00 30.79           C  \\nATOM    671  P     A X  41     -11.027 -16.801  -6.718  1.00 34.39           P  \\nATOM    672  OP1   A X  41     -11.861 -17.413  -7.775  1.00 34.84           O  \\nATOM    673  OP2   A X  41      -9.738 -17.416  -6.347  1.00 33.39           O  \\nATOM    674  O5'   A X  41     -10.744 -15.275  -7.099  1.00 33.73           O  \\nATOM    675  C5'   A X  41      -9.775 -14.950  -8.090  1.00 33.32           C  \\nATOM    676  C4'   A X  41      -9.793 -13.453  -8.348  1.00 32.68           C  \\nATOM    677  O4'   A X  41     -11.106 -13.074  -8.830  1.00 33.02           O  \\nATOM    678  C3'   A X  41      -9.595 -12.596  -7.111  1.00 32.40           C  \\nATOM    679  O3'   A X  41      -8.207 -12.422  -6.822  1.00 31.40           O  \\nATOM    680  C2'   A X  41     -10.257 -11.285  -7.523  1.00 32.10           C  \\nATOM    681  O2'   A X  41      -9.400 -10.487  -8.317  1.00 31.45           O  \\nATOM    682  C1'   A X  41     -11.426 -11.770  -8.373  1.00 32.63           C  \\nATOM    683  N9    A X  41     -12.728 -11.811  -7.707  1.00 32.47           N  \\nATOM    684  C8    A X  41     -13.485 -12.925  -7.472  1.00 33.26           C  \\nATOM    685  N7    A X  41     -14.627 -12.674  -6.878  1.00 33.63           N  \\nATOM    686  C5    A X  41     -14.626 -11.299  -6.724  1.00 32.63           C  \\nATOM    687  C6    A X  41     -15.567 -10.410  -6.165  1.00 32.66           C  \\nATOM    688  N6    A X  41     -16.730 -10.814  -5.640  1.00 32.81           N  \\nATOM    689  N1    A X  41     -15.266  -9.096  -6.165  1.00 31.60           N  \\nATOM    690  C2    A X  41     -14.096  -8.704  -6.684  1.00 32.63           C  \\nATOM    691  N3    A X  41     -13.135  -9.447  -7.240  1.00 32.34           N  \\nATOM    692  C4    A X  41     -13.466 -10.749  -7.232  1.00 32.34           C  \\nATOM    693  P     G X  42      -7.704 -12.544  -5.307  1.00 31.72           P  \\nATOM    694  OP1   G X  42      -6.233 -12.722  -5.332  1.00 33.26           O  \\nATOM    695  OP2   G X  42      -8.556 -13.561  -4.646  1.00 31.74           O  \\nATOM    696  O5'   G X  42      -8.013 -11.120  -4.654  1.00 31.39           O  \\nATOM    697  C5'   G X  42      -7.525  -9.926  -5.266  1.00 30.57           C  \\nATOM    698  C4'   G X  42      -8.384  -8.730  -4.884  1.00 31.20           C  \\nATOM    699  O4'   G X  42      -9.716  -8.896  -5.432  1.00 30.22           O  \\nATOM    700  C3'   G X  42      -8.585  -8.526  -3.389  1.00 31.63           C  \\nATOM    701  O3'   G X  42      -7.558  -7.695  -2.864  1.00 32.11           O  \\nATOM    702  C2'   G X  42      -9.956  -7.850  -3.314  1.00 31.15           C  \\nATOM    703  O2'   G X  42      -9.887  -6.447  -3.488  1.00 31.75           O  \\nATOM    704  C1'   G X  42     -10.690  -8.490  -4.487  1.00 30.45           C  \\nATOM    705  N9    G X  42     -11.512  -9.654  -4.152  1.00 29.48           N  \\nATOM    706  C8    G X  42     -11.159 -10.977  -4.256  1.00 28.97           C  \\nATOM    707  N7    G X  42     -12.115 -11.794  -3.916  1.00 29.61           N  \\nATOM    708  C5    G X  42     -13.172 -10.967  -3.564  1.00 29.30           C  \\nATOM    709  C6    G X  42     -14.474 -11.288  -3.103  1.00 29.88           C  \\nATOM    710  O6    G X  42     -14.963 -12.410  -2.912  1.00 30.21           O  \\nATOM    711  N1    G X  42     -15.233 -10.145  -2.861  1.00 27.99           N  \\nATOM    712  C2    G X  42     -14.785  -8.855  -3.042  1.00 28.56           C  \\nATOM    713  N2    G X  42     -15.650  -7.870  -2.763  1.00 26.86           N  \\nATOM    714  N3    G X  42     -13.567  -8.543  -3.466  1.00 28.13           N  \\nATOM    715  C4    G X  42     -12.817  -9.645  -3.707  1.00 29.05           C  \\nATOM    716  P     A X  43      -7.040  -7.912  -1.364  1.00 33.67           P  \\nATOM    717  OP1   A X  43      -6.146  -6.784  -1.031  1.00 33.21           O  \\nATOM    718  OP2   A X  43      -6.560  -9.305  -1.231  1.00 32.34           O  \\nATOM    719  O5'   A X  43      -8.381  -7.783  -0.507  1.00 33.59           O  \\nATOM    720  C5'   A X  43      -8.943  -6.504  -0.240  1.00 33.55           C  \\nATOM    721  C4'   A X  43      -9.343  -6.457   1.217  1.00 34.72           C  \\nATOM    722  O4'   A X  43     -10.276  -7.536   1.472  1.00 34.15           O  \\nATOM    723  C3'   A X  43      -8.186  -6.658   2.194  1.00 36.43           C  \\nATOM    724  O3'   A X  43      -8.204  -5.635   3.171  1.00 39.46           O  \\nATOM    725  C2'   A X  43      -8.478  -8.012   2.834  1.00 35.92           C  \\nATOM    726  O2'   A X  43      -8.075  -8.069   4.185  1.00 38.84           O  \\nATOM    727  C1'   A X  43      -9.996  -8.059   2.747  1.00 33.10           C  \\nATOM    728  N9    A X  43     -10.535  -9.411   2.829  1.00 31.38           N  \\nATOM    729  C8    A X  43      -9.875 -10.578   2.553  1.00 31.05           C  \\nATOM    730  N7    A X  43     -10.612 -11.651   2.721  1.00 31.02           N  \\nATOM    731  C5    A X  43     -11.835 -11.146   3.139  1.00 30.13           C  \\nATOM    732  C6    A X  43     -13.049 -11.767   3.488  1.00 30.13           C  \\nATOM    733  N6    A X  43     -13.235 -13.091   3.474  1.00 29.54           N  \\nATOM    734  N1    A X  43     -14.071 -10.968   3.857  1.00 30.46           N  \\nATOM    735  C2    A X  43     -13.896  -9.641   3.872  1.00 29.57           C  \\nATOM    736  N3    A X  43     -12.806  -8.942   3.577  1.00 29.79           N  \\nATOM    737  C4    A X  43     -11.805  -9.766   3.208  1.00 30.55           C  \\nATOM    738  P     A X  44      -6.937  -4.682   3.380  1.00 41.67           P  \\nATOM    739  OP1   A X  44      -5.715  -5.408   2.973  1.00 41.31           O  \\nATOM    740  OP2   A X  44      -7.046  -4.119   4.745  1.00 40.76           O  \\nATOM    741  O5'   A X  44      -7.250  -3.529   2.323  1.00 42.65           O  \\nATOM    742  C5'   A X  44      -6.462  -3.356   1.157  1.00 42.82           C  \\nATOM    743  C4'   A X  44      -6.623  -1.921   0.701  1.00 43.33           C  \\nATOM    744  O4'   A X  44      -8.042  -1.632   0.643  1.00 42.83           O  \\nATOM    745  C3'   A X  44      -6.014  -0.895   1.657  1.00 43.37           C  \\nATOM    746  O3'   A X  44      -5.357   0.147   0.942  1.00 43.89           O  \\nATOM    747  C2'   A X  44      -7.227  -0.373   2.417  1.00 43.53           C  \\nATOM    748  O2'   A X  44      -7.064   0.952   2.884  1.00 44.06           O  \\nATOM    749  C1'   A X  44      -8.287  -0.422   1.325  1.00 43.18           C  \\nATOM    750  N9    A X  44      -9.645  -0.395   1.861  1.00 42.34           N  \\nATOM    751  C8    A X  44     -10.230  -1.290   2.713  1.00 42.41           C  \\nATOM    752  N7    A X  44     -11.463  -0.979   3.043  1.00 42.09           N  \\nATOM    753  C5    A X  44     -11.698   0.209   2.367  1.00 42.46           C  \\nATOM    754  C6    A X  44     -12.815   1.064   2.294  1.00 42.25           C  \\nATOM    755  N6    A X  44     -13.966   0.841   2.936  1.00 42.66           N  \\nATOM    756  N1    A X  44     -12.707   2.168   1.527  1.00 42.82           N  \\nATOM    757  C2    A X  44     -11.560   2.403   0.880  1.00 42.73           C  \\nATOM    758  N3    A X  44     -10.445   1.677   0.871  1.00 42.76           N  \\nATOM    759  C4    A X  44     -10.583   0.585   1.640  1.00 42.70           C  \\nATOM    760  P     A X  45      -3.795   0.032   0.593  1.00 43.63           P  \\nATOM    761  OP1   A X  45      -3.196  -0.989   1.482  1.00 44.02           O  \\nATOM    762  OP2   A X  45      -3.235   1.402   0.565  1.00 43.79           O  \\nATOM    763  O5'   A X  45      -3.814  -0.520  -0.910  1.00 41.90           O  \\nATOM    764  C5'   A X  45      -4.255   0.334  -1.955  1.00 40.10           C  \\nATOM    765  C4'   A X  45      -4.469  -0.438  -3.242  1.00 38.51           C  \\nATOM    766  O4'   A X  45      -5.616  -1.316  -3.096  1.00 37.32           O  \\nATOM    767  C3'   A X  45      -4.774   0.440  -4.449  1.00 38.71           C  \\nATOM    768  O3'   A X  45      -3.569   0.786  -5.122  1.00 41.14           O  \\nATOM    769  C2'   A X  45      -5.627  -0.494  -5.297  1.00 37.34           C  \\nATOM    770  O2'   A X  45      -4.828  -1.415  -6.011  1.00 37.57           O  \\nATOM    771  C1'   A X  45      -6.451  -1.219  -4.234  1.00 34.73           C  \\nATOM    772  N9    A X  45      -7.676  -0.523  -3.843  1.00 32.92           N  \\nATOM    773  C8    A X  45      -8.029   0.767  -4.138  1.00 31.95           C  \\nATOM    774  N7    A X  45      -9.190   1.128  -3.646  1.00 30.75           N  \\nATOM    775  C5    A X  45      -9.633  -0.002  -2.980  1.00 30.81           C  \\nATOM    776  C6    A X  45     -10.804  -0.270  -2.241  1.00 30.24           C  \\nATOM    777  N6    A X  45     -11.785   0.624  -2.054  1.00 30.05           N  \\nATOM    778  N1    A X  45     -10.932  -1.501  -1.705  1.00 28.80           N  \\nATOM    779  C2    A X  45      -9.957  -2.398  -1.898  1.00 29.95           C  \\nATOM    780  N3    A X  45      -8.813  -2.261  -2.569  1.00 30.26           N  \\nATOM    781  C4    A X  45      -8.711  -1.028  -3.089  1.00 31.15           C  \\nATOM    782  P     U X  46      -3.074   2.306  -5.210  1.00 43.61           P  \\nATOM    783  OP1   U X  46      -1.774   2.309  -5.916  1.00 43.19           O  \\nATOM    784  OP2   U X  46      -3.183   2.911  -3.864  1.00 43.93           O  \\nATOM    785  O5'   U X  46      -4.171   2.999  -6.142  1.00 45.01           O  \\nATOM    786  C5'   U X  46      -4.083   2.886  -7.557  1.00 46.99           C  \\nATOM    787  C4'   U X  46      -5.470   2.690  -8.139  1.00 47.84           C  \\nATOM    788  O4'   U X  46      -6.406   2.501  -7.049  1.00 49.12           O  \\nATOM    789  C3'   U X  46      -5.980   3.868  -8.962  1.00 47.92           C  \\nATOM    790  O3'   U X  46      -6.236   3.489 -10.327  1.00 46.10           O  \\nATOM    791  C2'   U X  46      -7.210   4.389  -8.212  1.00 48.79           C  \\nATOM    792  O2'   U X  46      -8.296   4.709  -9.061  1.00 48.92           O  \\nATOM    793  C1'   U X  46      -7.586   3.237  -7.286  1.00 49.65           C  \\nATOM    794  N1    U X  46      -8.124   3.697  -5.973  1.00 50.34           N  \\nATOM    795  C2    U X  46      -9.473   3.561  -5.710  1.00 50.58           C  \\nATOM    796  O2    U X  46     -10.260   3.069  -6.500  1.00 50.08           O  \\nATOM    797  N3    U X  46      -9.868   4.020  -4.476  1.00 51.03           N  \\nATOM    798  C4    U X  46      -9.064   4.593  -3.504  1.00 51.35           C  \\nATOM    799  O4    U X  46      -9.558   4.961  -2.442  1.00 51.24           O  \\nATOM    800  C5    U X  46      -7.671   4.705  -3.855  1.00 51.04           C  \\nATOM    801  C6    U X  46      -7.264   4.264  -5.051  1.00 50.69           C  \\nATOM    802  P     A X  47      -7.087   2.198 -10.758  1.00 44.15           P  \\nATOM    803  OP1   A X  47      -6.976   2.095 -12.231  1.00 44.01           O  \\nATOM    804  OP2   A X  47      -8.425   2.289 -10.132  1.00 44.27           O  \\nATOM    805  O5'   A X  47      -6.318   0.952 -10.105  1.00 42.29           O  \\nATOM    806  C5'   A X  47      -6.095  -0.229 -10.876  1.00 38.54           C  \\nATOM    807  C4'   A X  47      -6.150  -1.488 -10.026  1.00 35.68           C  \\nATOM    808  O4'   A X  47      -6.307  -1.146  -8.627  1.00 34.46           O  \\nATOM    809  C3'   A X  47      -7.312  -2.424 -10.326  1.00 34.43           C  \\nATOM    810  O3'   A X  47      -6.999  -3.283 -11.414  1.00 34.43           O  \\nATOM    811  C2'   A X  47      -7.409  -3.203  -9.020  1.00 34.35           C  \\nATOM    812  O2'   A X  47      -6.448  -4.236  -8.941  1.00 34.37           O  \\nATOM    813  C1'   A X  47      -7.115  -2.121  -7.986  1.00 33.49           C  \\nATOM    814  N9    A X  47      -8.320  -1.469  -7.482  1.00 32.73           N  \\nATOM    815  C8    A X  47      -8.757  -0.208  -7.779  1.00 33.14           C  \\nATOM    816  N7    A X  47      -9.877   0.119  -7.181  1.00 32.27           N  \\nATOM    817  C5    A X  47     -10.200  -1.006  -6.442  1.00 32.44           C  \\nATOM    818  C6    A X  47     -11.278  -1.299  -5.584  1.00 31.56           C  \\nATOM    819  N6    A X  47     -12.267  -0.436  -5.326  1.00 31.53           N  \\nATOM    820  N1    A X  47     -11.302  -2.517  -5.002  1.00 32.63           N  \\nATOM    821  C2    A X  47     -10.305  -3.372  -5.261  1.00 32.15           C  \\nATOM    822  N3    A X  47      -9.240  -3.211  -6.048  1.00 31.88           N  \\nATOM    823  C4    A X  47      -9.247  -1.994  -6.613  1.00 32.51           C  \\nATOM    824  P     C X  48      -8.147  -3.759 -12.422  1.00 34.64           P  \\nATOM    825  OP1   C X  48      -7.506  -4.509 -13.525  1.00 34.45           O  \\nATOM    826  OP2   C X  48      -9.001  -2.587 -12.716  1.00 34.77           O  \\nATOM    827  O5'   C X  48      -9.017  -4.776 -11.540  1.00 34.15           O  \\nATOM    828  C5'   C X  48      -8.457  -6.002 -11.078  1.00 33.60           C  \\nATOM    829  C4'   C X  48      -9.397  -6.692 -10.103  1.00 33.23           C  \\nATOM    830  O4'   C X  48      -9.538  -5.894  -8.899  1.00 32.95           O  \\nATOM    831  C3'   C X  48     -10.827  -6.872 -10.586  1.00 32.89           C  \\nATOM    832  O3'   C X  48     -10.935  -8.028 -11.403  1.00 34.08           O  \\nATOM    833  C2'   C X  48     -11.549  -7.052  -9.259  1.00 32.41           C  \\nATOM    834  O2'   C X  48     -11.330  -8.334  -8.697  1.00 31.15           O  \\nATOM    835  C1'   C X  48     -10.865  -5.986  -8.410  1.00 31.82           C  \\nATOM    836  N1    C X  48     -11.506  -4.625  -8.463  1.00 31.79           N  \\nATOM    837  C2    C X  48     -12.579  -4.321  -7.615  1.00 31.75           C  \\nATOM    838  O2    C X  48     -13.002  -5.183  -6.832  1.00 31.28           O  \\nATOM    839  N3    C X  48     -13.133  -3.082  -7.673  1.00 31.38           N  \\nATOM    840  C4    C X  48     -12.659  -2.168  -8.523  1.00 32.25           C  \\nATOM    841  N4    C X  48     -13.245  -0.964  -8.536  1.00 31.99           N  \\nATOM    842  C5    C X  48     -11.567  -2.454  -9.396  1.00 31.34           C  \\nATOM    843  C6    C X  48     -11.028  -3.678  -9.329  1.00 31.37           C  \\nATOM    844  P     C X  49     -11.893  -8.020 -12.683  1.00 33.89           P  \\nATOM    845  OP1   C X  49     -11.578  -9.227 -13.477  1.00 35.09           O  \\nATOM    846  OP2   C X  49     -11.795  -6.683 -13.307  1.00 35.19           O  \\nATOM    847  O5'   C X  49     -13.361  -8.174 -12.068  1.00 34.06           O  \\nATOM    848  C5'   C X  49     -13.679  -9.287 -11.240  1.00 33.67           C  \\nATOM    849  C4'   C X  49     -14.922  -9.004 -10.420  1.00 33.71           C  \\nATOM    850  O4'   C X  49     -14.658  -7.908  -9.508  1.00 34.27           O  \\nATOM    851  C3'   C X  49     -16.116  -8.499 -11.215  1.00 33.54           C  \\nATOM    852  O3'   C X  49     -16.775  -9.555 -11.908  1.00 33.48           O  \\nATOM    853  C2'   C X  49     -16.950  -7.884 -10.095  1.00 32.66           C  \\nATOM    854  O2'   C X  49     -17.606  -8.841  -9.284  1.00 32.47           O  \\nATOM    855  C1'   C X  49     -15.858  -7.184  -9.291  1.00 32.72           C  \\nATOM    856  N1    C X  49     -15.659  -5.766  -9.709  1.00 32.60           N  \\nATOM    857  C2    C X  49     -16.540  -4.793  -9.226  1.00 32.30           C  \\nATOM    858  O2    C X  49     -17.449  -5.136  -8.467  1.00 33.05           O  \\nATOM    859  N3    C X  49     -16.376  -3.504  -9.606  1.00 31.68           N  \\nATOM    860  C4    C X  49     -15.384  -3.175 -10.431  1.00 31.78           C  \\nATOM    861  N4    C X  49     -15.268  -1.886 -10.772  1.00 31.35           N  \\nATOM    862  C5    C X  49     -14.470  -4.151 -10.936  1.00 32.19           C  \\nATOM    863  C6    C X  49     -14.647  -5.423 -10.557  1.00 31.46           C  \\nATOM    864  P     C X  50     -17.365  -9.281 -13.372  1.00 34.15           P  \\nATOM    865  OP1   C X  50     -17.748 -10.582 -13.957  1.00 34.08           O  \\nATOM    866  OP2   C X  50     -16.426  -8.391 -14.087  1.00 33.88           O  \\nATOM    867  O5'   C X  50     -18.692  -8.440 -13.070  1.00 34.63           O  \\nATOM    868  C5'   C X  50     -19.733  -9.013 -12.285  1.00 34.23           C  \\nATOM    869  C4'   C X  50     -20.683  -7.949 -11.759  1.00 33.49           C  \\nATOM    870  O4'   C X  50     -19.956  -6.966 -10.977  1.00 33.38           O  \\nATOM    871  C3'   C X  50     -21.399  -7.115 -12.811  1.00 34.02           C  \\nATOM    872  O3'   C X  50     -22.504  -7.828 -13.360  1.00 35.03           O  \\nATOM    873  C2'   C X  50     -21.828  -5.922 -11.959  1.00 33.57           C  \\nATOM    874  O2'   C X  50     -22.917  -6.213 -11.105  1.00 32.93           O  \\nATOM    875  C1'   C X  50     -20.567  -5.694 -11.128  1.00 33.26           C  \\nATOM    876  N1    C X  50     -19.609  -4.745 -11.778  1.00 33.21           N  \\nATOM    877  C2    C X  50     -19.886  -3.372 -11.771  1.00 33.02           C  \\nATOM    878  O2    C X  50     -20.912  -2.961 -11.218  1.00 33.25           O  \\nATOM    879  N3    C X  50     -19.017  -2.521 -12.365  1.00 32.70           N  \\nATOM    880  C4    C X  50     -17.917  -2.990 -12.956  1.00 33.17           C  \\nATOM    881  N4    C X  50     -17.094  -2.107 -13.532  1.00 32.53           N  \\nATOM    882  C5    C X  50     -17.616  -4.384 -12.981  1.00 33.25           C  \\nATOM    883  C6    C X  50     -18.480  -5.214 -12.386  1.00 33.10           C  \\nATOM    884  P     G X  51     -23.083  -7.455 -14.809  1.00 35.52           P  \\nATOM    885  OP1   G X  51     -24.082  -8.480 -15.178  1.00 35.28           O  \\nATOM    886  OP2   G X  51     -21.936  -7.197 -15.707  1.00 37.14           O  \\nATOM    887  O5'   G X  51     -23.839  -6.067 -14.563  1.00 36.63           O  \\nATOM    888  C5'   G X  51     -25.062  -6.035 -13.835  1.00 36.18           C  \\nATOM    889  C4'   G X  51     -25.631  -4.628 -13.813  1.00 36.56           C  \\nATOM    890  O4'   G X  51     -24.657  -3.719 -13.245  1.00 36.89           O  \\nATOM    891  C3'   G X  51     -25.935  -4.042 -15.181  1.00 37.03           C  \\nATOM    892  O3'   G X  51     -27.228  -4.444 -15.607  1.00 38.09           O  \\nATOM    893  C2'   G X  51     -25.855  -2.540 -14.923  1.00 36.31           C  \\nATOM    894  O2'   G X  51     -27.054  -2.011 -14.391  1.00 36.30           O  \\nATOM    895  C1'   G X  51     -24.740  -2.457 -13.883  1.00 35.48           C  \\nATOM    896  N9    G X  51     -23.428  -2.147 -14.446  1.00 34.35           N  \\nATOM    897  C8    G X  51     -22.410  -3.037 -14.698  1.00 33.52           C  \\nATOM    898  N7    G X  51     -21.341  -2.479 -15.195  1.00 32.84           N  \\nATOM    899  C5    G X  51     -21.671  -1.131 -15.275  1.00 32.92           C  \\nATOM    900  C6    G X  51     -20.907  -0.034 -15.739  1.00 32.88           C  \\nATOM    901  O6    G X  51     -19.749  -0.042 -16.180  1.00 33.83           O  \\nATOM    902  N1    G X  51     -21.614   1.164 -15.655  1.00 32.54           N  \\nATOM    903  C2    G X  51     -22.899   1.286 -15.181  1.00 31.91           C  \\nATOM    904  N2    G X  51     -23.414   2.524 -15.176  1.00 31.55           N  \\nATOM    905  N3    G X  51     -23.628   0.265 -14.742  1.00 32.37           N  \\nATOM    906  C4    G X  51     -22.952  -0.909 -14.819  1.00 33.19           C  \\nATOM    907  P     U X  52     -27.464  -4.796 -17.147  1.00 39.27           P  \\nATOM    908  OP1   U X  52     -26.352  -5.666 -17.594  1.00 39.91           O  \\nATOM    909  OP2   U X  52     -27.746  -3.527 -17.850  1.00 39.26           O  \\nATOM    910  O5'   U X  52     -28.810  -5.656 -17.124  1.00 40.96           O  \\nATOM    911  C5'   U X  52     -28.931  -6.805 -16.298  1.00 43.22           C  \\nATOM    912  C4'   U X  52     -30.393  -7.055 -15.977  1.00 45.03           C  \\nATOM    913  O4'   U X  52     -30.741  -6.349 -14.759  1.00 45.41           O  \\nATOM    914  C3'   U X  52     -31.376  -6.570 -17.039  1.00 46.28           C  \\nATOM    915  O3'   U X  52     -32.494  -7.446 -17.121  1.00 47.44           O  \\nATOM    916  C2'   U X  52     -31.781  -5.193 -16.519  1.00 46.41           C  \\nATOM    917  O2'   U X  52     -33.065  -4.799 -16.961  1.00 46.97           O  \\nATOM    918  C1'   U X  52     -31.788  -5.436 -15.015  1.00 46.28           C  \\nATOM    919  N1    U X  52     -31.546  -4.212 -14.205  1.00 46.60           N  \\nATOM    920  C2    U X  52     -32.615  -3.602 -13.582  1.00 47.02           C  \\nATOM    921  O2    U X  52     -33.757  -4.019 -13.664  1.00 47.17           O  \\nATOM    922  N3    U X  52     -32.297  -2.480 -12.855  1.00 46.91           N  \\nATOM    923  C4    U X  52     -31.040  -1.922 -12.694  1.00 47.03           C  \\nATOM    924  O4    U X  52     -30.905  -0.910 -12.012  1.00 47.07           O  \\nATOM    925  C5    U X  52     -29.977  -2.615 -13.376  1.00 46.60           C  \\nATOM    926  C6    U X  52     -30.264  -3.711 -14.089  1.00 46.50           C  \\nATOM    927  P     A X  53     -32.324  -8.946 -17.656  1.00 48.63           P  \\nATOM    928  OP1   A X  53     -31.045  -9.043 -18.395  1.00 48.90           O  \\nATOM    929  OP2   A X  53     -33.585  -9.322 -18.333  1.00 48.97           O  \\nATOM    930  O5'   A X  53     -32.219  -9.787 -16.297  1.00 49.35           O  \\nATOM    931  C5'   A X  53     -31.283 -10.852 -16.172  1.00 49.88           C  \\nATOM    932  C4'   A X  53     -30.710 -10.939 -14.766  1.00 50.60           C  \\nATOM    933  O4'   A X  53     -30.285  -9.637 -14.301  1.00 50.03           O  \\nATOM    934  C3'   A X  53     -31.656 -11.439 -13.677  1.00 51.55           C  \\nATOM    935  O3'   A X  53     -31.429 -12.824 -13.436  1.00 54.33           O  \\nATOM    936  C2'   A X  53     -31.303 -10.605 -12.441  1.00 50.48           C  \\nATOM    937  O2'   A X  53     -30.924 -11.408 -11.338  1.00 50.79           O  \\nATOM    938  C1'   A X  53     -30.115  -9.768 -12.907  1.00 48.84           C  \\nATOM    939  N9    A X  53     -30.013  -8.446 -12.291  1.00 47.32           N  \\nATOM    940  C8    A X  53     -28.857  -7.800 -11.947  1.00 46.84           C  \\nATOM    941  N7    A X  53     -29.046  -6.620 -11.406  1.00 45.98           N  \\nATOM    942  C5    A X  53     -30.423  -6.481 -11.392  1.00 46.02           C  \\nATOM    943  C6    A X  53     -31.263  -5.445 -10.939  1.00 45.87           C  \\nATOM    944  N6    A X  53     -30.805  -4.313 -10.395  1.00 45.80           N  \\nATOM    945  N1    A X  53     -32.595  -5.619 -11.068  1.00 45.90           N  \\nATOM    946  C2    A X  53     -33.046  -6.754 -11.616  1.00 45.83           C  \\nATOM    947  N3    A X  53     -32.355  -7.795 -12.076  1.00 45.90           N  \\nATOM    948  C4    A X  53     -31.036  -7.596 -11.934  1.00 46.20           C  \\nATOM    949  P     U X  54     -32.525 -13.904 -13.873  1.00 56.29           P  \\nATOM    950  OP1   U X  54     -32.097 -14.477 -15.169  1.00 56.72           O  \\nATOM    951  OP2   U X  54     -33.859 -13.277 -13.746  1.00 56.54           O  \\nATOM    952  O5'   U X  54     -32.404 -15.033 -12.745  1.00 57.94           O  \\nATOM    953  C5'   U X  54     -32.032 -14.688 -11.414  1.00 60.21           C  \\nATOM    954  C4'   U X  54     -31.125 -15.752 -10.820  1.00 61.86           C  \\nATOM    955  O4'   U X  54     -31.778 -17.043 -10.915  1.00 62.17           O  \\nATOM    956  C3'   U X  54     -29.772 -15.895 -11.512  1.00 62.70           C  \\nATOM    957  O3'   U X  54     -28.711 -15.719 -10.575  1.00 63.75           O  \\nATOM    958  C2'   U X  54     -29.772 -17.308 -12.090  1.00 62.86           C  \\nATOM    959  O2'   U X  54     -28.514 -17.937 -11.946  1.00 63.33           O  \\nATOM    960  C1'   U X  54     -30.816 -18.022 -11.240  1.00 62.91           C  \\nATOM    961  N1    U X  54     -31.494 -19.141 -11.957  1.00 62.98           N  \\nATOM    962  C2    U X  54     -31.061 -20.436 -11.755  1.00 63.19           C  \\nATOM    963  O2    U X  54     -30.143 -20.727 -11.009  1.00 63.33           O  \\nATOM    964  N3    U X  54     -31.748 -21.391 -12.464  1.00 63.41           N  \\nATOM    965  C4    U X  54     -32.802 -21.186 -13.336  1.00 63.42           C  \\nATOM    966  O4    U X  54     -33.321 -22.144 -13.901  1.00 63.33           O  \\nATOM    967  C5    U X  54     -33.195 -19.809 -13.493  1.00 63.40           C  \\nATOM    968  C6    U X  54     -32.540 -18.861 -12.814  1.00 63.11           C  \\nATOM    969  P     C X  55     -27.457 -14.793 -10.950  1.00 64.33           P  \\nATOM    970  OP1   C X  55     -27.206 -13.906  -9.792  1.00 64.43           O  \\nATOM    971  OP2   C X  55     -27.709 -14.209 -12.288  1.00 64.66           O  \\nATOM    972  O5'   C X  55     -26.240 -15.830 -11.091  1.00 63.68           O  \\nATOM    973  C5'   C X  55     -25.007 -15.424 -11.695  1.00 61.93           C  \\nATOM    974  C4'   C X  55     -24.080 -14.803 -10.662  1.00 60.38           C  \\nATOM    975  O4'   C X  55     -22.690 -15.115 -10.958  1.00 61.39           O  \\nATOM    976  C3'   C X  55     -24.147 -13.282 -10.553  1.00 58.38           C  \\nATOM    977  O3'   C X  55     -24.055 -12.933  -9.179  1.00 53.61           O  \\nATOM    978  C2'   C X  55     -22.902 -12.851 -11.322  1.00 60.31           C  \\nATOM    979  O2'   C X  55     -22.448 -11.557 -10.974  1.00 60.62           O  \\nATOM    980  C1'   C X  55     -21.940 -13.922 -10.827  1.00 61.64           C  \\nATOM    981  N1    C X  55     -20.664 -14.021 -11.599  1.00 62.76           N  \\nATOM    982  C2    C X  55     -19.690 -14.959 -11.225  1.00 63.38           C  \\nATOM    983  O2    C X  55     -19.900 -15.705 -10.258  1.00 63.57           O  \\nATOM    984  N3    C X  55     -18.537 -15.029 -11.939  1.00 63.53           N  \\nATOM    985  C4    C X  55     -18.340 -14.210 -12.975  1.00 63.52           C  \\nATOM    986  N4    C X  55     -17.188 -14.315 -13.647  1.00 62.89           N  \\nATOM    987  C5    C X  55     -19.317 -13.247 -13.368  1.00 63.45           C  \\nATOM    988  C6    C X  55     -20.449 -13.187 -12.660  1.00 63.17           C  \\nATOM    989  P     A X  56     -24.531 -11.504  -8.638  1.00 48.66           P  \\nATOM    990  OP1   A X  56     -25.715 -11.721  -7.775  1.00 49.31           O  \\nATOM    991  OP2   A X  56     -24.615 -10.575  -9.785  1.00 49.21           O  \\nATOM    992  O5'   A X  56     -23.291 -11.060  -7.725  1.00 45.50           O  \\nATOM    993  C5'   A X  56     -21.948 -11.319  -8.143  1.00 38.67           C  \\nATOM    994  C4'   A X  56     -21.089 -10.074  -7.993  1.00 34.30           C  \\nATOM    995  O4'   A X  56     -21.627  -9.001  -8.806  1.00 31.60           O  \\nATOM    996  C3'   A X  56     -21.042  -9.483  -6.592  1.00 31.42           C  \\nATOM    997  O3'   A X  56     -20.054 -10.129  -5.807  1.00 31.04           O  \\nATOM    998  C2'   A X  56     -20.644  -8.045  -6.894  1.00 30.13           C  \\nATOM    999  O2'   A X  56     -19.280  -7.930  -7.243  1.00 29.14           O  \\nATOM   1000  C1'   A X  56     -21.510  -7.769  -8.113  1.00 29.61           C  \\nATOM   1001  N9    A X  56     -22.839  -7.251  -7.791  1.00 27.89           N  \\nATOM   1002  C8    A X  56     -24.010  -7.955  -7.746  1.00 27.07           C  \\nATOM   1003  N7    A X  56     -25.056  -7.228  -7.430  1.00 27.81           N  \\nATOM   1004  C5    A X  56     -24.537  -5.955  -7.262  1.00 27.75           C  \\nATOM   1005  C6    A X  56     -25.133  -4.725  -6.918  1.00 28.00           C  \\nATOM   1006  N6    A X  56     -26.444  -4.582  -6.687  1.00 28.27           N  \\nATOM   1007  N1    A X  56     -24.329  -3.644  -6.829  1.00 27.62           N  \\nATOM   1008  C2    A X  56     -23.020  -3.790  -7.070  1.00 27.97           C  \\nATOM   1009  N3    A X  56     -22.348  -4.895  -7.394  1.00 28.26           N  \\nATOM   1010  C4    A X  56     -23.170  -5.953  -7.474  1.00 27.57           C  \\nATOM   1011  P     C X  57     -20.483 -10.924  -4.489  1.00 31.16           P  \\nATOM   1012  OP1   C X  57     -19.244 -11.424  -3.854  1.00 30.70           O  \\nATOM   1013  OP2   C X  57     -21.574 -11.850  -4.855  1.00 32.97           O  \\nATOM   1014  O5'   C X  57     -21.144  -9.800  -3.553  1.00 30.43           O  \\nATOM   1015  C5'   C X  57     -20.451  -8.596  -3.257  1.00 29.37           C  \\nATOM   1016  C4'   C X  57     -21.431  -7.476  -2.952  1.00 29.13           C  \\nATOM   1017  O4'   C X  57     -22.228  -7.190  -4.133  1.00 29.40           O  \\nATOM   1018  C3'   C X  57     -22.477  -7.793  -1.891  1.00 28.24           C  \\nATOM   1019  O3'   C X  57     -21.952  -7.658  -0.576  1.00 28.65           O  \\nATOM   1020  C2'   C X  57     -23.503  -6.710  -2.208  1.00 28.95           C  \\nATOM   1021  O2'   C X  57     -23.063  -5.420  -1.836  1.00 27.49           O  \\nATOM   1022  C1'   C X  57     -23.537  -6.812  -3.727  1.00 28.64           C  \\nATOM   1023  N1    C X  57     -24.535  -7.810  -4.233  1.00 29.19           N  \\nATOM   1024  C2    C X  57     -25.884  -7.445  -4.318  1.00 28.37           C  \\nATOM   1025  O2    C X  57     -26.219  -6.305  -3.965  1.00 28.52           O  \\nATOM   1026  N3    C X  57     -26.782  -8.351  -4.783  1.00 27.50           N  \\nATOM   1027  C4    C X  57     -26.373  -9.566  -5.153  1.00 27.84           C  \\nATOM   1028  N4    C X  57     -27.286 -10.424  -5.616  1.00 28.44           N  \\nATOM   1029  C5    C X  57     -25.004  -9.955  -5.072  1.00 28.94           C  \\nATOM   1030  C6    C X  57     -24.130  -9.055  -4.612  1.00 28.40           C  \\nATOM   1031  P     C X  58     -22.440  -8.638   0.592  1.00 30.75           P  \\nATOM   1032  OP1   C X  58     -21.408  -8.629   1.649  1.00 32.09           O  \\nATOM   1033  OP2   C X  58     -22.857  -9.914  -0.028  1.00 30.33           O  \\nATOM   1034  O5'   C X  58     -23.758  -7.943   1.175  1.00 30.36           O  \\nATOM   1035  C5'   C X  58     -23.763  -6.554   1.529  1.00 29.90           C  \\nATOM   1036  C4'   C X  58     -25.192  -6.044   1.624  1.00 30.28           C  \\nATOM   1037  O4'   C X  58     -25.804  -6.070   0.308  1.00 30.33           O  \\nATOM   1038  C3'   C X  58     -26.130  -6.873   2.497  1.00 31.02           C  \\nATOM   1039  O3'   C X  58     -26.050  -6.429   3.849  1.00 34.05           O  \\nATOM   1040  C2'   C X  58     -27.481  -6.501   1.897  1.00 30.52           C  \\nATOM   1041  O2'   C X  58     -27.875  -5.199   2.277  1.00 29.02           O  \\nATOM   1042  C1'   C X  58     -27.157  -6.471   0.413  1.00 28.82           C  \\nATOM   1043  N1    C X  58     -27.396  -7.754  -0.323  1.00 29.40           N  \\nATOM   1044  C2    C X  58     -28.716  -8.128  -0.604  1.00 28.46           C  \\nATOM   1045  O2    C X  58     -29.644  -7.416  -0.207  1.00 28.09           O  \\nATOM   1046  N3    C X  58     -28.945  -9.270  -1.287  1.00 27.89           N  \\nATOM   1047  C4    C X  58     -27.917 -10.017  -1.696  1.00 27.35           C  \\nATOM   1048  N4    C X  58     -28.202 -11.124  -2.378  1.00 26.13           N  \\nATOM   1049  C5    C X  58     -26.563  -9.654  -1.433  1.00 27.57           C  \\nATOM   1050  C6    C X  58     -26.352  -8.521  -0.750  1.00 27.21           C  \\nATOM   1051  P     U X  59     -26.471  -7.373   5.073  1.00 35.31           P  \\nATOM   1052  OP1   U X  59     -26.070  -6.673   6.313  1.00 36.16           O  \\nATOM   1053  OP2   U X  59     -26.002  -8.750   4.806  1.00 35.96           O  \\nATOM   1054  O5'   U X  59     -28.065  -7.409   4.992  1.00 35.48           O  \\nATOM   1055  C5'   U X  59     -28.849  -6.236   5.174  1.00 34.20           C  \\nATOM   1056  C4'   U X  59     -30.306  -6.624   5.016  1.00 33.71           C  \\nATOM   1057  O4'   U X  59     -30.536  -7.048   3.648  1.00 33.10           O  \\nATOM   1058  C3'   U X  59     -30.708  -7.818   5.870  1.00 32.73           C  \\nATOM   1059  O3'   U X  59     -31.146  -7.371   7.155  1.00 33.14           O  \\nATOM   1060  C2'   U X  59     -31.839  -8.446   5.064  1.00 32.93           C  \\nATOM   1061  O2'   U X  59     -33.081  -7.821   5.326  1.00 33.97           O  \\nATOM   1062  C1'   U X  59     -31.427  -8.150   3.625  1.00 32.53           C  \\nATOM   1063  N1    U X  59     -30.789  -9.270   2.854  1.00 31.73           N  \\nATOM   1064  C2    U X  59     -31.585 -10.223   2.247  1.00 31.38           C  \\nATOM   1065  O2    U X  59     -32.798 -10.247   2.329  1.00 30.08           O  \\nATOM   1066  N3    U X  59     -30.905 -11.175   1.536  1.00 31.11           N  \\nATOM   1067  C4    U X  59     -29.540 -11.267   1.365  1.00 31.56           C  \\nATOM   1068  O4    U X  59     -29.084 -12.185   0.695  1.00 31.67           O  \\nATOM   1069  C5    U X  59     -28.772 -10.239   2.019  1.00 31.68           C  \\nATOM   1070  C6    U X  59     -29.415  -9.300   2.720  1.00 31.91           C  \\nATOM   1071  P     G X  60     -30.741  -8.192   8.468  1.00 33.73           P  \\nATOM   1072  OP1   G X  60     -31.074  -7.370   9.649  1.00 34.29           O  \\nATOM   1073  OP2   G X  60     -29.359  -8.691   8.283  1.00 32.95           O  \\nATOM   1074  O5'   G X  60     -31.706  -9.470   8.425  1.00 33.47           O  \\nATOM   1075  C5'   G X  60     -33.112  -9.343   8.605  1.00 33.32           C  \\nATOM   1076  C4'   G X  60     -33.812 -10.623   8.178  1.00 32.85           C  \\nATOM   1077  O4'   G X  60     -33.618 -10.796   6.750  1.00 32.55           O  \\nATOM   1078  C3'   G X  60     -33.267 -11.903   8.801  1.00 33.48           C  \\nATOM   1079  O3'   G X  60     -33.981 -12.224   9.980  1.00 36.31           O  \\nATOM   1080  C2'   G X  60     -33.573 -12.946   7.732  1.00 32.30           C  \\nATOM   1081  O2'   G X  60     -34.902 -13.415   7.828  1.00 32.16           O  \\nATOM   1082  C1'   G X  60     -33.400 -12.160   6.439  1.00 31.14           C  \\nATOM   1083  N9    G X  60     -32.078 -12.299   5.836  1.00 30.52           N  \\nATOM   1084  C8    G X  60     -30.938 -11.621   6.193  1.00 29.95           C  \\nATOM   1085  N7    G X  60     -29.901 -11.928   5.472  1.00 30.09           N  \\nATOM   1086  C5    G X  60     -30.386 -12.879   4.588  1.00 29.93           C  \\nATOM   1087  C6    G X  60     -29.710 -13.582   3.571  1.00 29.75           C  \\nATOM   1088  O6    G X  60     -28.527 -13.461   3.267  1.00 29.40           O  \\nATOM   1089  N1    G X  60     -30.537 -14.463   2.882  1.00 28.74           N  \\nATOM   1090  C2    G X  60     -31.874 -14.630   3.155  1.00 28.83           C  \\nATOM   1091  N2    G X  60     -32.530 -15.521   2.397  1.00 27.85           N  \\nATOM   1092  N3    G X  60     -32.522 -13.975   4.111  1.00 29.01           N  \\nATOM   1093  C4    G X  60     -31.719 -13.122   4.791  1.00 29.48           C  \\nATOM   1094  P     A X  61     -33.450 -11.844  11.439  1.00 38.01           P  \\nATOM   1095  OP1   A X  61     -33.906 -12.913  12.354  1.00 37.79           O  \\nATOM   1096  OP2   A X  61     -33.821 -10.438  11.707  1.00 38.84           O  \\nATOM   1097  O5'   A X  61     -31.859 -11.906  11.324  1.00 36.91           O  \\nATOM   1098  C5'   A X  61     -31.069 -11.686  12.488  1.00 35.95           C  \\nATOM   1099  C4'   A X  61     -29.588 -11.770  12.167  1.00 34.88           C  \\nATOM   1100  O4'   A X  61     -29.287 -13.041  11.536  1.00 34.46           O  \\nATOM   1101  C3'   A X  61     -29.077 -10.702  11.209  1.00 35.03           C  \\nATOM   1102  O3'   A X  61     -27.718 -10.413  11.497  1.00 35.79           O  \\nATOM   1103  C2'   A X  61     -29.196 -11.389   9.853  1.00 34.15           C  \\nATOM   1104  O2'   A X  61     -28.280 -10.869   8.906  1.00 33.56           O  \\nATOM   1105  C1'   A X  61     -28.849 -12.833  10.204  1.00 33.34           C  \\nATOM   1106  N9    A X  61     -29.530 -13.793   9.340  1.00 33.02           N  \\nATOM   1107  C8    A X  61     -30.765 -14.340   9.546  1.00 32.65           C  \\nATOM   1108  N7    A X  61     -31.146 -15.163   8.601  1.00 32.42           N  \\nATOM   1109  C5    A X  61     -30.089 -15.155   7.709  1.00 32.51           C  \\nATOM   1110  C6    A X  61     -29.877 -15.830   6.491  1.00 31.38           C  \\nATOM   1111  N6    A X  61     -30.765 -16.671   5.952  1.00 30.97           N  \\nATOM   1112  N1    A X  61     -28.715 -15.603   5.849  1.00 31.80           N  \\nATOM   1113  C2    A X  61     -27.828 -14.755   6.390  1.00 31.78           C  \\nATOM   1114  N3    A X  61     -27.914 -14.067   7.528  1.00 32.01           N  \\nATOM   1115  C4    A X  61     -29.083 -14.310   8.144  1.00 32.70           C  \\nATOM   1116  P     U X  62     -27.327  -9.439  12.704  1.00 36.42           P  \\nATOM   1117  OP1   U X  62     -28.532  -8.675  13.098  1.00 35.89           O  \\nATOM   1118  OP2   U X  62     -26.084  -8.736  12.315  1.00 35.58           O  \\nATOM   1119  O5'   U X  62     -26.965 -10.465  13.876  1.00 36.78           O  \\nATOM   1120  C5'   U X  62     -25.996 -11.486  13.672  1.00 36.44           C  \\nATOM   1121  C4'   U X  62     -26.015 -12.484  14.819  1.00 36.39           C  \\nATOM   1122  O4'   U X  62     -25.849 -11.794  16.083  1.00 36.50           O  \\nATOM   1123  C3'   U X  62     -27.300 -13.286  14.976  1.00 36.67           C  \\nATOM   1124  O3'   U X  62     -26.993 -14.539  15.570  1.00 36.40           O  \\nATOM   1125  C2'   U X  62     -28.101 -12.429  15.947  1.00 36.87           C  \\nATOM   1126  O2'   U X  62     -29.073 -13.180  16.650  1.00 37.47           O  \\nATOM   1127  C1'   U X  62     -26.992 -11.992  16.894  1.00 37.03           C  \\nATOM   1128  N1    U X  62     -27.273 -10.725  17.620  1.00 37.97           N  \\nATOM   1129  C2    U X  62     -27.335 -10.732  19.000  1.00 38.37           C  \\nATOM   1130  O2    U X  62     -27.173 -11.733  19.674  1.00 37.97           O  \\nATOM   1131  N3    U X  62     -27.589  -9.508  19.569  1.00 38.66           N  \\nATOM   1132  C4    U X  62     -27.781  -8.307  18.907  1.00 38.80           C  \\nATOM   1133  O4    U X  62     -28.002  -7.286  19.548  1.00 39.54           O  \\nATOM   1134  C5    U X  62     -27.703  -8.383  17.473  1.00 38.10           C  \\nATOM   1135  C6    U X  62     -27.453  -9.563  16.897  1.00 38.13           C  \\nATOM   1136  P     C X  63     -26.885 -15.858  14.677  1.00 35.76           P  \\nATOM   1137  OP1   C X  63     -27.019 -17.014  15.594  1.00 36.97           O  \\nATOM   1138  OP2   C X  63     -25.700 -15.744  13.802  1.00 36.23           O  \\nATOM   1139  O5'   C X  63     -28.192 -15.767  13.761  1.00 35.93           O  \\nATOM   1140  C5'   C X  63     -29.481 -15.939  14.357  1.00 34.57           C  \\nATOM   1141  C4'   C X  63     -30.323 -16.897  13.538  1.00 34.36           C  \\nATOM   1142  O4'   C X  63     -30.389 -16.422  12.170  1.00 33.77           O  \\nATOM   1143  C3'   C X  63     -29.759 -18.304  13.399  1.00 34.34           C  \\nATOM   1144  O3'   C X  63     -30.070 -19.104  14.536  1.00 35.38           O  \\nATOM   1145  C2'   C X  63     -30.498 -18.788  12.157  1.00 33.89           C  \\nATOM   1146  O2'   C X  63     -31.825 -19.190  12.433  1.00 33.31           O  \\nATOM   1147  C1'   C X  63     -30.501 -17.531  11.296  1.00 32.59           C  \\nATOM   1148  N1    C X  63     -29.384 -17.511  10.319  1.00 32.36           N  \\nATOM   1149  C2    C X  63     -29.470 -18.322   9.181  1.00 31.87           C  \\nATOM   1150  O2    C X  63     -30.471 -19.033   9.018  1.00 31.29           O  \\nATOM   1151  N3    C X  63     -28.448 -18.308   8.294  1.00 30.93           N  \\nATOM   1152  C4    C X  63     -27.383 -17.534   8.510  1.00 31.26           C  \\nATOM   1153  N4    C X  63     -26.403 -17.557   7.601  1.00 30.62           N  \\nATOM   1154  C5    C X  63     -27.275 -16.704   9.666  1.00 30.88           C  \\nATOM   1155  C6    C X  63     -28.288 -16.725  10.539  1.00 31.06           C  \\nATOM   1156  P     U X  64     -29.068 -20.275  14.968  1.00 36.34           P  \\nATOM   1157  OP1   U X  64     -29.537 -20.817  16.262  1.00 37.00           O  \\nATOM   1158  OP2   U X  64     -27.682 -19.775  14.829  1.00 36.35           O  \\nATOM   1159  O5'   U X  64     -29.275 -21.380  13.828  1.00 36.22           O  \\nATOM   1160  C5'   U X  64     -30.499 -22.094  13.712  1.00 35.32           C  \\nATOM   1161  C4'   U X  64     -30.447 -23.007  12.502  1.00 35.32           C  \\nATOM   1162  O4'   U X  64     -30.320 -22.225  11.284  1.00 35.17           O  \\nATOM   1163  C3'   U X  64     -29.238 -23.924  12.447  1.00 35.85           C  \\nATOM   1164  O3'   U X  64     -29.421 -25.043  13.304  1.00 37.47           O  \\nATOM   1165  C2'   U X  64     -29.262 -24.318  10.977  1.00 35.40           C  \\nATOM   1166  O2'   U X  64     -30.291 -25.248  10.695  1.00 36.36           O  \\nATOM   1167  C1'   U X  64     -29.584 -22.974  10.331  1.00 34.90           C  \\nATOM   1168  N1    U X  64     -28.369 -22.201   9.922  1.00 34.03           N  \\nATOM   1169  C2    U X  64     -27.717 -22.545   8.754  1.00 33.91           C  \\nATOM   1170  O2    U X  64     -28.081 -23.457   8.031  1.00 33.76           O  \\nATOM   1171  N3    U X  64     -26.618 -21.776   8.452  1.00 32.70           N  \\nATOM   1172  C4    U X  64     -26.115 -20.722   9.193  1.00 33.11           C  \\nATOM   1173  O4    U X  64     -25.115 -20.124   8.801  1.00 34.06           O  \\nATOM   1174  C5    U X  64     -26.846 -20.426  10.398  1.00 33.94           C  \\nATOM   1175  C6    U X  64     -27.921 -21.159  10.709  1.00 33.58           C  \\nATOM   1176  P     G X  65     -28.150 -25.666  14.043  1.00 38.39           P  \\nATOM   1177  OP1   G X  65     -28.633 -26.612  15.071  1.00 37.92           O  \\nATOM   1178  OP2   G X  65     -27.247 -24.554  14.418  1.00 38.68           O  \\nATOM   1179  O5'   G X  65     -27.436 -26.494  12.878  1.00 37.92           O  \\nATOM   1180  C5'   G X  65     -27.776 -27.855  12.666  1.00 37.23           C  \\nATOM   1181  C4'   G X  65     -27.131 -28.364  11.391  1.00 36.96           C  \\nATOM   1182  O4'   G X  65     -27.355 -27.420  10.311  1.00 35.70           O  \\nATOM   1183  C3'   G X  65     -25.617 -28.482  11.425  1.00 36.70           C  \\nATOM   1184  O3'   G X  65     -25.193 -29.636  12.148  1.00 37.59           O  \\nATOM   1185  C2'   G X  65     -25.342 -28.586   9.931  1.00 35.76           C  \\nATOM   1186  O2'   G X  65     -25.721 -29.833   9.386  1.00 36.79           O  \\nATOM   1187  C1'   G X  65     -26.261 -27.487   9.413  1.00 34.19           C  \\nATOM   1188  N9    G X  65     -25.564 -26.204   9.384  1.00 33.13           N  \\nATOM   1189  C8    G X  65     -25.699 -25.147  10.251  1.00 32.00           C  \\nATOM   1190  N7    G X  65     -24.909 -24.145   9.966  1.00 32.48           N  \\nATOM   1191  C5    G X  65     -24.199 -24.578   8.851  1.00 31.63           C  \\nATOM   1192  C6    G X  65     -23.196 -23.925   8.099  1.00 30.70           C  \\nATOM   1193  O6    G X  65     -22.731 -22.792   8.279  1.00 29.72           O  \\nATOM   1194  N1    G X  65     -22.739 -24.713   7.044  1.00 30.10           N  \\nATOM   1195  C2    G X  65     -23.192 -25.982   6.761  1.00 31.44           C  \\nATOM   1196  N2    G X  65     -22.634 -26.595   5.706  1.00 31.12           N  \\nATOM   1197  N3    G X  65     -24.132 -26.607   7.460  1.00 31.22           N  \\nATOM   1198  C4    G X  65     -24.586 -25.846   8.486  1.00 32.02           C  \\nATOM   1199  P     G X  66     -23.874 -29.556  13.054  1.00 38.05           P  \\nATOM   1200  OP1   G X  66     -23.866 -30.750  13.927  1.00 38.75           O  \\nATOM   1201  OP2   G X  66     -23.805 -28.203  13.650  1.00 37.14           O  \\nATOM   1202  O5'   G X  66     -22.676 -29.666  12.001  1.00 36.66           O  \\nATOM   1203  C5'   G X  66     -22.585 -30.774  11.117  1.00 35.25           C  \\nATOM   1204  C4'   G X  66     -21.652 -30.447   9.966  1.00 33.77           C  \\nATOM   1205  O4'   G X  66     -22.119 -29.267   9.260  1.00 32.69           O  \\nATOM   1206  C3'   G X  66     -20.240 -30.055  10.366  1.00 33.53           C  \\nATOM   1207  O3'   G X  66     -19.474 -31.202  10.705  1.00 34.47           O  \\nATOM   1208  C2'   G X  66     -19.773 -29.417   9.066  1.00 32.12           C  \\nATOM   1209  O2'   G X  66     -19.519 -30.379   8.065  1.00 31.79           O  \\nATOM   1210  C1'   G X  66     -21.004 -28.598   8.691  1.00 31.57           C  \\nATOM   1211  N9    G X  66     -20.949 -27.216   9.173  1.00 31.07           N  \\nATOM   1212  C8    G X  66     -21.696 -26.656  10.181  1.00 30.16           C  \\nATOM   1213  N7    G X  66     -21.420 -25.399  10.396  1.00 30.93           N  \\nATOM   1214  C5    G X  66     -20.422 -25.104   9.472  1.00 30.20           C  \\nATOM   1215  C6    G X  66     -19.736 -23.890   9.224  1.00 30.38           C  \\nATOM   1216  O6    G X  66     -19.872 -22.804   9.804  1.00 29.85           O  \\nATOM   1217  N1    G X  66     -18.797 -24.019   8.200  1.00 30.09           N  \\nATOM   1218  C2    G X  66     -18.568 -25.175   7.493  1.00 30.87           C  \\nATOM   1219  N2    G X  66     -17.625 -25.115   6.539  1.00 30.87           N  \\nATOM   1220  N3    G X  66     -19.210 -26.319   7.715  1.00 31.13           N  \\nATOM   1221  C4    G X  66     -20.123 -26.210   8.711  1.00 30.63           C  \\nATOM   1222  P     A X  67     -18.311 -31.084  11.797  1.00 35.16           P  \\nATOM   1223  OP1   A X  67     -17.809 -32.450  12.060  1.00 35.51           O  \\nATOM   1224  OP2   A X  67     -18.801 -30.247  12.916  1.00 36.09           O  \\nATOM   1225  O5'   A X  67     -17.183 -30.247  11.033  1.00 34.29           O  \\nATOM   1226  C5'   A X  67     -16.290 -30.904  10.140  1.00 34.46           C  \\nATOM   1227  C4'   A X  67     -15.531 -29.894   9.297  1.00 34.19           C  \\nATOM   1228  O4'   A X  67     -16.442 -28.898   8.771  1.00 33.97           O  \\nATOM   1229  C3'   A X  67     -14.493 -29.068  10.039  1.00 34.72           C  \\nATOM   1230  O3'   A X  67     -13.286 -29.796  10.186  1.00 35.34           O  \\nATOM   1231  C2'   A X  67     -14.335 -27.905   9.069  1.00 35.17           C  \\nATOM   1232  O2'   A X  67     -13.631 -28.277   7.900  1.00 35.81           O  \\nATOM   1233  C1'   A X  67     -15.798 -27.634   8.740  1.00 34.20           C  \\nATOM   1234  N9    A X  67     -16.440 -26.742   9.705  1.00 33.48           N  \\nATOM   1235  C8    A X  67     -17.359 -27.082  10.662  1.00 33.26           C  \\nATOM   1236  N7    A X  67     -17.765 -26.069  11.392  1.00 33.69           N  \\nATOM   1237  C5    A X  67     -17.057 -24.991  10.887  1.00 33.20           C  \\nATOM   1238  C6    A X  67     -17.036 -23.622  11.230  1.00 33.86           C  \\nATOM   1239  N6    A X  67     -17.780 -23.100  12.212  1.00 34.75           N  \\nATOM   1240  N1    A X  67     -16.223 -22.811  10.524  1.00 32.16           N  \\nATOM   1241  C2    A X  67     -15.482 -23.337   9.542  1.00 32.50           C  \\nATOM   1242  N3    A X  67     -15.418 -24.602   9.126  1.00 32.32           N  \\nATOM   1243  C4    A X  67     -16.236 -25.387   9.847  1.00 32.81           C  \\nATOM   1244  P     U X  68     -12.435 -29.672  11.535  1.00 34.88           P  \\nATOM   1245  OP1   U X  68     -11.284 -30.597  11.430  1.00 34.56           O  \\nATOM   1246  OP2   U X  68     -13.364 -29.769  12.682  1.00 34.69           O  \\nATOM   1247  O5'   U X  68     -11.905 -28.165  11.465  1.00 35.09           O  \\nATOM   1248  C5'   U X  68     -10.926 -27.800  10.502  1.00 34.92           C  \\nATOM   1249  C4'   U X  68     -10.788 -26.291  10.447  1.00 34.46           C  \\nATOM   1250  O4'   U X  68     -12.103 -25.688  10.361  1.00 34.48           O  \\nATOM   1251  C3'   U X  68     -10.203 -25.657  11.697  1.00 34.45           C  \\nATOM   1252  O3'   U X  68      -8.785 -25.780  11.713  1.00 34.18           O  \\nATOM   1253  C2'   U X  68     -10.664 -24.211  11.535  1.00 33.76           C  \\nATOM   1254  O2'   U X  68      -9.834 -23.474  10.661  1.00 34.27           O  \\nATOM   1255  C1'   U X  68     -12.057 -24.390  10.928  1.00 33.34           C  \\nATOM   1256  N1    U X  68     -13.143 -24.275  11.941  1.00 32.24           N  \\nATOM   1257  C2    U X  68     -13.554 -23.020  12.344  1.00 31.52           C  \\nATOM   1258  O2    U X  68     -13.085 -21.987  11.903  1.00 32.81           O  \\nATOM   1259  N3    U X  68     -14.547 -23.015  13.287  1.00 30.48           N  \\nATOM   1260  C4    U X  68     -15.155 -24.116  13.863  1.00 30.09           C  \\nATOM   1261  O4    U X  68     -16.034 -23.950  14.698  1.00 28.61           O  \\nATOM   1262  C5    U X  68     -14.670 -25.391  13.398  1.00 30.53           C  \\nATOM   1263  C6    U X  68     -13.704 -25.420  12.474  1.00 31.59           C  \\nATOM   1264  P     A X  69      -8.067 -26.205  13.078  1.00 34.53           P  \\nATOM   1265  OP1   A X  69      -6.663 -26.569  12.780  1.00 34.89           O  \\nATOM   1266  OP2   A X  69      -8.948 -27.173  13.771  1.00 34.83           O  \\nATOM   1267  O5'   A X  69      -8.085 -24.839  13.907  1.00 32.41           O  \\nATOM   1268  C5'   A X  69      -7.909 -24.841  15.315  1.00 30.38           C  \\nATOM   1269  C4'   A X  69      -7.954 -23.416  15.831  1.00 29.24           C  \\nATOM   1270  O4'   A X  69      -6.813 -22.692  15.311  1.00 28.36           O  \\nATOM   1271  C3'   A X  69      -9.165 -22.624  15.365  1.00 28.80           C  \\nATOM   1272  O3'   A X  69     -10.224 -22.796  16.294  1.00 29.62           O  \\nATOM   1273  C2'   A X  69      -8.652 -21.185  15.360  1.00 28.21           C  \\nATOM   1274  O2'   A X  69      -8.708 -20.589  16.641  1.00 27.47           O  \\nATOM   1275  C1'   A X  69      -7.193 -21.371  14.967  1.00 27.79           C  \\nATOM   1276  N9    A X  69      -6.867 -21.132  13.563  1.00 27.32           N  \\nATOM   1277  C8    A X  69      -6.420 -22.067  12.670  1.00 27.80           C  \\nATOM   1278  N7    A X  69      -6.164 -21.585  11.479  1.00 27.63           N  \\nATOM   1279  C5    A X  69      -6.448 -20.234  11.600  1.00 26.98           C  \\nATOM   1280  C6    A X  69      -6.368 -19.170  10.681  1.00 26.06           C  \\nATOM   1281  N6    A X  69      -5.965 -19.328   9.414  1.00 25.51           N  \\nATOM   1282  N1    A X  69      -6.732 -17.944  11.112  1.00 25.90           N  \\nATOM   1283  C2    A X  69      -7.128 -17.799  12.384  1.00 27.16           C  \\nATOM   1284  N3    A X  69      -7.237 -18.723  13.342  1.00 27.15           N  \\nATOM   1285  C4    A X  69      -6.876 -19.934  12.882  1.00 27.12           C  \\nATOM   1286  P     A X  70     -11.740 -22.939  15.799  1.00 29.16           P  \\nATOM   1287  OP1   A X  70     -12.564 -23.208  16.995  1.00 30.09           O  \\nATOM   1288  OP2   A X  70     -11.766 -23.877  14.657  1.00 29.82           O  \\nATOM   1289  O5'   A X  70     -12.096 -21.484  15.242  1.00 29.35           O  \\nATOM   1290  C5'   A X  70     -12.127 -20.367  16.120  1.00 28.32           C  \\nATOM   1291  C4'   A X  70     -12.194 -19.079  15.321  1.00 27.85           C  \\nATOM   1292  O4'   A X  70     -10.937 -18.858  14.630  1.00 27.47           O  \\nATOM   1293  C3'   A X  70     -13.244 -19.067  14.222  1.00 27.63           C  \\nATOM   1294  O3'   A X  70     -14.506 -18.708  14.775  1.00 28.19           O  \\nATOM   1295  C2'   A X  70     -12.695 -17.975  13.312  1.00 26.72           C  \\nATOM   1296  O2'   A X  70     -12.976 -16.685  13.814  1.00 25.34           O  \\nATOM   1297  C1'   A X  70     -11.193 -18.235  13.384  1.00 26.67           C  \\nATOM   1298  N9    A X  70     -10.669 -19.070  12.304  1.00 25.90           N  \\nATOM   1299  C8    A X  70     -10.485 -20.425  12.318  1.00 26.45           C  \\nATOM   1300  N7    A X  70      -9.978 -20.905  11.205  1.00 25.65           N  \\nATOM   1301  C5    A X  70      -9.815 -19.783  10.408  1.00 26.29           C  \\nATOM   1302  C6    A X  70      -9.316 -19.619   9.102  1.00 26.47           C  \\nATOM   1303  N6    A X  70      -8.887 -20.643   8.354  1.00 27.05           N  \\nATOM   1304  N1    A X  70      -9.278 -18.367   8.596  1.00 26.64           N  \\nATOM   1305  C2    A X  70      -9.716 -17.352   9.355  1.00 26.28           C  \\nATOM   1306  N3    A X  70     -10.205 -17.388  10.597  1.00 26.24           N  \\nATOM   1307  C4    A X  70     -10.231 -18.645  11.069  1.00 25.74           C  \\nATOM   1308  P     U X  71     -15.884 -19.172  14.104  1.00 29.87           P  \\nATOM   1309  OP1   U X  71     -16.964 -18.861  15.070  1.00 29.03           O  \\nATOM   1310  OP2   U X  71     -15.745 -20.556  13.595  1.00 30.07           O  \\nATOM   1311  O5'   U X  71     -16.018 -18.172  12.862  1.00 29.24           O  \\nATOM   1312  C5'   U X  71     -16.260 -16.791  13.110  1.00 30.03           C  \\nATOM   1313  C4'   U X  71     -15.965 -15.955  11.878  1.00 31.16           C  \\nATOM   1314  O4'   U X  71     -14.591 -16.137  11.463  1.00 31.31           O  \\nATOM   1315  C3'   U X  71     -16.770 -16.326  10.644  1.00 31.97           C  \\nATOM   1316  O3'   U X  71     -18.057 -15.736  10.753  1.00 32.25           O  \\nATOM   1317  C2'   U X  71     -15.911 -15.696   9.547  1.00 31.77           C  \\nATOM   1318  O2'   U X  71     -16.122 -14.306   9.386  1.00 33.42           O  \\nATOM   1319  C1'   U X  71     -14.497 -15.961  10.063  1.00 31.57           C  \\nATOM   1320  N1    U X  71     -13.875 -17.172   9.452  1.00 31.24           N  \\nATOM   1321  C2    U X  71     -13.020 -17.017   8.378  1.00 31.52           C  \\nATOM   1322  O2    U X  71     -12.722 -15.934   7.907  1.00 33.96           O  \\nATOM   1323  N3    U X  71     -12.514 -18.186   7.870  1.00 30.79           N  \\nATOM   1324  C4    U X  71     -12.766 -19.468   8.320  1.00 31.09           C  \\nATOM   1325  O4    U X  71     -12.234 -20.418   7.757  1.00 33.56           O  \\nATOM   1326  C5    U X  71     -13.668 -19.553   9.440  1.00 31.01           C  \\nATOM   1327  C6    U X  71     -14.179 -18.426   9.951  1.00 30.69           C  \\nATOM   1328  P     G X  72     -19.327 -16.286   9.955  1.00 31.76           P  \\nATOM   1329  OP1   G X  72     -20.480 -15.470  10.397  1.00 32.26           O  \\nATOM   1330  OP2   G X  72     -19.382 -17.759  10.068  1.00 32.19           O  \\nATOM   1331  O5'   G X  72     -18.979 -15.914   8.441  1.00 32.08           O  \\nATOM   1332  C5'   G X  72     -19.735 -16.459   7.372  1.00 31.66           C  \\nATOM   1333  C4'   G X  72     -19.638 -15.563   6.153  1.00 32.62           C  \\nATOM   1334  O4'   G X  72     -20.389 -14.339   6.371  1.00 32.88           O  \\nATOM   1335  C3'   G X  72     -18.241 -15.047   5.853  1.00 32.86           C  \\nATOM   1336  O3'   G X  72     -17.457 -16.024   5.195  1.00 33.89           O  \\nATOM   1337  C2'   G X  72     -18.575 -13.899   4.917  1.00 32.85           C  \\nATOM   1338  O2'   G X  72     -18.932 -14.367   3.629  1.00 32.65           O  \\nATOM   1339  C1'   G X  72     -19.771 -13.288   5.645  1.00 33.49           C  \\nATOM   1340  N9    G X  72     -19.371 -12.205   6.545  1.00 34.78           N  \\nATOM   1341  C8    G X  72     -19.107 -12.258   7.897  1.00 34.91           C  \\nATOM   1342  N7    G X  72     -18.752 -11.104   8.403  1.00 35.64           N  \\nATOM   1343  C5    G X  72     -18.786 -10.231   7.320  1.00 34.62           C  \\nATOM   1344  C6    G X  72     -18.507  -8.842   7.236  1.00 34.69           C  \\nATOM   1345  O6    G X  72     -18.157  -8.068   8.137  1.00 35.27           O  \\nATOM   1346  N1    G X  72     -18.658  -8.356   5.937  1.00 34.38           N  \\nATOM   1347  C2    G X  72     -19.033  -9.117   4.854  1.00 34.43           C  \\nATOM   1348  N2    G X  72     -19.130  -8.490   3.673  1.00 35.22           N  \\nATOM   1349  N3    G X  72     -19.305 -10.411   4.922  1.00 34.57           N  \\nATOM   1350  C4    G X  72     -19.158 -10.899   6.176  1.00 34.10           C  \\nATOM   1351  P     C X  73     -15.886 -15.779   4.999  1.00 33.13           P  \\nATOM   1352  OP1   C X  73     -15.294 -15.512   6.328  1.00 35.23           O  \\nATOM   1353  OP2   C X  73     -15.688 -14.820   3.895  1.00 32.87           O  \\nATOM   1354  O5'   C X  73     -15.441 -17.229   4.507  1.00 33.27           O  \\nATOM   1355  C5'   C X  73     -14.178 -17.499   3.942  1.00 31.42           C  \\nATOM   1356  C4'   C X  73     -14.066 -19.003   3.791  1.00 31.26           C  \\nATOM   1357  O4'   C X  73     -13.884 -19.580   5.110  1.00 32.36           O  \\nATOM   1358  C3'   C X  73     -15.323 -19.686   3.265  1.00 31.16           C  \\nATOM   1359  O3'   C X  73     -15.369 -19.671   1.841  1.00 31.30           O  \\nATOM   1360  C2'   C X  73     -15.137 -21.096   3.814  1.00 30.47           C  \\nATOM   1361  O2'   C X  73     -14.186 -21.842   3.080  1.00 30.24           O  \\nATOM   1362  C1'   C X  73     -14.607 -20.795   5.212  1.00 29.96           C  \\nATOM   1363  N1    C X  73     -15.689 -20.642   6.236  1.00 29.96           N  \\nATOM   1364  C2    C X  73     -16.404 -21.770   6.657  1.00 29.26           C  \\nATOM   1365  O2    C X  73     -16.134 -22.880   6.182  1.00 29.48           O  \\nATOM   1366  N3    C X  73     -17.384 -21.619   7.576  1.00 29.15           N  \\nATOM   1367  C4    C X  73     -17.661 -20.417   8.077  1.00 29.27           C  \\nATOM   1368  N4    C X  73     -18.638 -20.334   8.987  1.00 28.37           N  \\nATOM   1369  C5    C X  73     -16.947 -19.253   7.664  1.00 29.28           C  \\nATOM   1370  C6    C X  73     -15.976 -19.412   6.754  1.00 29.11           C  \\nATOM   1371  P     C X  74     -16.774 -19.635   1.067  1.00 32.67           P  \\nATOM   1372  OP1   C X  74     -16.492 -19.335  -0.353  1.00 32.50           O  \\nATOM   1373  OP2   C X  74     -17.711 -18.782   1.833  1.00 32.82           O  \\nATOM   1374  O5'   C X  74     -17.309 -21.137   1.179  1.00 31.94           O  \\nATOM   1375  C5'   C X  74     -16.655 -22.220   0.539  1.00 28.96           C  \\nATOM   1376  C4'   C X  74     -17.369 -23.515   0.893  1.00 29.51           C  \\nATOM   1377  O4'   C X  74     -17.262 -23.772   2.317  1.00 29.21           O  \\nATOM   1378  C3'   C X  74     -18.872 -23.504   0.674  1.00 28.30           C  \\nATOM   1379  O3'   C X  74     -19.192 -23.672  -0.697  1.00 29.22           O  \\nATOM   1380  C2'   C X  74     -19.288 -24.698   1.524  1.00 28.48           C  \\nATOM   1381  O2'   C X  74     -18.999 -25.946   0.920  1.00 26.88           O  \\nATOM   1382  C1'   C X  74     -18.419 -24.471   2.755  1.00 28.42           C  \\nATOM   1383  N1    C X  74     -19.113 -23.667   3.818  1.00 28.20           N  \\nATOM   1384  C2    C X  74     -20.087 -24.278   4.613  1.00 27.73           C  \\nATOM   1385  O2    C X  74     -20.365 -25.470   4.422  1.00 28.23           O  \\nATOM   1386  N3    C X  74     -20.706 -23.544   5.571  1.00 27.12           N  \\nATOM   1387  C4    C X  74     -20.382 -22.266   5.755  1.00 26.91           C  \\nATOM   1388  N4    C X  74     -21.022 -21.599   6.720  1.00 27.29           N  \\nATOM   1389  C5    C X  74     -19.391 -21.622   4.957  1.00 27.43           C  \\nATOM   1390  C6    C X  74     -18.785 -22.355   4.015  1.00 27.70           C  \\nATOM   1391  P     A X  75     -20.497 -22.969  -1.286  1.00 30.15           P  \\nATOM   1392  OP1   A X  75     -20.555 -23.259  -2.732  1.00 30.29           O  \\nATOM   1393  OP2   A X  75     -20.568 -21.574  -0.785  1.00 29.70           O  \\nATOM   1394  O5'   A X  75     -21.682 -23.756  -0.544  1.00 30.00           O  \\nATOM   1395  C5'   A X  75     -22.081 -25.044  -0.970  1.00 29.75           C  \\nATOM   1396  C4'   A X  75     -23.060 -25.628   0.032  1.00 30.39           C  \\nATOM   1397  O4'   A X  75     -22.491 -25.560   1.366  1.00 30.12           O  \\nATOM   1398  C3'   A X  75     -24.368 -24.862   0.177  1.00 30.04           C  \\nATOM   1399  O3'   A X  75     -25.269 -25.172  -0.882  1.00 30.93           O  \\nATOM   1400  C2'   A X  75     -24.842 -25.413   1.515  1.00 29.84           C  \\nATOM   1401  O2'   A X  75     -25.317 -26.740   1.420  1.00 29.37           O  \\nATOM   1402  C1'   A X  75     -23.538 -25.373   2.303  1.00 30.01           C  \\nATOM   1403  N9    A X  75     -23.383 -24.095   2.992  1.00 29.07           N  \\nATOM   1404  C8    A X  75     -22.541 -23.063   2.684  1.00 29.05           C  \\nATOM   1405  N7    A X  75     -22.661 -22.031   3.486  1.00 28.08           N  \\nATOM   1406  C5    A X  75     -23.669 -22.403   4.363  1.00 28.45           C  \\nATOM   1407  C6    A X  75     -24.271 -21.751   5.457  1.00 28.70           C  \\nATOM   1408  N6    A X  75     -23.922 -20.525   5.861  1.00 28.67           N  \\nATOM   1409  N1    A X  75     -25.251 -22.407   6.119  1.00 28.67           N  \\nATOM   1410  C2    A X  75     -25.593 -23.636   5.714  1.00 29.08           C  \\nATOM   1411  N3    A X  75     -25.092 -24.351   4.706  1.00 28.34           N  \\nATOM   1412  C4    A X  75     -24.130 -23.669   4.066  1.00 28.83           C  \\nATOM   1413  P     G X  76     -26.486 -24.187  -1.233  1.00 31.54           P  \\nATOM   1414  OP1   G X  76     -27.086 -24.669  -2.499  1.00 30.13           O  \\nATOM   1415  OP2   G X  76     -25.997 -22.795  -1.149  1.00 30.99           O  \\nATOM   1416  O5'   G X  76     -27.513 -24.408  -0.027  1.00 31.26           O  \\nATOM   1417  C5'   G X  76     -28.231 -25.636   0.109  1.00 30.30           C  \\nATOM   1418  C4'   G X  76     -29.183 -25.543   1.284  1.00 30.85           C  \\nATOM   1419  O4'   G X  76     -28.428 -25.231   2.483  1.00 31.01           O  \\nATOM   1420  C3'   G X  76     -30.204 -24.416   1.186  1.00 30.30           C  \\nATOM   1421  O3'   G X  76     -31.336 -24.819   0.430  1.00 30.10           O  \\nATOM   1422  C2'   G X  76     -30.563 -24.213   2.649  1.00 30.23           C  \\nATOM   1423  O2'   G X  76     -31.482 -25.185   3.106  1.00 32.02           O  \\nATOM   1424  C1'   G X  76     -29.207 -24.393   3.322  1.00 30.26           C  \\nATOM   1425  N9    G X  76     -28.477 -23.145   3.531  1.00 30.25           N  \\nATOM   1426  C8    G X  76     -27.412 -22.676   2.803  1.00 29.68           C  \\nATOM   1427  N7    G X  76     -26.957 -21.529   3.225  1.00 29.86           N  \\nATOM   1428  C5    G X  76     -27.768 -21.226   4.308  1.00 29.96           C  \\nATOM   1429  C6    G X  76     -27.749 -20.107   5.166  1.00 29.47           C  \\nATOM   1430  O6    G X  76     -26.976 -19.144   5.127  1.00 29.30           O  \\nATOM   1431  N1    G X  76     -28.750 -20.174   6.133  1.00 29.79           N  \\nATOM   1432  C2    G X  76     -29.657 -21.205   6.256  1.00 30.77           C  \\nATOM   1433  N2    G X  76     -30.551 -21.110   7.252  1.00 29.40           N  \\nATOM   1434  N3    G X  76     -29.684 -22.262   5.456  1.00 30.47           N  \\nATOM   1435  C4    G X  76     -28.712 -22.204   4.509  1.00 30.01           C  \\nATOM   1436  P     C X  77     -31.916 -23.862  -0.713  1.00 31.36           P  \\nATOM   1437  OP1   C X  77     -33.066 -24.544  -1.339  1.00 29.69           O  \\nATOM   1438  OP2   C X  77     -30.789 -23.378  -1.543  1.00 29.55           O  \\nATOM   1439  O5'   C X  77     -32.449 -22.595   0.111  1.00 30.79           O  \\nATOM   1440  C5'   C X  77     -33.460 -22.755   1.102  1.00 30.78           C  \\nATOM   1441  C4'   C X  77     -33.486 -21.541   2.009  1.00 30.73           C  \\nATOM   1442  O4'   C X  77     -32.216 -21.439   2.703  1.00 30.97           O  \\nATOM   1443  C3'   C X  77     -33.611 -20.213   1.278  1.00 30.72           C  \\nATOM   1444  O3'   C X  77     -34.975 -19.931   0.976  1.00 31.00           O  \\nATOM   1445  C2'   C X  77     -33.035 -19.248   2.308  1.00 30.84           C  \\nATOM   1446  O2'   C X  77     -33.962 -18.902   3.318  1.00 30.73           O  \\nATOM   1447  C1'   C X  77     -31.892 -20.075   2.895  1.00 30.71           C  \\nATOM   1448  N1    C X  77     -30.579 -19.780   2.246  1.00 29.95           N  \\nATOM   1449  C2    C X  77     -29.844 -18.677   2.690  1.00 29.65           C  \\nATOM   1450  O2    C X  77     -30.292 -17.983   3.610  1.00 29.43           O  \\nATOM   1451  N3    C X  77     -28.652 -18.408   2.105  1.00 29.15           N  \\nATOM   1452  C4    C X  77     -28.205 -19.176   1.112  1.00 28.82           C  \\nATOM   1453  N4    C X  77     -27.025 -18.855   0.571  1.00 28.84           N  \\nATOM   1454  C5    C X  77     -28.944 -20.302   0.639  1.00 29.90           C  \\nATOM   1455  C6    C X  77     -30.115 -20.565   1.229  1.00 29.34           C  \\nATOM   1456  P     G X  78     -35.367 -19.163  -0.373  1.00 31.90           P  \\nATOM   1457  OP1   G X  78     -34.871 -17.774  -0.264  1.00 32.59           O  \\nATOM   1458  OP2   G X  78     -36.801 -19.406  -0.635  1.00 30.61           O  \\nATOM   1459  O5'   G X  78     -34.520 -19.931  -1.494  1.00 31.49           O  \\nATOM   1460  C5'   G X  78     -34.840 -19.763  -2.879  1.00 32.92           C  \\nATOM   1461  C4'   G X  78     -33.595 -19.658  -3.753  1.00 32.99           C  \\nATOM   1462  O4'   G X  78     -32.823 -18.481  -3.396  1.00 32.44           O  \\nATOM   1463  C3'   G X  78     -32.610 -20.820  -3.670  1.00 34.13           C  \\nATOM   1464  O3'   G X  78     -31.895 -20.924  -4.898  1.00 37.41           O  \\nATOM   1465  C2'   G X  78     -31.672 -20.332  -2.573  1.00 32.95           C  \\nATOM   1466  O2'   G X  78     -30.413 -20.978  -2.580  1.00 31.28           O  \\nATOM   1467  C1'   G X  78     -31.524 -18.880  -3.004  1.00 31.86           C  \\nATOM   1468  N9    G X  78     -31.068 -18.023  -1.920  1.00 31.02           N  \\nATOM   1469  C8    G X  78     -31.806 -17.599  -0.842  1.00 30.38           C  \\nATOM   1470  N7    G X  78     -31.140 -16.832  -0.026  1.00 29.01           N  \\nATOM   1471  C5    G X  78     -29.877 -16.752  -0.598  1.00 30.31           C  \\nATOM   1472  C6    G X  78     -28.730 -16.059  -0.157  1.00 29.75           C  \\nATOM   1473  O6    G X  78     -28.608 -15.367   0.858  1.00 30.66           O  \\nATOM   1474  N1    G X  78     -27.655 -16.226  -1.025  1.00 29.94           N  \\nATOM   1475  C2    G X  78     -27.686 -16.967  -2.181  1.00 30.94           C  \\nATOM   1476  N2    G X  78     -26.541 -17.002  -2.881  1.00 30.76           N  \\nATOM   1477  N3    G X  78     -28.756 -17.629  -2.608  1.00 29.93           N  \\nATOM   1478  C4    G X  78     -29.812 -17.474  -1.769  1.00 30.39           C  \\nATOM   1479  P     U X  79     -32.181 -22.093  -5.952  1.00 40.35           P  \\nATOM   1480  OP1   U X  79     -33.099 -23.079  -5.336  1.00 40.34           O  \\nATOM   1481  OP2   U X  79     -30.882 -22.541  -6.500  1.00 41.22           O  \\nATOM   1482  O5'   U X  79     -32.943 -21.321  -7.121  1.00 42.38           O  \\nATOM   1483  C5'   U X  79     -32.322 -20.222  -7.779  1.00 45.87           C  \\nATOM   1484  C4'   U X  79     -33.407 -19.327  -8.332  1.00 48.34           C  \\nATOM   1485  O4'   U X  79     -33.677 -19.707  -9.702  1.00 49.60           O  \\nATOM   1486  C3'   U X  79     -34.710 -19.482  -7.564  1.00 49.59           C  \\nATOM   1487  O3'   U X  79     -35.000 -18.329  -6.767  1.00 49.66           O  \\nATOM   1488  C2'   U X  79     -35.789 -19.833  -8.590  1.00 50.45           C  \\nATOM   1489  O2'   U X  79     -36.877 -18.929  -8.591  1.00 51.54           O  \\nATOM   1490  C1'   U X  79     -35.065 -19.832  -9.936  1.00 50.90           C  \\nATOM   1491  N1    U X  79     -35.270 -21.092 -10.707  1.00 51.57           N  \\nATOM   1492  C2    U X  79     -36.192 -21.118 -11.733  1.00 52.05           C  \\nATOM   1493  O2    U X  79     -36.865 -20.154 -12.052  1.00 52.36           O  \\nATOM   1494  N3    U X  79     -36.302 -22.327 -12.377  1.00 52.17           N  \\nATOM   1495  C4    U X  79     -35.596 -23.485 -12.103  1.00 52.09           C  \\nATOM   1496  O4    U X  79     -35.801 -24.496 -12.767  1.00 52.17           O  \\nATOM   1497  C5    U X  79     -34.653 -23.378 -11.019  1.00 51.88           C  \\nATOM   1498  C6    U X  79     -34.531 -22.210 -10.377  1.00 51.79           C  \\nATOM   1499  P     A X  80     -34.899 -16.809  -7.273  1.00 49.35           P  \\nATOM   1500  OP1   A X  80     -35.461 -16.709  -8.639  1.00 49.25           O  \\nATOM   1501  OP2   A X  80     -33.544 -16.283  -6.986  1.00 48.29           O  \\nATOM   1502  O5'   A X  80     -35.920 -16.145  -6.240  1.00 46.47           O  \\nATOM   1503  C5'   A X  80     -36.864 -16.996  -5.591  1.00 42.11           C  \\nATOM   1504  C4'   A X  80     -37.341 -16.399  -4.281  1.00 38.80           C  \\nATOM   1505  O4'   A X  80     -36.454 -16.790  -3.202  1.00 37.59           O  \\nATOM   1506  C3'   A X  80     -37.344 -14.879  -4.242  1.00 36.74           C  \\nATOM   1507  O3'   A X  80     -38.542 -14.383  -4.830  1.00 35.63           O  \\nATOM   1508  C2'   A X  80     -37.290 -14.633  -2.740  1.00 35.57           C  \\nATOM   1509  O2'   A X  80     -38.536 -14.883  -2.120  1.00 34.64           O  \\nATOM   1510  C1'   A X  80     -36.293 -15.703  -2.308  1.00 35.35           C  \\nATOM   1511  N9    A X  80     -34.885 -15.301  -2.303  1.00 34.88           N  \\nATOM   1512  C8    A X  80     -33.907 -15.705  -3.172  1.00 33.83           C  \\nATOM   1513  N7    A X  80     -32.723 -15.202  -2.915  1.00 32.64           N  \\nATOM   1514  C5    A X  80     -32.937 -14.412  -1.795  1.00 33.41           C  \\nATOM   1515  C6    A X  80     -32.079 -13.605  -1.020  1.00 31.91           C  \\nATOM   1516  N6    A X  80     -30.776 -13.450  -1.274  1.00 32.78           N  \\nATOM   1517  N1    A X  80     -32.611 -12.957   0.033  1.00 30.82           N  \\nATOM   1518  C2    A X  80     -33.916 -13.096   0.288  1.00 32.33           C  \\nATOM   1519  N3    A X  80     -34.820 -13.824  -0.364  1.00 33.42           N  \\nATOM   1520  C4    A X  80     -34.262 -14.466  -1.403  1.00 33.73           C  \\nATOM   1521  P     G X  81     -38.469 -13.272  -5.982  1.00 35.23           P  \\nATOM   1522  OP1   G X  81     -39.771 -13.273  -6.676  1.00 34.51           O  \\nATOM   1523  OP2   G X  81     -37.218 -13.468  -6.749  1.00 34.99           O  \\nATOM   1524  O5'   G X  81     -38.309 -11.915  -5.151  1.00 33.58           O  \\nATOM   1525  C5'   G X  81     -39.262 -11.600  -4.143  1.00 33.11           C  \\nATOM   1526  C4'   G X  81     -38.687 -10.622  -3.134  1.00 31.44           C  \\nATOM   1527  O4'   G X  81     -37.779 -11.318  -2.241  1.00 30.54           O  \\nATOM   1528  C3'   G X  81     -37.824  -9.507  -3.710  1.00 31.04           C  \\nATOM   1529  O3'   G X  81     -38.621  -8.464  -4.264  1.00 32.08           O  \\nATOM   1530  C2'   G X  81     -37.103  -9.077  -2.439  1.00 30.01           C  \\nATOM   1531  O2'   G X  81     -37.950  -8.407  -1.529  1.00 29.86           O  \\nATOM   1532  C1'   G X  81     -36.726 -10.442  -1.879  1.00 29.60           C  \\nATOM   1533  N9    G X  81     -35.465 -10.902  -2.455  1.00 28.58           N  \\nATOM   1534  C8    G X  81     -35.266 -11.819  -3.462  1.00 28.29           C  \\nATOM   1535  N7    G X  81     -34.006 -11.986  -3.771  1.00 28.27           N  \\nATOM   1536  C5    G X  81     -33.331 -11.120  -2.914  1.00 28.28           C  \\nATOM   1537  C6    G X  81     -31.948 -10.852  -2.778  1.00 28.11           C  \\nATOM   1538  O6    G X  81     -31.001 -11.354  -3.401  1.00 28.25           O  \\nATOM   1539  N1    G X  81     -31.701  -9.900  -1.792  1.00 27.62           N  \\nATOM   1540  C2    G X  81     -32.665  -9.271  -1.040  1.00 28.52           C  \\nATOM   1541  N2    G X  81     -32.230  -8.380  -0.138  1.00 28.41           N  \\nATOM   1542  N3    G X  81     -33.964  -9.508  -1.156  1.00 28.08           N  \\nATOM   1543  C4    G X  81     -34.220 -10.440  -2.108  1.00 28.54           C  \\nATOM   1544  P     G X  82     -38.082  -7.651  -5.532  1.00 33.11           P  \\nATOM   1545  OP1   G X  82     -39.210  -6.877  -6.089  1.00 33.81           O  \\nATOM   1546  OP2   G X  82     -37.328  -8.597  -6.392  1.00 34.11           O  \\nATOM   1547  O5'   G X  82     -37.011  -6.658  -4.883  1.00 32.26           O  \\nATOM   1548  C5'   G X  82     -37.401  -5.718  -3.893  1.00 32.86           C  \\nATOM   1549  C4'   G X  82     -36.177  -5.167  -3.186  1.00 32.85           C  \\nATOM   1550  O4'   G X  82     -35.416  -6.255  -2.602  1.00 32.47           O  \\nATOM   1551  C3'   G X  82     -35.160  -4.467  -4.076  1.00 33.21           C  \\nATOM   1552  O3'   G X  82     -35.546  -3.128  -4.339  1.00 34.95           O  \\nATOM   1553  C2'   G X  82     -33.940  -4.503  -3.169  1.00 32.79           C  \\nATOM   1554  O2'   G X  82     -34.053  -3.568  -2.113  1.00 33.44           O  \\nATOM   1555  C1'   G X  82     -34.038  -5.928  -2.640  1.00 31.72           C  \\nATOM   1556  N9    G X  82     -33.340  -6.883  -3.496  1.00 30.74           N  \\nATOM   1557  C8    G X  82     -33.897  -7.844  -4.307  1.00 30.06           C  \\nATOM   1558  N7    G X  82     -33.008  -8.543  -4.957  1.00 30.15           N  \\nATOM   1559  C5    G X  82     -31.789  -8.010  -4.553  1.00 29.34           C  \\nATOM   1560  C6    G X  82     -30.468  -8.364  -4.920  1.00 29.62           C  \\nATOM   1561  O6    G X  82     -30.105  -9.251  -5.703  1.00 30.03           O  \\nATOM   1562  N1    G X  82     -29.517  -7.564  -4.287  1.00 29.42           N  \\nATOM   1563  C2    G X  82     -29.806  -6.554  -3.400  1.00 29.74           C  \\nATOM   1564  N2    G X  82     -28.759  -5.890  -2.889  1.00 29.83           N  \\nATOM   1565  N3    G X  82     -31.038  -6.215  -3.044  1.00 29.43           N  \\nATOM   1566  C4    G X  82     -31.976  -6.988  -3.653  1.00 30.04           C  \\nATOM   1567  P     G X  83     -35.210  -2.482  -5.762  1.00 35.55           P  \\nATOM   1568  OP1   G X  83     -35.551  -1.043  -5.690  1.00 36.57           O  \\nATOM   1569  OP2   G X  83     -35.819  -3.342  -6.803  1.00 36.06           O  \\nATOM   1570  O5'   G X  83     -33.626  -2.657  -5.886  1.00 35.79           O  \\nATOM   1571  C5'   G X  83     -32.733  -1.722  -5.293  1.00 34.93           C  \\nATOM   1572  C4'   G X  83     -31.295  -2.146  -5.537  1.00 34.01           C  \\nATOM   1573  O4'   G X  83     -31.122  -3.527  -5.135  1.00 33.66           O  \\nATOM   1574  C3'   G X  83     -30.835  -2.113  -6.988  1.00 34.11           C  \\nATOM   1575  O3'   G X  83     -30.360  -0.822  -7.329  1.00 35.09           O  \\nATOM   1576  C2'   G X  83     -29.686  -3.114  -6.966  1.00 32.65           C  \\nATOM   1577  O2'   G X  83     -28.508  -2.563  -6.418  1.00 31.47           O  \\nATOM   1578  C1'   G X  83     -30.228  -4.178  -6.022  1.00 32.06           C  \\nATOM   1579  N9    G X  83     -30.948  -5.236  -6.720  1.00 31.22           N  \\nATOM   1580  C8    G X  83     -32.310  -5.351  -6.866  1.00 30.02           C  \\nATOM   1581  N7    G X  83     -32.672  -6.401  -7.545  1.00 29.93           N  \\nATOM   1582  C5    G X  83     -31.472  -7.025  -7.866  1.00 30.21           C  \\nATOM   1583  C6    G X  83     -31.236  -8.217  -8.590  1.00 30.70           C  \\nATOM   1584  O6    G X  83     -32.068  -8.976  -9.106  1.00 31.38           O  \\nATOM   1585  N1    G X  83     -29.874  -8.497  -8.692  1.00 29.57           N  \\nATOM   1586  C2    G X  83     -28.867  -7.728  -8.152  1.00 29.61           C  \\nATOM   1587  N2    G X  83     -27.616  -8.165  -8.354  1.00 28.23           N  \\nATOM   1588  N3    G X  83     -29.074  -6.605  -7.470  1.00 29.96           N  \\nATOM   1589  C4    G X  83     -30.399  -6.318  -7.369  1.00 30.49           C  \\nATOM   1590  P     A X  84     -31.284   0.188  -8.147  1.00 37.09           P  \\nATOM   1591  OP1   A X  84     -31.826   1.161  -7.172  1.00 36.20           O  \\nATOM   1592  OP2   A X  84     -32.199  -0.597  -9.005  1.00 37.23           O  \\nATOM   1593  O5'   A X  84     -30.246   0.926  -9.114  1.00 35.29           O  \\nATOM   1594  C5'   A X  84     -29.361   1.909  -8.601  1.00 34.30           C  \\nATOM   1595  C4'   A X  84     -28.084   1.908  -9.417  1.00 33.81           C  \\nATOM   1596  O4'   A X  84     -27.250   0.804  -8.994  1.00 32.88           O  \\nATOM   1597  C3'   A X  84     -28.313   1.664 -10.897  1.00 33.62           C  \\nATOM   1598  O3'   A X  84     -28.546   2.905 -11.539  1.00 34.88           O  \\nATOM   1599  C2'   A X  84     -27.009   1.015 -11.351  1.00 33.05           C  \\nATOM   1600  O2'   A X  84     -26.038   1.970 -11.742  1.00 33.59           O  \\nATOM   1601  C1'   A X  84     -26.554   0.266 -10.100  1.00 31.71           C  \\nATOM   1602  N9    A X  84     -26.797  -1.174 -10.128  1.00 30.60           N  \\nATOM   1603  C8    A X  84     -28.006  -1.811 -10.083  1.00 29.84           C  \\nATOM   1604  N7    A X  84     -27.918  -3.122 -10.111  1.00 29.10           N  \\nATOM   1605  C5    A X  84     -26.557  -3.361 -10.173  1.00 28.93           C  \\nATOM   1606  C6    A X  84     -25.809  -4.552 -10.234  1.00 28.79           C  \\nATOM   1607  N6    A X  84     -26.365  -5.768 -10.233  1.00 28.90           N  \\nATOM   1608  N1    A X  84     -24.465  -4.443 -10.286  1.00 28.89           N  \\nATOM   1609  C2    A X  84     -23.915  -3.221 -10.286  1.00 28.92           C  \\nATOM   1610  N3    A X  84     -24.515  -2.031 -10.236  1.00 29.13           N  \\nATOM   1611  C4    A X  84     -25.850  -2.172 -10.182  1.00 29.64           C  \\nATOM   1612  P     A X  85     -29.349   2.922 -12.919  1.00 34.76           P  \\nATOM   1613  OP1   A X  85     -29.349   4.310 -13.433  1.00 35.00           O  \\nATOM   1614  OP2   A X  85     -30.628   2.204 -12.713  1.00 34.81           O  \\nATOM   1615  O5'   A X  85     -28.401   2.019 -13.838  1.00 34.83           O  \\nATOM   1616  C5'   A X  85     -28.944   1.206 -14.855  1.00 34.76           C  \\nATOM   1617  C4'   A X  85     -28.714   1.860 -16.201  1.00 35.27           C  \\nATOM   1618  O4'   A X  85     -27.290   2.005 -16.454  1.00 35.02           O  \\nATOM   1619  C3'   A X  85     -29.274   1.074 -17.381  1.00 35.84           C  \\nATOM   1620  O3'   A X  85     -29.872   1.978 -18.286  1.00 36.54           O  \\nATOM   1621  C2'   A X  85     -28.027   0.455 -17.997  1.00 35.39           C  \\nATOM   1622  O2'   A X  85     -28.202   0.170 -19.370  1.00 35.37           O  \\nATOM   1623  C1'   A X  85     -27.071   1.623 -17.794  1.00 34.72           C  \\nATOM   1624  N9    A X  85     -25.662   1.321 -18.038  1.00 34.19           N  \\nATOM   1625  C8    A X  85     -25.054   0.096 -18.013  1.00 33.77           C  \\nATOM   1626  N7    A X  85     -23.773   0.137 -18.299  1.00 33.90           N  \\nATOM   1627  C5    A X  85     -23.527   1.480 -18.538  1.00 33.95           C  \\nATOM   1628  C6    A X  85     -22.359   2.188 -18.890  1.00 33.97           C  \\nATOM   1629  N6    A X  85     -21.169   1.605 -19.070  1.00 33.63           N  \\nATOM   1630  N1    A X  85     -22.463   3.524 -19.052  1.00 34.11           N  \\nATOM   1631  C2    A X  85     -23.652   4.108 -18.870  1.00 33.78           C  \\nATOM   1632  N3    A X  85     -24.815   3.549 -18.538  1.00 34.02           N  \\nATOM   1633  C4    A X  85     -24.682   2.222 -18.384  1.00 33.92           C  \\nATOM   1634  P     G X  86     -31.442   1.912 -18.580  1.00 37.41           P  \\nATOM   1635  OP1   G X  86     -32.145   2.624 -17.487  1.00 36.29           O  \\nATOM   1636  OP2   G X  86     -31.797   0.509 -18.889  1.00 37.09           O  \\nATOM   1637  O5'   G X  86     -31.535   2.760 -19.937  1.00 36.11           O  \\nATOM   1638  C5'   G X  86     -31.515   4.178 -19.878  1.00 35.53           C  \\nATOM   1639  C4'   G X  86     -30.372   4.794 -20.671  1.00 34.78           C  \\nATOM   1640  O4'   G X  86     -29.068   4.518 -20.100  1.00 34.79           O  \\nATOM   1641  C3'   G X  86     -30.145   4.356 -22.108  1.00 34.37           C  \\nATOM   1642  O3'   G X  86     -31.209   4.747 -22.964  1.00 33.89           O  \\nATOM   1643  C2'   G X  86     -28.896   5.195 -22.355  1.00 34.51           C  \\nATOM   1644  O2'   G X  86     -29.210   6.566 -22.479  1.00 34.76           O  \\nATOM   1645  C1'   G X  86     -28.121   4.967 -21.056  1.00 34.08           C  \\nATOM   1646  N9    G X  86     -27.032   4.002 -21.203  1.00 33.43           N  \\nATOM   1647  C8    G X  86     -27.031   2.677 -20.847  1.00 32.89           C  \\nATOM   1648  N7    G X  86     -25.905   2.069 -21.107  1.00 33.07           N  \\nATOM   1649  C5    G X  86     -25.107   3.052 -21.677  1.00 32.60           C  \\nATOM   1650  C6    G X  86     -23.778   2.985 -22.164  1.00 32.53           C  \\nATOM   1651  O6    G X  86     -23.016   2.008 -22.189  1.00 33.03           O  \\nATOM   1652  N1    G X  86     -23.348   4.211 -22.665  1.00 32.33           N  \\nATOM   1653  C2    G X  86     -24.108   5.358 -22.692  1.00 32.32           C  \\nATOM   1654  N2    G X  86     -23.524   6.447 -23.213  1.00 32.30           N  \\nATOM   1655  N3    G X  86     -25.353   5.435 -22.237  1.00 32.18           N  \\nATOM   1656  C4    G X  86     -25.789   4.247 -21.748  1.00 32.88           C  \\nATOM   1657  P     U X  87     -31.382   4.030 -24.386  1.00 33.73           P  \\nATOM   1658  OP1   U X  87     -32.637   4.526 -24.992  1.00 33.03           O  \\nATOM   1659  OP2   U X  87     -31.173   2.576 -24.194  1.00 33.93           O  \\nATOM   1660  O5'   U X  87     -30.138   4.569 -25.234  1.00 32.87           O  \\nATOM   1661  C5'   U X  87     -30.220   5.823 -25.894  1.00 32.85           C  \\nATOM   1662  C4'   U X  87     -28.879   6.218 -26.482  1.00 32.55           C  \\nATOM   1663  O4'   U X  87     -27.819   5.992 -25.521  1.00 32.90           O  \\nATOM   1664  C3'   U X  87     -28.441   5.400 -27.683  1.00 32.55           C  \\nATOM   1665  O3'   U X  87     -29.093   5.859 -28.854  1.00 32.53           O  \\nATOM   1666  C2'   U X  87     -26.946   5.700 -27.699  1.00 32.46           C  \\nATOM   1667  O2'   U X  87     -26.650   6.973 -28.239  1.00 32.17           O  \\nATOM   1668  C1'   U X  87     -26.621   5.669 -26.209  1.00 32.19           C  \\nATOM   1669  N1    U X  87     -26.149   4.336 -25.728  1.00 32.55           N  \\nATOM   1670  C2    U X  87     -24.866   3.914 -26.020  1.00 32.10           C  \\nATOM   1671  O2    U X  87     -24.073   4.575 -26.670  1.00 31.09           O  \\nATOM   1672  N3    U X  87     -24.543   2.672 -25.526  1.00 31.14           N  \\nATOM   1673  C4    U X  87     -25.356   1.834 -24.781  1.00 31.80           C  \\nATOM   1674  O4    U X  87     -24.931   0.747 -24.399  1.00 31.82           O  \\nATOM   1675  C5    U X  87     -26.676   2.344 -24.520  1.00 31.99           C  \\nATOM   1676  C6    U X  87     -27.013   3.549 -24.992  1.00 31.75           C  \\nATOM   1677  P     U X  88     -29.638   4.809 -29.928  1.00 32.56           P  \\nATOM   1678  OP1   U X  88     -30.567   5.538 -30.819  1.00 32.42           O  \\nATOM   1679  OP2   U X  88     -30.100   3.600 -29.211  1.00 32.92           O  \\nATOM   1680  O5'   U X  88     -28.322   4.395 -30.744  1.00 32.25           O  \\nATOM   1681  C5'   U X  88     -27.487   5.376 -31.355  1.00 32.05           C  \\nATOM   1682  C4'   U X  88     -26.081   4.837 -31.571  1.00 32.06           C  \\nATOM   1683  O4'   U X  88     -25.463   4.553 -30.291  1.00 31.57           O  \\nATOM   1684  C3'   U X  88     -25.994   3.520 -32.331  1.00 32.22           C  \\nATOM   1685  O3'   U X  88     -25.988   3.757 -33.730  1.00 33.79           O  \\nATOM   1686  C2'   U X  88     -24.644   2.990 -31.868  1.00 32.09           C  \\nATOM   1687  O2'   U X  88     -23.574   3.585 -32.573  1.00 31.77           O  \\nATOM   1688  C1'   U X  88     -24.619   3.422 -30.405  1.00 31.65           C  \\nATOM   1689  N1    U X  88     -25.082   2.365 -29.453  1.00 31.13           N  \\nATOM   1690  C2    U X  88     -24.175   1.425 -29.013  1.00 31.55           C  \\nATOM   1691  O2    U X  88     -23.010   1.414 -29.372  1.00 31.33           O  \\nATOM   1692  N3    U X  88     -24.684   0.494 -28.139  1.00 30.76           N  \\nATOM   1693  C4    U X  88     -25.983   0.417 -27.670  1.00 30.63           C  \\nATOM   1694  O4    U X  88     -26.297  -0.471 -26.884  1.00 30.32           O  \\nATOM   1695  C5    U X  88     -26.872   1.435 -28.171  1.00 30.77           C  \\nATOM   1696  C6    U X  88     -26.396   2.349 -29.025  1.00 31.19           C  \\nHETATM 1697  PC  CCC X  89     -21.540  -1.624 -36.793  1.00 39.74           P  \\nHETATM 1698  O1C CCC X  89     -21.260  -0.225 -37.298  1.00 40.72           O  \\nHETATM 1699  O2C CCC X  89     -20.859  -2.842 -37.375  1.00 40.45           O  \\nHETATM 1700  P   CCC X  89     -26.596   2.671 -34.733  1.00 35.24           P  \\nHETATM 1701  OP1 CCC X  89     -26.594   3.277 -36.116  1.00 35.78           O  \\nHETATM 1702  OP2 CCC X  89     -27.887   2.163 -34.137  1.00 35.46           O  \\nHETATM 1703  O5' CCC X  89     -25.510   1.478 -34.681  1.00 36.01           O  \\nHETATM 1704  C5' CCC X  89     -24.860   0.991 -35.856  1.00 37.23           C  \\nHETATM 1705  C4' CCC X  89     -23.574   0.269 -35.461  1.00 38.29           C  \\nHETATM 1706  O4' CCC X  89     -23.271   0.566 -34.091  1.00 38.58           O  \\nHETATM 1707  C3' CCC X  89     -23.708  -1.232 -35.580  1.00 38.90           C  \\nHETATM 1708  O3' CCC X  89     -23.102  -1.876 -36.683  1.00 39.94           O  \\nHETATM 1709  C2' CCC X  89     -22.704  -1.666 -34.514  1.00 38.82           C  \\nHETATM 1710  O2' CCC X  89     -21.435  -1.653 -35.184  1.00 39.91           O  \\nHETATM 1711  C1' CCC X  89     -22.701  -0.579 -33.457  1.00 38.13           C  \\nHETATM 1712  N1  CCC X  89     -23.521  -1.033 -32.329  1.00 37.85           N  \\nHETATM 1713  C2  CCC X  89     -23.000  -1.988 -31.429  1.00 37.68           C  \\nHETATM 1714  O2  CCC X  89     -21.842  -2.430 -31.586  1.00 37.69           O  \\nHETATM 1715  N3  CCC X  89     -23.745  -2.423 -30.389  1.00 37.25           N  \\nHETATM 1716  C4  CCC X  89     -24.997  -1.955 -30.206  1.00 36.91           C  \\nHETATM 1717  N4  CCC X  89     -25.737  -2.401 -29.162  1.00 36.88           N  \\nHETATM 1718  C5  CCC X  89     -25.528  -1.022 -31.089  1.00 37.05           C  \\nHETATM 1719  C6  CCC X  89     -24.764  -0.570 -32.159  1.00 37.33           C  \\nTER    1720      CCC X  89                                                      \\nHETATM 1721  PG  GTP Y  10      34.674  11.503  66.550  1.00 51.97           P  \\nHETATM 1722  O1G GTP Y  10      34.433  12.248  65.256  1.00 52.00           O  \\nHETATM 1723  O2G GTP Y  10      34.238  10.063  66.404  1.00 51.54           O  \\nHETATM 1724  O3G GTP Y  10      33.892  12.164  67.663  1.00 51.81           O  \\nHETATM 1725  O3B GTP Y  10      36.248  11.563  66.889  1.00 51.71           O  \\nHETATM 1726  PB  GTP Y  10      37.357  11.134  65.798  1.00 51.83           P  \\nHETATM 1727  O1B GTP Y  10      38.464  10.400  66.518  1.00 51.83           O  \\nHETATM 1728  O2B GTP Y  10      37.917  12.374  65.135  1.00 51.53           O  \\nHETATM 1729  O3A GTP Y  10      36.751  10.219  64.757  1.00 50.73           O  \\nHETATM 1730  PA  GTP Y  10      36.996  10.224  63.178  1.00 45.06           P  \\nHETATM 1731  O1A GTP Y  10      36.274  11.179  62.296  1.00 44.52           O  \\nHETATM 1732  O2A GTP Y  10      36.673   8.772  63.106  1.00 44.78           O  \\nHETATM 1733  O5' GTP Y  10      38.567  10.334  62.878  1.00 43.08           O  \\nHETATM 1734  C5' GTP Y  10      39.024  10.935  61.673  1.00 41.22           C  \\nHETATM 1735  C4' GTP Y  10      40.470  10.560  61.412  1.00 39.87           C  \\nHETATM 1736  O4' GTP Y  10      41.237  10.701  62.634  1.00 39.42           O  \\nHETATM 1737  C3' GTP Y  10      40.688   9.108  61.018  1.00 38.93           C  \\nHETATM 1738  O3' GTP Y  10      40.459   8.929  59.634  1.00 37.91           O  \\nHETATM 1739  C2' GTP Y  10      42.152   8.919  61.386  1.00 38.97           C  \\nHETATM 1740  O2' GTP Y  10      43.038   9.514  60.456  1.00 38.73           O  \\nHETATM 1741  C1' GTP Y  10      42.194   9.661  62.717  1.00 39.08           C  \\nHETATM 1742  N9  GTP Y  10      41.858   8.799  63.846  1.00 39.11           N  \\nHETATM 1743  C8  GTP Y  10      40.752   8.876  64.659  1.00 39.10           C  \\nHETATM 1744  N7  GTP Y  10      40.724   7.954  65.583  1.00 39.00           N  \\nHETATM 1745  C5  GTP Y  10      41.884   7.219  65.367  1.00 38.91           C  \\nHETATM 1746  C6  GTP Y  10      42.397   6.096  66.058  1.00 38.66           C  \\nHETATM 1747  O6  GTP Y  10      41.908   5.506  67.031  1.00 38.55           O  \\nHETATM 1748  N1  GTP Y  10      43.603   5.660  65.512  1.00 38.84           N  \\nHETATM 1749  C2  GTP Y  10      44.233   6.238  64.433  1.00 39.21           C  \\nHETATM 1750  N2  GTP Y  10      45.389   5.681  64.046  1.00 39.36           N  \\nHETATM 1751  N3  GTP Y  10      43.764   7.292  63.779  1.00 39.10           N  \\nHETATM 1752  C4  GTP Y  10      42.591   7.727  64.300  1.00 39.01           C  \\nATOM   1753  P     G Y  11      39.789   7.571  59.130  1.00 37.33           P  \\nATOM   1754  OP1   G Y  11      39.320   7.788  57.742  1.00 36.99           O  \\nATOM   1755  OP2   G Y  11      38.843   7.107  60.171  1.00 36.85           O  \\nATOM   1756  O5'   G Y  11      41.032   6.560  59.114  1.00 36.93           O  \\nATOM   1757  C5'   G Y  11      42.210   6.908  58.392  1.00 35.97           C  \\nATOM   1758  C4'   G Y  11      43.326   5.915  58.655  1.00 35.48           C  \\nATOM   1759  O4'   G Y  11      43.774   6.017  60.031  1.00 35.34           O  \\nATOM   1760  C3'   G Y  11      42.941   4.453  58.522  1.00 35.37           C  \\nATOM   1761  O3'   G Y  11      42.898   4.058  57.154  1.00 35.28           O  \\nATOM   1762  C2'   G Y  11      44.100   3.809  59.275  1.00 35.07           C  \\nATOM   1763  O2'   G Y  11      45.304   3.849  58.533  1.00 35.26           O  \\nATOM   1764  C1'   G Y  11      44.206   4.743  60.476  1.00 34.59           C  \\nATOM   1765  N9    G Y  11      43.396   4.335  61.623  1.00 34.47           N  \\nATOM   1766  C8    G Y  11      42.237   4.923  62.070  1.00 33.60           C  \\nATOM   1767  N7    G Y  11      41.735   4.342  63.124  1.00 33.77           N  \\nATOM   1768  C5    G Y  11      42.610   3.295  63.394  1.00 33.83           C  \\nATOM   1769  C6    G Y  11      42.586   2.321  64.422  1.00 33.58           C  \\nATOM   1770  O6    G Y  11      41.755   2.174  65.329  1.00 34.19           O  \\nATOM   1771  N1    G Y  11      43.666   1.445  64.335  1.00 33.92           N  \\nATOM   1772  C2    G Y  11      44.650   1.508  63.376  1.00 33.81           C  \\nATOM   1773  N2    G Y  11      45.612   0.578  63.453  1.00 33.71           N  \\nATOM   1774  N3    G Y  11      44.686   2.418  62.410  1.00 33.84           N  \\nATOM   1775  C4    G Y  11      43.639   3.277  62.478  1.00 33.76           C  \\nATOM   1776  P     A Y  12      41.856   2.934  56.692  1.00 34.92           P  \\nATOM   1777  OP1   A Y  12      41.921   2.826  55.218  1.00 35.38           O  \\nATOM   1778  OP2   A Y  12      40.561   3.206  57.354  1.00 35.46           O  \\nATOM   1779  O5'   A Y  12      42.455   1.597  57.339  1.00 34.99           O  \\nATOM   1780  C5'   A Y  12      43.722   1.105  56.919  1.00 35.11           C  \\nATOM   1781  C4'   A Y  12      44.152  -0.076  57.769  1.00 35.00           C  \\nATOM   1782  O4'   A Y  12      44.357   0.345  59.143  1.00 34.95           O  \\nATOM   1783  C3'   A Y  12      43.130  -1.197  57.870  1.00 35.18           C  \\nATOM   1784  O3'   A Y  12      43.227  -2.052  56.741  1.00 35.53           O  \\nATOM   1785  C2'   A Y  12      43.592  -1.888  59.145  1.00 34.78           C  \\nATOM   1786  O2'   A Y  12      44.758  -2.660  58.931  1.00 36.36           O  \\nATOM   1787  C1'   A Y  12      43.913  -0.679  60.017  1.00 34.51           C  \\nATOM   1788  N9    A Y  12      42.769  -0.179  60.782  1.00 33.38           N  \\nATOM   1789  C8    A Y  12      41.938   0.853  60.447  1.00 33.49           C  \\nATOM   1790  N7    A Y  12      40.994   1.087  61.329  1.00 32.43           N  \\nATOM   1791  C5    A Y  12      41.225   0.144  62.316  1.00 32.77           C  \\nATOM   1792  C6    A Y  12      40.568  -0.136  63.533  1.00 32.58           C  \\nATOM   1793  N6    A Y  12      39.502   0.547  63.970  1.00 33.26           N  \\nATOM   1794  N1    A Y  12      41.051  -1.144  64.285  1.00 32.67           N  \\nATOM   1795  C2    A Y  12      42.118  -1.828  63.848  1.00 32.02           C  \\nATOM   1796  N3    A Y  12      42.819  -1.656  62.727  1.00 32.49           N  \\nATOM   1797  C4    A Y  12      42.315  -0.645  61.996  1.00 32.99           C  \\nATOM   1798  P     C Y  13      41.904  -2.705  56.123  1.00 35.50           P  \\nATOM   1799  OP1   C Y  13      42.245  -3.250  54.790  1.00 36.21           O  \\nATOM   1800  OP2   C Y  13      40.802  -1.727  56.270  1.00 35.80           O  \\nATOM   1801  O5'   C Y  13      41.610  -3.924  57.114  1.00 36.01           O  \\nATOM   1802  C5'   C Y  13      42.616  -4.901  57.361  1.00 35.86           C  \\nATOM   1803  C4'   C Y  13      42.203  -5.777  58.526  1.00 35.76           C  \\nATOM   1804  O4'   C Y  13      42.278  -5.014  59.756  1.00 35.57           O  \\nATOM   1805  C3'   C Y  13      40.756  -6.239  58.485  1.00 35.48           C  \\nATOM   1806  O3'   C Y  13      40.606  -7.355  57.619  1.00 35.58           O  \\nATOM   1807  C2'   C Y  13      40.539  -6.605  59.947  1.00 35.47           C  \\nATOM   1808  O2'   C Y  13      41.129  -7.845  60.282  1.00 35.97           O  \\nATOM   1809  C1'   C Y  13      41.271  -5.461  60.647  1.00 35.33           C  \\nATOM   1810  N1    C Y  13      40.380  -4.309  60.993  1.00 34.50           N  \\nATOM   1811  C2    C Y  13      39.638  -4.339  62.181  1.00 34.44           C  \\nATOM   1812  O2    C Y  13      39.737  -5.320  62.932  1.00 33.74           O  \\nATOM   1813  N3    C Y  13      38.832  -3.288  62.479  1.00 33.93           N  \\nATOM   1814  C4    C Y  13      38.752  -2.248  61.645  1.00 34.56           C  \\nATOM   1815  N4    C Y  13      37.945  -1.235  61.978  1.00 34.64           N  \\nATOM   1816  C5    C Y  13      39.497  -2.201  60.429  1.00 34.47           C  \\nATOM   1817  C6    C Y  13      40.291  -3.240  60.149  1.00 34.67           C  \\nATOM   1818  P     U Y  14      39.347  -7.424  56.635  1.00 35.65           P  \\nATOM   1819  OP1   U Y  14      39.573  -8.523  55.671  1.00 35.08           O  \\nATOM   1820  OP2   U Y  14      39.084  -6.052  56.146  1.00 35.85           O  \\nATOM   1821  O5'   U Y  14      38.153  -7.839  57.615  1.00 35.31           O  \\nATOM   1822  C5'   U Y  14      38.133  -9.143  58.183  1.00 34.60           C  \\nATOM   1823  C4'   U Y  14      37.385  -9.151  59.502  1.00 34.06           C  \\nATOM   1824  O4'   U Y  14      37.830  -8.053  60.338  1.00 33.80           O  \\nATOM   1825  C3'   U Y  14      35.888  -8.910  59.398  1.00 34.30           C  \\nATOM   1826  O3'   U Y  14      35.207 -10.081  58.981  1.00 35.80           O  \\nATOM   1827  C2'   U Y  14      35.564  -8.534  60.838  1.00 33.45           C  \\nATOM   1828  O2'   U Y  14      35.508  -9.651  61.705  1.00 32.86           O  \\nATOM   1829  C1'   U Y  14      36.758  -7.640  61.171  1.00 32.82           C  \\nATOM   1830  N1    U Y  14      36.453  -6.203  60.918  1.00 32.51           N  \\nATOM   1831  C2    U Y  14      35.693  -5.515  61.844  1.00 31.99           C  \\nATOM   1832  O2    U Y  14      35.275  -6.018  62.872  1.00 31.28           O  \\nATOM   1833  N3    U Y  14      35.444  -4.204  61.531  1.00 31.59           N  \\nATOM   1834  C4    U Y  14      35.863  -3.525  60.403  1.00 32.14           C  \\nATOM   1835  O4    U Y  14      35.556  -2.345  60.264  1.00 32.11           O  \\nATOM   1836  C5    U Y  14      36.644  -4.308  59.478  1.00 32.18           C  \\nATOM   1837  C6    U Y  14      36.898  -5.593  59.762  1.00 32.18           C  \\nATOM   1838  P     C Y  15      33.873  -9.927  58.115  1.00 36.36           P  \\nATOM   1839  OP1   C Y  15      33.304 -11.279  57.919  1.00 36.75           O  \\nATOM   1840  OP2   C Y  15      34.191  -9.080  56.944  1.00 36.87           O  \\nATOM   1841  O5'   C Y  15      32.916  -9.079  59.077  1.00 36.90           O  \\nATOM   1842  C5'   C Y  15      31.915  -9.740  59.837  1.00 37.24           C  \\nATOM   1843  C4'   C Y  15      31.412  -8.893  60.994  1.00 36.98           C  \\nATOM   1844  O4'   C Y  15      32.317  -7.807  61.327  1.00 36.64           O  \\nATOM   1845  C3'   C Y  15      30.126  -8.128  60.748  1.00 37.42           C  \\nATOM   1846  O3'   C Y  15      29.002  -8.989  60.644  1.00 38.34           O  \\nATOM   1847  C2'   C Y  15      30.119  -7.290  62.019  1.00 36.57           C  \\nATOM   1848  O2'   C Y  15      29.826  -8.055  63.172  1.00 36.12           O  \\nATOM   1849  C1'   C Y  15      31.576  -6.829  62.045  1.00 35.97           C  \\nATOM   1850  N1    C Y  15      31.752  -5.477  61.425  1.00 35.64           N  \\nATOM   1851  C2    C Y  15      31.240  -4.347  62.082  1.00 35.34           C  \\nATOM   1852  O2    C Y  15      30.665  -4.483  63.167  1.00 35.53           O  \\nATOM   1853  N3    C Y  15      31.392  -3.125  61.514  1.00 35.14           N  \\nATOM   1854  C4    C Y  15      32.016  -3.008  60.342  1.00 35.15           C  \\nATOM   1855  N4    C Y  15      32.138  -1.781  59.824  1.00 34.81           N  \\nATOM   1856  C5    C Y  15      32.540  -4.144  59.654  1.00 35.05           C  \\nATOM   1857  C6    C Y  15      32.385  -5.346  60.223  1.00 35.18           C  \\nATOM   1858  P     G Y  16      27.800  -8.555  59.679  1.00 38.91           P  \\nATOM   1859  OP1   G Y  16      26.852  -9.689  59.606  1.00 38.96           O  \\nATOM   1860  OP2   G Y  16      28.383  -7.991  58.440  1.00 39.28           O  \\nATOM   1861  O5'   G Y  16      27.117  -7.342  60.464  1.00 37.51           O  \\nATOM   1862  C5'   G Y  16      26.396  -7.591  61.660  1.00 36.21           C  \\nATOM   1863  C4'   G Y  16      26.165  -6.303  62.428  1.00 34.74           C  \\nATOM   1864  O4'   G Y  16      27.386  -5.524  62.484  1.00 34.19           O  \\nATOM   1865  C3'   G Y  16      25.174  -5.330  61.810  1.00 33.99           C  \\nATOM   1866  O3'   G Y  16      23.836  -5.758  62.028  1.00 33.77           O  \\nATOM   1867  C2'   G Y  16      25.514  -4.087  62.621  1.00 33.75           C  \\nATOM   1868  O2'   G Y  16      25.040  -4.163  63.951  1.00 33.26           O  \\nATOM   1869  C1'   G Y  16      27.039  -4.155  62.611  1.00 33.31           C  \\nATOM   1870  N9    G Y  16      27.642  -3.402  61.514  1.00 32.95           N  \\nATOM   1871  C8    G Y  16      28.433  -3.901  60.503  1.00 32.41           C  \\nATOM   1872  N7    G Y  16      28.835  -2.988  59.662  1.00 32.16           N  \\nATOM   1873  C5    G Y  16      28.274  -1.810  60.143  1.00 31.79           C  \\nATOM   1874  C6    G Y  16      28.359  -0.489  59.643  1.00 31.66           C  \\nATOM   1875  O6    G Y  16      28.968  -0.087  58.644  1.00 32.08           O  \\nATOM   1876  N1    G Y  16      27.645   0.413  60.430  1.00 31.44           N  \\nATOM   1877  C2    G Y  16      26.932   0.078  61.558  1.00 31.93           C  \\nATOM   1878  N2    G Y  16      26.299   1.082  62.187  1.00 31.85           N  \\nATOM   1879  N3    G Y  16      26.845  -1.158  62.036  1.00 32.05           N  \\nATOM   1880  C4    G Y  16      27.537  -2.048  61.281  1.00 31.87           C  \\nATOM   1881  P     G Y  17      22.697  -5.438  60.947  1.00 32.96           P  \\nATOM   1882  OP1   G Y  17      21.545  -6.321  61.226  1.00 33.44           O  \\nATOM   1883  OP2   G Y  17      23.306  -5.424  59.601  1.00 33.43           O  \\nATOM   1884  O5'   G Y  17      22.289  -3.938  61.311  1.00 32.54           O  \\nATOM   1885  C5'   G Y  17      21.890  -3.614  62.633  1.00 31.91           C  \\nATOM   1886  C4'   G Y  17      21.723  -2.114  62.744  1.00 31.77           C  \\nATOM   1887  O4'   G Y  17      23.017  -1.483  62.581  1.00 31.54           O  \\nATOM   1888  C3'   G Y  17      20.904  -1.497  61.624  1.00 32.15           C  \\nATOM   1889  O3'   G Y  17      19.513  -1.659  61.850  1.00 32.62           O  \\nATOM   1890  C2'   G Y  17      21.347  -0.047  61.730  1.00 31.86           C  \\nATOM   1891  O2'   G Y  17      20.808   0.586  62.873  1.00 33.03           O  \\nATOM   1892  C1'   G Y  17      22.846  -0.243  61.919  1.00 30.94           C  \\nATOM   1893  N9    G Y  17      23.632  -0.232  60.686  1.00 30.42           N  \\nATOM   1894  C8    G Y  17      24.272  -1.297  60.099  1.00 29.89           C  \\nATOM   1895  N7    G Y  17      24.923  -0.979  59.013  1.00 29.95           N  \\nATOM   1896  C5    G Y  17      24.708   0.385  58.871  1.00 30.04           C  \\nATOM   1897  C6    G Y  17      25.168   1.285  57.878  1.00 29.74           C  \\nATOM   1898  O6    G Y  17      25.878   1.045  56.893  1.00 29.13           O  \\nATOM   1899  N1    G Y  17      24.718   2.584  58.107  1.00 29.34           N  \\nATOM   1900  C2    G Y  17      23.923   2.968  59.163  1.00 29.48           C  \\nATOM   1901  N2    G Y  17      23.592   4.268  59.216  1.00 28.83           N  \\nATOM   1902  N3    G Y  17      23.490   2.135  60.103  1.00 29.71           N  \\nATOM   1903  C4    G Y  17      23.918   0.863  59.895  1.00 30.02           C  \\nATOM   1904  P     G Y  18      18.551  -1.929  60.601  1.00 33.28           P  \\nATOM   1905  OP1   G Y  18      17.213  -2.267  61.128  1.00 32.89           O  \\nATOM   1906  OP2   G Y  18      19.235  -2.869  59.683  1.00 32.34           O  \\nATOM   1907  O5'   G Y  18      18.503  -0.499  59.880  1.00 33.14           O  \\nATOM   1908  C5'   G Y  18      18.111   0.659  60.613  1.00 34.09           C  \\nATOM   1909  C4'   G Y  18      18.330   1.928  59.807  1.00 34.08           C  \\nATOM   1910  O4'   G Y  18      19.739   2.115  59.524  1.00 34.32           O  \\nATOM   1911  C3'   G Y  18      17.685   1.947  58.431  1.00 34.37           C  \\nATOM   1912  O3'   G Y  18      16.300   2.247  58.567  1.00 34.45           O  \\nATOM   1913  C2'   G Y  18      18.467   3.079  57.771  1.00 34.18           C  \\nATOM   1914  O2'   G Y  18      17.976   4.353  58.139  1.00 34.67           O  \\nATOM   1915  C1'   G Y  18      19.870   2.892  58.345  1.00 34.21           C  \\nATOM   1916  N9    G Y  18      20.807   2.242  57.428  1.00 33.70           N  \\nATOM   1917  C8    G Y  18      21.085   0.899  57.333  1.00 33.68           C  \\nATOM   1918  N7    G Y  18      21.967   0.611  56.414  1.00 33.31           N  \\nATOM   1919  C5    G Y  18      22.301   1.842  55.864  1.00 33.61           C  \\nATOM   1920  C6    G Y  18      23.212   2.166  54.828  1.00 33.60           C  \\nATOM   1921  O6    G Y  18      23.929   1.406  54.163  1.00 34.50           O  \\nATOM   1922  N1    G Y  18      23.248   3.534  54.579  1.00 33.56           N  \\nATOM   1923  C2    G Y  18      22.499   4.474  55.246  1.00 33.63           C  \\nATOM   1924  N2    G Y  18      22.676   5.750  54.871  1.00 33.65           N  \\nATOM   1925  N3    G Y  18      21.645   4.185  56.219  1.00 33.72           N  \\nATOM   1926  C4    G Y  18      21.595   2.855  56.476  1.00 33.79           C  \\nATOM   1927  P     G Y  19      15.244   1.899  57.413  1.00 34.30           P  \\nATOM   1928  OP1   G Y  19      13.894   1.918  58.019  1.00 34.13           O  \\nATOM   1929  OP2   G Y  19      15.722   0.705  56.680  1.00 34.26           O  \\nATOM   1930  O5'   G Y  19      15.363   3.157  56.439  1.00 33.40           O  \\nATOM   1931  C5'   G Y  19      14.916   4.426  56.882  1.00 32.99           C  \\nATOM   1932  C4'   G Y  19      15.282   5.486  55.862  1.00 32.49           C  \\nATOM   1933  O4'   G Y  19      16.725   5.590  55.766  1.00 32.74           O  \\nATOM   1934  C3'   G Y  19      14.826   5.179  54.446  1.00 32.85           C  \\nATOM   1935  O3'   G Y  19      13.483   5.625  54.263  1.00 33.31           O  \\nATOM   1936  C2'   G Y  19      15.812   6.006  53.630  1.00 32.62           C  \\nATOM   1937  O2'   G Y  19      15.449   7.374  53.621  1.00 32.54           O  \\nATOM   1938  C1'   G Y  19      17.103   5.813  54.421  1.00 32.13           C  \\nATOM   1939  N9    G Y  19      17.944   4.691  54.000  1.00 31.64           N  \\nATOM   1940  C8    G Y  19      17.759   3.357  54.282  1.00 31.52           C  \\nATOM   1941  N7    G Y  19      18.691   2.586  53.789  1.00 31.69           N  \\nATOM   1942  C5    G Y  19      19.552   3.465  53.145  1.00 31.07           C  \\nATOM   1943  C6    G Y  19      20.743   3.212  52.423  1.00 31.20           C  \\nATOM   1944  O6    G Y  19      21.291   2.123  52.202  1.00 31.45           O  \\nATOM   1945  N1    G Y  19      21.307   4.385  51.927  1.00 30.57           N  \\nATOM   1946  C2    G Y  19      20.787   5.644  52.107  1.00 30.77           C  \\nATOM   1947  N2    G Y  19      21.473   6.658  51.558  1.00 30.93           N  \\nATOM   1948  N3    G Y  19      19.673   5.895  52.780  1.00 30.59           N  \\nATOM   1949  C4    G Y  19      19.108   4.762  53.267  1.00 31.05           C  \\nATOM   1950  P     U Y  20      12.475   4.790  53.343  1.00 33.81           P  \\nATOM   1951  OP1   U Y  20      11.123   5.367  53.515  1.00 34.80           O  \\nATOM   1952  OP2   U Y  20      12.702   3.354  53.608  1.00 34.10           O  \\nATOM   1953  O5'   U Y  20      12.988   5.099  51.860  1.00 34.28           O  \\nATOM   1954  C5'   U Y  20      12.709   6.348  51.237  1.00 33.56           C  \\nATOM   1955  C4'   U Y  20      13.580   6.528  50.007  1.00 33.91           C  \\nATOM   1956  O4'   U Y  20      14.972   6.346  50.365  1.00 34.21           O  \\nATOM   1957  C3'   U Y  20      13.324   5.523  48.893  1.00 34.35           C  \\nATOM   1958  O3'   U Y  20      12.326   6.030  48.020  1.00 34.63           O  \\nATOM   1959  C2'   U Y  20      14.670   5.454  48.178  1.00 34.11           C  \\nATOM   1960  O2'   U Y  20      14.741   6.370  47.103  1.00 34.08           O  \\nATOM   1961  C1'   U Y  20      15.684   5.819  49.263  1.00 34.22           C  \\nATOM   1962  N1    U Y  20      16.490   4.644  49.709  1.00 34.18           N  \\nATOM   1963  C2    U Y  20      17.785   4.504  49.254  1.00 34.22           C  \\nATOM   1964  O2    U Y  20      18.322   5.306  48.510  1.00 34.60           O  \\nATOM   1965  N3    U Y  20      18.437   3.383  49.705  1.00 33.95           N  \\nATOM   1966  C4    U Y  20      17.930   2.409  50.545  1.00 34.11           C  \\nATOM   1967  O4    U Y  20      18.635   1.460  50.867  1.00 34.28           O  \\nATOM   1968  C5    U Y  20      16.573   2.623  50.974  1.00 34.28           C  \\nATOM   1969  C6    U Y  20      15.918   3.707  50.546  1.00 34.23           C  \\nATOM   1970  P     G Y  21      11.066   5.142  47.600  1.00 35.46           P  \\nATOM   1971  OP1   G Y  21      10.949   4.018  48.558  1.00 34.93           O  \\nATOM   1972  OP2   G Y  21      11.159   4.875  46.146  1.00 35.33           O  \\nATOM   1973  O5'   G Y  21       9.848   6.157  47.819  1.00 34.79           O  \\nATOM   1974  C5'   G Y  21       9.411   6.466  49.131  1.00 33.43           C  \\nATOM   1975  C4'   G Y  21       9.281   7.966  49.323  1.00 32.33           C  \\nATOM   1976  O4'   G Y  21      10.589   8.587  49.350  1.00 31.89           O  \\nATOM   1977  C3'   G Y  21       8.572   8.735  48.222  1.00 32.24           C  \\nATOM   1978  O3'   G Y  21       7.164   8.566  48.314  1.00 32.86           O  \\nATOM   1979  C2'   G Y  21       8.976  10.148  48.616  1.00 31.72           C  \\nATOM   1980  O2'   G Y  21       8.271  10.590  49.759  1.00 31.94           O  \\nATOM   1981  C1'   G Y  21      10.446   9.943  48.968  1.00 30.26           C  \\nATOM   1982  N9    G Y  21      11.362  10.239  47.870  1.00 29.04           N  \\nATOM   1983  C8    G Y  21      12.087   9.343  47.119  1.00 28.38           C  \\nATOM   1984  N7    G Y  21      12.829   9.913  46.209  1.00 28.14           N  \\nATOM   1985  C5    G Y  21      12.580  11.272  46.365  1.00 27.70           C  \\nATOM   1986  C6    G Y  21      13.096  12.388  45.661  1.00 27.63           C  \\nATOM   1987  O6    G Y  21      13.907  12.398  44.726  1.00 27.85           O  \\nATOM   1988  N1    G Y  21      12.582  13.591  46.144  1.00 26.71           N  \\nATOM   1989  C2    G Y  21      11.681  13.702  47.173  1.00 27.10           C  \\nATOM   1990  N2    G Y  21      11.296  14.945  47.497  1.00 26.96           N  \\nATOM   1991  N3    G Y  21      11.190  12.666  47.841  1.00 27.30           N  \\nATOM   1992  C4    G Y  21      11.681  11.488  47.385  1.00 27.87           C  \\nATOM   1993  P     C Y  22       6.261   8.640  46.997  1.00 32.43           P  \\nATOM   1994  OP1   C Y  22       4.902   8.186  47.363  1.00 32.86           O  \\nATOM   1995  OP2   C Y  22       7.005   7.976  45.903  1.00 32.59           O  \\nATOM   1996  O5'   C Y  22       6.211  10.200  46.650  1.00 32.05           O  \\nATOM   1997  C5'   C Y  22       5.583  11.119  47.534  1.00 31.37           C  \\nATOM   1998  C4'   C Y  22       5.918  12.534  47.105  1.00 30.48           C  \\nATOM   1999  O4'   C Y  22       7.356  12.706  47.124  1.00 29.49           O  \\nATOM   2000  C3'   C Y  22       5.541  12.854  45.667  1.00 30.80           C  \\nATOM   2001  O3'   C Y  22       4.167  13.209  45.578  1.00 31.97           O  \\nATOM   2002  C2'   C Y  22       6.471  14.022  45.359  1.00 29.72           C  \\nATOM   2003  O2'   C Y  22       5.998  15.250  45.876  1.00 29.45           O  \\nATOM   2004  C1'   C Y  22       7.741  13.603  46.096  1.00 29.28           C  \\nATOM   2005  N1    C Y  22       8.759  12.946  45.219  1.00 28.95           N  \\nATOM   2006  C2    C Y  22       9.521  13.732  44.347  1.00 28.51           C  \\nATOM   2007  O2    C Y  22       9.329  14.952  44.321  1.00 28.28           O  \\nATOM   2008  N3    C Y  22      10.452  13.133  43.561  1.00 26.68           N  \\nATOM   2009  C4    C Y  22      10.623  11.813  43.619  1.00 27.09           C  \\nATOM   2010  N4    C Y  22      11.551  11.269  42.824  1.00 26.80           N  \\nATOM   2011  C5    C Y  22       9.856  10.990  44.498  1.00 27.56           C  \\nATOM   2012  C6    C Y  22       8.944  11.593  45.270  1.00 28.76           C  \\nATOM   2013  P     C Y  23       3.281  12.639  44.373  1.00 33.15           P  \\nATOM   2014  OP1   C Y  23       1.857  12.837  44.724  1.00 33.26           O  \\nATOM   2015  OP2   C Y  23       3.782  11.287  44.027  1.00 33.32           O  \\nATOM   2016  O5'   C Y  23       3.654  13.630  43.175  1.00 33.01           O  \\nATOM   2017  C5'   C Y  23       3.509  15.036  43.355  1.00 32.90           C  \\nATOM   2018  C4'   C Y  23       3.986  15.795  42.130  1.00 33.42           C  \\nATOM   2019  O4'   C Y  23       5.406  15.565  41.937  1.00 32.98           O  \\nATOM   2020  C3'   C Y  23       3.304  15.390  40.825  1.00 34.19           C  \\nATOM   2021  O3'   C Y  23       3.109  16.527  39.998  1.00 36.11           O  \\nATOM   2022  C2'   C Y  23       4.320  14.447  40.196  1.00 33.17           C  \\nATOM   2023  O2'   C Y  23       4.211  14.405  38.788  1.00 32.69           O  \\nATOM   2024  C1'   C Y  23       5.617  15.129  40.610  1.00 32.69           C  \\nATOM   2025  N1    C Y  23       6.799  14.223  40.535  1.00 32.10           N  \\nATOM   2026  C2    C Y  23       7.885  14.586  39.729  1.00 31.84           C  \\nATOM   2027  O2    C Y  23       7.850  15.661  39.116  1.00 31.83           O  \\nATOM   2028  N3    C Y  23       8.948  13.751  39.645  1.00 31.49           N  \\nATOM   2029  C4    C Y  23       8.948  12.600  40.318  1.00 31.82           C  \\nATOM   2030  N4    C Y  23      10.021  11.812  40.196  1.00 31.87           N  \\nATOM   2031  C5    C Y  23       7.847  12.208  41.140  1.00 31.93           C  \\nATOM   2032  C6    C Y  23       6.801  13.039  41.215  1.00 31.78           C  \\nATOM   2033  P     C Y  24       1.737  17.346  40.047  1.00 37.68           P  \\nATOM   2034  OP1   C Y  24       1.476  17.729  41.454  1.00 37.42           O  \\nATOM   2035  OP2   C Y  24       0.724  16.587  39.284  1.00 38.01           O  \\nATOM   2036  O5'   C Y  24       2.123  18.657  39.213  1.00 37.80           O  \\nATOM   2037  C5'   C Y  24       1.148  19.371  38.467  1.00 38.35           C  \\nATOM   2038  C4'   C Y  24       1.825  20.444  37.636  1.00 38.45           C  \\nATOM   2039  O4'   C Y  24       2.874  21.063  38.420  1.00 38.73           O  \\nATOM   2040  C3'   C Y  24       2.551  19.933  36.402  1.00 38.89           C  \\nATOM   2041  O3'   C Y  24       1.644  19.776  35.320  1.00 39.06           O  \\nATOM   2042  C2'   C Y  24       3.547  21.060  36.151  1.00 38.72           C  \\nATOM   2043  O2'   C Y  24       2.956  22.169  35.504  1.00 39.56           O  \\nATOM   2044  C1'   C Y  24       3.946  21.439  37.575  1.00 38.31           C  \\nATOM   2045  N1    C Y  24       5.212  20.777  38.023  1.00 38.04           N  \\nATOM   2046  C2    C Y  24       6.366  21.550  38.201  1.00 37.77           C  \\nATOM   2047  O2    C Y  24       6.313  22.772  38.005  1.00 38.05           O  \\nATOM   2048  N3    C Y  24       7.513  20.941  38.592  1.00 37.21           N  \\nATOM   2049  C4    C Y  24       7.534  19.623  38.797  1.00 37.22           C  \\nATOM   2050  N4    C Y  24       8.688  19.071  39.183  1.00 37.31           N  \\nATOM   2051  C5    C Y  24       6.372  18.815  38.612  1.00 37.55           C  \\nATOM   2052  C6    C Y  24       5.246  19.427  38.229  1.00 37.68           C  \\nATOM   2053  P     U Y  25       1.419  18.335  34.663  1.00 38.58           P  \\nATOM   2054  OP1   U Y  25       0.311  18.468  33.691  1.00 39.17           O  \\nATOM   2055  OP2   U Y  25       1.331  17.332  35.747  1.00 39.45           O  \\nATOM   2056  O5'   U Y  25       2.787  18.077  33.874  1.00 38.30           O  \\nATOM   2057  C5'   U Y  25       3.061  18.823  32.701  1.00 37.50           C  \\nATOM   2058  C4'   U Y  25       4.382  18.432  32.061  1.00 36.89           C  \\nATOM   2059  O4'   U Y  25       5.455  18.353  33.032  1.00 36.36           O  \\nATOM   2060  C3'   U Y  25       4.447  17.064  31.406  1.00 36.84           C  \\nATOM   2061  O3'   U Y  25       3.676  17.039  30.209  1.00 36.83           O  \\nATOM   2062  C2'   U Y  25       5.947  17.036  31.138  1.00 36.23           C  \\nATOM   2063  O2'   U Y  25       6.322  17.896  30.080  1.00 36.99           O  \\nATOM   2064  C1'   U Y  25       6.492  17.571  32.463  1.00 35.26           C  \\nATOM   2065  N1    U Y  25       6.880  16.466  33.390  1.00 34.78           N  \\nATOM   2066  C2    U Y  25       7.988  15.703  33.081  1.00 34.12           C  \\nATOM   2067  O2    U Y  25       8.684  15.899  32.100  1.00 33.08           O  \\nATOM   2068  N3    U Y  25       8.265  14.695  33.969  1.00 33.73           N  \\nATOM   2069  C4    U Y  25       7.557  14.367  35.107  1.00 34.00           C  \\nATOM   2070  O4    U Y  25       7.935  13.430  35.805  1.00 33.52           O  \\nATOM   2071  C5    U Y  25       6.409  15.203  35.363  1.00 34.30           C  \\nATOM   2072  C6    U Y  25       6.118  16.195  34.510  1.00 34.54           C  \\nATOM   2073  P     U Y  26       3.200  15.655  29.558  1.00 37.17           P  \\nATOM   2074  OP1   U Y  26       2.297  15.977  28.430  1.00 36.79           O  \\nATOM   2075  OP2   U Y  26       2.733  14.766  30.645  1.00 36.66           O  \\nATOM   2076  O5'   U Y  26       4.560  15.047  28.971  1.00 36.90           O  \\nATOM   2077  C5'   U Y  26       5.145  15.606  27.801  1.00 36.53           C  \\nATOM   2078  C4'   U Y  26       6.417  14.870  27.423  1.00 36.50           C  \\nATOM   2079  O4'   U Y  26       7.349  14.897  28.535  1.00 35.96           O  \\nATOM   2080  C3'   U Y  26       6.257  13.382  27.142  1.00 36.77           C  \\nATOM   2081  O3'   U Y  26       5.738  13.140  25.838  1.00 37.36           O  \\nATOM   2082  C2'   U Y  26       7.702  12.922  27.286  1.00 36.19           C  \\nATOM   2083  O2'   U Y  26       8.504  13.282  26.178  1.00 36.35           O  \\nATOM   2084  C1'   U Y  26       8.125  13.711  28.523  1.00 35.85           C  \\nATOM   2085  N1    U Y  26       7.901  12.949  29.790  1.00 35.38           N  \\nATOM   2086  C2    U Y  26       8.783  11.944  30.132  1.00 35.01           C  \\nATOM   2087  O2    U Y  26       9.754  11.648  29.458  1.00 35.44           O  \\nATOM   2088  N3    U Y  26       8.494  11.295  31.306  1.00 34.64           N  \\nATOM   2089  C4    U Y  26       7.428  11.539  32.152  1.00 34.56           C  \\nATOM   2090  O4    U Y  26       7.296  10.872  33.171  1.00 34.96           O  \\nATOM   2091  C5    U Y  26       6.548  12.596  31.726  1.00 35.05           C  \\nATOM   2092  C6    U Y  26       6.812  13.246  30.586  1.00 35.39           C  \\nATOM   2093  P     C Y  27       4.773  11.883  25.601  1.00 38.56           P  \\nATOM   2094  OP1   C Y  27       3.996  12.129  24.366  1.00 38.18           O  \\nATOM   2095  OP2   C Y  27       4.069  11.596  26.871  1.00 37.81           O  \\nATOM   2096  O5'   C Y  27       5.803  10.689  25.329  1.00 38.22           O  \\nATOM   2097  C5'   C Y  27       6.686  10.756  24.214  1.00 37.69           C  \\nATOM   2098  C4'   C Y  27       7.872   9.826  24.400  1.00 37.31           C  \\nATOM   2099  O4'   C Y  27       8.539  10.125  25.651  1.00 36.97           O  \\nATOM   2100  C3'   C Y  27       7.531   8.349  24.521  1.00 37.36           C  \\nATOM   2101  O3'   C Y  27       7.322   7.774  23.238  1.00 37.47           O  \\nATOM   2102  C2'   C Y  27       8.799   7.820  25.182  1.00 37.12           C  \\nATOM   2103  O2'   C Y  27       9.867   7.666  24.268  1.00 36.83           O  \\nATOM   2104  C1'   C Y  27       9.103   8.937  26.180  1.00 37.02           C  \\nATOM   2105  N1    C Y  27       8.517   8.667  27.527  1.00 36.79           N  \\nATOM   2106  C2    C Y  27       9.157   7.770  28.391  1.00 36.75           C  \\nATOM   2107  O2    C Y  27      10.208   7.228  28.028  1.00 36.48           O  \\nATOM   2108  N3    C Y  27       8.606   7.521  29.607  1.00 36.70           N  \\nATOM   2109  C4    C Y  27       7.471   8.126  29.964  1.00 36.75           C  \\nATOM   2110  N4    C Y  27       6.964   7.854  31.172  1.00 36.35           N  \\nATOM   2111  C5    C Y  27       6.803   9.039  29.096  1.00 36.97           C  \\nATOM   2112  C6    C Y  27       7.353   9.275  27.900  1.00 36.95           C  \\nATOM   2113  P     U Y  28       6.219   6.631  23.038  1.00 37.43           P  \\nATOM   2114  OP1   U Y  28       6.682   5.419  23.753  1.00 37.55           O  \\nATOM   2115  OP2   U Y  28       5.910   6.563  21.593  1.00 37.47           O  \\nATOM   2116  O5'   U Y  28       4.934   7.216  23.791  1.00 37.23           O  \\nATOM   2117  C5'   U Y  28       3.711   6.488  23.779  1.00 36.50           C  \\nATOM   2118  C4'   U Y  28       2.994   6.560  25.119  1.00 36.27           C  \\nATOM   2119  O4'   U Y  28       3.610   5.658  26.072  1.00 35.96           O  \\nATOM   2120  C3'   U Y  28       2.975   7.919  25.810  1.00 36.47           C  \\nATOM   2121  O3'   U Y  28       1.766   8.036  26.549  1.00 36.73           O  \\nATOM   2122  C2'   U Y  28       4.159   7.816  26.765  1.00 36.05           C  \\nATOM   2123  O2'   U Y  28       4.034   8.717  27.848  1.00 36.01           O  \\nATOM   2124  C1'   U Y  28       3.970   6.378  27.234  1.00 35.63           C  \\nATOM   2125  N1    U Y  28       5.160   5.696  27.822  1.00 35.55           N  \\nATOM   2126  C2    U Y  28       5.150   5.355  29.159  1.00 35.10           C  \\nATOM   2127  O2    U Y  28       4.226   5.619  29.907  1.00 34.80           O  \\nATOM   2128  N3    U Y  28       6.275   4.701  29.598  1.00 35.01           N  \\nATOM   2129  C4    U Y  28       7.379   4.347  28.844  1.00 35.05           C  \\nATOM   2130  O4    U Y  28       8.317   3.762  29.374  1.00 35.05           O  \\nATOM   2131  C5    U Y  28       7.310   4.723  27.456  1.00 35.31           C  \\nATOM   2132  C6    U Y  28       6.224   5.361  27.007  1.00 35.65           C  \\nATOM   2133  P     G Y  29       0.403   8.466  25.831  1.00 37.41           P  \\nATOM   2134  OP1   G Y  29       0.390   7.900  24.462  1.00 36.72           O  \\nATOM   2135  OP2   G Y  29       0.233   9.924  26.032  1.00 37.43           O  \\nATOM   2136  O5'   G Y  29      -0.697   7.702  26.702  1.00 37.11           O  \\nATOM   2137  C5'   G Y  29      -1.549   8.422  27.577  1.00 36.84           C  \\nATOM   2138  C4'   G Y  29      -2.543   7.473  28.215  1.00 36.04           C  \\nATOM   2139  O4'   G Y  29      -3.131   6.628  27.192  1.00 36.13           O  \\nATOM   2140  C3'   G Y  29      -1.940   6.482  29.196  1.00 35.92           C  \\nATOM   2141  O3'   G Y  29      -1.749   7.079  30.470  1.00 35.78           O  \\nATOM   2142  C2'   G Y  29      -3.035   5.423  29.205  1.00 35.62           C  \\nATOM   2143  O2'   G Y  29      -4.197   5.853  29.886  1.00 35.73           O  \\nATOM   2144  C1'   G Y  29      -3.304   5.318  27.706  1.00 35.45           C  \\nATOM   2145  N9    G Y  29      -2.363   4.416  27.045  1.00 35.27           N  \\nATOM   2146  C8    G Y  29      -1.387   4.745  26.135  1.00 34.91           C  \\nATOM   2147  N7    G Y  29      -0.686   3.723  25.731  1.00 34.82           N  \\nATOM   2148  C5    G Y  29      -1.228   2.644  26.420  1.00 35.05           C  \\nATOM   2149  C6    G Y  29      -0.879   1.273  26.394  1.00 34.85           C  \\nATOM   2150  O6    G Y  29       0.009   0.720  25.732  1.00 34.93           O  \\nATOM   2151  N1    G Y  29      -1.681   0.516  27.246  1.00 35.17           N  \\nATOM   2152  C2    G Y  29      -2.694   1.024  28.026  1.00 35.20           C  \\nATOM   2153  N2    G Y  29      -3.362   0.144  28.784  1.00 35.02           N  \\nATOM   2154  N3    G Y  29      -3.031   2.307  28.059  1.00 35.18           N  \\nATOM   2155  C4    G Y  29      -2.260   3.056  27.234  1.00 35.05           C  \\nATOM   2156  P     C Y  30      -0.452   6.713  31.334  1.00 35.86           P  \\nATOM   2157  OP1   C Y  30      -0.326   7.720  32.412  1.00 35.55           O  \\nATOM   2158  OP2   C Y  30       0.678   6.477  30.409  1.00 35.67           O  \\nATOM   2159  O5'   C Y  30      -0.855   5.311  31.981  1.00 35.62           O  \\nATOM   2160  C5'   C Y  30      -2.002   5.220  32.814  1.00 35.51           C  \\nATOM   2161  C4'   C Y  30      -2.237   3.779  33.214  1.00 34.83           C  \\nATOM   2162  O4'   C Y  30      -2.524   2.993  32.030  1.00 34.04           O  \\nATOM   2163  C3'   C Y  30      -1.026   3.078  33.808  1.00 35.37           C  \\nATOM   2164  O3'   C Y  30      -0.846   3.410  35.179  1.00 36.92           O  \\nATOM   2165  C2'   C Y  30      -1.443   1.626  33.613  1.00 34.43           C  \\nATOM   2166  O2'   C Y  30      -2.467   1.235  34.504  1.00 34.65           O  \\nATOM   2167  C1'   C Y  30      -1.987   1.692  32.190  1.00 33.40           C  \\nATOM   2168  N1    C Y  30      -0.935   1.437  31.157  1.00 32.73           N  \\nATOM   2169  C2    C Y  30      -0.497   0.124  30.942  1.00 32.17           C  \\nATOM   2170  O2    C Y  30      -0.996  -0.795  31.602  1.00 31.57           O  \\nATOM   2171  N3    C Y  30       0.460  -0.107  30.009  1.00 31.71           N  \\nATOM   2172  C4    C Y  30       0.974   0.907  29.312  1.00 32.07           C  \\nATOM   2173  N4    C Y  30       1.916   0.623  28.406  1.00 31.76           N  \\nATOM   2174  C5    C Y  30       0.546   2.254  29.517  1.00 32.05           C  \\nATOM   2175  C6    C Y  30      -0.399   2.471  30.440  1.00 32.42           C  \\nATOM   2176  P     G Y  31       0.636   3.584  35.758  1.00 38.46           P  \\nATOM   2177  OP1   G Y  31       0.534   3.937  37.191  1.00 38.42           O  \\nATOM   2178  OP2   G Y  31       1.384   4.470  34.835  1.00 38.48           O  \\nATOM   2179  O5'   G Y  31       1.251   2.113  35.632  1.00 39.02           O  \\nATOM   2180  C5'   G Y  31       0.679   1.027  36.353  1.00 39.90           C  \\nATOM   2181  C4'   G Y  31       1.355  -0.276  35.970  1.00 40.35           C  \\nATOM   2182  O4'   G Y  31       1.078  -0.584  34.577  1.00 40.02           O  \\nATOM   2183  C3'   G Y  31       2.873  -0.249  36.067  1.00 40.79           C  \\nATOM   2184  O3'   G Y  31       3.295  -0.564  37.390  1.00 41.96           O  \\nATOM   2185  C2'   G Y  31       3.264  -1.333  35.068  1.00 40.11           C  \\nATOM   2186  O2'   G Y  31       3.141  -2.636  35.603  1.00 40.14           O  \\nATOM   2187  C1'   G Y  31       2.242  -1.103  33.959  1.00 39.50           C  \\nATOM   2188  N9    G Y  31       2.710  -0.148  32.957  1.00 38.72           N  \\nATOM   2189  C8    G Y  31       2.279   1.144  32.775  1.00 38.56           C  \\nATOM   2190  N7    G Y  31       2.886   1.765  31.802  1.00 38.28           N  \\nATOM   2191  C5    G Y  31       3.780   0.825  31.307  1.00 38.54           C  \\nATOM   2192  C6    G Y  31       4.710   0.925  30.244  1.00 38.61           C  \\nATOM   2193  O6    G Y  31       4.932   1.900  29.509  1.00 38.66           O  \\nATOM   2194  N1    G Y  31       5.423  -0.261  30.070  1.00 38.29           N  \\nATOM   2195  C2    G Y  31       5.257  -1.397  30.829  1.00 38.41           C  \\nATOM   2196  N2    G Y  31       6.033  -2.444  30.515  1.00 38.14           N  \\nATOM   2197  N3    G Y  31       4.387  -1.503  31.826  1.00 38.50           N  \\nATOM   2198  C4    G Y  31       3.685  -0.358  32.008  1.00 38.54           C  \\nATOM   2199  P     U Y  32       4.559   0.187  38.021  1.00 43.12           P  \\nATOM   2200  OP1   U Y  32       4.752  -0.317  39.400  1.00 43.80           O  \\nATOM   2201  OP2   U Y  32       4.398   1.641  37.791  1.00 43.37           O  \\nATOM   2202  O5'   U Y  32       5.773  -0.316  37.107  1.00 43.01           O  \\nATOM   2203  C5'   U Y  32       6.127  -1.694  37.064  1.00 43.04           C  \\nATOM   2204  C4'   U Y  32       7.127  -1.941  35.949  1.00 43.23           C  \\nATOM   2205  O4'   U Y  32       6.528  -1.622  34.668  1.00 42.90           O  \\nATOM   2206  C3'   U Y  32       8.365  -1.060  36.001  1.00 43.58           C  \\nATOM   2207  O3'   U Y  32       9.316  -1.595  36.914  1.00 44.70           O  \\nATOM   2208  C2'   U Y  32       8.839  -1.130  34.553  1.00 42.98           C  \\nATOM   2209  O2'   U Y  32       9.528  -2.330  34.260  1.00 42.80           O  \\nATOM   2210  C1'   U Y  32       7.512  -1.087  33.798  1.00 42.22           C  \\nATOM   2211  N1    U Y  32       7.096   0.290  33.382  1.00 41.27           N  \\nATOM   2212  C2    U Y  32       7.687   0.874  32.278  1.00 40.83           C  \\nATOM   2213  O2    U Y  32       8.546   0.328  31.608  1.00 40.12           O  \\nATOM   2214  N3    U Y  32       7.236   2.137  31.983  1.00 40.54           N  \\nATOM   2215  C4    U Y  32       6.272   2.860  32.662  1.00 40.75           C  \\nATOM   2216  O4    U Y  32       5.970   3.985  32.277  1.00 41.08           O  \\nATOM   2217  C5    U Y  32       5.703   2.186  33.801  1.00 40.78           C  \\nATOM   2218  C6    U Y  32       6.127   0.955  34.108  1.00 41.05           C  \\nATOM   2219  P     G Y  33      10.288  -0.613  37.718  1.00 45.46           P  \\nATOM   2220  OP1   G Y  33      10.546  -1.215  39.046  1.00 45.72           O  \\nATOM   2221  OP2   G Y  33       9.736   0.758  37.629  1.00 45.55           O  \\nATOM   2222  O5'   G Y  33      11.632  -0.667  36.850  1.00 45.10           O  \\nATOM   2223  C5'   G Y  33      12.326   0.531  36.531  1.00 44.91           C  \\nATOM   2224  C4'   G Y  33      12.967   0.441  35.159  1.00 44.68           C  \\nATOM   2225  O4'   G Y  33      11.954   0.139  34.165  1.00 44.65           O  \\nATOM   2226  C3'   G Y  33      13.598   1.737  34.669  1.00 44.85           C  \\nATOM   2227  O3'   G Y  33      14.934   1.865  35.129  1.00 44.93           O  \\nATOM   2228  C2'   G Y  33      13.507   1.566  33.159  1.00 44.78           C  \\nATOM   2229  O2'   G Y  33      14.427   0.615  32.658  1.00 44.89           O  \\nATOM   2230  C1'   G Y  33      12.085   1.026  33.068  1.00 44.50           C  \\nATOM   2231  N9    G Y  33      11.062   2.065  33.183  1.00 44.22           N  \\nATOM   2232  C8    G Y  33      10.114   2.186  34.171  1.00 44.21           C  \\nATOM   2233  N7    G Y  33       9.329   3.216  34.020  1.00 44.21           N  \\nATOM   2234  C5    G Y  33       9.784   3.822  32.856  1.00 44.14           C  \\nATOM   2235  C6    G Y  33       9.318   4.980  32.189  1.00 44.02           C  \\nATOM   2236  O6    G Y  33       8.383   5.727  32.509  1.00 43.89           O  \\nATOM   2237  N1    G Y  33      10.058   5.250  31.040  1.00 43.96           N  \\nATOM   2238  C2    G Y  33      11.114   4.494  30.592  1.00 43.93           C  \\nATOM   2239  N2    G Y  33      11.706   4.910  29.462  1.00 43.93           N  \\nATOM   2240  N3    G Y  33      11.558   3.404  31.206  1.00 44.14           N  \\nATOM   2241  C4    G Y  33      10.849   3.126  32.328  1.00 44.07           C  \\nATOM   2242  P     A Y  34      15.362   3.227  35.853  1.00 45.13           P  \\nATOM   2243  OP1   A Y  34      16.711   3.031  36.432  1.00 45.28           O  \\nATOM   2244  OP2   A Y  34      14.241   3.656  36.720  1.00 44.92           O  \\nATOM   2245  O5'   A Y  34      15.457   4.258  34.634  1.00 44.18           O  \\nATOM   2246  C5'   A Y  34      16.486   4.112  33.663  1.00 43.32           C  \\nATOM   2247  C4'   A Y  34      16.268   5.063  32.501  1.00 42.59           C  \\nATOM   2248  O4'   A Y  34      14.950   4.850  31.935  1.00 42.18           O  \\nATOM   2249  C3'   A Y  34      16.263   6.541  32.862  1.00 42.43           C  \\nATOM   2250  O3'   A Y  34      17.585   7.046  33.001  1.00 42.19           O  \\nATOM   2251  C2'   A Y  34      15.544   7.110  31.645  1.00 42.25           C  \\nATOM   2252  O2'   A Y  34      16.349   7.114  30.482  1.00 42.23           O  \\nATOM   2253  C1'   A Y  34      14.419   6.090  31.502  1.00 41.80           C  \\nATOM   2254  N9    A Y  34      13.254   6.425  32.317  1.00 41.44           N  \\nATOM   2255  C8    A Y  34      12.865   5.840  33.490  1.00 41.19           C  \\nATOM   2256  N7    A Y  34      11.772   6.354  34.000  1.00 41.13           N  \\nATOM   2257  C5    A Y  34      11.421   7.350  33.102  1.00 41.07           C  \\nATOM   2258  C6    A Y  34      10.352   8.269  33.070  1.00 41.09           C  \\nATOM   2259  N6    A Y  34       9.402   8.331  34.010  1.00 40.83           N  \\nATOM   2260  N1    A Y  34      10.295   9.126  32.030  1.00 40.97           N  \\nATOM   2261  C2    A Y  34      11.245   9.063  31.089  1.00 41.23           C  \\nATOM   2262  N3    A Y  34      12.294   8.245  31.011  1.00 41.02           N  \\nATOM   2263  C4    A Y  34      12.324   7.406  32.058  1.00 41.19           C  \\nATOM   2264  P     A Y  35      17.877   8.204  34.067  1.00 41.70           P  \\nATOM   2265  OP1   A Y  35      19.343   8.298  34.251  1.00 42.19           O  \\nATOM   2266  OP2   A Y  35      17.000   7.979  35.237  1.00 41.65           O  \\nATOM   2267  O5'   A Y  35      17.371   9.516  33.305  1.00 40.40           O  \\nATOM   2268  C5'   A Y  35      17.769   9.739  31.959  1.00 38.25           C  \\nATOM   2269  C4'   A Y  35      16.957  10.853  31.326  1.00 37.06           C  \\nATOM   2270  O4'   A Y  35      15.604  10.412  31.038  1.00 36.55           O  \\nATOM   2271  C3'   A Y  35      16.734  12.071  32.205  1.00 36.43           C  \\nATOM   2272  O3'   A Y  35      17.916  12.862  32.294  1.00 35.95           O  \\nATOM   2273  C2'   A Y  35      15.619  12.737  31.407  1.00 36.06           C  \\nATOM   2274  O2'   A Y  35      16.078  13.290  30.190  1.00 36.33           O  \\nATOM   2275  C1'   A Y  35      14.732  11.527  31.125  1.00 35.51           C  \\nATOM   2276  N9    A Y  35      13.746  11.303  32.182  1.00 34.72           N  \\nATOM   2277  C8    A Y  35      13.790  10.361  33.173  1.00 34.39           C  \\nATOM   2278  N7    A Y  35      12.767  10.404  33.991  1.00 34.10           N  \\nATOM   2279  C5    A Y  35      11.999  11.454  33.513  1.00 34.05           C  \\nATOM   2280  C6    A Y  35      10.777  12.015  33.942  1.00 33.40           C  \\nATOM   2281  N6    A Y  35      10.090  11.574  35.002  1.00 33.75           N  \\nATOM   2282  N1    A Y  35      10.285  13.055  33.237  1.00 33.13           N  \\nATOM   2283  C2    A Y  35      10.972  13.500  32.177  1.00 33.39           C  \\nATOM   2284  N3    A Y  35      12.123  13.053  31.677  1.00 33.50           N  \\nATOM   2285  C4    A Y  35      12.589  12.019  32.397  1.00 34.12           C  \\nATOM   2286  P     G Y  36      18.216  13.680  33.639  1.00 36.32           P  \\nATOM   2287  OP1   G Y  36      19.510  14.386  33.489  1.00 36.19           O  \\nATOM   2288  OP2   G Y  36      18.000  12.775  34.790  1.00 36.68           O  \\nATOM   2289  O5'   G Y  36      17.040  14.759  33.645  1.00 35.28           O  \\nATOM   2290  C5'   G Y  36      16.916  15.677  32.569  1.00 34.05           C  \\nATOM   2291  C4'   G Y  36      15.639  16.470  32.739  1.00 33.10           C  \\nATOM   2292  O4'   G Y  36      14.495  15.594  32.564  1.00 33.25           O  \\nATOM   2293  C3'   G Y  36      15.432  17.014  34.140  1.00 32.65           C  \\nATOM   2294  O3'   G Y  36      16.201  18.184  34.360  1.00 32.58           O  \\nATOM   2295  C2'   G Y  36      13.937  17.285  34.091  1.00 32.14           C  \\nATOM   2296  O2'   G Y  36      13.618  18.374  33.249  1.00 32.23           O  \\nATOM   2297  C1'   G Y  36      13.476  15.971  33.470  1.00 31.28           C  \\nATOM   2298  N9    G Y  36      13.320  14.920  34.472  1.00 30.45           N  \\nATOM   2299  C8    G Y  36      14.132  13.832  34.687  1.00 29.83           C  \\nATOM   2300  N7    G Y  36      13.733  13.076  35.674  1.00 29.70           N  \\nATOM   2301  C5    G Y  36      12.588  13.705  36.146  1.00 29.53           C  \\nATOM   2302  C6    G Y  36      11.714  13.351  37.205  1.00 29.33           C  \\nATOM   2303  O6    G Y  36      11.783  12.374  37.965  1.00 29.64           O  \\nATOM   2304  N1    G Y  36      10.672  14.267  37.345  1.00 28.05           N  \\nATOM   2305  C2    G Y  36      10.495  15.381  36.559  1.00 28.63           C  \\nATOM   2306  N2    G Y  36       9.436  16.153  36.841  1.00 28.60           N  \\nATOM   2307  N3    G Y  36      11.306  15.723  35.566  1.00 29.28           N  \\nATOM   2308  C4    G Y  36      12.323  14.841  35.415  1.00 29.49           C  \\nATOM   2309  P     G Y  37      16.831  18.426  35.810  1.00 32.56           P  \\nATOM   2310  OP1   G Y  37      17.845  19.496  35.686  1.00 31.99           O  \\nATOM   2311  OP2   G Y  37      17.200  17.109  36.376  1.00 32.26           O  \\nATOM   2312  O5'   G Y  37      15.591  18.969  36.660  1.00 32.03           O  \\nATOM   2313  C5'   G Y  37      14.773  20.016  36.159  1.00 31.82           C  \\nATOM   2314  C4'   G Y  37      13.520  20.134  37.002  1.00 31.32           C  \\nATOM   2315  O4'   G Y  37      12.698  18.951  36.826  1.00 31.05           O  \\nATOM   2316  C3'   G Y  37      13.769  20.157  38.500  1.00 31.58           C  \\nATOM   2317  O3'   G Y  37      14.196  21.440  38.942  1.00 32.41           O  \\nATOM   2318  C2'   G Y  37      12.382  19.788  39.009  1.00 31.10           C  \\nATOM   2319  O2'   G Y  37      11.452  20.840  38.856  1.00 31.14           O  \\nATOM   2320  C1'   G Y  37      12.047  18.653  38.051  1.00 30.56           C  \\nATOM   2321  N9    G Y  37      12.487  17.352  38.553  1.00 29.82           N  \\nATOM   2322  C8    G Y  37      13.512  16.566  38.083  1.00 28.93           C  \\nATOM   2323  N7    G Y  37      13.659  15.454  38.751  1.00 28.82           N  \\nATOM   2324  C5    G Y  37      12.670  15.507  39.728  1.00 29.26           C  \\nATOM   2325  C6    G Y  37      12.330  14.583  40.749  1.00 29.08           C  \\nATOM   2326  O6    G Y  37      12.863  13.498  41.008  1.00 30.23           O  \\nATOM   2327  N1    G Y  37      11.261  15.027  41.526  1.00 29.03           N  \\nATOM   2328  C2    G Y  37      10.597  16.215  41.336  1.00 29.01           C  \\nATOM   2329  N2    G Y  37       9.589  16.482  42.181  1.00 29.32           N  \\nATOM   2330  N3    G Y  37      10.901  17.087  40.383  1.00 29.51           N  \\nATOM   2331  C4    G Y  37      11.943  16.670  39.619  1.00 29.13           C  \\nATOM   2332  P     C Y  38      15.245  21.522  40.145  1.00 32.21           P  \\nATOM   2333  OP1   C Y  38      15.652  22.934  40.317  1.00 32.72           O  \\nATOM   2334  OP2   C Y  38      16.269  20.475  39.924  1.00 32.38           O  \\nATOM   2335  O5'   C Y  38      14.371  21.082  41.409  1.00 32.17           O  \\nATOM   2336  C5'   C Y  38      13.318  21.917  41.868  1.00 31.38           C  \\nATOM   2337  C4'   C Y  38      12.795  21.416  43.200  1.00 30.62           C  \\nATOM   2338  O4'   C Y  38      12.164  20.122  43.030  1.00 30.12           O  \\nATOM   2339  C3'   C Y  38      13.865  21.137  44.238  1.00 30.68           C  \\nATOM   2340  O3'   C Y  38      14.306  22.342  44.840  1.00 30.56           O  \\nATOM   2341  C2'   C Y  38      13.088  20.254  45.204  1.00 30.08           C  \\nATOM   2342  O2'   C Y  38      12.187  20.996  45.999  1.00 30.48           O  \\nATOM   2343  C1'   C Y  38      12.305  19.382  44.230  1.00 29.82           C  \\nATOM   2344  N1    C Y  38      12.964  18.076  43.934  1.00 29.26           N  \\nATOM   2345  C2    C Y  38      12.785  17.003  44.819  1.00 29.09           C  \\nATOM   2346  O2    C Y  38      12.087  17.156  45.833  1.00 28.55           O  \\nATOM   2347  N3    C Y  38      13.384  15.820  44.537  1.00 28.18           N  \\nATOM   2348  C4    C Y  38      14.130  15.692  43.438  1.00 28.92           C  \\nATOM   2349  N4    C Y  38      14.699  14.505  43.208  1.00 29.18           N  \\nATOM   2350  C5    C Y  38      14.330  16.775  42.529  1.00 28.69           C  \\nATOM   2351  C6    C Y  38      13.733  17.937  42.814  1.00 28.61           C  \\nATOM   2352  P     U Y  39      15.853  22.513  45.212  1.00 30.85           P  \\nATOM   2353  OP1   U Y  39      16.085  23.946  45.499  1.00 31.18           O  \\nATOM   2354  OP2   U Y  39      16.657  21.828  44.177  1.00 30.05           O  \\nATOM   2355  O5'   U Y  39      15.996  21.681  46.573  1.00 30.88           O  \\nATOM   2356  C5'   U Y  39      15.300  22.091  47.744  1.00 31.40           C  \\nATOM   2357  C4'   U Y  39      15.284  20.983  48.781  1.00 32.13           C  \\nATOM   2358  O4'   U Y  39      14.570  19.828  48.272  1.00 32.53           O  \\nATOM   2359  C3'   U Y  39      16.637  20.392  49.142  1.00 32.70           C  \\nATOM   2360  O3'   U Y  39      17.378  21.254  49.996  1.00 33.67           O  \\nATOM   2361  C2'   U Y  39      16.187  19.116  49.847  1.00 32.85           C  \\nATOM   2362  O2'   U Y  39      15.667  19.353  51.140  1.00 32.46           O  \\nATOM   2363  C1'   U Y  39      15.059  18.668  48.922  1.00 32.42           C  \\nATOM   2364  N1    U Y  39      15.508  17.662  47.916  1.00 32.16           N  \\nATOM   2365  C2    U Y  39      15.497  16.327  48.268  1.00 31.97           C  \\nATOM   2366  O2    U Y  39      15.126  15.929  49.358  1.00 31.56           O  \\nATOM   2367  N3    U Y  39      15.930  15.468  47.291  1.00 31.83           N  \\nATOM   2368  C4    U Y  39      16.372  15.808  46.025  1.00 31.31           C  \\nATOM   2369  O4    U Y  39      16.731  14.926  45.255  1.00 31.53           O  \\nATOM   2370  C5    U Y  39      16.360  17.217  45.733  1.00 31.11           C  \\nATOM   2371  C6    U Y  39      15.939  18.074  46.671  1.00 31.72           C  \\nATOM   2372  P     G Y  40      18.942  21.470  49.726  1.00 33.41           P  \\nATOM   2373  OP1   G Y  40      19.392  22.616  50.544  1.00 33.78           O  \\nATOM   2374  OP2   G Y  40      19.153  21.476  48.262  1.00 33.99           O  \\nATOM   2375  O5'   G Y  40      19.603  20.128  50.296  1.00 33.89           O  \\nATOM   2376  C5'   G Y  40      19.367  19.723  51.639  1.00 32.97           C  \\nATOM   2377  C4'   G Y  40      19.673  18.247  51.824  1.00 32.58           C  \\nATOM   2378  O4'   G Y  40      18.780  17.440  51.011  1.00 32.23           O  \\nATOM   2379  C3'   G Y  40      21.059  17.804  51.384  1.00 32.76           C  \\nATOM   2380  O3'   G Y  40      22.036  18.128  52.372  1.00 33.31           O  \\nATOM   2381  C2'   G Y  40      20.837  16.300  51.265  1.00 32.68           C  \\nATOM   2382  O2'   G Y  40      20.883  15.627  52.510  1.00 33.44           O  \\nATOM   2383  C1'   G Y  40      19.437  16.239  50.654  1.00 32.28           C  \\nATOM   2384  N9    G Y  40      19.537  16.127  49.203  1.00 32.41           N  \\nATOM   2385  C8    G Y  40      19.745  17.136  48.291  1.00 31.89           C  \\nATOM   2386  N7    G Y  40      19.841  16.708  47.063  1.00 31.94           N  \\nATOM   2387  C5    G Y  40      19.706  15.329  47.167  1.00 32.18           C  \\nATOM   2388  C6    G Y  40      19.727  14.326  46.170  1.00 32.40           C  \\nATOM   2389  O6    G Y  40      19.870  14.464  44.947  1.00 32.59           O  \\nATOM   2390  N1    G Y  40      19.550  13.054  46.710  1.00 32.45           N  \\nATOM   2391  C2    G Y  40      19.374  12.785  48.048  1.00 32.34           C  \\nATOM   2392  N2    G Y  40      19.213  11.498  48.390  1.00 31.69           N  \\nATOM   2393  N3    G Y  40      19.358  13.715  48.992  1.00 32.07           N  \\nATOM   2394  C4    G Y  40      19.526  14.957  48.479  1.00 32.30           C  \\nATOM   2395  P     A Y  41      23.552  18.451  51.958  1.00 33.11           P  \\nATOM   2396  OP1   A Y  41      24.250  18.933  53.169  1.00 33.38           O  \\nATOM   2397  OP2   A Y  41      23.541  19.288  50.738  1.00 33.48           O  \\nATOM   2398  O5'   A Y  41      24.138  17.014  51.561  1.00 33.28           O  \\nATOM   2399  C5'   A Y  41      25.489  16.883  51.122  1.00 32.14           C  \\nATOM   2400  C4'   A Y  41      25.916  15.424  51.080  1.00 31.78           C  \\nATOM   2401  O4'   A Y  41      26.025  14.908  52.430  1.00 31.82           O  \\nATOM   2402  C3'   A Y  41      24.950  14.470  50.390  1.00 31.71           C  \\nATOM   2403  O3'   A Y  41      25.195  14.447  48.988  1.00 31.83           O  \\nATOM   2404  C2'   A Y  41      25.314  13.134  51.029  1.00 31.24           C  \\nATOM   2405  O2'   A Y  41      26.442  12.537  50.416  1.00 31.20           O  \\nATOM   2406  C1'   A Y  41      25.665  13.538  52.457  1.00 30.82           C  \\nATOM   2407  N9    A Y  41      24.600  13.354  53.445  1.00 30.49           N  \\nATOM   2408  C8    A Y  41      23.985  14.337  54.168  1.00 30.28           C  \\nATOM   2409  N7    A Y  41      23.080  13.897  55.009  1.00 29.99           N  \\nATOM   2410  C5    A Y  41      23.108  12.524  54.835  1.00 29.97           C  \\nATOM   2411  C6    A Y  41      22.378  11.479  55.437  1.00 29.83           C  \\nATOM   2412  N6    A Y  41      21.443  11.681  56.373  1.00 29.48           N  \\nATOM   2413  N1    A Y  41      22.643  10.219  55.037  1.00 29.03           N  \\nATOM   2414  C2    A Y  41      23.575  10.025  54.096  1.00 29.91           C  \\nATOM   2415  N3    A Y  41      24.324  10.926  53.461  1.00 29.95           N  \\nATOM   2416  C4    A Y  41      24.039  12.170  53.877  1.00 29.82           C  \\nATOM   2417  P     G Y  42      23.972  14.507  47.958  1.00 32.12           P  \\nATOM   2418  OP1   G Y  42      24.526  14.805  46.619  1.00 32.24           O  \\nATOM   2419  OP2   G Y  42      22.929  15.381  48.542  1.00 32.71           O  \\nATOM   2420  O5'   G Y  42      23.424  13.006  47.958  1.00 31.36           O  \\nATOM   2421  C5'   G Y  42      24.276  11.939  47.556  1.00 31.03           C  \\nATOM   2422  C4'   G Y  42      23.782  10.626  48.130  1.00 30.45           C  \\nATOM   2423  O4'   G Y  42      23.816  10.692  49.578  1.00 30.20           O  \\nATOM   2424  C3'   G Y  42      22.340  10.292  47.784  1.00 30.38           C  \\nATOM   2425  O3'   G Y  42      22.302   9.589  46.549  1.00 31.27           O  \\nATOM   2426  C2'   G Y  42      21.922   9.412  48.960  1.00 29.97           C  \\nATOM   2427  O2'   G Y  42      22.356   8.075  48.816  1.00 29.50           O  \\nATOM   2428  C1'   G Y  42      22.674  10.056  50.121  1.00 29.45           C  \\nATOM   2429  N9    G Y  42      21.927  11.043  50.897  1.00 28.83           N  \\nATOM   2430  C8    G Y  42      21.955  12.408  50.744  1.00 28.50           C  \\nATOM   2431  N7    G Y  42      21.205  13.043  51.600  1.00 28.44           N  \\nATOM   2432  C5    G Y  42      20.650  12.037  52.379  1.00 28.33           C  \\nATOM   2433  C6    G Y  42      19.755  12.118  53.472  1.00 28.50           C  \\nATOM   2434  O6    G Y  42      19.257  13.130  53.984  1.00 29.10           O  \\nATOM   2435  N1    G Y  42      19.443  10.858  53.977  1.00 28.35           N  \\nATOM   2436  C2    G Y  42      19.935   9.670  53.491  1.00 27.81           C  \\nATOM   2437  N2    G Y  42      19.523   8.554  54.110  1.00 27.79           N  \\nATOM   2438  N3    G Y  42      20.772   9.582  52.467  1.00 27.93           N  \\nATOM   2439  C4    G Y  42      21.087  10.800  51.962  1.00 28.34           C  \\nATOM   2440  P     A Y  43      21.172   9.907  45.462  1.00 31.52           P  \\nATOM   2441  OP1   A Y  43      21.362   8.958  44.342  1.00 30.72           O  \\nATOM   2442  OP2   A Y  43      21.169  11.364  45.203  1.00 31.47           O  \\nATOM   2443  O5'   A Y  43      19.817   9.555  46.239  1.00 31.25           O  \\nATOM   2444  C5'   A Y  43      19.465   8.205  46.511  1.00 31.80           C  \\nATOM   2445  C4'   A Y  43      17.957   8.045  46.520  1.00 32.52           C  \\nATOM   2446  O4'   A Y  43      17.390   8.988  47.458  1.00 31.88           O  \\nATOM   2447  C3'   A Y  43      17.266   8.318  45.184  1.00 33.15           C  \\nATOM   2448  O3'   A Y  43      16.596   7.153  44.743  1.00 35.80           O  \\nATOM   2449  C2'   A Y  43      16.257   9.426  45.472  1.00 32.27           C  \\nATOM   2450  O2'   A Y  43      15.008   9.173  44.857  1.00 32.25           O  \\nATOM   2451  C1'   A Y  43      16.113   9.344  46.985  1.00 31.07           C  \\nATOM   2452  N9    A Y  43      15.701  10.597  47.610  1.00 30.23           N  \\nATOM   2453  C8    A Y  43      16.035  11.867  47.230  1.00 30.00           C  \\nATOM   2454  N7    A Y  43      15.503  12.799  47.985  1.00 30.35           N  \\nATOM   2455  C5    A Y  43      14.771  12.090  48.923  1.00 29.57           C  \\nATOM   2456  C6    A Y  43      13.971  12.493  50.010  1.00 29.47           C  \\nATOM   2457  N6    A Y  43      13.772  13.770  50.348  1.00 29.68           N  \\nATOM   2458  N1    A Y  43      13.388  11.526  50.746  1.00 28.64           N  \\nATOM   2459  C2    A Y  43      13.586  10.247  50.413  1.00 28.49           C  \\nATOM   2460  N3    A Y  43      14.312   9.746  49.418  1.00 28.93           N  \\nATOM   2461  C4    A Y  43      14.884  10.731  48.706  1.00 29.61           C  \\nATOM   2462  P     A Y  44      17.196   6.301  43.533  1.00 37.94           P  \\nATOM   2463  OP1   A Y  44      17.561   7.238  42.447  1.00 37.70           O  \\nATOM   2464  OP2   A Y  44      16.268   5.180  43.265  1.00 38.14           O  \\nATOM   2465  O5'   A Y  44      18.523   5.706  44.198  1.00 38.95           O  \\nATOM   2466  C5'   A Y  44      19.656   5.380  43.407  1.00 40.37           C  \\nATOM   2467  C4'   A Y  44      20.015   3.922  43.610  1.00 41.38           C  \\nATOM   2468  O4'   A Y  44      19.545   3.490  44.911  1.00 41.28           O  \\nATOM   2469  C3'   A Y  44      19.384   2.980  42.588  1.00 42.32           C  \\nATOM   2470  O3'   A Y  44      20.397   2.327  41.834  1.00 43.37           O  \\nATOM   2471  C2'   A Y  44      18.567   1.990  43.417  1.00 42.22           C  \\nATOM   2472  O2'   A Y  44      18.709   0.658  42.964  1.00 42.25           O  \\nATOM   2473  C1'   A Y  44      19.156   2.138  44.816  1.00 41.57           C  \\nATOM   2474  N9    A Y  44      18.191   1.837  45.869  1.00 41.32           N  \\nATOM   2475  C8    A Y  44      17.100   2.580  46.225  1.00 41.26           C  \\nATOM   2476  N7    A Y  44      16.397   2.053  47.200  1.00 41.37           N  \\nATOM   2477  C5    A Y  44      17.070   0.880  47.501  1.00 41.06           C  \\nATOM   2478  C6    A Y  44      16.832  -0.136  48.449  1.00 41.08           C  \\nATOM   2479  N6    A Y  44      15.803  -0.124  49.303  1.00 41.04           N  \\nATOM   2480  N1    A Y  44      17.699  -1.171  48.487  1.00 41.11           N  \\nATOM   2481  C2    A Y  44      18.729  -1.180  47.633  1.00 41.14           C  \\nATOM   2482  N3    A Y  44      19.053  -0.285  46.701  1.00 40.97           N  \\nATOM   2483  C4    A Y  44      18.176   0.730  46.687  1.00 41.10           C  \\nATOM   2484  P     A Y  45      21.097   3.083  40.608  1.00 44.53           P  \\nATOM   2485  OP1   A Y  45      20.294   4.285  40.284  1.00 44.49           O  \\nATOM   2486  OP2   A Y  45      21.383   2.083  39.555  1.00 44.08           O  \\nATOM   2487  O5'   A Y  45      22.490   3.544  41.245  1.00 43.86           O  \\nATOM   2488  C5'   A Y  45      23.354   2.578  41.832  1.00 42.67           C  \\nATOM   2489  C4'   A Y  45      24.333   3.255  42.770  1.00 41.75           C  \\nATOM   2490  O4'   A Y  45      23.634   3.687  43.964  1.00 40.84           O  \\nATOM   2491  C3'   A Y  45      25.460   2.375  43.288  1.00 41.65           C  \\nATOM   2492  O3'   A Y  45      26.526   2.324  42.346  1.00 42.80           O  \\nATOM   2493  C2'   A Y  45      25.856   3.138  44.546  1.00 40.75           C  \\nATOM   2494  O2'   A Y  45      26.648   4.271  44.251  1.00 40.46           O  \\nATOM   2495  C1'   A Y  45      24.498   3.587  45.079  1.00 39.74           C  \\nATOM   2496  N9    A Y  45      23.901   2.671  46.048  1.00 38.89           N  \\nATOM   2497  C8    A Y  45      24.316   1.406  46.362  1.00 38.55           C  \\nATOM   2498  N7    A Y  45      23.583   0.817  47.276  1.00 38.29           N  \\nATOM   2499  C5    A Y  45      22.618   1.762  47.584  1.00 38.22           C  \\nATOM   2500  C6    A Y  45      21.536   1.753  48.485  1.00 37.90           C  \\nATOM   2501  N6    A Y  45      21.243   0.712  49.270  1.00 38.33           N  \\nATOM   2502  N1    A Y  45      20.767   2.860  48.549  1.00 37.73           N  \\nATOM   2503  C2    A Y  45      21.066   3.901  47.763  1.00 37.82           C  \\nATOM   2504  N3    A Y  45      22.053   4.026  46.878  1.00 38.15           N  \\nATOM   2505  C4    A Y  45      22.801   2.911  46.838  1.00 38.45           C  \\nATOM   2506  P     U Y  46      27.539   1.083  42.341  1.00 43.84           P  \\nATOM   2507  OP1   U Y  46      28.353   1.163  41.108  1.00 43.64           O  \\nATOM   2508  OP2   U Y  46      26.760  -0.142  42.626  1.00 44.06           O  \\nATOM   2509  O5'   U Y  46      28.476   1.383  43.604  1.00 44.15           O  \\nATOM   2510  C5'   U Y  46      29.370   0.386  44.091  1.00 45.06           C  \\nATOM   2511  C4'   U Y  46      29.182   0.172  45.583  1.00 45.62           C  \\nATOM   2512  O4'   U Y  46      27.778  -0.065  45.854  1.00 46.24           O  \\nATOM   2513  C3'   U Y  46      29.956  -1.009  46.162  1.00 45.76           C  \\nATOM   2514  O3'   U Y  46      30.925  -0.595  47.145  1.00 45.18           O  \\nATOM   2515  C2'   U Y  46      28.895  -1.959  46.725  1.00 46.22           C  \\nATOM   2516  O2'   U Y  46      29.224  -2.441  48.014  1.00 46.51           O  \\nATOM   2517  C1'   U Y  46      27.629  -1.110  46.792  1.00 46.55           C  \\nATOM   2518  N1    U Y  46      26.391  -1.868  46.444  1.00 46.88           N  \\nATOM   2519  C2    U Y  46      25.531  -2.263  47.448  1.00 47.01           C  \\nATOM   2520  O2    U Y  46      25.726  -2.024  48.627  1.00 46.82           O  \\nATOM   2521  N3    U Y  46      24.423  -2.955  47.020  1.00 47.09           N  \\nATOM   2522  C4    U Y  46      24.098  -3.285  45.716  1.00 47.21           C  \\nATOM   2523  O4    U Y  46      23.069  -3.912  45.483  1.00 47.18           O  \\nATOM   2524  C5    U Y  46      25.044  -2.840  44.725  1.00 47.07           C  \\nATOM   2525  C6    U Y  46      26.130  -2.164  45.119  1.00 47.10           C  \\nATOM   2526  P     A Y  47      30.658   0.563  48.225  1.00 44.49           P  \\nATOM   2527  OP1   A Y  47      31.950   0.862  48.882  1.00 44.69           O  \\nATOM   2528  OP2   A Y  47      29.495   0.170  49.050  1.00 44.32           O  \\nATOM   2529  O5'   A Y  47      30.240   1.823  47.332  1.00 43.32           O  \\nATOM   2530  C5'   A Y  47      30.995   3.030  47.380  1.00 40.94           C  \\nATOM   2531  C4'   A Y  47      30.108   4.219  47.055  1.00 39.16           C  \\nATOM   2532  O4'   A Y  47      28.813   3.745  46.605  1.00 38.42           O  \\nATOM   2533  C3'   A Y  47      29.804   5.135  48.232  1.00 37.91           C  \\nATOM   2534  O3'   A Y  47      30.804   6.137  48.328  1.00 37.64           O  \\nATOM   2535  C2'   A Y  47      28.466   5.733  47.819  1.00 37.52           C  \\nATOM   2536  O2'   A Y  47      28.615   6.769  46.866  1.00 37.30           O  \\nATOM   2537  C1'   A Y  47      27.783   4.534  47.174  1.00 36.93           C  \\nATOM   2538  N9    A Y  47      27.011   3.712  48.104  1.00 36.16           N  \\nATOM   2539  C8    A Y  47      27.316   2.452  48.538  1.00 35.88           C  \\nATOM   2540  N7    A Y  47      26.436   1.949  49.369  1.00 35.33           N  \\nATOM   2541  C5    A Y  47      25.485   2.948  49.491  1.00 35.17           C  \\nATOM   2542  C6    A Y  47      24.290   3.035  50.234  1.00 35.05           C  \\nATOM   2543  N6    A Y  47      23.846   2.053  51.025  1.00 35.45           N  \\nATOM   2544  N1    A Y  47      23.571   4.172  50.134  1.00 34.77           N  \\nATOM   2545  C2    A Y  47      24.023   5.151  49.341  1.00 35.20           C  \\nATOM   2546  N3    A Y  47      25.129   5.186  48.597  1.00 34.57           N  \\nATOM   2547  C4    A Y  47      25.822   4.042  48.717  1.00 35.29           C  \\nATOM   2548  P     C Y  48      31.371   6.594  49.751  1.00 37.04           P  \\nATOM   2549  OP1   C Y  48      32.501   7.516  49.503  1.00 37.51           O  \\nATOM   2550  OP2   C Y  48      31.567   5.381  50.576  1.00 37.38           O  \\nATOM   2551  O5'   C Y  48      30.156   7.421  50.384  1.00 36.98           O  \\nATOM   2552  C5'   C Y  48      29.629   8.553  49.704  1.00 35.61           C  \\nATOM   2553  C4'   C Y  48      28.316   8.965  50.334  1.00 34.89           C  \\nATOM   2554  O4'   C Y  48      27.287   7.998  50.000  1.00 34.72           O  \\nATOM   2555  C3'   C Y  48      28.326   8.969  51.854  1.00 34.30           C  \\nATOM   2556  O3'   C Y  48      28.907  10.166  52.350  1.00 34.34           O  \\nATOM   2557  C2'   C Y  48      26.833   8.876  52.141  1.00 33.76           C  \\nATOM   2558  O2'   C Y  48      26.161  10.096  51.902  1.00 33.39           O  \\nATOM   2559  C1'   C Y  48      26.413   7.838  51.104  1.00 33.18           C  \\nATOM   2560  N1    C Y  48      26.484   6.428  51.603  1.00 32.50           N  \\nATOM   2561  C2    C Y  48      25.403   5.896  52.318  1.00 32.26           C  \\nATOM   2562  O2    C Y  48      24.407   6.599  52.519  1.00 31.87           O  \\nATOM   2563  N3    C Y  48      25.474   4.619  52.769  1.00 32.14           N  \\nATOM   2564  C4    C Y  48      26.563   3.886  52.534  1.00 32.10           C  \\nATOM   2565  N4    C Y  48      26.583   2.630  52.994  1.00 32.14           N  \\nATOM   2566  C5    C Y  48      27.676   4.408  51.809  1.00 31.85           C  \\nATOM   2567  C6    C Y  48      27.595   5.669  51.371  1.00 32.15           C  \\nATOM   2568  P     C Y  49      29.759  10.135  53.705  1.00 34.40           P  \\nATOM   2569  OP1   C Y  49      30.310  11.493  53.912  1.00 34.54           O  \\nATOM   2570  OP2   C Y  49      30.662   8.963  53.647  1.00 34.81           O  \\nATOM   2571  O5'   C Y  49      28.660   9.857  54.832  1.00 33.77           O  \\nATOM   2572  C5'   C Y  49      27.724  10.873  55.165  1.00 33.30           C  \\nATOM   2573  C4'   C Y  49      26.648  10.329  56.085  1.00 32.90           C  \\nATOM   2574  O4'   C Y  49      25.964   9.223  55.444  1.00 32.92           O  \\nATOM   2575  C3'   C Y  49      27.155   9.705  57.372  1.00 32.98           C  \\nATOM   2576  O3'   C Y  49      27.511  10.700  58.320  1.00 33.37           O  \\nATOM   2577  C2'   C Y  49      25.923   8.908  57.783  1.00 32.23           C  \\nATOM   2578  O2'   C Y  49      24.890   9.718  58.306  1.00 30.94           O  \\nATOM   2579  C1'   C Y  49      25.502   8.323  56.437  1.00 32.69           C  \\nATOM   2580  N1    C Y  49      26.078   6.965  56.202  1.00 33.10           N  \\nATOM   2581  C2    C Y  49      25.461   5.854  56.787  1.00 33.30           C  \\nATOM   2582  O2    C Y  49      24.447   6.023  57.473  1.00 33.85           O  \\nATOM   2583  N3    C Y  49      25.991   4.622  56.586  1.00 33.23           N  \\nATOM   2584  C4    C Y  49      27.091   4.484  55.845  1.00 33.34           C  \\nATOM   2585  N4    C Y  49      27.578   3.250  55.676  1.00 32.95           N  \\nATOM   2586  C5    C Y  49      27.741   5.605  55.245  1.00 33.38           C  \\nATOM   2587  C6    C Y  49      27.205   6.814  55.448  1.00 32.92           C  \\nATOM   2588  P     C Y  50      28.713  10.421  59.337  1.00 33.99           P  \\nATOM   2589  OP1   C Y  50      28.954  11.661  60.107  1.00 34.27           O  \\nATOM   2590  OP2   C Y  50      29.821   9.799  58.578  1.00 33.69           O  \\nATOM   2591  O5'   C Y  50      28.095   9.317  60.319  1.00 34.12           O  \\nATOM   2592  C5'   C Y  50      27.057   9.680  61.221  1.00 33.54           C  \\nATOM   2593  C4'   C Y  50      26.335   8.457  61.759  1.00 33.32           C  \\nATOM   2594  O4'   C Y  50      25.977   7.555  60.680  1.00 33.49           O  \\nATOM   2595  C3'   C Y  50      27.140   7.571  62.694  1.00 33.12           C  \\nATOM   2596  O3'   C Y  50      27.230   8.153  63.993  1.00 33.39           O  \\nATOM   2597  C2'   C Y  50      26.258   6.328  62.670  1.00 33.08           C  \\nATOM   2598  O2'   C Y  50      25.051   6.515  63.387  1.00 32.08           O  \\nATOM   2599  C1'   C Y  50      25.957   6.227  61.176  1.00 33.25           C  \\nATOM   2600  N1    C Y  50      26.941   5.395  60.408  1.00 33.26           N  \\nATOM   2601  C2    C Y  50      26.924   4.000  60.538  1.00 33.18           C  \\nATOM   2602  O2    C Y  50      26.095   3.473  61.289  1.00 33.34           O  \\nATOM   2603  N3    C Y  50      27.816   3.257  59.834  1.00 32.71           N  \\nATOM   2604  C4    C Y  50      28.696   3.855  59.031  1.00 33.19           C  \\nATOM   2605  N4    C Y  50      29.559   3.080  58.363  1.00 33.38           N  \\nATOM   2606  C5    C Y  50      28.735   5.275  58.886  1.00 33.14           C  \\nATOM   2607  C6    C Y  50      27.848   5.997  59.583  1.00 33.12           C  \\nATOM   2608  P     G Y  51      28.421   7.730  64.977  1.00 32.81           P  \\nATOM   2609  OP1   G Y  51      28.373   8.622  66.155  1.00 33.60           O  \\nATOM   2610  OP2   G Y  51      29.661   7.638  64.177  1.00 34.02           O  \\nATOM   2611  O5'   G Y  51      28.025   6.246  65.419  1.00 33.54           O  \\nATOM   2612  C5'   G Y  51      27.014   6.011  66.396  1.00 32.92           C  \\nATOM   2613  C4'   G Y  51      26.953   4.532  66.745  1.00 32.22           C  \\nATOM   2614  O4'   G Y  51      26.768   3.751  65.539  1.00 31.94           O  \\nATOM   2615  C3'   G Y  51      28.222   3.962  67.358  1.00 32.71           C  \\nATOM   2616  O3'   G Y  51      28.242   4.224  68.754  1.00 33.11           O  \\nATOM   2617  C2'   G Y  51      28.079   2.473  67.048  1.00 32.62           C  \\nATOM   2618  O2'   G Y  51      27.221   1.803  67.953  1.00 33.14           O  \\nATOM   2619  C1'   G Y  51      27.436   2.505  65.664  1.00 31.82           C  \\nATOM   2620  N9    G Y  51      28.387   2.357  64.563  1.00 31.48           N  \\nATOM   2621  C8    G Y  51      28.903   3.360  63.775  1.00 30.97           C  \\nATOM   2622  N7    G Y  51      29.730   2.929  62.863  1.00 30.73           N  \\nATOM   2623  C5    G Y  51      29.764   1.553  63.051  1.00 30.62           C  \\nATOM   2624  C6    G Y  51      30.489   0.552  62.355  1.00 30.76           C  \\nATOM   2625  O6    G Y  51      31.266   0.691  61.399  1.00 30.80           O  \\nATOM   2626  N1    G Y  51      30.238  -0.719  62.868  1.00 30.21           N  \\nATOM   2627  C2    G Y  51      29.395  -0.988  63.921  1.00 30.44           C  \\nATOM   2628  N2    G Y  51      29.278  -2.277  64.279  1.00 30.70           N  \\nATOM   2629  N3    G Y  51      28.712  -0.060  64.581  1.00 30.37           N  \\nATOM   2630  C4    G Y  51      28.945   1.185  64.096  1.00 30.86           C  \\nATOM   2631  P     U Y  52      29.596   4.699  69.461  1.00 34.24           P  \\nATOM   2632  OP1   U Y  52      30.253   5.700  68.590  1.00 33.73           O  \\nATOM   2633  OP2   U Y  52      30.332   3.487  69.883  1.00 33.95           O  \\nATOM   2634  O5'   U Y  52      29.060   5.426  70.781  1.00 36.06           O  \\nATOM   2635  C5'   U Y  52      28.446   6.709  70.699  1.00 38.68           C  \\nATOM   2636  C4'   U Y  52      27.670   7.022  71.967  1.00 40.91           C  \\nATOM   2637  O4'   U Y  52      26.443   6.249  71.994  1.00 41.19           O  \\nATOM   2638  C3'   U Y  52      28.390   6.707  73.273  1.00 42.29           C  \\nATOM   2639  O3'   U Y  52      28.033   7.665  74.268  1.00 43.94           O  \\nATOM   2640  C2'   U Y  52      27.878   5.310  73.616  1.00 42.40           C  \\nATOM   2641  O2'   U Y  52      27.884   5.053  75.007  1.00 42.57           O  \\nATOM   2642  C1'   U Y  52      26.448   5.353  73.089  1.00 42.65           C  \\nATOM   2643  N1    U Y  52      25.948   4.038  72.597  1.00 43.24           N  \\nATOM   2644  C2    U Y  52      25.152   3.255  73.411  1.00 43.71           C  \\nATOM   2645  O2    U Y  52      24.827   3.577  74.541  1.00 43.58           O  \\nATOM   2646  N3    U Y  52      24.745   2.069  72.848  1.00 43.87           N  \\nATOM   2647  C4    U Y  52      25.047   1.599  71.582  1.00 44.19           C  \\nATOM   2648  O4    U Y  52      24.613   0.512  71.209  1.00 44.08           O  \\nATOM   2649  C5    U Y  52      25.880   2.472  70.795  1.00 44.06           C  \\nATOM   2650  C6    U Y  52      26.287   3.632  71.322  1.00 43.79           C  \\nATOM   2651  P     A Y  53      28.681   9.131  74.248  1.00 45.10           P  \\nATOM   2652  OP1   A Y  53      29.869   9.096  73.365  1.00 45.00           O  \\nATOM   2653  OP2   A Y  53      28.814   9.580  75.653  1.00 44.94           O  \\nATOM   2654  O5'   A Y  53      27.562  10.035  73.550  1.00 44.89           O  \\nATOM   2655  C5'   A Y  53      26.204   9.959  73.965  1.00 45.47           C  \\nATOM   2656  C4'   A Y  53      25.293  10.209  72.779  1.00 45.78           C  \\nATOM   2657  O4'   A Y  53      25.275   9.037  71.934  1.00 45.21           O  \\nATOM   2658  C3'   A Y  53      23.832  10.491  73.120  1.00 46.60           C  \\nATOM   2659  O3'   A Y  53      23.557  11.873  72.928  1.00 48.44           O  \\nATOM   2660  C2'   A Y  53      23.023   9.625  72.150  1.00 45.60           C  \\nATOM   2661  O2'   A Y  53      22.059  10.373  71.433  1.00 46.06           O  \\nATOM   2662  C1'   A Y  53      24.076   9.068  71.196  1.00 44.33           C  \\nATOM   2663  N9    A Y  53      23.790   7.721  70.710  1.00 43.22           N  \\nATOM   2664  C8    A Y  53      23.966   7.258  69.436  1.00 42.59           C  \\nATOM   2665  N7    A Y  53      23.622   6.004  69.274  1.00 41.88           N  \\nATOM   2666  C5    A Y  53      23.188   5.616  70.530  1.00 42.23           C  \\nATOM   2667  C6    A Y  53      22.691   4.394  71.024  1.00 42.27           C  \\nATOM   2668  N6    A Y  53      22.546   3.301  70.267  1.00 42.65           N  \\nATOM   2669  N1    A Y  53      22.349   4.339  72.329  1.00 42.55           N  \\nATOM   2670  C2    A Y  53      22.498   5.436  73.082  1.00 42.40           C  \\nATOM   2671  N3    A Y  53      22.956   6.636  72.731  1.00 42.35           N  \\nATOM   2672  C4    A Y  53      23.287   6.661  71.430  1.00 42.59           C  \\nATOM   2673  P     U Y  54      22.980  12.752  74.135  1.00 49.69           P  \\nATOM   2674  OP1   U Y  54      24.098  13.042  75.060  1.00 49.68           O  \\nATOM   2675  OP2   U Y  54      21.756  12.089  74.637  1.00 49.76           O  \\nATOM   2676  O5'   U Y  54      22.545  14.105  73.403  1.00 50.90           O  \\nATOM   2677  C5'   U Y  54      21.631  14.061  72.311  1.00 52.89           C  \\nATOM   2678  C4'   U Y  54      21.749  15.305  71.446  1.00 54.11           C  \\nATOM   2679  O4'   U Y  54      21.640  16.493  72.275  1.00 54.19           O  \\nATOM   2680  C3'   U Y  54      23.061  15.438  70.679  1.00 54.88           C  \\nATOM   2681  O3'   U Y  54      22.800  15.963  69.379  1.00 56.18           O  \\nATOM   2682  C2'   U Y  54      23.864  16.407  71.545  1.00 54.63           C  \\nATOM   2683  O2'   U Y  54      24.816  17.149  70.807  1.00 54.57           O  \\nATOM   2684  C1'   U Y  54      22.765  17.323  72.072  1.00 54.30           C  \\nATOM   2685  N1    U Y  54      23.094  17.995  73.366  1.00 54.29           N  \\nATOM   2686  C2    U Y  54      23.299  19.360  73.388  1.00 54.23           C  \\nATOM   2687  O2    U Y  54      23.233  20.065  72.397  1.00 54.43           O  \\nATOM   2688  N3    U Y  54      23.591  19.880  74.625  1.00 54.10           N  \\nATOM   2689  C4    U Y  54      23.694  19.188  75.818  1.00 53.95           C  \\nATOM   2690  O4    U Y  54      23.963  19.792  76.850  1.00 54.03           O  \\nATOM   2691  C5    U Y  54      23.466  17.769  75.715  1.00 53.98           C  \\nATOM   2692  C6    U Y  54      23.180  17.239  74.519  1.00 54.12           C  \\nATOM   2693  P     C Y  55      23.652  15.474  68.113  1.00 57.20           P  \\nATOM   2694  OP1   C Y  55      24.341  14.215  68.477  1.00 57.14           O  \\nATOM   2695  OP2   C Y  55      24.442  16.633  67.633  1.00 57.14           O  \\nATOM   2696  O5'   C Y  55      22.527  15.150  67.019  1.00 56.71           O  \\nATOM   2697  C5'   C Y  55      22.562  15.790  65.745  1.00 56.03           C  \\nATOM   2698  C4'   C Y  55      22.609  14.780  64.609  1.00 55.03           C  \\nATOM   2699  O4'   C Y  55      23.182  15.408  63.430  1.00 55.87           O  \\nATOM   2700  C3'   C Y  55      23.459  13.538  64.865  1.00 53.79           C  \\nATOM   2701  O3'   C Y  55      22.970  12.441  64.104  1.00 50.08           O  \\nATOM   2702  C2'   C Y  55      24.802  13.974  64.291  1.00 55.11           C  \\nATOM   2703  O2'   C Y  55      25.633  12.878  63.960  1.00 55.54           O  \\nATOM   2704  C1'   C Y  55      24.305  14.653  63.020  1.00 56.37           C  \\nATOM   2705  N1    C Y  55      25.314  15.529  62.341  1.00 57.48           N  \\nATOM   2706  C2    C Y  55      25.777  16.707  62.949  1.00 57.92           C  \\nATOM   2707  O2    C Y  55      25.344  17.039  64.061  1.00 58.38           O  \\nATOM   2708  N3    C Y  55      26.694  17.463  62.293  1.00 57.87           N  \\nATOM   2709  C4    C Y  55      27.146  17.084  61.095  1.00 57.84           C  \\nATOM   2710  N4    C Y  55      28.051  17.863  60.493  1.00 57.47           N  \\nATOM   2711  C5    C Y  55      26.691  15.890  60.462  1.00 57.83           C  \\nATOM   2712  C6    C Y  55      25.786  15.152  61.115  1.00 57.68           C  \\nATOM   2713  P     A Y  56      21.697  11.566  64.528  1.00 46.57           P  \\nATOM   2714  OP1   A Y  56      20.616  12.461  64.999  1.00 46.55           O  \\nATOM   2715  OP2   A Y  56      22.171  10.453  65.382  1.00 46.74           O  \\nATOM   2716  O5'   A Y  56      21.284  10.962  63.106  1.00 43.07           O  \\nATOM   2717  C5'   A Y  56      21.986  11.403  61.947  1.00 37.16           C  \\nATOM   2718  C4'   A Y  56      22.319  10.242  61.026  1.00 33.12           C  \\nATOM   2719  O4'   A Y  56      23.031   9.211  61.754  1.00 30.81           O  \\nATOM   2720  C3'   A Y  56      21.112   9.522  60.450  1.00 31.09           C  \\nATOM   2721  O3'   A Y  56      20.614  10.222  59.317  1.00 30.37           O  \\nATOM   2722  C2'   A Y  56      21.726   8.177  60.082  1.00 29.70           C  \\nATOM   2723  O2'   A Y  56      22.516   8.238  58.911  1.00 29.15           O  \\nATOM   2724  C1'   A Y  56      22.618   7.937  61.294  1.00 29.53           C  \\nATOM   2725  N9    A Y  56      21.957   7.233  62.390  1.00 29.01           N  \\nATOM   2726  C8    A Y  56      21.582   7.755  63.596  1.00 28.44           C  \\nATOM   2727  N7    A Y  56      21.009   6.885  64.392  1.00 28.78           N  \\nATOM   2728  C5    A Y  56      21.011   5.709  63.661  1.00 28.49           C  \\nATOM   2729  C6    A Y  56      20.545   4.410  63.947  1.00 28.38           C  \\nATOM   2730  N6    A Y  56      19.966   4.073  65.104  1.00 27.83           N  \\nATOM   2731  N1    A Y  56      20.703   3.464  62.996  1.00 28.26           N  \\nATOM   2732  C2    A Y  56      21.288   3.803  61.841  1.00 28.36           C  \\nATOM   2733  N3    A Y  56      21.764   4.987  61.459  1.00 28.69           N  \\nATOM   2734  C4    A Y  56      21.591   5.906  62.423  1.00 28.44           C  \\nATOM   2735  P     C Y  57      19.150  10.865  59.348  1.00 30.27           P  \\nATOM   2736  OP1   C Y  57      18.869  11.415  58.003  1.00 30.22           O  \\nATOM   2737  OP2   C Y  57      19.053  11.739  60.537  1.00 31.63           O  \\nATOM   2738  O5'   C Y  57      18.198   9.607  59.606  1.00 29.70           O  \\nATOM   2739  C5'   C Y  57      18.262   8.474  58.749  1.00 28.86           C  \\nATOM   2740  C4'   C Y  57      17.814   7.227  59.487  1.00 28.54           C  \\nATOM   2741  O4'   C Y  57      18.696   6.966  60.610  1.00 27.66           O  \\nATOM   2742  C3'   C Y  57      16.443   7.317  60.138  1.00 28.27           C  \\nATOM   2743  O3'   C Y  57      15.404   7.134  59.186  1.00 29.70           O  \\nATOM   2744  C2'   C Y  57      16.542   6.151  61.112  1.00 27.76           C  \\nATOM   2745  O2'   C Y  57      16.441   4.901  60.459  1.00 26.65           O  \\nATOM   2746  C1'   C Y  57      17.954   6.359  61.654  1.00 27.13           C  \\nATOM   2747  N1    C Y  57      17.994   7.234  62.870  1.00 26.98           N  \\nATOM   2748  C2    C Y  57      17.687   6.686  64.119  1.00 26.90           C  \\nATOM   2749  O2    C Y  57      17.393   5.489  64.191  1.00 27.38           O  \\nATOM   2750  N3    C Y  57      17.718   7.481  65.218  1.00 26.61           N  \\nATOM   2751  C4    C Y  57      18.039   8.769  65.100  1.00 26.68           C  \\nATOM   2752  N4    C Y  57      18.058   9.510  66.213  1.00 26.54           N  \\nATOM   2753  C5    C Y  57      18.350   9.353  63.836  1.00 26.43           C  \\nATOM   2754  C6    C Y  57      18.312   8.558  62.760  1.00 26.88           C  \\nATOM   2755  P     C Y  58      14.035   7.949  59.342  1.00 30.52           P  \\nATOM   2756  OP1   C Y  58      13.403   8.028  58.005  1.00 30.44           O  \\nATOM   2757  OP2   C Y  58      14.321   9.190  60.092  1.00 30.80           O  \\nATOM   2758  O5'   C Y  58      13.159   7.011  60.296  1.00 31.08           O  \\nATOM   2759  C5'   C Y  58      12.959   5.636  59.985  1.00 31.47           C  \\nATOM   2760  C4'   C Y  58      12.648   4.848  61.245  1.00 32.01           C  \\nATOM   2761  O4'   C Y  58      13.730   5.024  62.194  1.00 31.75           O  \\nATOM   2762  C3'   C Y  58      11.398   5.277  62.004  1.00 32.58           C  \\nATOM   2763  O3'   C Y  58      10.259   4.616  61.464  1.00 33.72           O  \\nATOM   2764  C2'   C Y  58      11.715   4.772  63.408  1.00 32.30           C  \\nATOM   2765  O2'   C Y  58      11.451   3.390  63.551  1.00 33.10           O  \\nATOM   2766  C1'   C Y  58      13.219   5.007  63.513  1.00 31.61           C  \\nATOM   2767  N1    C Y  58      13.604   6.276  64.199  1.00 31.46           N  \\nATOM   2768  C2    C Y  58      13.532   6.359  65.595  1.00 31.42           C  \\nATOM   2769  O2    C Y  58      13.142   5.378  66.241  1.00 31.92           O  \\nATOM   2770  N3    C Y  58      13.894   7.516  66.203  1.00 30.78           N  \\nATOM   2771  C4    C Y  58      14.310   8.554  65.476  1.00 30.48           C  \\nATOM   2772  N4    C Y  58      14.655   9.671  66.124  1.00 30.30           N  \\nATOM   2773  C5    C Y  58      14.391   8.491  64.053  1.00 30.69           C  \\nATOM   2774  C6    C Y  58      14.033   7.345  63.463  1.00 30.73           C  \\nATOM   2775  P     U Y  59       8.782   5.225  61.595  1.00 34.46           P  \\nATOM   2776  OP1   U Y  59       7.882   4.346  60.816  1.00 34.74           O  \\nATOM   2777  OP2   U Y  59       8.840   6.672  61.290  1.00 34.54           O  \\nATOM   2778  O5'   U Y  59       8.453   5.077  63.154  1.00 34.45           O  \\nATOM   2779  C5'   U Y  59       8.136   3.807  63.716  1.00 35.42           C  \\nATOM   2780  C4'   U Y  59       7.902   3.948  65.210  1.00 35.58           C  \\nATOM   2781  O4'   U Y  59       9.093   4.499  65.822  1.00 35.38           O  \\nATOM   2782  C3'   U Y  59       6.783   4.910  65.584  1.00 35.85           C  \\nATOM   2783  O3'   U Y  59       5.551   4.207  65.680  1.00 36.38           O  \\nATOM   2784  C2'   U Y  59       7.218   5.452  66.944  1.00 35.66           C  \\nATOM   2785  O2'   U Y  59       6.741   4.669  68.020  1.00 36.07           O  \\nATOM   2786  C1'   U Y  59       8.740   5.365  66.884  1.00 34.98           C  \\nATOM   2787  N1    U Y  59       9.435   6.673  66.693  1.00 33.95           N  \\nATOM   2788  C2    U Y  59       9.472   7.578  67.734  1.00 33.96           C  \\nATOM   2789  O2    U Y  59       8.948   7.377  68.816  1.00 33.60           O  \\nATOM   2790  N3    U Y  59      10.151   8.741  67.462  1.00 33.45           N  \\nATOM   2791  C4    U Y  59      10.788   9.077  66.282  1.00 33.60           C  \\nATOM   2792  O4    U Y  59      11.361  10.157  66.187  1.00 33.77           O  \\nATOM   2793  C5    U Y  59      10.707   8.081  65.245  1.00 33.54           C  \\nATOM   2794  C6    U Y  59      10.051   6.942  65.488  1.00 33.83           C  \\nATOM   2795  P     G Y  60       4.267   4.742  64.892  1.00 36.51           P  \\nATOM   2796  OP1   G Y  60       3.249   3.668  64.901  1.00 36.86           O  \\nATOM   2797  OP2   G Y  60       4.731   5.316  63.610  1.00 35.75           O  \\nATOM   2798  O5'   G Y  60       3.748   5.939  65.819  1.00 36.63           O  \\nATOM   2799  C5'   G Y  60       3.217   5.645  67.103  1.00 36.90           C  \\nATOM   2800  C4'   G Y  60       3.283   6.861  68.008  1.00 37.29           C  \\nATOM   2801  O4'   G Y  60       4.666   7.227  68.232  1.00 36.66           O  \\nATOM   2802  C3'   G Y  60       2.629   8.116  67.450  1.00 37.54           C  \\nATOM   2803  O3'   G Y  60       1.244   8.113  67.774  1.00 39.32           O  \\nATOM   2804  C2'   G Y  60       3.374   9.213  68.207  1.00 36.79           C  \\nATOM   2805  O2'   G Y  60       2.838   9.446  69.496  1.00 35.65           O  \\nATOM   2806  C1'   G Y  60       4.781   8.632  68.331  1.00 35.73           C  \\nATOM   2807  N9    G Y  60       5.697   9.101  67.294  1.00 35.51           N  \\nATOM   2808  C8    G Y  60       5.851   8.581  66.032  1.00 35.06           C  \\nATOM   2809  N7    G Y  60       6.746   9.207  65.319  1.00 34.75           N  \\nATOM   2810  C5    G Y  60       7.213  10.207  66.162  1.00 34.58           C  \\nATOM   2811  C6    G Y  60       8.195  11.200  65.938  1.00 34.26           C  \\nATOM   2812  O6    G Y  60       8.860  11.394  64.913  1.00 33.65           O  \\nATOM   2813  N1    G Y  60       8.375  12.017  67.052  1.00 34.27           N  \\nATOM   2814  C2    G Y  60       7.690  11.885  68.235  1.00 34.50           C  \\nATOM   2815  N2    G Y  60       7.997  12.765  69.198  1.00 34.74           N  \\nATOM   2816  N3    G Y  60       6.767  10.956  68.459  1.00 34.62           N  \\nATOM   2817  C4    G Y  60       6.580  10.155  67.382  1.00 34.84           C  \\nATOM   2818  P     A Y  61       0.103   8.025  66.652  1.00 40.31           P  \\nATOM   2819  OP1   A Y  61      -0.565   9.346  66.589  1.00 40.43           O  \\nATOM   2820  OP2   A Y  61      -0.689   6.808  66.941  1.00 40.76           O  \\nATOM   2821  O5'   A Y  61       0.884   7.782  65.278  1.00 40.81           O  \\nATOM   2822  C5'   A Y  61       0.155   7.406  64.107  1.00 41.41           C  \\nATOM   2823  C4'   A Y  61       0.852   7.851  62.830  1.00 41.87           C  \\nATOM   2824  O4'   A Y  61       1.234   9.248  62.935  1.00 42.16           O  \\nATOM   2825  C3'   A Y  61       2.136   7.104  62.491  1.00 42.39           C  \\nATOM   2826  O3'   A Y  61       2.339   7.074  61.079  1.00 43.35           O  \\nATOM   2827  C2'   A Y  61       3.191   7.966  63.176  1.00 41.71           C  \\nATOM   2828  O2'   A Y  61       4.475   7.810  62.604  1.00 40.55           O  \\nATOM   2829  C1'   A Y  61       2.645   9.361  62.893  1.00 41.14           C  \\nATOM   2830  N9    A Y  61       3.060  10.359  63.875  1.00 41.03           N  \\nATOM   2831  C8    A Y  61       2.413  10.699  65.031  1.00 40.84           C  \\nATOM   2832  N7    A Y  61       3.020  11.634  65.722  1.00 40.72           N  \\nATOM   2833  C5    A Y  61       4.143  11.929  64.966  1.00 40.89           C  \\nATOM   2834  C6    A Y  61       5.201  12.841  65.152  1.00 40.65           C  \\nATOM   2835  N6    A Y  61       5.294  13.656  66.208  1.00 40.26           N  \\nATOM   2836  N1    A Y  61       6.163  12.884  64.206  1.00 40.58           N  \\nATOM   2837  C2    A Y  61       6.071  12.065  63.151  1.00 40.56           C  \\nATOM   2838  N3    A Y  61       5.127  11.170  62.868  1.00 40.78           N  \\nATOM   2839  C4    A Y  61       4.184  11.150  63.825  1.00 41.00           C  \\nATOM   2840  P     U Y  62       1.524   6.048  60.159  1.00 43.91           P  \\nATOM   2841  OP1   U Y  62       0.942   5.008  61.037  1.00 43.70           O  \\nATOM   2842  OP2   U Y  62       2.392   5.653  59.024  1.00 43.95           O  \\nATOM   2843  O5'   U Y  62       0.349   6.964  59.582  1.00 43.85           O  \\nATOM   2844  C5'   U Y  62       0.656   8.144  58.848  1.00 43.75           C  \\nATOM   2845  C4'   U Y  62      -0.616   8.887  58.480  1.00 43.72           C  \\nATOM   2846  O4'   U Y  62      -1.464   8.028  57.675  1.00 43.97           O  \\nATOM   2847  C3'   U Y  62      -1.468   9.324  59.666  1.00 43.63           C  \\nATOM   2848  O3'   U Y  62      -2.118  10.555  59.380  1.00 43.18           O  \\nATOM   2849  C2'   U Y  62      -2.486   8.195  59.782  1.00 43.88           C  \\nATOM   2850  O2'   U Y  62      -3.695   8.615  60.387  1.00 43.98           O  \\nATOM   2851  C1'   U Y  62      -2.715   7.856  58.314  1.00 43.97           C  \\nATOM   2852  N1    U Y  62      -3.181   6.455  58.100  1.00 44.13           N  \\nATOM   2853  C2    U Y  62      -4.535   6.203  58.009  1.00 43.95           C  \\nATOM   2854  O2    U Y  62      -5.386   7.071  58.088  1.00 43.96           O  \\nATOM   2855  N3    U Y  62      -4.862   4.884  57.816  1.00 43.94           N  \\nATOM   2856  C4    U Y  62      -3.993   3.813  57.712  1.00 43.89           C  \\nATOM   2857  O4    U Y  62      -4.442   2.683  57.540  1.00 43.71           O  \\nATOM   2858  C5    U Y  62      -2.597   4.155  57.819  1.00 44.17           C  \\nATOM   2859  C6    U Y  62      -2.252   5.436  58.006  1.00 44.12           C  \\nATOM   2860  P     C Y  63      -1.434  11.960  59.727  1.00 42.24           P  \\nATOM   2861  OP1   C Y  63      -2.518  12.967  59.765  1.00 42.77           O  \\nATOM   2862  OP2   C Y  63      -0.290  12.150  58.808  1.00 41.91           O  \\nATOM   2863  O5'   C Y  63      -0.855  11.765  61.208  1.00 41.18           O  \\nATOM   2864  C5'   C Y  63      -1.736  11.701  62.328  1.00 39.29           C  \\nATOM   2865  C4'   C Y  63      -1.374  12.721  63.394  1.00 37.97           C  \\nATOM   2866  O4'   C Y  63      -0.019  12.509  63.866  1.00 37.86           O  \\nATOM   2867  C3'   C Y  63      -1.359  14.172  62.941  1.00 37.18           C  \\nATOM   2868  O3'   C Y  63      -2.677  14.696  62.862  1.00 36.38           O  \\nATOM   2869  C2'   C Y  63      -0.551  14.805  64.068  1.00 36.63           C  \\nATOM   2870  O2'   C Y  63      -1.300  14.972  65.254  1.00 36.17           O  \\nATOM   2871  C1'   C Y  63       0.532  13.749  64.279  1.00 37.04           C  \\nATOM   2872  N1    C Y  63       1.785  14.036  63.506  1.00 36.61           N  \\nATOM   2873  C2    C Y  63       2.664  15.026  63.965  1.00 36.85           C  \\nATOM   2874  O2    C Y  63       2.395  15.646  65.004  1.00 37.43           O  \\nATOM   2875  N3    C Y  63       3.791  15.286  63.257  1.00 36.79           N  \\nATOM   2876  C4    C Y  63       4.053  14.601  62.142  1.00 36.40           C  \\nATOM   2877  N4    C Y  63       5.180  14.895  61.486  1.00 36.32           N  \\nATOM   2878  C5    C Y  63       3.172  13.589  61.656  1.00 36.48           C  \\nATOM   2879  C6    C Y  63       2.061  13.342  62.362  1.00 36.57           C  \\nATOM   2880  P     U Y  64      -2.988  15.885  61.836  1.00 35.97           P  \\nATOM   2881  OP1   U Y  64      -4.458  16.033  61.749  1.00 35.23           O  \\nATOM   2882  OP2   U Y  64      -2.202  15.647  60.604  1.00 35.36           O  \\nATOM   2883  O5'   U Y  64      -2.365  17.171  62.562  1.00 35.56           O  \\nATOM   2884  C5'   U Y  64      -2.877  17.622  63.813  1.00 34.83           C  \\nATOM   2885  C4'   U Y  64      -2.036  18.764  64.357  1.00 34.13           C  \\nATOM   2886  O4'   U Y  64      -0.701  18.289  64.671  1.00 33.60           O  \\nATOM   2887  C3'   U Y  64      -1.792  19.910  63.387  1.00 33.92           C  \\nATOM   2888  O3'   U Y  64      -2.896  20.803  63.371  1.00 33.79           O  \\nATOM   2889  C2'   U Y  64      -0.559  20.554  64.006  1.00 33.63           C  \\nATOM   2890  O2'   U Y  64      -0.871  21.329  65.148  1.00 33.92           O  \\nATOM   2891  C1'   U Y  64       0.239  19.319  64.411  1.00 33.65           C  \\nATOM   2892  N1    U Y  64       1.201  18.862  63.359  1.00 33.83           N  \\nATOM   2893  C2    U Y  64       2.374  19.565  63.169  1.00 33.67           C  \\nATOM   2894  O2    U Y  64       2.670  20.554  63.818  1.00 33.49           O  \\nATOM   2895  N3    U Y  64       3.195  19.067  62.185  1.00 33.21           N  \\nATOM   2896  C4    U Y  64       2.966  17.958  61.389  1.00 33.53           C  \\nATOM   2897  O4    U Y  64       3.795  17.626  60.544  1.00 33.48           O  \\nATOM   2898  C5    U Y  64       1.720  17.281  61.645  1.00 33.65           C  \\nATOM   2899  C6    U Y  64       0.907  17.746  62.600  1.00 33.57           C  \\nATOM   2900  P     G Y  65      -3.291  21.556  62.013  1.00 34.08           P  \\nATOM   2901  OP1   G Y  65      -4.584  22.237  62.245  1.00 33.23           O  \\nATOM   2902  OP2   G Y  65      -3.144  20.595  60.897  1.00 33.51           O  \\nATOM   2903  O5'   G Y  65      -2.143  22.659  61.847  1.00 33.58           O  \\nATOM   2904  C5'   G Y  65      -2.162  23.842  62.635  1.00 32.34           C  \\nATOM   2905  C4'   G Y  65      -0.894  24.648  62.424  1.00 31.79           C  \\nATOM   2906  O4'   G Y  65       0.265  23.871  62.826  1.00 31.90           O  \\nATOM   2907  C3'   G Y  65      -0.575  25.008  60.982  1.00 31.78           C  \\nATOM   2908  O3'   G Y  65      -1.368  26.099  60.533  1.00 32.54           O  \\nATOM   2909  C2'   G Y  65       0.890  25.394  61.137  1.00 31.42           C  \\nATOM   2910  O2'   G Y  65       1.055  26.647  61.774  1.00 31.15           O  \\nATOM   2911  C1'   G Y  65       1.379  24.262  62.038  1.00 30.55           C  \\nATOM   2912  N9    G Y  65       1.851  23.122  61.257  1.00 29.74           N  \\nATOM   2913  C8    G Y  65       1.192  21.937  61.031  1.00 29.10           C  \\nATOM   2914  N7    G Y  65       1.857  21.111  60.271  1.00 29.13           N  \\nATOM   2915  C5    G Y  65       3.030  21.791  59.967  1.00 28.85           C  \\nATOM   2916  C6    G Y  65       4.139  21.394  59.179  1.00 28.23           C  \\nATOM   2917  O6    G Y  65       4.309  20.330  58.569  1.00 28.64           O  \\nATOM   2918  N1    G Y  65       5.117  22.384  59.129  1.00 27.86           N  \\nATOM   2919  C2    G Y  65       5.033  23.604  59.758  1.00 27.96           C  \\nATOM   2920  N2    G Y  65       6.079  24.427  59.590  1.00 28.19           N  \\nATOM   2921  N3    G Y  65       4.002  23.986  60.501  1.00 27.58           N  \\nATOM   2922  C4    G Y  65       3.040  23.033  60.563  1.00 28.66           C  \\nATOM   2923  P     G Y  66      -1.713  26.259  58.976  1.00 33.23           P  \\nATOM   2924  OP1   G Y  66      -2.650  27.397  58.843  1.00 32.75           O  \\nATOM   2925  OP2   G Y  66      -2.089  24.926  58.451  1.00 33.26           O  \\nATOM   2926  O5'   G Y  66      -0.311  26.656  58.313  1.00 32.51           O  \\nATOM   2927  C5'   G Y  66       0.301  27.908  58.600  1.00 32.22           C  \\nATOM   2928  C4'   G Y  66       1.720  27.958  58.058  1.00 32.31           C  \\nATOM   2929  O4'   G Y  66       2.507  26.867  58.605  1.00 32.11           O  \\nATOM   2930  C3'   G Y  66       1.867  27.758  56.558  1.00 32.56           C  \\nATOM   2931  O3'   G Y  66       1.522  28.934  55.838  1.00 32.81           O  \\nATOM   2932  C2'   G Y  66       3.359  27.454  56.488  1.00 32.22           C  \\nATOM   2933  O2'   G Y  66       4.154  28.601  56.715  1.00 32.44           O  \\nATOM   2934  C1'   G Y  66       3.493  26.488  57.661  1.00 31.02           C  \\nATOM   2935  N9    G Y  66       3.266  25.099  57.271  1.00 30.72           N  \\nATOM   2936  C8    G Y  66       2.166  24.324  57.551  1.00 29.86           C  \\nATOM   2937  N7    G Y  66       2.243  23.119  57.060  1.00 29.63           N  \\nATOM   2938  C5    G Y  66       3.470  23.093  56.410  1.00 29.42           C  \\nATOM   2939  C6    G Y  66       4.103  22.046  55.697  1.00 29.10           C  \\nATOM   2940  O6    G Y  66       3.683  20.899  55.488  1.00 29.13           O  \\nATOM   2941  N1    G Y  66       5.344  22.437  55.199  1.00 28.54           N  \\nATOM   2942  C2    G Y  66       5.903  23.682  55.370  1.00 28.81           C  \\nATOM   2943  N2    G Y  66       7.108  23.875  54.812  1.00 28.35           N  \\nATOM   2944  N3    G Y  66       5.321  24.671  56.037  1.00 28.96           N  \\nATOM   2945  C4    G Y  66       4.112  24.305  56.529  1.00 29.38           C  \\nATOM   2946  P     A Y  67       0.900  28.816  54.367  1.00 33.59           P  \\nATOM   2947  OP1   A Y  67       0.427  30.160  53.968  1.00 33.17           O  \\nATOM   2948  OP2   A Y  67      -0.033  27.665  54.354  1.00 33.40           O  \\nATOM   2949  O5'   A Y  67       2.159  28.424  53.460  1.00 32.91           O  \\nATOM   2950  C5'   A Y  67       3.233  29.341  53.285  1.00 31.97           C  \\nATOM   2951  C4'   A Y  67       4.416  28.662  52.617  1.00 31.25           C  \\nATOM   2952  O4'   A Y  67       4.839  27.507  53.386  1.00 30.94           O  \\nATOM   2953  C3'   A Y  67       4.143  28.075  51.243  1.00 30.82           C  \\nATOM   2954  O3'   A Y  67       4.127  29.091  50.249  1.00 30.43           O  \\nATOM   2955  C2'   A Y  67       5.347  27.150  51.107  1.00 30.87           C  \\nATOM   2956  O2'   A Y  67       6.544  27.854  50.841  1.00 31.14           O  \\nATOM   2957  C1'   A Y  67       5.393  26.543  52.505  1.00 30.83           C  \\nATOM   2958  N9    A Y  67       4.623  25.306  52.608  1.00 30.35           N  \\nATOM   2959  C8    A Y  67       3.403  25.142  53.205  1.00 30.20           C  \\nATOM   2960  N7    A Y  67       2.943  23.915  53.140  1.00 30.16           N  \\nATOM   2961  C5    A Y  67       3.927  23.228  52.450  1.00 30.32           C  \\nATOM   2962  C6    A Y  67       4.042  21.881  52.056  1.00 30.37           C  \\nATOM   2963  N6    A Y  67       3.111  20.958  52.316  1.00 30.60           N  \\nATOM   2964  N1    A Y  67       5.152  21.520  51.379  1.00 30.31           N  \\nATOM   2965  C2    A Y  67       6.080  22.450  51.119  1.00 30.25           C  \\nATOM   2966  N3    A Y  67       6.086  23.742  51.440  1.00 30.47           N  \\nATOM   2967  C4    A Y  67       4.969  24.071  52.110  1.00 30.25           C  \\nATOM   2968  P     U Y  68       3.196  28.925  48.957  1.00 30.05           P  \\nATOM   2969  OP1   U Y  68       3.452  30.077  48.064  1.00 30.05           O  \\nATOM   2970  OP2   U Y  68       1.818  28.632  49.412  1.00 29.80           O  \\nATOM   2971  O5'   U Y  68       3.762  27.598  48.266  1.00 29.58           O  \\nATOM   2972  C5'   U Y  68       5.011  27.615  47.591  1.00 28.98           C  \\nATOM   2973  C4'   U Y  68       5.389  26.210  47.165  1.00 28.65           C  \\nATOM   2974  O4'   U Y  68       5.314  25.308  48.299  1.00 28.41           O  \\nATOM   2975  C3'   U Y  68       4.451  25.589  46.146  1.00 28.48           C  \\nATOM   2976  O3'   U Y  68       4.785  26.032  44.841  1.00 29.01           O  \\nATOM   2977  C2'   U Y  68       4.756  24.109  46.334  1.00 28.28           C  \\nATOM   2978  O2'   U Y  68       5.938  23.719  45.664  1.00 28.65           O  \\nATOM   2979  C1'   U Y  68       4.937  24.018  47.849  1.00 27.64           C  \\nATOM   2980  N1    U Y  68       3.697  23.577  48.564  1.00 26.87           N  \\nATOM   2981  C2    U Y  68       3.458  22.225  48.714  1.00 26.52           C  \\nATOM   2982  O2    U Y  68       4.215  21.364  48.306  1.00 25.32           O  \\nATOM   2983  N3    U Y  68       2.296  21.909  49.374  1.00 26.03           N  \\nATOM   2984  C4    U Y  68       1.360  22.791  49.882  1.00 26.65           C  \\nATOM   2985  O4    U Y  68       0.363  22.353  50.447  1.00 26.62           O  \\nATOM   2986  C5    U Y  68       1.672  24.185  49.683  1.00 26.45           C  \\nATOM   2987  C6    U Y  68       2.803  24.516  49.045  1.00 26.80           C  \\nATOM   2988  P     A Y  69       3.629  26.267  43.763  1.00 28.93           P  \\nATOM   2989  OP1   A Y  69       4.246  26.903  42.579  1.00 29.16           O  \\nATOM   2990  OP2   A Y  69       2.492  26.925  44.447  1.00 28.86           O  \\nATOM   2991  O5'   A Y  69       3.180  24.779  43.378  1.00 28.95           O  \\nATOM   2992  C5'   A Y  69       2.102  24.576  42.469  1.00 28.88           C  \\nATOM   2993  C4'   A Y  69       1.837  23.096  42.260  1.00 28.70           C  \\nATOM   2994  O4'   A Y  69       2.749  22.581  41.256  1.00 28.56           O  \\nATOM   2995  C3'   A Y  69       2.045  22.230  43.495  1.00 28.64           C  \\nATOM   2996  O3'   A Y  69       0.816  22.104  44.215  1.00 28.94           O  \\nATOM   2997  C2'   A Y  69       2.499  20.899  42.901  1.00 28.61           C  \\nATOM   2998  O2'   A Y  69       1.410  20.089  42.502  1.00 28.38           O  \\nATOM   2999  C1'   A Y  69       3.279  21.335  41.666  1.00 28.10           C  \\nATOM   3000  N9    A Y  69       4.726  21.475  41.833  1.00 27.85           N  \\nATOM   3001  C8    A Y  69       5.436  22.643  41.862  1.00 27.63           C  \\nATOM   3002  N7    A Y  69       6.730  22.477  41.996  1.00 27.58           N  \\nATOM   3003  C5    A Y  69       6.886  21.102  42.043  1.00 27.63           C  \\nATOM   3004  C6    A Y  69       8.025  20.280  42.176  1.00 27.72           C  \\nATOM   3005  N6    A Y  69       9.270  20.757  42.284  1.00 27.46           N  \\nATOM   3006  N1    A Y  69       7.835  18.944  42.192  1.00 27.44           N  \\nATOM   3007  C2    A Y  69       6.587  18.472  42.083  1.00 27.44           C  \\nATOM   3008  N3    A Y  69       5.443  19.143  41.953  1.00 27.33           N  \\nATOM   3009  C4    A Y  69       5.662  20.467  41.940  1.00 27.70           C  \\nATOM   3010  P     A Y  70       0.822  22.096  45.818  1.00 28.88           P  \\nATOM   3011  OP1   A Y  70      -0.577  22.067  46.296  1.00 29.05           O  \\nATOM   3012  OP2   A Y  70       1.722  23.178  46.270  1.00 28.76           O  \\nATOM   3013  O5'   A Y  70       1.517  20.694  46.151  1.00 28.47           O  \\nATOM   3014  C5'   A Y  70       0.815  19.479  45.920  1.00 28.29           C  \\nATOM   3015  C4'   A Y  70       1.752  18.287  45.995  1.00 28.53           C  \\nATOM   3016  O4'   A Y  70       2.792  18.420  44.995  1.00 27.90           O  \\nATOM   3017  C3'   A Y  70       2.511  18.134  47.304  1.00 28.95           C  \\nATOM   3018  O3'   A Y  70       1.717  17.447  48.253  1.00 30.22           O  \\nATOM   3019  C2'   A Y  70       3.701  17.291  46.865  1.00 28.36           C  \\nATOM   3020  O2'   A Y  70       3.374  15.921  46.727  1.00 28.47           O  \\nATOM   3021  C1'   A Y  70       4.004  17.889  45.495  1.00 27.92           C  \\nATOM   3022  N9    A Y  70       5.014  18.943  45.523  1.00 27.46           N  \\nATOM   3023  C8    A Y  70       4.804  20.294  45.546  1.00 27.09           C  \\nATOM   3024  N7    A Y  70       5.911  20.999  45.564  1.00 27.11           N  \\nATOM   3025  C5    A Y  70       6.915  20.046  45.546  1.00 27.08           C  \\nATOM   3026  C6    A Y  70       8.322  20.144  45.552  1.00 27.18           C  \\nATOM   3027  N6    A Y  70       8.977  21.309  45.574  1.00 27.04           N  \\nATOM   3028  N1    A Y  70       9.030  18.995  45.533  1.00 27.06           N  \\nATOM   3029  C2    A Y  70       8.371  17.831  45.510  1.00 26.63           C  \\nATOM   3030  N3    A Y  70       7.057  17.614  45.505  1.00 26.82           N  \\nATOM   3031  C4    A Y  70       6.380  18.773  45.523  1.00 27.02           C  \\nATOM   3032  P     U Y  71       1.842  17.808  49.805  1.00 31.15           P  \\nATOM   3033  OP1   U Y  71       0.607  17.331  50.466  1.00 31.19           O  \\nATOM   3034  OP2   U Y  71       2.238  19.229  49.923  1.00 31.29           O  \\nATOM   3035  O5'   U Y  71       3.079  16.912  50.285  1.00 30.53           O  \\nATOM   3036  C5'   U Y  71       3.047  15.501  50.106  1.00 30.12           C  \\nATOM   3037  C4'   U Y  71       4.440  14.895  50.165  1.00 30.38           C  \\nATOM   3038  O4'   U Y  71       5.249  15.360  49.054  1.00 29.06           O  \\nATOM   3039  C3'   U Y  71       5.265  15.243  51.395  1.00 30.73           C  \\nATOM   3040  O3'   U Y  71       4.875  14.428  52.498  1.00 33.04           O  \\nATOM   3041  C2'   U Y  71       6.663  14.894  50.893  1.00 29.78           C  \\nATOM   3042  O2'   U Y  71       6.913  13.502  50.933  1.00 29.36           O  \\nATOM   3043  C1'   U Y  71       6.610  15.376  49.442  1.00 28.58           C  \\nATOM   3044  N1    U Y  71       7.150  16.759  49.270  1.00 27.92           N  \\nATOM   3045  C2    U Y  71       8.474  16.932  48.909  1.00 27.52           C  \\nATOM   3046  O2    U Y  71       9.241  16.007  48.702  1.00 26.13           O  \\nATOM   3047  N3    U Y  71       8.873  18.243  48.793  1.00 26.96           N  \\nATOM   3048  C4    U Y  71       8.098  19.369  48.999  1.00 26.74           C  \\nATOM   3049  O4    U Y  71       8.594  20.481  48.856  1.00 27.37           O  \\nATOM   3050  C5    U Y  71       6.733  19.108  49.375  1.00 27.12           C  \\nATOM   3051  C6    U Y  71       6.321  17.842  49.496  1.00 27.30           C  \\nATOM   3052  P     G Y  72       5.040  14.960  53.999  1.00 35.32           P  \\nATOM   3053  OP1   G Y  72       4.569  13.886  54.901  1.00 36.12           O  \\nATOM   3054  OP2   G Y  72       4.434  16.304  54.080  1.00 35.22           O  \\nATOM   3055  O5'   G Y  72       6.624  15.124  54.168  1.00 37.88           O  \\nATOM   3056  C5'   G Y  72       7.168  15.521  55.425  1.00 41.08           C  \\nATOM   3057  C4'   G Y  72       8.461  14.786  55.737  1.00 43.16           C  \\nATOM   3058  O4'   G Y  72       8.169  13.460  56.252  1.00 44.76           O  \\nATOM   3059  C3'   G Y  72       9.370  14.504  54.551  1.00 43.71           C  \\nATOM   3060  O3'   G Y  72      10.168  15.621  54.192  1.00 42.82           O  \\nATOM   3061  C2'   G Y  72      10.240  13.400  55.131  1.00 44.80           C  \\nATOM   3062  O2'   G Y  72      11.198  13.899  56.045  1.00 45.69           O  \\nATOM   3063  C1'   G Y  72       9.193  12.562  55.855  1.00 45.56           C  \\nATOM   3064  N9    G Y  72       8.629  11.521  54.999  1.00 46.35           N  \\nATOM   3065  C8    G Y  72       7.342  11.439  54.523  1.00 46.76           C  \\nATOM   3066  N7    G Y  72       7.131  10.394  53.771  1.00 46.95           N  \\nATOM   3067  C5    G Y  72       8.358   9.743  53.741  1.00 47.06           C  \\nATOM   3068  C6    G Y  72       8.742   8.549  53.084  1.00 47.07           C  \\nATOM   3069  O6    G Y  72       8.046   7.809  52.376  1.00 46.86           O  \\nATOM   3070  N1    G Y  72      10.081   8.237  53.313  1.00 47.27           N  \\nATOM   3071  C2    G Y  72      10.941   8.988  54.081  1.00 47.10           C  \\nATOM   3072  N2    G Y  72      12.199   8.535  54.191  1.00 46.71           N  \\nATOM   3073  N3    G Y  72      10.591  10.107  54.703  1.00 47.03           N  \\nATOM   3074  C4    G Y  72       9.291  10.425  54.489  1.00 46.76           C  \\nATOM   3075  P     C Y  73      11.139  15.439  52.932  1.00 41.92           P  \\nATOM   3076  OP1   C Y  73      10.520  14.419  52.056  1.00 42.32           O  \\nATOM   3077  OP2   C Y  73      12.518  15.251  53.434  1.00 42.56           O  \\nATOM   3078  O5'   C Y  73      11.071  16.849  52.188  1.00 39.81           O  \\nATOM   3079  C5'   C Y  73      12.256  17.475  51.721  1.00 36.50           C  \\nATOM   3080  C4'   C Y  73      12.100  18.979  51.825  1.00 34.30           C  \\nATOM   3081  O4'   C Y  73      10.813  19.367  51.277  1.00 33.08           O  \\nATOM   3082  C3'   C Y  73      12.073  19.510  53.249  1.00 33.22           C  \\nATOM   3083  O3'   C Y  73      13.402  19.698  53.718  1.00 32.70           O  \\nATOM   3084  C2'   C Y  73      11.328  20.828  53.058  1.00 32.57           C  \\nATOM   3085  O2'   C Y  73      12.158  21.848  52.538  1.00 32.29           O  \\nATOM   3086  C1'   C Y  73      10.272  20.443  52.024  1.00 31.95           C  \\nATOM   3087  N1    C Y  73       8.968  20.014  52.620  1.00 30.83           N  \\nATOM   3088  C2    C Y  73       8.159  20.948  53.282  1.00 30.26           C  \\nATOM   3089  O2    C Y  73       8.529  22.124  53.363  1.00 29.14           O  \\nATOM   3090  N3    C Y  73       6.983  20.536  53.818  1.00 30.08           N  \\nATOM   3091  C4    C Y  73       6.610  19.258  53.713  1.00 30.45           C  \\nATOM   3092  N4    C Y  73       5.444  18.898  54.260  1.00 30.82           N  \\nATOM   3093  C5    C Y  73       7.419  18.294  53.043  1.00 30.46           C  \\nATOM   3094  C6    C Y  73       8.575  18.711  52.518  1.00 30.67           C  \\nATOM   3095  P     C Y  74      13.752  19.556  55.275  1.00 32.93           P  \\nATOM   3096  OP1   C Y  74      15.225  19.633  55.401  1.00 32.75           O  \\nATOM   3097  OP2   C Y  74      13.014  18.395  55.821  1.00 32.97           O  \\nATOM   3098  O5'   C Y  74      13.106  20.868  55.914  1.00 32.01           O  \\nATOM   3099  C5'   C Y  74      13.650  22.146  55.633  1.00 32.19           C  \\nATOM   3100  C4'   C Y  74      12.769  23.215  56.251  1.00 32.16           C  \\nATOM   3101  O4'   C Y  74      11.437  23.122  55.687  1.00 31.60           O  \\nATOM   3102  C3'   C Y  74      12.537  23.068  57.747  1.00 32.48           C  \\nATOM   3103  O3'   C Y  74      13.625  23.617  58.486  1.00 33.36           O  \\nATOM   3104  C2'   C Y  74      11.267  23.894  57.914  1.00 31.77           C  \\nATOM   3105  O2'   C Y  74      11.539  25.280  57.912  1.00 31.16           O  \\nATOM   3106  C1'   C Y  74      10.485  23.520  56.657  1.00 30.82           C  \\nATOM   3107  N1    C Y  74       9.483  22.421  56.861  1.00 29.52           N  \\nATOM   3108  C2    C Y  74       8.288  22.692  57.539  1.00 29.46           C  \\nATOM   3109  O2    C Y  74       8.077  23.835  57.965  1.00 28.83           O  \\nATOM   3110  N3    C Y  74       7.384  21.696  57.710  1.00 28.80           N  \\nATOM   3111  C4    C Y  74       7.638  20.475  57.243  1.00 29.46           C  \\nATOM   3112  N4    C Y  74       6.714  19.529  57.444  1.00 29.68           N  \\nATOM   3113  C5    C Y  74       8.849  20.174  56.550  1.00 29.32           C  \\nATOM   3114  C6    C Y  74       9.732  21.167  56.384  1.00 29.51           C  \\nATOM   3115  P     A Y  75      14.150  22.897  59.817  1.00 34.41           P  \\nATOM   3116  OP1   A Y  75      15.444  23.517  60.177  1.00 34.33           O  \\nATOM   3117  OP2   A Y  75      14.067  21.433  59.625  1.00 35.31           O  \\nATOM   3118  O5'   A Y  75      13.048  23.287  60.910  1.00 34.74           O  \\nATOM   3119  C5'   A Y  75      12.784  24.651  61.226  1.00 34.46           C  \\nATOM   3120  C4'   A Y  75      11.431  24.789  61.901  1.00 34.33           C  \\nATOM   3121  O4'   A Y  75      10.376  24.417  60.980  1.00 34.05           O  \\nATOM   3122  C3'   A Y  75      11.181  23.859  63.078  1.00 34.54           C  \\nATOM   3123  O3'   A Y  75      11.847  24.316  64.249  1.00 35.35           O  \\nATOM   3124  C2'   A Y  75       9.664  23.977  63.191  1.00 34.24           C  \\nATOM   3125  O2'   A Y  75       9.252  25.195  63.784  1.00 34.46           O  \\nATOM   3126  C1'   A Y  75       9.260  23.951  61.720  1.00 33.57           C  \\nATOM   3127  N9    A Y  75       8.892  22.613  61.265  1.00 33.07           N  \\nATOM   3128  C8    A Y  75       9.633  21.760  60.494  1.00 32.84           C  \\nATOM   3129  N7    A Y  75       9.036  20.617  60.249  1.00 33.17           N  \\nATOM   3130  C5    A Y  75       7.821  20.726  60.907  1.00 32.76           C  \\nATOM   3131  C6    A Y  75       6.724  19.848  61.042  1.00 32.82           C  \\nATOM   3132  N6    A Y  75       6.675  18.631  60.488  1.00 32.96           N  \\nATOM   3133  N1    A Y  75       5.669  20.274  61.770  1.00 32.73           N  \\nATOM   3134  C2    A Y  75       5.713  21.489  62.326  1.00 32.32           C  \\nATOM   3135  N3    A Y  75       6.685  22.397  62.271  1.00 32.54           N  \\nATOM   3136  C4    A Y  75       7.719  21.950  61.539  1.00 32.74           C  \\nATOM   3137  P     G Y  76      12.215  23.281  65.415  1.00 35.64           P  \\nATOM   3138  OP1   G Y  76      13.014  24.010  66.423  1.00 36.01           O  \\nATOM   3139  OP2   G Y  76      12.763  22.060  64.786  1.00 35.87           O  \\nATOM   3140  O5'   G Y  76      10.792  22.912  66.047  1.00 35.84           O  \\nATOM   3141  C5'   G Y  76      10.068  23.883  66.798  1.00 34.50           C  \\nATOM   3142  C4'   G Y  76       8.672  23.380  67.121  1.00 33.69           C  \\nATOM   3143  O4'   G Y  76       8.011  22.946  65.907  1.00 33.14           O  \\nATOM   3144  C3'   G Y  76       8.621  22.154  68.018  1.00 33.03           C  \\nATOM   3145  O3'   G Y  76       8.760  22.537  69.383  1.00 32.69           O  \\nATOM   3146  C2'   G Y  76       7.224  21.625  67.707  1.00 32.55           C  \\nATOM   3147  O2'   G Y  76       6.213  22.309  68.422  1.00 32.09           O  \\nATOM   3148  C1'   G Y  76       7.099  21.905  66.210  1.00 32.14           C  \\nATOM   3149  N9    G Y  76       7.415  20.751  65.370  1.00 31.49           N  \\nATOM   3150  C8    G Y  76       8.559  20.555  64.633  1.00 30.77           C  \\nATOM   3151  N7    G Y  76       8.570  19.427  63.979  1.00 30.66           N  \\nATOM   3152  C5    G Y  76       7.356  18.833  64.301  1.00 30.62           C  \\nATOM   3153  C6    G Y  76       6.809  17.592  63.891  1.00 30.71           C  \\nATOM   3154  O6    G Y  76       7.300  16.739  63.135  1.00 30.73           O  \\nATOM   3155  N1    G Y  76       5.550  17.375  64.446  1.00 30.05           N  \\nATOM   3156  C2    G Y  76       4.907  18.236  65.300  1.00 30.23           C  \\nATOM   3157  N2    G Y  76       3.701  17.837  65.731  1.00 29.85           N  \\nATOM   3158  N3    G Y  76       5.408  19.403  65.696  1.00 30.16           N  \\nATOM   3159  C4    G Y  76       6.631  19.636  65.157  1.00 30.82           C  \\nATOM   3160  P     C Y  77       9.721  21.703  70.358  1.00 32.56           P  \\nATOM   3161  OP1   C Y  77       9.688  22.348  71.691  1.00 32.96           O  \\nATOM   3162  OP2   C Y  77      11.019  21.504  69.674  1.00 32.11           O  \\nATOM   3163  O5'   C Y  77       8.969  20.294  70.466  1.00 32.32           O  \\nATOM   3164  C5'   C Y  77       7.682  20.229  71.074  1.00 31.79           C  \\nATOM   3165  C4'   C Y  77       6.994  18.927  70.712  1.00 31.71           C  \\nATOM   3166  O4'   C Y  77       6.779  18.862  69.278  1.00 31.01           O  \\nATOM   3167  C3'   C Y  77       7.810  17.684  71.026  1.00 32.01           C  \\nATOM   3168  O3'   C Y  77       7.661  17.334  72.401  1.00 32.89           O  \\nATOM   3169  C2'   C Y  77       7.187  16.668  70.073  1.00 31.19           C  \\nATOM   3170  O2'   C Y  77       5.973  16.128  70.558  1.00 31.46           O  \\nATOM   3171  C1'   C Y  77       6.921  17.525  68.835  1.00 30.51           C  \\nATOM   3172  N1    C Y  77       8.026  17.459  67.830  1.00 29.74           N  \\nATOM   3173  C2    C Y  77       8.050  16.414  66.899  1.00 29.59           C  \\nATOM   3174  O2    C Y  77       7.147  15.569  66.914  1.00 29.32           O  \\nATOM   3175  N3    C Y  77       9.066  16.357  66.002  1.00 29.00           N  \\nATOM   3176  C4    C Y  77      10.022  17.288  66.011  1.00 29.00           C  \\nATOM   3177  N4    C Y  77      11.000  17.191  65.103  1.00 29.18           N  \\nATOM   3178  C5    C Y  77      10.017  18.357  66.955  1.00 29.38           C  \\nATOM   3179  C6    C Y  77       9.013  18.403  67.836  1.00 29.21           C  \\nATOM   3180  P     G Y  78       8.886  16.682  73.196  1.00 34.23           P  \\nATOM   3181  OP1   G Y  78       9.135  15.343  72.608  1.00 33.34           O  \\nATOM   3182  OP2   G Y  78       8.607  16.809  74.642  1.00 34.23           O  \\nATOM   3183  O5'   G Y  78      10.116  17.644  72.835  1.00 34.09           O  \\nATOM   3184  C5'   G Y  78      11.326  17.574  73.591  1.00 34.21           C  \\nATOM   3185  C4'   G Y  78      12.568  17.694  72.719  1.00 34.25           C  \\nATOM   3186  O4'   G Y  78      12.644  16.575  71.795  1.00 33.62           O  \\nATOM   3187  C3'   G Y  78      12.663  18.952  71.857  1.00 34.56           C  \\nATOM   3188  O3'   G Y  78      14.028  19.340  71.709  1.00 36.41           O  \\nATOM   3189  C2'   G Y  78      12.100  18.461  70.528  1.00 33.85           C  \\nATOM   3190  O2'   G Y  78      12.543  19.235  69.432  1.00 33.93           O  \\nATOM   3191  C1'   G Y  78      12.711  17.066  70.471  1.00 32.36           C  \\nATOM   3192  N9    G Y  78      11.998  16.147  69.591  1.00 31.29           N  \\nATOM   3193  C8    G Y  78      10.799  15.524  69.843  1.00 30.79           C  \\nATOM   3194  N7    G Y  78      10.399  14.754  68.870  1.00 30.49           N  \\nATOM   3195  C5    G Y  78      11.399  14.871  67.912  1.00 30.24           C  \\nATOM   3196  C6    G Y  78      11.517  14.266  66.637  1.00 30.19           C  \\nATOM   3197  O6    G Y  78      10.733  13.479  66.089  1.00 30.27           O  \\nATOM   3198  N1    G Y  78      12.685  14.656  65.984  1.00 29.62           N  \\nATOM   3199  C2    G Y  78      13.622  15.520  66.497  1.00 29.81           C  \\nATOM   3200  N2    G Y  78      14.685  15.774  65.718  1.00 30.22           N  \\nATOM   3201  N3    G Y  78      13.525  16.093  67.691  1.00 29.92           N  \\nATOM   3202  C4    G Y  78      12.392  15.725  68.340  1.00 30.57           C  \\nATOM   3203  P     U Y  79      14.639  20.563  72.543  1.00 37.87           P  \\nATOM   3204  OP1   U Y  79      13.541  21.497  72.880  1.00 37.96           O  \\nATOM   3205  OP2   U Y  79      15.840  21.054  71.831  1.00 37.99           O  \\nATOM   3206  O5'   U Y  79      15.142  19.847  73.877  1.00 38.20           O  \\nATOM   3207  C5'   U Y  79      16.054  18.766  73.775  1.00 38.80           C  \\nATOM   3208  C4'   U Y  79      16.413  18.259  75.155  1.00 39.22           C  \\nATOM   3209  O4'   U Y  79      17.023  19.333  75.910  1.00 39.28           O  \\nATOM   3210  C3'   U Y  79      15.236  17.765  75.985  1.00 39.80           C  \\nATOM   3211  O3'   U Y  79      15.608  16.569  76.672  1.00 39.79           O  \\nATOM   3212  C2'   U Y  79      14.953  18.926  76.938  1.00 39.52           C  \\nATOM   3213  O2'   U Y  79      14.436  18.469  78.171  1.00 39.95           O  \\nATOM   3214  C1'   U Y  79      16.344  19.521  77.133  1.00 39.67           C  \\nATOM   3215  N1    U Y  79      16.402  20.985  77.432  1.00 39.61           N  \\nATOM   3216  C2    U Y  79      16.466  21.424  78.740  1.00 39.81           C  \\nATOM   3217  O2    U Y  79      16.453  20.679  79.704  1.00 39.61           O  \\nATOM   3218  N3    U Y  79      16.535  22.788  78.886  1.00 40.21           N  \\nATOM   3219  C4    U Y  79      16.556  23.737  77.878  1.00 40.27           C  \\nATOM   3220  O4    U Y  79      16.619  24.929  78.163  1.00 40.36           O  \\nATOM   3221  C5    U Y  79      16.499  23.202  76.544  1.00 39.92           C  \\nATOM   3222  C6    U Y  79      16.432  21.876  76.378  1.00 39.82           C  \\nATOM   3223  P     A Y  80      15.782  15.194  75.863  1.00 40.13           P  \\nATOM   3224  OP1   A Y  80      16.336  14.186  76.795  1.00 40.32           O  \\nATOM   3225  OP2   A Y  80      16.488  15.478  74.593  1.00 40.18           O  \\nATOM   3226  O5'   A Y  80      14.273  14.800  75.496  1.00 38.63           O  \\nATOM   3227  C5'   A Y  80      13.285  14.711  76.513  1.00 36.20           C  \\nATOM   3228  C4'   A Y  80      12.140  13.809  76.088  1.00 34.38           C  \\nATOM   3229  O4'   A Y  80      11.585  14.241  74.820  1.00 33.47           O  \\nATOM   3230  C3'   A Y  80      12.505  12.360  75.819  1.00 33.35           C  \\nATOM   3231  O3'   A Y  80      12.690  11.658  77.039  1.00 32.77           O  \\nATOM   3232  C2'   A Y  80      11.248  11.916  75.083  1.00 33.10           C  \\nATOM   3233  O2'   A Y  80      10.148  11.737  75.954  1.00 33.09           O  \\nATOM   3234  C1'   A Y  80      10.998  13.122  74.180  1.00 32.66           C  \\nATOM   3235  N9    A Y  80      11.578  12.982  72.845  1.00 32.68           N  \\nATOM   3236  C8    A Y  80      12.627  13.685  72.322  1.00 32.14           C  \\nATOM   3237  N7    A Y  80      12.935  13.346  71.093  1.00 31.54           N  \\nATOM   3238  C5    A Y  80      12.026  12.348  70.788  1.00 31.68           C  \\nATOM   3239  C6    A Y  80      11.822  11.575  69.631  1.00 31.41           C  \\nATOM   3240  N6    A Y  80      12.563  11.696  68.524  1.00 31.51           N  \\nATOM   3241  N1    A Y  80      10.828  10.664  69.656  1.00 31.36           N  \\nATOM   3242  C2    A Y  80      10.090  10.542  70.765  1.00 31.39           C  \\nATOM   3243  N3    A Y  80      10.184  11.213  71.911  1.00 31.98           N  \\nATOM   3244  C4    A Y  80      11.182  12.109  71.857  1.00 32.27           C  \\nATOM   3245  P     G Y  81      13.788  10.497  77.138  1.00 32.03           P  \\nATOM   3246  OP1   G Y  81      14.002  10.200  78.571  1.00 31.64           O  \\nATOM   3247  OP2   G Y  81      14.938  10.874  76.283  1.00 31.70           O  \\nATOM   3248  O5'   G Y  81      13.057   9.249  76.458  1.00 32.10           O  \\nATOM   3249  C5'   G Y  81      11.816   8.777  76.967  1.00 32.15           C  \\nATOM   3250  C4'   G Y  81      11.244   7.701  76.063  1.00 32.38           C  \\nATOM   3251  O4'   G Y  81      10.802   8.305  74.823  1.00 32.34           O  \\nATOM   3252  C3'   G Y  81      12.235   6.624  75.647  1.00 32.45           C  \\nATOM   3253  O3'   G Y  81      12.219   5.566  76.589  1.00 33.49           O  \\nATOM   3254  C2'   G Y  81      11.691   6.171  74.298  1.00 32.37           C  \\nATOM   3255  O2'   G Y  81      10.663   5.206  74.417  1.00 32.09           O  \\nATOM   3256  C1'   G Y  81      11.130   7.468  73.729  1.00 31.79           C  \\nATOM   3257  N9    G Y  81      12.054   8.176  72.843  1.00 31.66           N  \\nATOM   3258  C8    G Y  81      12.801   9.293  73.136  1.00 31.10           C  \\nATOM   3259  N7    G Y  81      13.528   9.710  72.137  1.00 30.78           N  \\nATOM   3260  C5    G Y  81      13.244   8.814  71.114  1.00 30.91           C  \\nATOM   3261  C6    G Y  81      13.735   8.759  69.788  1.00 30.95           C  \\nATOM   3262  O6    G Y  81      14.547   9.521  69.245  1.00 30.73           O  \\nATOM   3263  N1    G Y  81      13.191   7.688  69.076  1.00 31.00           N  \\nATOM   3264  C2    G Y  81      12.284   6.786  69.588  1.00 30.88           C  \\nATOM   3265  N2    G Y  81      11.868   5.815  68.762  1.00 30.58           N  \\nATOM   3266  N3    G Y  81      11.820   6.828  70.830  1.00 31.02           N  \\nATOM   3267  C4    G Y  81      12.339   7.864  71.532  1.00 31.18           C  \\nATOM   3268  P     G Y  82      13.482   4.596  76.725  1.00 33.95           P  \\nATOM   3269  OP1   G Y  82      13.270   3.741  77.914  1.00 34.38           O  \\nATOM   3270  OP2   G Y  82      14.709   5.419  76.615  1.00 34.37           O  \\nATOM   3271  O5'   G Y  82      13.369   3.684  75.414  1.00 34.22           O  \\nATOM   3272  C5'   G Y  82      14.533   3.312  74.686  1.00 33.44           C  \\nATOM   3273  C4'   G Y  82      14.154   2.884  73.279  1.00 33.12           C  \\nATOM   3274  O4'   G Y  82      13.652   4.026  72.541  1.00 33.10           O  \\nATOM   3275  C3'   G Y  82      15.305   2.363  72.435  1.00 33.24           C  \\nATOM   3276  O3'   G Y  82      15.516   0.981  72.683  1.00 33.38           O  \\nATOM   3277  C2'   G Y  82      14.791   2.611  71.022  1.00 32.84           C  \\nATOM   3278  O2'   G Y  82      13.893   1.611  70.582  1.00 33.34           O  \\nATOM   3279  C1'   G Y  82      14.065   3.942  71.188  1.00 32.16           C  \\nATOM   3280  N9    G Y  82      14.908   5.094  70.876  1.00 31.56           N  \\nATOM   3281  C8    G Y  82      15.281   6.108  71.724  1.00 30.64           C  \\nATOM   3282  N7    G Y  82      16.041   7.004  71.157  1.00 30.40           N  \\nATOM   3283  C5    G Y  82      16.179   6.557  69.849  1.00 30.34           C  \\nATOM   3284  C6    G Y  82      16.891   7.119  68.760  1.00 30.20           C  \\nATOM   3285  O6    G Y  82      17.564   8.159  68.738  1.00 30.79           O  \\nATOM   3286  N1    G Y  82      16.770   6.345  67.608  1.00 29.64           N  \\nATOM   3287  C2    G Y  82      16.053   5.175  67.520  1.00 30.01           C  \\nATOM   3288  N2    G Y  82      16.052   4.562  66.328  1.00 29.71           N  \\nATOM   3289  N3    G Y  82      15.378   4.642  68.531  1.00 30.37           N  \\nATOM   3290  C4    G Y  82      15.488   5.382  69.661  1.00 30.30           C  \\nATOM   3291  P     G Y  83      17.007   0.406  72.701  1.00 33.87           P  \\nATOM   3292  OP1   G Y  83      16.930  -1.073  72.714  1.00 33.94           O  \\nATOM   3293  OP2   G Y  83      17.763   1.118  73.756  1.00 33.78           O  \\nATOM   3294  O5'   G Y  83      17.586   0.883  71.289  1.00 33.56           O  \\nATOM   3295  C5'   G Y  83      17.227   0.205  70.092  1.00 32.80           C  \\nATOM   3296  C4'   G Y  83      17.930   0.852  68.916  1.00 32.21           C  \\nATOM   3297  O4'   G Y  83      17.517   2.238  68.818  1.00 31.81           O  \\nATOM   3298  C3'   G Y  83      19.442   0.927  69.058  1.00 32.20           C  \\nATOM   3299  O3'   G Y  83      20.039  -0.290  68.634  1.00 32.75           O  \\nATOM   3300  C2'   G Y  83      19.777   2.090  68.133  1.00 31.54           C  \\nATOM   3301  O2'   G Y  83      19.769   1.709  66.772  1.00 32.36           O  \\nATOM   3302  C1'   G Y  83      18.615   3.036  68.412  1.00 30.82           C  \\nATOM   3303  N9    G Y  83      18.882   4.026  69.454  1.00 29.95           N  \\nATOM   3304  C8    G Y  83      18.567   3.928  70.788  1.00 28.83           C  \\nATOM   3305  N7    G Y  83      18.921   4.973  71.483  1.00 28.92           N  \\nATOM   3306  C5    G Y  83      19.509   5.820  70.552  1.00 29.10           C  \\nATOM   3307  C6    G Y  83      20.080   7.105  70.721  1.00 29.13           C  \\nATOM   3308  O6    G Y  83      20.183   7.770  71.762  1.00 29.42           O  \\nATOM   3309  N1    G Y  83      20.563   7.617  69.517  1.00 28.60           N  \\nATOM   3310  C2    G Y  83      20.500   6.969  68.305  1.00 28.01           C  \\nATOM   3311  N2    G Y  83      21.018   7.622  67.254  1.00 27.14           N  \\nATOM   3312  N3    G Y  83      19.966   5.766  68.134  1.00 28.04           N  \\nATOM   3313  C4    G Y  83      19.492   5.252  69.297  1.00 28.95           C  \\nATOM   3314  P     A Y  84      20.749  -1.233  69.715  1.00 33.38           P  \\nATOM   3315  OP1   A Y  84      19.826  -2.351  70.018  1.00 33.49           O  \\nATOM   3316  OP2   A Y  84      21.253  -0.370  70.809  1.00 33.94           O  \\nATOM   3317  O5'   A Y  84      22.012  -1.806  68.920  1.00 32.46           O  \\nATOM   3318  C5'   A Y  84      21.814  -2.658  67.799  1.00 31.24           C  \\nATOM   3319  C4'   A Y  84      22.874  -2.389  66.749  1.00 30.53           C  \\nATOM   3320  O4'   A Y  84      22.552  -1.163  66.052  1.00 29.66           O  \\nATOM   3321  C3'   A Y  84      24.265  -2.165  67.315  1.00 30.65           C  \\nATOM   3322  O3'   A Y  84      24.932  -3.419  67.416  1.00 32.30           O  \\nATOM   3323  C2'   A Y  84      24.920  -1.243  66.288  1.00 29.82           C  \\nATOM   3324  O2'   A Y  84      25.609  -1.955  65.276  1.00 29.81           O  \\nATOM   3325  C1'   A Y  84      23.738  -0.480  65.694  1.00 28.73           C  \\nATOM   3326  N9    A Y  84      23.620   0.901  66.156  1.00 27.87           N  \\nATOM   3327  C8    A Y  84      23.353   1.328  67.429  1.00 27.40           C  \\nATOM   3328  N7    A Y  84      23.293   2.634  67.549  1.00 27.04           N  \\nATOM   3329  C5    A Y  84      23.533   3.095  66.265  1.00 26.49           C  \\nATOM   3330  C6    A Y  84      23.608   4.392  65.722  1.00 26.15           C  \\nATOM   3331  N6    A Y  84      23.436   5.504  66.444  1.00 26.94           N  \\nATOM   3332  N1    A Y  84      23.866   4.503  64.403  1.00 26.22           N  \\nATOM   3333  C2    A Y  84      24.041   3.389  63.682  1.00 26.51           C  \\nATOM   3334  N3    A Y  84      23.996   2.118  64.080  1.00 26.59           N  \\nATOM   3335  C4    A Y  84      23.735   2.040  65.394  1.00 27.01           C  \\nATOM   3336  P     A Y  85      26.288  -3.540  68.253  1.00 32.58           P  \\nATOM   3337  OP1   A Y  85      26.872  -4.873  67.982  1.00 33.07           O  \\nATOM   3338  OP2   A Y  85      26.012  -3.117  69.644  1.00 32.74           O  \\nATOM   3339  O5'   A Y  85      27.199  -2.424  67.557  1.00 33.16           O  \\nATOM   3340  C5'   A Y  85      28.015  -1.574  68.342  1.00 33.06           C  \\nATOM   3341  C4'   A Y  85      29.333  -2.266  68.625  1.00 32.58           C  \\nATOM   3342  O4'   A Y  85      30.135  -2.318  67.416  1.00 32.56           O  \\nATOM   3343  C3'   A Y  85      30.198  -1.589  69.679  1.00 33.13           C  \\nATOM   3344  O3'   A Y  85      30.834  -2.606  70.437  1.00 34.48           O  \\nATOM   3345  C2'   A Y  85      31.192  -0.809  68.825  1.00 32.64           C  \\nATOM   3346  O2'   A Y  85      32.399  -0.532  69.505  1.00 32.50           O  \\nATOM   3347  C1'   A Y  85      31.424  -1.820  67.710  1.00 31.75           C  \\nATOM   3348  N9    A Y  85      32.016  -1.267  66.494  1.00 31.43           N  \\nATOM   3349  C8    A Y  85      32.028   0.039  66.091  1.00 31.30           C  \\nATOM   3350  N7    A Y  85      32.646   0.234  64.948  1.00 31.23           N  \\nATOM   3351  C5    A Y  85      33.066  -1.033  64.575  1.00 30.85           C  \\nATOM   3352  C6    A Y  85      33.776  -1.513  63.454  1.00 30.81           C  \\nATOM   3353  N6    A Y  85      34.207  -0.734  62.457  1.00 30.43           N  \\nATOM   3354  N1    A Y  85      34.025  -2.838  63.394  1.00 30.86           N  \\nATOM   3355  C2    A Y  85      33.595  -3.626  64.387  1.00 30.88           C  \\nATOM   3356  N3    A Y  85      32.917  -3.291  65.483  1.00 30.85           N  \\nATOM   3357  C4    A Y  85      32.684  -1.969  65.518  1.00 31.09           C  \\nATOM   3358  P     G Y  86      31.128  -2.425  71.999  1.00 35.53           P  \\nATOM   3359  OP1   G Y  86      30.542  -3.582  72.712  1.00 35.84           O  \\nATOM   3360  OP2   G Y  86      30.744  -1.052  72.396  1.00 34.96           O  \\nATOM   3361  O5'   G Y  86      32.726  -2.528  72.018  1.00 35.04           O  \\nATOM   3362  C5'   G Y  86      33.362  -3.681  72.539  1.00 33.87           C  \\nATOM   3363  C4'   G Y  86      34.230  -4.397  71.514  1.00 32.98           C  \\nATOM   3364  O4'   G Y  86      33.830  -4.151  70.141  1.00 32.25           O  \\nATOM   3365  C3'   G Y  86      35.696  -4.012  71.455  1.00 32.60           C  \\nATOM   3366  O3'   G Y  86      36.387  -4.379  72.641  1.00 33.17           O  \\nATOM   3367  C2'   G Y  86      36.075  -4.879  70.262  1.00 32.53           C  \\nATOM   3368  O2'   G Y  86      36.108  -6.254  70.590  1.00 32.50           O  \\nATOM   3369  C1'   G Y  86      34.904  -4.596  69.321  1.00 31.86           C  \\nATOM   3370  N9    G Y  86      35.234  -3.577  68.325  1.00 31.00           N  \\nATOM   3371  C8    G Y  86      34.860  -2.256  68.343  1.00 31.40           C  \\nATOM   3372  N7    G Y  86      35.307  -1.573  67.325  1.00 31.47           N  \\nATOM   3373  C5    G Y  86      36.026  -2.501  66.584  1.00 30.98           C  \\nATOM   3374  C6    G Y  86      36.739  -2.341  65.370  1.00 30.80           C  \\nATOM   3375  O6    G Y  86      36.878  -1.316  64.693  1.00 30.53           O  \\nATOM   3376  N1    G Y  86      37.331  -3.532  64.953  1.00 30.91           N  \\nATOM   3377  C2    G Y  86      37.247  -4.725  65.629  1.00 30.90           C  \\nATOM   3378  N2    G Y  86      37.889  -5.762  65.070  1.00 30.74           N  \\nATOM   3379  N3    G Y  86      36.578  -4.891  66.767  1.00 30.39           N  \\nATOM   3380  C4    G Y  86      35.995  -3.740  67.188  1.00 30.86           C  \\nATOM   3381  P     U Y  87      37.630  -3.508  73.157  1.00 33.64           P  \\nATOM   3382  OP1   U Y  87      37.879  -3.888  74.566  1.00 32.72           O  \\nATOM   3383  OP2   U Y  87      37.395  -2.088  72.811  1.00 33.24           O  \\nATOM   3384  O5'   U Y  87      38.837  -4.024  72.246  1.00 32.98           O  \\nATOM   3385  C5'   U Y  87      39.194  -5.398  72.252  1.00 32.49           C  \\nATOM   3386  C4'   U Y  87      40.063  -5.722  71.050  1.00 32.02           C  \\nATOM   3387  O4'   U Y  87      39.319  -5.506  69.824  1.00 31.67           O  \\nATOM   3388  C3'   U Y  87      41.287  -4.839  70.878  1.00 31.68           C  \\nATOM   3389  O3'   U Y  87      42.337  -5.257  71.732  1.00 31.67           O  \\nATOM   3390  C2'   U Y  87      41.610  -5.115  69.419  1.00 31.84           C  \\nATOM   3391  O2'   U Y  87      42.195  -6.392  69.242  1.00 31.41           O  \\nATOM   3392  C1'   U Y  87      40.211  -5.073  68.811  1.00 31.45           C  \\nATOM   3393  N1    U Y  87      39.809  -3.711  68.326  1.00 31.26           N  \\nATOM   3394  C2    U Y  87      40.327  -3.258  67.130  1.00 31.40           C  \\nATOM   3395  O2    U Y  87      41.095  -3.913  66.454  1.00 31.85           O  \\nATOM   3396  N3    U Y  87      39.914  -2.009  66.745  1.00 30.78           N  \\nATOM   3397  C4    U Y  87      39.047  -1.179  67.427  1.00 31.53           C  \\nATOM   3398  O4    U Y  87      38.771  -0.082  66.952  1.00 31.77           O  \\nATOM   3399  C5    U Y  87      38.545  -1.713  68.669  1.00 31.50           C  \\nATOM   3400  C6    U Y  87      38.933  -2.935  69.061  1.00 30.76           C  \\nATOM   3401  P     U Y  88      43.197  -4.168  72.525  1.00 31.16           P  \\nATOM   3402  OP1   U Y  88      43.896  -4.864  73.628  1.00 31.20           O  \\nATOM   3403  OP2   U Y  88      42.309  -3.019  72.815  1.00 32.28           O  \\nATOM   3404  O5'   U Y  88      44.270  -3.684  71.443  1.00 31.88           O  \\nATOM   3405  C5'   U Y  88      45.129  -4.622  70.805  1.00 31.33           C  \\nATOM   3406  C4'   U Y  88      45.560  -4.097  69.450  1.00 31.87           C  \\nATOM   3407  O4'   U Y  88      44.393  -3.838  68.633  1.00 31.86           O  \\nATOM   3408  C3'   U Y  88      46.289  -2.764  69.483  1.00 32.00           C  \\nATOM   3409  O3'   U Y  88      47.662  -2.968  69.789  1.00 32.94           O  \\nATOM   3410  C2'   U Y  88      46.073  -2.276  68.052  1.00 31.65           C  \\nATOM   3411  O2'   U Y  88      46.951  -2.877  67.120  1.00 32.11           O  \\nATOM   3412  C1'   U Y  88      44.640  -2.731  67.783  1.00 31.90           C  \\nATOM   3413  N1    U Y  88      43.625  -1.658  68.037  1.00 31.93           N  \\nATOM   3414  C2    U Y  88      43.447  -0.675  67.086  1.00 32.38           C  \\nATOM   3415  O2    U Y  88      44.070  -0.644  66.038  1.00 34.03           O  \\nATOM   3416  N3    U Y  88      42.505   0.273  67.399  1.00 31.80           N  \\nATOM   3417  C4    U Y  88      41.739   0.340  68.550  1.00 32.14           C  \\nATOM   3418  O4    U Y  88      40.932   1.255  68.691  1.00 31.42           O  \\nATOM   3419  C5    U Y  88      41.979  -0.718  69.498  1.00 31.94           C  \\nATOM   3420  C6    U Y  88      42.896  -1.654  69.212  1.00 31.85           C  \\nHETATM 3421  PC  CCC Y  89      51.470   2.615  66.274  1.00 34.96           P  \\nHETATM 3422  O1C CCC Y  89      52.199   3.935  66.264  1.00 35.18           O  \\nHETATM 3423  O2C CCC Y  89      51.995   1.416  65.518  1.00 35.76           O  \\nHETATM 3424  P   CCC Y  89      48.494  -1.846  70.570  1.00 34.26           P  \\nHETATM 3425  OP1 CCC Y  89      49.837  -2.433  70.927  1.00 34.22           O  \\nHETATM 3426  OP2 CCC Y  89      47.620  -1.258  71.652  1.00 35.17           O  \\nHETATM 3427  O5' CCC Y  89      48.723  -0.720  69.442  1.00 33.75           O  \\nHETATM 3428  C5' CCC Y  89      49.779  -0.870  68.493  1.00 33.93           C  \\nHETATM 3429  C4' CCC Y  89      49.649   0.193  67.412  1.00 33.71           C  \\nHETATM 3430  O4' CCC Y  89      48.311   0.184  66.896  1.00 33.17           O  \\nHETATM 3431  C3' CCC Y  89      49.890   1.567  67.980  1.00 33.99           C  \\nHETATM 3432  O3' CCC Y  89      51.124   2.220  67.766  1.00 35.10           O  \\nHETATM 3433  C2' CCC Y  89      49.033   2.404  67.029  1.00 33.97           C  \\nHETATM 3434  O2' CCC Y  89      49.906   2.850  65.982  1.00 34.53           O  \\nHETATM 3435  C1' CCC Y  89      47.951   1.499  66.472  1.00 33.36           C  \\nHETATM 3436  N1  CCC Y  89      46.673   1.955  67.032  1.00 32.89           N  \\nHETATM 3437  C2  CCC Y  89      45.925   2.931  66.338  1.00 33.23           C  \\nHETATM 3438  O2  CCC Y  89      46.336   3.376  65.244  1.00 33.59           O  \\nHETATM 3439  N3  CCC Y  89      44.763   3.394  66.846  1.00 32.83           N  \\nHETATM 3440  C4  CCC Y  89      44.304   2.933  68.028  1.00 33.38           C  \\nHETATM 3441  N4  CCC Y  89      43.131   3.404  68.518  1.00 32.86           N  \\nHETATM 3442  C5  CCC Y  89      45.035   1.981  68.732  1.00 32.91           C  \\nHETATM 3443  C6  CCC Y  89      46.235   1.504  68.214  1.00 32.84           C  \\nTER    3444      CCC Y  89                                                      \\nHETATM 3445 NA    NA X 121     -25.807 -12.088   7.850  1.00 40.97          NA  \\nHETATM 3446 NA    NA X 122     -22.806 -20.865  10.164  1.00 36.30          NA  \\nHETATM 3447  K     K X 123     -17.527  -9.820  10.421  1.00 38.32           K  \\nHETATM 3448  K     K X 124     -14.512 -13.381   7.395  1.00 39.67           K  \\nHETATM 3449  K     K X 125     -10.774 -20.279   5.254  1.00 39.40           K  \\nHETATM 3450 MG    MG X 101     -27.095 -14.761   2.300  1.00 32.47          MG  \\nHETATM 3451 MG    MG X 102     -22.087 -18.642   0.757  1.00 34.91          MG  \\nHETATM 3452 MG    MG X 103     -16.539 -14.410  -6.621  1.00 42.58          MG  \\nHETATM 3453  N1' TPP X 100     -15.033  -8.896   0.594  1.00 26.40           N  \\nHETATM 3454  C2' TPP X 100     -13.757  -8.951   0.140  1.00 26.47           C  \\nHETATM 3455  CM2 TPP X 100     -13.020  -7.679  -0.181  1.00 26.25           C  \\nHETATM 3456  N3' TPP X 100     -13.138 -10.140  -0.028  1.00 26.00           N  \\nHETATM 3457  C4' TPP X 100     -13.780 -11.295   0.252  1.00 26.49           C  \\nHETATM 3458  N4' TPP X 100     -13.140 -12.476   0.073  1.00 25.94           N  \\nHETATM 3459  C5' TPP X 100     -15.084 -11.258   0.718  1.00 27.62           C  \\nHETATM 3460  C6' TPP X 100     -15.698 -10.023   0.884  1.00 27.12           C  \\nHETATM 3461  C7' TPP X 100     -15.823 -12.542   1.055  1.00 28.52           C  \\nHETATM 3462  N3  TPP X 100     -17.264 -12.304   1.139  1.00 31.59           N  \\nHETATM 3463  C2  TPP X 100     -17.858 -11.774   2.244  1.00 32.29           C  \\nHETATM 3464  S1  TPP X 100     -19.571 -11.627   2.005  1.00 33.96           S  \\nHETATM 3465  C5  TPP X 100     -19.512 -12.262   0.408  1.00 32.40           C  \\nHETATM 3466  C4  TPP X 100     -18.096 -12.604   0.104  1.00 32.19           C  \\nHETATM 3467  CM4 TPP X 100     -17.643 -13.196  -1.204  1.00 31.08           C  \\nHETATM 3468  C6  TPP X 100     -20.812 -12.376  -0.343  1.00 33.54           C  \\nHETATM 3469  C7  TPP X 100     -21.815 -13.116   0.528  1.00 34.57           C  \\nHETATM 3470  O7  TPP X 100     -21.374 -14.461   0.668  1.00 33.65           O  \\nHETATM 3471  PA  TPP X 100     -21.948 -15.396   1.843  1.00 33.67           P  \\nHETATM 3472  O1A TPP X 100     -21.624 -14.739   3.159  1.00 34.72           O  \\nHETATM 3473  O2A TPP X 100     -21.398 -16.773   1.606  1.00 34.01           O  \\nHETATM 3474  O3A TPP X 100     -23.555 -15.351   1.637  1.00 33.94           O  \\nHETATM 3475  PB  TPP X 100     -24.454 -16.292   0.670  1.00 33.62           P  \\nHETATM 3476  O1B TPP X 100     -24.031 -17.708   0.914  1.00 34.74           O  \\nHETATM 3477  O2B TPP X 100     -25.855 -16.105   1.149  1.00 34.31           O  \\nHETATM 3478  O3B TPP X 100     -24.240 -15.771  -0.725  1.00 34.89           O  \\nHETATM 3479 MG    MG Y 111      10.247  12.840  64.063  1.00 32.02          MG  \\nHETATM 3480 MG    MG Y 112      11.072  17.076  61.037  1.00 31.66          MG  \\nHETATM 3481 MG    MG Y 113      22.011  15.288  56.768  1.00 38.78          MG  \\nHETATM 3482  N1' TPP Y 100      16.433   9.565  52.515  1.00 24.38           N  \\nHETATM 3483  C2' TPP Y 100      17.267   9.771  51.471  1.00 24.41           C  \\nHETATM 3484  CM2 TPP Y 100      17.925   8.594  50.798  1.00 24.58           C  \\nHETATM 3485  N3' TPP Y 100      17.517  11.022  51.026  1.00 23.96           N  \\nHETATM 3486  C4' TPP Y 100      16.938  12.088  51.620  1.00 24.48           C  \\nHETATM 3487  N4' TPP Y 100      17.194  13.336  51.161  1.00 24.01           N  \\nHETATM 3488  C5' TPP Y 100      16.082  11.892  52.692  1.00 25.35           C  \\nHETATM 3489  C6' TPP Y 100      15.842  10.597  53.131  1.00 24.79           C  \\nHETATM 3490  C7' TPP Y 100      15.410  13.067  53.371  1.00 27.20           C  \\nHETATM 3491  N3  TPP Y 100      14.733  12.615  54.588  1.00 30.24           N  \\nHETATM 3492  C2  TPP Y 100      13.493  12.061  54.556  1.00 30.97           C  \\nHETATM 3493  S1  TPP Y 100      12.995  11.625  56.158  1.00 33.73           S  \\nHETATM 3494  C5  TPP Y 100      14.435  12.193  56.904  1.00 32.84           C  \\nHETATM 3495  C4  TPP Y 100      15.309  12.721  55.820  1.00 31.56           C  \\nHETATM 3496  CM4 TPP Y 100      16.675  13.307  56.062  1.00 31.91           C  \\nHETATM 3497  C6  TPP Y 100      14.559  12.051  58.405  1.00 34.77           C  \\nHETATM 3498  C7  TPP Y 100      13.194  12.191  59.084  1.00 36.32           C  \\nHETATM 3499  O7  TPP Y 100      12.598  13.443  58.725  1.00 38.13           O  \\nHETATM 3500  PA  TPP Y 100      12.486  14.657  59.798  1.00 38.47           P  \\nHETATM 3501  O1A TPP Y 100      11.154  15.344  59.579  1.00 38.53           O  \\nHETATM 3502  O2A TPP Y 100      13.820  15.481  59.738  1.00 40.15           O  \\nHETATM 3503  O3A TPP Y 100      12.452  13.936  61.246  1.00 37.32           O  \\nHETATM 3504  PB  TPP Y 100      12.549  14.839  62.598  1.00 35.58           P  \\nHETATM 3505  O1B TPP Y 100      12.785  16.241  62.091  1.00 33.97           O  \\nHETATM 3506  O2B TPP Y 100      11.213  14.632  63.276  1.00 34.44           O  \\nHETATM 3507  O3B TPP Y 100      13.722  14.258  63.350  1.00 36.48           O  \\nHETATM 3508  O   HOH X 200     -25.713   7.709 -19.888  1.00 44.55           O  \\nHETATM 3509  O   HOH X 201     -22.222  -9.394   7.074  1.00 39.16           O  \\nHETATM 3510  O   HOH X 202     -17.731   9.911 -27.807  1.00 54.61           O  \\nHETATM 3511  O   HOH X 203      -8.277 -30.502  11.674  1.00 64.46           O  \\nHETATM 3512  O   HOH X 204      -4.287  -5.416  14.155  1.00 35.41           O  \\nHETATM 3513  O   HOH X 205     -22.550   0.624   2.249  1.00 37.10           O  \\nHETATM 3514  O   HOH X 206     -31.547  -1.388 -16.471  1.00 50.21           O  \\nHETATM 3515  O   HOH X 207     -37.417 -20.326  -5.728  1.00 41.95           O  \\nHETATM 3516  O   HOH X 208     -16.167   1.607 -11.036  1.00 34.50           O  \\nHETATM 3517  O   HOH X 209     -26.190   5.945 -17.853  1.00 44.36           O  \\nHETATM 3518  O   HOH X 210     -16.125   7.263 -18.157  1.00 45.68           O  \\nHETATM 3519  O   HOH X 211     -25.225 -21.185  17.335  1.00 35.06           O  \\nHETATM 3520  O   HOH X 212     -12.010 -30.740   7.714  1.00 39.05           O  \\nHETATM 3521  O   HOH X 213     -23.319 -10.005  11.616  1.00 48.11           O  \\nHETATM 3522  O   HOH X 214       6.315 -13.224   9.463  1.00 42.21           O  \\nHETATM 3523  O   HOH X 215     -12.710   2.472  -6.080  1.00 43.85           O  \\nHETATM 3524  O   HOH X 216       1.383   1.104  21.881  1.00 32.80           O  \\nHETATM 3525  O   HOH X 217      -5.311 -22.080   8.170  1.00 31.86           O  \\nHETATM 3526  O   HOH X 218     -22.270  -3.875 -24.493  1.00 31.88           O  \\nHETATM 3527  O   HOH X 219     -19.574 -18.513  14.630  1.00 45.01           O  \\nHETATM 3528  O   HOH X 220     -24.327  -2.269 -25.252  1.00 26.77           O  \\nHETATM 3529  O   HOH X 221     -26.694   5.399  -9.426  1.00 50.69           O  \\nHETATM 3530  O   HOH X 222     -18.980 -15.101  15.116  1.00 31.53           O  \\nHETATM 3531  O   HOH X 223       2.239  -6.483  25.948  1.00 31.93           O  \\nHETATM 3532  O   HOH X 224     -23.356  -0.738 -21.417  1.00 36.99           O  \\nHETATM 3533  O   HOH X 225      -4.236 -11.626  15.629  1.00 37.91           O  \\nHETATM 3534  O   HOH X 226     -24.941  -4.031 -36.758  1.00 54.30           O  \\nHETATM 3535  O   HOH X 227      -2.750 -10.846  18.059  1.00 47.13           O  \\nHETATM 3536  O   HOH X 228     -26.415 -23.305  -5.206  1.00 41.75           O  \\nHETATM 3537  O   HOH X 229      -8.012  -6.960   7.608  1.00 35.98           O  \\nHETATM 3538  O   HOH X 230     -19.405 -19.480  12.026  1.00 33.06           O  \\nHETATM 3539  O   HOH X 231     -10.242  -0.437 -11.725  1.00 43.41           O  \\nHETATM 3540  O   HOH X 232     -14.797  -3.007 -14.810  1.00 31.17           O  \\nHETATM 3541  O   HOH X 233     -25.680  -9.703   9.860  1.00 31.32           O  \\nHETATM 3542  O   HOH X 234     -15.170 -18.513  -4.423  1.00 39.03           O  \\nHETATM 3543  O   HOH X 235     -10.497  -6.810  10.505  1.00 39.84           O  \\nHETATM 3544  O   HOH X 236       2.996  -1.165   8.107  1.00 34.97           O  \\nHETATM 3545  O   HOH X 237     -37.520 -12.281   9.669  1.00 41.25           O  \\nHETATM 3546  O   HOH X 238     -14.718 -31.749  14.130  1.00 45.65           O  \\nHETATM 3547  O   HOH X 239      -2.534 -20.854   9.935  1.00 35.78           O  \\nHETATM 3548  O   HOH X 348     -36.057 -10.645  -7.345  1.00 26.99           O  \\nHETATM 3549  O   HOH X 349     -36.599 -14.519  -9.125  1.00 47.38           O  \\nHETATM 3550  O   HOH X 350     -32.474  -5.052   8.734  1.00 51.30           O  \\nHETATM 3551  O   HOH X 351      -1.491  -6.668  23.811  1.00 36.50           O  \\nHETATM 3552  O   HOH X 352       3.012  -1.165  22.866  1.00 39.92           O  \\nHETATM 3553  O   HOH X 353      -2.996  -6.863  19.093  1.00 38.06           O  \\nHETATM 3554  O   HOH X 354      -3.607  -2.343  31.694  1.00 35.78           O  \\nHETATM 3555  O   HOH X 356     -26.842 -11.676   5.104  1.00 22.24           O  \\nHETATM 3556  O   HOH X 357     -25.101 -12.354  10.035  1.00 30.03           O  \\nHETATM 3557  O   HOH X 358     -24.782  -9.808   7.546  1.00 27.30           O  \\nHETATM 3558  O   HOH X 359     -24.044 -13.282   6.757  1.00 40.18           O  \\nHETATM 3559  O   HOH X 360     -17.598 -12.485  11.186  1.00 22.51           O  \\nHETATM 3560  O   HOH X 361     -17.326  -8.170  12.459  1.00 51.09           O  \\nHETATM 3561  O   HOH X 362     -17.891 -10.032  -2.100  1.00 17.72           O  \\nHETATM 3562  O   HOH X 363     -18.277  -5.821  -3.607  1.00 15.88           O  \\nHETATM 3563  O   HOH X 364      -7.784 -16.070  -5.013  1.00 19.33           O  \\nHETATM 3564  O   HOH X 365     -16.196 -11.623   5.487  1.00 24.05           O  \\nHETATM 3565  O   HOH X 366     -23.553 -11.367  -2.009  1.00 16.92           O  \\nHETATM 3566  O   HOH X 367     -18.844  -9.026   0.186  1.00 23.33           O  \\nHETATM 3567  O   HOH X 368      -4.051 -17.007   2.021  1.00 25.34           O  \\nHETATM 3568  O   HOH X 369       5.630 -14.803   7.155  1.00 27.48           O  \\nHETATM 3569  O   HOH X 370     -27.084  -7.429   8.832  1.00 27.36           O  \\nHETATM 3570  O   HOH X 371       4.424 -10.053   3.043  1.00 28.54           O  \\nHETATM 3571  O   HOH X 372     -15.462   1.289  -3.061  1.00 29.38           O  \\nHETATM 3572  O   HOH X 373     -25.023 -21.551   1.151  1.00 21.73           O  \\nHETATM 3573  O   HOH X 374     -18.760 -18.425   4.435  1.00 22.32           O  \\nHETATM 3574  O   HOH X 375     -25.098   0.717  -0.241  1.00 26.62           O  \\nHETATM 3575  O   HOH X 376     -11.125 -17.594   5.491  1.00 21.24           O  \\nHETATM 3576  O   HOH X 377     -35.127 -16.623   2.176  1.00 23.72           O  \\nHETATM 3577  O   HOH X 378     -24.877 -14.451  11.581  1.00 29.21           O  \\nHETATM 3578  O   HOH X 379     -11.461 -26.584  15.168  1.00 30.43           O  \\nHETATM 3579  O   HOH X 380     -21.747 -19.106   8.712  1.00 21.56           O  \\nHETATM 3580  O   HOH X 381     -22.790 -16.607   5.217  1.00 28.37           O  \\nHETATM 3581  O   HOH X 382     -26.570 -20.316  -1.912  1.00 22.35           O  \\nHETATM 3582  O   HOH X 383     -22.383 -24.087  12.658  1.00 30.16           O  \\nHETATM 3583  O   HOH X 384     -29.198 -14.389  -3.738  1.00 24.00           O  \\nHETATM 3584  O   HOH X 385     -24.965  -8.165 -10.800  1.00 21.65           O  \\nHETATM 3585  O   HOH X 386     -14.357 -17.561  -0.499  1.00 24.89           O  \\nHETATM 3586  O   HOH X 387     -13.944 -15.181   0.710  1.00 29.11           O  \\nHETATM 3587  O   HOH X 388      -7.539  -4.747  -2.966  1.00 27.47           O  \\nHETATM 3588  O   HOH X 389     -25.669 -18.435  13.015  1.00 29.42           O  \\nHETATM 3589  O   HOH X 390     -12.979 -21.218   0.671  1.00 25.95           O  \\nHETATM 3590  O   HOH X 391     -17.398  -7.458  -5.513  1.00 21.86           O  \\nHETATM 3591  O   HOH X 392      -1.825 -14.319   3.983  1.00 24.88           O  \\nHETATM 3592  O   HOH X 393     -23.974 -13.525  -5.312  1.00 34.61           O  \\nHETATM 3593  O   HOH X 394     -24.875  -3.740  -1.270  1.00 29.24           O  \\nHETATM 3594  O   HOH X 395     -25.954 -22.169  13.769  1.00 25.16           O  \\nHETATM 3595  O   HOH X 396     -21.182 -21.760  11.472  1.00 37.17           O  \\nHETATM 3596  O   HOH X 397     -10.426  -9.689  13.417  1.00 26.43           O  \\nHETATM 3597  O   HOH X 398     -17.540 -11.434  -9.675  1.00 30.25           O  \\nHETATM 3598  O   HOH X 399     -25.967 -19.071  16.481  1.00 34.08           O  \\nHETATM 3599  O   HOH X 400     -14.133 -15.771  16.493  1.00 25.24           O  \\nHETATM 3600  O   HOH X 401     -36.947  -7.161   0.448  1.00 24.38           O  \\nHETATM 3601  O   HOH X 402     -22.335  -8.541   4.349  1.00 36.93           O  \\nHETATM 3602  O   HOH X 403     -24.284 -22.161  11.796  1.00 25.71           O  \\nHETATM 3603  O   HOH X 404     -15.175 -12.675 -10.465  1.00 37.31           O  \\nHETATM 3604  O   HOH X 405      -4.244 -22.965  10.271  1.00 36.71           O  \\nHETATM 3605  O   HOH X 406     -23.009 -13.022   4.332  1.00 24.73           O  \\nHETATM 3606  O   HOH X 407     -15.106 -15.214  -2.279  1.00 32.37           O  \\nHETATM 3607  O   HOH X 408      -3.641  -3.705  -4.730  1.00 33.36           O  \\nHETATM 3608  O   HOH X 409     -24.790 -11.423   1.545  1.00 24.86           O  \\nHETATM 3609  O   HOH X 410     -18.902 -16.658  -0.747  1.00 27.71           O  \\nHETATM 3610  O   HOH X 411     -33.475 -16.285   9.358  1.00 42.60           O  \\nHETATM 3611  O   HOH X 412       2.773  -3.860  24.852  1.00 37.74           O  \\nHETATM 3612  O   HOH X 413     -27.457  -0.284  -6.532  1.00 27.74           O  \\nHETATM 3613  O   HOH X 414      -1.611  -7.719   7.689  1.00 42.64           O  \\nHETATM 3614  O   HOH X 415      -4.776 -13.203   1.620  1.00 32.65           O  \\nHETATM 3615  O   HOH X 416     -32.033 -24.657   5.646  1.00 34.94           O  \\nHETATM 3616  O   HOH X 417     -18.202   0.010   1.472  1.00 32.45           O  \\nHETATM 3617  O   HOH X 418     -11.627 -23.107   7.772  1.00 29.91           O  \\nHETATM 3618  O   HOH X 419      -5.319 -15.880  -1.439  1.00 27.24           O  \\nHETATM 3619  O   HOH X 420     -15.659   2.032  -8.148  1.00 38.92           O  \\nHETATM 3620  O   HOH X 421      -4.108  -8.711   7.374  1.00 26.54           O  \\nHETATM 3621  O   HOH X 422     -20.450 -12.740  11.085  1.00 35.96           O  \\nHETATM 3622  O   HOH X 423     -37.100 -13.503   0.917  1.00 30.33           O  \\nHETATM 3623  O   HOH X 424      -4.923 -13.236  -3.151  1.00 28.17           O  \\nHETATM 3624  O   HOH X 425     -21.321 -18.635   5.053  1.00 22.12           O  \\nHETATM 3625  O   HOH X 426       5.811  -5.947   4.880  1.00 31.99           O  \\nHETATM 3626  O   HOH X 427      -0.216 -16.625  12.179  1.00 24.66           O  \\nHETATM 3627  O   HOH X 428     -15.973   1.564   0.062  1.00 31.71           O  \\nHETATM 3628  O   HOH X 429     -22.598 -15.562  -2.219  1.00 30.95           O  \\nHETATM 3629  O   HOH X 430       4.734 -14.819  23.373  1.00 35.33           O  \\nHETATM 3630  O   HOH X 431       4.110  -3.822  12.796  1.00 30.55           O  \\nHETATM 3631  O   HOH X 432      -4.164 -10.092   0.501  1.00 36.63           O  \\nHETATM 3632  O   HOH X 433     -23.696 -17.188  -4.877  1.00 41.11           O  \\nHETATM 3633  O   HOH X 434      -3.477 -11.984   4.044  1.00 26.30           O  \\nHETATM 3634  O   HOH X 435     -11.167 -23.402   1.020  1.00 36.31           O  \\nHETATM 3635  O   HOH X 436      -6.300 -10.483   2.194  1.00 22.78           O  \\nHETATM 3636  O   HOH X 437     -27.109   2.266  -3.195  1.00 33.15           O  \\nHETATM 3637  O   HOH X 438     -26.280 -27.366   4.019  1.00 29.44           O  \\nHETATM 3638  O   HOH X 439     -35.238 -13.386   3.779  1.00 43.67           O  \\nHETATM 3639  O   HOH X 440     -36.647 -14.948   9.351  1.00 59.93           O  \\nHETATM 3640  O   HOH X 441     -24.066 -19.378  -2.316  1.00 26.43           O  \\nHETATM 3641  O   HOH X 442     -30.927 -11.910  -5.948  1.00 36.07           O  \\nHETATM 3642  O   HOH X 443     -24.925 -17.777   3.790  1.00 24.90           O  \\nHETATM 3643  O   HOH X 444      -6.900   3.066  17.996  1.00 37.67           O  \\nHETATM 3644  O   HOH X 445      -6.385  -3.413 -15.674  1.00 42.86           O  \\nHETATM 3645  O   HOH X 446     -19.049 -28.380   5.966  1.00 44.74           O  \\nHETATM 3646  O   HOH X 447     -13.332 -28.760  14.982  1.00 34.05           O  \\nHETATM 3647  O   HOH X 448       8.069  -8.887  15.059  1.00 32.58           O  \\nHETATM 3648  O   HOH X 449     -23.992 -22.013  -2.850  1.00 25.15           O  \\nHETATM 3649  O   HOH X 450     -16.338   2.346   3.964  1.00 33.27           O  \\nHETATM 3650  O   HOH X 451      -8.828   1.388   4.900  1.00 48.88           O  \\nHETATM 3651  O   HOH X 452     -28.153 -20.308  -4.003  1.00 30.11           O  \\nHETATM 3652  O   HOH X 453     -24.111 -16.066   7.345  1.00 27.75           O  \\nHETATM 3653  O   HOH X 454     -34.180  -6.779   1.212  1.00 28.48           O  \\nHETATM 3654  O   HOH X 455       0.795  -9.612  20.785  1.00 32.21           O  \\nHETATM 3655  O   HOH X 456     -31.210  -4.707  -0.733  1.00 33.44           O  \\nHETATM 3656  O   HOH X 457     -14.574  -5.945 -14.357  1.00 32.93           O  \\nHETATM 3657  O   HOH X 458     -25.122 -13.350  -1.481  1.00 30.70           O  \\nHETATM 3658  O   HOH X 459     -16.710 -15.607   1.736  1.00 39.29           O  \\nHETATM 3659  O   HOH X 460      -7.508 -22.586   5.272  1.00 29.48           O  \\nHETATM 3660  O   HOH X 461     -32.590 -27.521   1.558  1.00 38.25           O  \\nHETATM 3661  O   HOH X 462     -14.400 -24.506   3.994  1.00 30.23           O  \\nHETATM 3662  O   HOH X 463      -9.281   1.994  16.871  1.00 39.55           O  \\nHETATM 3663  O   HOH X 464       1.032 -21.072  15.638  1.00 56.46           O  \\nHETATM 3664  O   HOH X 465       6.438  -3.902  26.469  1.00 46.40           O  \\nHETATM 3665  O   HOH X 466     -28.658 -25.702   6.744  1.00 36.33           O  \\nHETATM 3666  O   HOH X 467     -13.564  -1.084   5.193  1.00 47.72           O  \\nHETATM 3667  O   HOH X 468     -17.862  -5.103   8.533  1.00 34.24           O  \\nHETATM 3668  O   HOH X 469      -0.847 -11.684  29.851  1.00 38.57           O  \\nHETATM 3669  O   HOH X 470     -33.432  -2.814  -9.830  1.00 52.05           O  \\nHETATM 3670  O   HOH X 471     -16.366 -34.526  11.352  1.00 37.37           O  \\nHETATM 3671  O   HOH X 472      -9.691  -3.915   5.825  1.00 32.33           O  \\nHETATM 3672  O   HOH X 473       2.546  -0.548  18.967  1.00 39.46           O  \\nHETATM 3673  O   HOH X 474     -27.884   2.127  -5.656  1.00 36.11           O  \\nHETATM 3674  O   HOH X 475     -17.762 -21.839  15.127  1.00 37.60           O  \\nHETATM 3675  O   HOH X 476      -5.790 -18.394  -0.909  1.00 37.91           O  \\nHETATM 3676  O   HOH X 477     -26.439 -28.506  16.446  1.00 56.07           O  \\nHETATM 3677  O   HOH X 478     -11.156 -13.685  18.715  1.00 48.75           O  \\nHETATM 3678  O   HOH X 479      -0.054 -18.680  13.825  1.00 47.38           O  \\nHETATM 3679  O   HOH X 480     -24.400 -25.799  13.620  1.00 35.46           O  \\nHETATM 3680  O   HOH X 481     -18.454   0.363  -2.072  1.00 30.13           O  \\nHETATM 3681  O   HOH X 482     -20.057 -27.892   2.544  1.00 29.63           O  \\nHETATM 3682  O   HOH X 483     -24.670  -1.750   0.534  1.00 25.33           O  \\nHETATM 3683  O   HOH X 484       3.321  -6.708   2.266  1.00 30.83           O  \\nHETATM 3684  O   HOH X 485     -22.715  -3.556   3.538  1.00 40.24           O  \\nHETATM 3685  O   HOH X 486      -2.461 -10.149   6.086  1.00 39.64           O  \\nHETATM 3686  O   HOH X 487      -8.771 -10.462  16.184  1.00 45.23           O  \\nHETATM 3687  O   HOH X 488     -26.726 -13.168   0.863  1.00 29.71           O  \\nHETATM 3688  O   HOH X 489     -27.507 -16.359   3.721  1.00 30.04           O  \\nHETATM 3689  O   HOH X 490     -25.659 -13.881   3.683  1.00 31.11           O  \\nHETATM 3690  O   HOH X 491     -20.159 -19.647   0.827  1.00 34.75           O  \\nHETATM 3691  O   HOH X 492     -23.067 -20.396  -0.083  1.00 34.38           O  \\nHETATM 3692  O   HOH X 493     -22.538 -19.335   2.775  1.00 34.07           O  \\nHETATM 3693  O   HOH X 494     -21.643 -17.902  -1.243  1.00 35.12           O  \\nHETATM 3694  O   HOH X 495     -17.868 -16.122  -6.381  1.00 42.11           O  \\nHETATM 3695  O   HOH X 496     -14.929 -15.584  -5.730  1.00 42.54           O  \\nHETATM 3696  O   HOH X 497     -18.162 -13.247  -7.498  1.00 42.60           O  \\nHETATM 3697  O   HOH X 498     -17.120 -13.658  -4.654  1.00 41.43           O  \\nHETATM 3698  O   HOH X 499     -15.973 -15.133  -8.599  1.00 43.02           O  \\nHETATM 3699  O   HOH Y 240      15.334   9.131  56.233  1.00 26.99           O  \\nHETATM 3700  O   HOH Y 241      10.281  17.138  56.637  1.00 40.93           O  \\nHETATM 3701  O   HOH Y 242       9.427  13.024  50.219  1.00 28.83           O  \\nHETATM 3702  O   HOH Y 243      17.597  10.025  56.020  1.00 29.23           O  \\nHETATM 3703  O   HOH Y 244      24.165   8.127  65.364  1.00 32.64           O  \\nHETATM 3704  O   HOH Y 245      21.485   8.050  56.440  1.00 23.64           O  \\nHETATM 3705  O   HOH Y 246      11.796  18.315  48.366  1.00 29.02           O  \\nHETATM 3706  O   HOH Y 247      15.827  11.068  61.323  1.00 27.26           O  \\nHETATM 3707  O   HOH Y 248      -0.102  14.819  59.289  1.00 35.69           O  \\nHETATM 3708  O   HOH Y 249      19.622   6.373  56.326  1.00 30.91           O  \\nHETATM 3709  O   HOH Y 250      11.358  21.408  48.294  1.00 35.93           O  \\nHETATM 3710  O   HOH Y 251       8.831  13.110  59.041  1.00 52.91           O  \\nHETATM 3711  O   HOH Y 252      -3.044   8.311  63.189  1.00 40.02           O  \\nHETATM 3712  O   HOH Y 253       2.125   8.703  29.920  1.00 28.25           O  \\nHETATM 3713  O   HOH Y 254      14.463  16.008  54.704  1.00 37.05           O  \\nHETATM 3714  O   HOH Y 255      31.774  -5.412  66.959  1.00 34.30           O  \\nHETATM 3715  O   HOH Y 256      39.718   3.183  66.873  1.00 24.36           O  \\nHETATM 3716  O   HOH Y 257      14.668  11.960  63.547  1.00 39.27           O  \\nHETATM 3717  O   HOH Y 258      21.504  10.189  68.422  1.00 38.74           O  \\nHETATM 3718  O   HOH Y 259       9.093  18.813  35.568  1.00 45.84           O  \\nHETATM 3719  O   HOH Y 260       1.063  18.903  58.857  1.00 31.27           O  \\nHETATM 3720  O   HOH Y 261      36.946   0.771  59.827  1.00 36.40           O  \\nHETATM 3721  O   HOH Y 262      23.241  17.802  48.083  1.00 40.69           O  \\nHETATM 3722  O   HOH Y 263       5.992  12.733  37.548  1.00 36.90           O  \\nHETATM 3723  O   HOH Y 264      46.768  -2.036  64.431  1.00 37.06           O  \\nHETATM 3724  O   HOH Y 265       6.137   8.279  51.099  1.00 39.98           O  \\nHETATM 3725  O   HOH Y 266      18.623  20.644  45.700  1.00 31.99           O  \\nHETATM 3726  O   HOH Y 267      13.908   2.300  67.869  1.00 41.59           O  \\nHETATM 3727  O   HOH Y 268      30.115   2.770  54.571  1.00 41.03           O  \\nHETATM 3728  O   HOH Y 269      47.555   1.307  71.239  1.00 44.35           O  \\nHETATM 3729  O   HOH Y 270       3.803  11.940  35.631  1.00 35.37           O  \\nHETATM 3730  O   HOH Y 271      14.139   5.200  44.778  1.00 35.64           O  \\nHETATM 3731  O   HOH Y 272      19.286  23.682  80.766  1.00 44.13           O  \\nHETATM 3732  O   HOH Y 273      15.130  22.035  52.062  1.00 43.22           O  \\nHETATM 3733  O   HOH Y 274      31.042  -5.555  69.834  1.00 43.20           O  \\nHETATM 3734  O   HOH Y 275      19.951  12.809  42.947  1.00 38.66           O  \\nHETATM 3735  O   HOH Y 276       2.674   8.978  45.227  1.00 57.60           O  \\nHETATM 3736  O   HOH Y 277       0.897  14.559  46.836  1.00 33.98           O  \\nHETATM 3737  O   HOH Y 278      15.861  13.933  79.473  1.00 42.02           O  \\nHETATM 3738  O   HOH Y 279      20.124  -0.491  65.444  1.00 44.26           O  \\nHETATM 3739  O   HOH Y 280      37.999  15.177  63.500  1.00 44.26           O  \\nHETATM 3740  O   HOH Y 281      47.241   3.677  61.847  1.00 46.48           O  \\nHETATM 3741  O   HOH Y 282      12.668  20.507  62.225  1.00 38.95           O  \\nHETATM 3742  O   HOH Y 283      10.354  23.695  42.459  1.00 44.62           O  \\nHETATM 3743  O   HOH Y 284      13.088  19.110  65.330  1.00 33.24           O  \\nHETATM 3744  O   HOH Y 285       1.546  29.232  45.234  1.00 38.27           O  \\nHETATM 3745  O   HOH Y 286      -5.573  19.941  59.300  1.00 42.02           O  \\nHETATM 3746  O   HOH Y 287      30.696   5.933  53.577  1.00 41.22           O  \\nHETATM 3747  O   HOH Y 288       2.492   4.690  31.907  1.00 40.47           O  \\nHETATM 3748  O   HOH Y 289      21.318  19.678  44.999  1.00 55.66           O  \\nHETATM 3749  O   HOH Y 290      27.011  14.735  67.861  1.00 55.38           O  \\nHETATM 3750  O   HOH Y 291      17.109  10.330  70.047  1.00 51.20           O  \\nHETATM 3751  O   HOH Y 292      17.936  -0.731  52.124  1.00 45.51           O  \\nHETATM 3752  O   HOH Y 293      23.468  11.875  69.515  1.00 49.66           O  \\nHETATM 3753  O   HOH Y 294      11.479   0.591  29.679  1.00 57.77           O  \\nHETATM 3754  O   HOH Y 295       6.046  24.780  63.911  1.00 47.64           O  \\nHETATM 3755  O   HOH Y 296      35.792 -13.142  57.900  1.00 45.78           O  \\nHETATM 3756  O   HOH Y 297      43.670  -5.462  76.462  1.00 49.79           O  \\nHETATM 3757  O   HOH Y 298      35.091   3.084  59.254  1.00 50.37           O  \\nHETATM 3758  O   HOH Y 299       3.073  18.055  57.551  1.00 37.73           O  \\nHETATM 3759  O   HOH Y 300      26.213   9.009  67.880  1.00 51.02           O  \\nHETATM 3760  O   HOH Y 301      -0.491  19.479  51.499  1.00 35.04           O  \\nHETATM 3761  O   HOH Y 302      22.870   4.700  76.747  1.00 50.74           O  \\nHETATM 3762  O   HOH Y 303      26.339  14.018  56.782  1.00 47.54           O  \\nHETATM 3763  O   HOH Y 304      24.642  12.222  58.729  1.00 38.40           O  \\nHETATM 3764  O   HOH Y 305       3.588  27.501  61.638  1.00 41.16           O  \\nHETATM 3765  O   HOH Y 306      31.423   7.621  60.093  1.00 38.44           O  \\nHETATM 3766  O   HOH Y 307       9.998   3.075  38.805  1.00 48.63           O  \\nHETATM 3767  O   HOH Y 308      16.900  17.681  39.480  1.00 44.69           O  \\nHETATM 3768  O   HOH Y 309      11.122   1.649  55.241  1.00 49.46           O  \\nHETATM 3769  O   HOH Y 310      35.166   0.778  68.160  1.00 39.72           O  \\nHETATM 3770  O   HOH Y 311       3.527   7.230  43.494  1.00 54.29           O  \\nHETATM 3771  O   HOH Y 312       8.032   9.574  76.871  1.00 37.42           O  \\nHETATM 3772  O   HOH Y 313      -0.157  16.578  43.334  1.00 43.48           O  \\nHETATM 3773  O   HOH Y 314      33.045  14.442  66.818  1.00 53.50           O  \\nHETATM 3774  O   HOH Y 315      32.340   2.471  68.314  1.00 47.23           O  \\nHETATM 3775  O   HOH Y 316      28.982   4.746  42.823  1.00 47.37           O  \\nHETATM 3776  O   HOH Y 317      -5.845  24.290  61.794  1.00 37.20           O  \\nHETATM 3777  O   HOH Y 318      39.213   4.516  64.073  1.00 33.55           O  \\nHETATM 3778  O   HOH Y 319      11.685  17.709  77.131  1.00 39.08           O  \\nHETATM 3779  O   HOH Y 320      11.253   3.019  57.843  1.00 45.71           O  \\nHETATM 3780  O   HOH Y 321      24.973  -0.584  50.878  1.00 42.67           O  \\nHETATM 3781  O   HOH Y 322       1.438  -2.525  39.515  1.00 62.21           O  \\nHETATM 3782  O   HOH Y 323       1.889  10.922  57.759  1.00 44.76           O  \\nHETATM 3783  O   HOH Y 324      15.600   2.627  61.856  1.00 52.68           O  \\nHETATM 3784  O   HOH Y 325      17.481   9.099  72.372  1.00 35.70           O  \\nHETATM 3785  O   HOH Y 326       9.391   9.318  41.179  1.00 42.34           O  \\nHETATM 3786  O   HOH Y 327       8.947   4.139  51.657  1.00 46.08           O  \\nHETATM 3787  O   HOH Y 328       0.673  25.708  46.227  1.00 48.28           O  \\nHETATM 3788  O   HOH Y 329       4.491  17.371  73.185  1.00 47.36           O  \\nHETATM 3789  O   HOH Y 330       0.806  23.284  65.801  1.00 34.44           O  \\nHETATM 3790  O   HOH Y 331      35.324  13.316  63.041  1.00 51.59           O  \\nHETATM 3791  O   HOH Y 332       0.989   6.304  37.647  1.00 42.15           O  \\nHETATM 3792  O   HOH Y 333       7.355  25.098  44.127  1.00 43.81           O  \\nHETATM 3793  O   HOH Y 334      15.092  10.812  37.396  1.00 40.96           O  \\nHETATM 3794  O   HOH Y 335      14.308  11.881  40.081  1.00 40.18           O  \\nHETATM 3795  O   HOH Y 336      20.794  14.561  60.725  1.00 41.19           O  \\nHETATM 3796  O   HOH Y 337      11.818   9.505  61.716  1.00 30.86           O  \\nHETATM 3797  O   HOH Y 338      31.584   4.333  61.378  1.00 43.74           O  \\nHETATM 3798  O   HOH Y 339      16.421  15.678  63.593  1.00 50.71           O  \\nHETATM 3799  O   HOH Y 340      18.346  17.262  62.517  1.00 49.92           O  \\nHETATM 3800  O   HOH Y 341       1.651  22.405  68.074  1.00 42.52           O  \\nHETATM 3801  O   HOH Y 342       2.336  15.040  67.681  1.00 59.45           O  \\nHETATM 3802  O   HOH Y 343      15.751  -0.529  44.359  1.00 54.33           O  \\nHETATM 3803  O   HOH Y 344       5.754  26.145  40.401  1.00 51.36           O  \\nHETATM 3804  O   HOH Y 345      47.032   7.426  62.153  1.00 31.99           O  \\nHETATM 3805  O   HOH Y 346       5.457  11.457  51.943  1.00 50.39           O  \\nHETATM 3806  O   HOH Y 347       1.131   5.077  28.398  1.00 33.68           O  \\nHETATM 3807  O   HOH Y 355       3.493   3.173  25.460  1.00 40.63           O  \\nHETATM 3808  O   HOH Y 500      11.951  11.482  64.013  1.00 30.57           O  \\nHETATM 3809  O   HOH Y 501       8.530  14.181  64.153  1.00 30.60           O  \\nHETATM 3810  O   HOH Y 502       9.450  11.949  62.241  1.00 31.37           O  \\nHETATM 3811  O   HOH Y 503       9.736  17.894  59.522  1.00 31.44           O  \\nHETATM 3812  O   HOH Y 504      10.635  18.773  62.330  1.00 31.43           O  \\nHETATM 3813  O   HOH Y 505       9.412  15.966  61.913  1.00 30.40           O  \\nHETATM 3814  O   HOH Y 506      12.743  18.173  60.163  1.00 30.75           O  \\nHETATM 3815  O   HOH Y 507      21.045  16.689  58.133  1.00 38.74           O  \\nHETATM 3816  O   HOH Y 508      21.393  16.513  55.072  1.00 38.84           O  \\nHETATM 3817  O   HOH Y 509      22.617  14.053  58.460  1.00 38.41           O  \\nHETATM 3818  O   HOH Y 510      20.146  14.166  56.610  1.00 38.60           O  \\nHETATM 3819  O   HOH Y 511      23.882  16.397  56.922  1.00 39.21           O  \\nCONECT    1    2                                                                \\nCONECT    2    1    3    4    5                                                 \\nCONECT    3    2                                                                \\nCONECT    4    2                                                                \\nCONECT    5    2    6                                                           \\nCONECT    6    5    7    8    9                                                 \\nCONECT    7    6                                                                \\nCONECT    8    6                                                                \\nCONECT    9    6   10                                                           \\nCONECT   10    9   11                                                           \\nCONECT   11   10   12   13                                                      \\nCONECT   12   11   17                                                           \\nCONECT   13   11   14   15                                                      \\nCONECT   14   13   29                                                           \\nCONECT   15   13   16   17                                                      \\nCONECT   16   15                                                                \\nCONECT   17   12   15   18                                                      \\nCONECT   18   17   19   28                                                      \\nCONECT   19   18   20                                                           \\nCONECT   20   19   21                                                           \\nCONECT   21   20   22   28                                                      \\nCONECT   22   21   23   24                                                      \\nCONECT   23   22                                                                \\nCONECT   24   22   25                                                           \\nCONECT   25   24   26   27                                                      \\nCONECT   26   25                                                                \\nCONECT   27   25   28                                                           \\nCONECT   28   18   21   27                                                      \\nCONECT   29   14                                                                \\nCONECT  254 3447                                                                \\nCONECT  256 3447 3448                                                           \\nCONECT  266 3448                                                                \\nCONECT  267 3448                                                                \\nCONECT  275 3448                                                                \\nCONECT  618 3449                                                                \\nCONECT  634 3449                                                                \\nCONECT  685 3452                                                                \\nCONECT 1088 3450                                                                \\nCONECT 1104 3445                                                                \\nCONECT 1114 3445                                                                \\nCONECT 1173 3446                                                                \\nCONECT 1193 3446                                                                \\nCONECT 1303 3449                                                                \\nCONECT 1318 3448                                                                \\nCONECT 1322 3448                                                                \\nCONECT 1325 3449                                                                \\nCONECT 1342 3447                                                                \\nCONECT 1345 3447                                                                \\nCONECT 1352 3448                                                                \\nCONECT 1357 3449                                                                \\nCONECT 1473 3450                                                                \\nCONECT 1685 1700                                                                \\nCONECT 1697 1698 1699 1708 1710                                                 \\nCONECT 1698 1697                                                                \\nCONECT 1699 1697                                                                \\nCONECT 1700 1685 1701 1702 1703                                                 \\nCONECT 1701 1700                                                                \\nCONECT 1702 1700                                                                \\nCONECT 1703 1700 1704                                                           \\nCONECT 1704 1703 1705                                                           \\nCONECT 1705 1704 1706 1707                                                      \\nCONECT 1706 1705 1711                                                           \\nCONECT 1707 1705 1708 1709                                                      \\nCONECT 1708 1697 1707                                                           \\nCONECT 1709 1707 1710 1711                                                      \\nCONECT 1710 1697 1709                                                           \\nCONECT 1711 1706 1709 1712                                                      \\nCONECT 1712 1711 1713 1719                                                      \\nCONECT 1713 1712 1714 1715                                                      \\nCONECT 1714 1713                                                                \\nCONECT 1715 1713 1716                                                           \\nCONECT 1716 1715 1717 1718                                                      \\nCONECT 1717 1716                                                                \\nCONECT 1718 1716 1719                                                           \\nCONECT 1719 1712 1718                                                           \\nCONECT 1721 1722 1723 1724 1725                                                 \\nCONECT 1722 1721                                                                \\nCONECT 1723 1721                                                                \\nCONECT 1724 1721                                                                \\nCONECT 1725 1721 1726                                                           \\nCONECT 1726 1725 1727 1728 1729                                                 \\nCONECT 1727 1726                                                                \\nCONECT 1728 1726                                                                \\nCONECT 1729 1726 1730                                                           \\nCONECT 1730 1729 1731 1732 1733                                                 \\nCONECT 1731 1730                                                                \\nCONECT 1732 1730                                                                \\nCONECT 1733 1730 1734                                                           \\nCONECT 1734 1733 1735                                                           \\nCONECT 1735 1734 1736 1737                                                      \\nCONECT 1736 1735 1741                                                           \\nCONECT 1737 1735 1738 1739                                                      \\nCONECT 1738 1737 1753                                                           \\nCONECT 1739 1737 1740 1741                                                      \\nCONECT 1740 1739                                                                \\nCONECT 1741 1736 1739 1742                                                      \\nCONECT 1742 1741 1743 1752                                                      \\nCONECT 1743 1742 1744                                                           \\nCONECT 1744 1743 1745                                                           \\nCONECT 1745 1744 1746 1752                                                      \\nCONECT 1746 1745 1747 1748                                                      \\nCONECT 1747 1746                                                                \\nCONECT 1748 1746 1749                                                           \\nCONECT 1749 1748 1750 1751                                                      \\nCONECT 1750 1749                                                                \\nCONECT 1751 1749 1752                                                           \\nCONECT 1752 1742 1745 1751                                                      \\nCONECT 1753 1738                                                                \\nCONECT 2409 3481                                                                \\nCONECT 2812 3479                                                                \\nCONECT 3197 3479                                                                \\nCONECT 3409 3424                                                                \\nCONECT 3421 3422 3423 3432 3434                                                 \\nCONECT 3422 3421                                                                \\nCONECT 3423 3421                                                                \\nCONECT 3424 3409 3425 3426 3427                                                 \\nCONECT 3425 3424                                                                \\nCONECT 3426 3424                                                                \\nCONECT 3427 3424 3428                                                           \\nCONECT 3428 3427 3429                                                           \\nCONECT 3429 3428 3430 3431                                                      \\nCONECT 3430 3429 3435                                                           \\nCONECT 3431 3429 3432 3433                                                      \\nCONECT 3432 3421 3431                                                           \\nCONECT 3433 3431 3434 3435                                                      \\nCONECT 3434 3421 3433                                                           \\nCONECT 3435 3430 3433 3436                                                      \\nCONECT 3436 3435 3437 3443                                                      \\nCONECT 3437 3436 3438 3439                                                      \\nCONECT 3438 3437                                                                \\nCONECT 3439 3437 3440                                                           \\nCONECT 3440 3439 3441 3442                                                      \\nCONECT 3441 3440                                                                \\nCONECT 3442 3440 3443                                                           \\nCONECT 3443 3436 3442                                                           \\nCONECT 3445 1104 1114 3555 3556                                                 \\nCONECT 3445 3557 3558                                                           \\nCONECT 3446 1173 1193 3579 3595                                                 \\nCONECT 3446 3602                                                                \\nCONECT 3447  254  256 1342 1345                                                 \\nCONECT 3447 3559 3560                                                           \\nCONECT 3448  256  266  267  275                                                 \\nCONECT 3448 1318 1322 1352 3564                                                 \\nCONECT 3449  618  634 1303 1325                                                 \\nCONECT 3449 1357 3575                                                           \\nCONECT 3450 1088 1473 3477 3687                                                 \\nCONECT 3450 3688 3689                                                           \\nCONECT 3451 3473 3476 3690 3691                                                 \\nCONECT 3451 3692 3693                                                           \\nCONECT 3452  685 3694 3695 3696                                                 \\nCONECT 3452 3697 3698                                                           \\nCONECT 3453 3454 3460                                                           \\nCONECT 3454 3453 3455 3456                                                      \\nCONECT 3455 3454                                                                \\nCONECT 3456 3454 3457                                                           \\nCONECT 3457 3456 3458 3459                                                      \\nCONECT 3458 3457                                                                \\nCONECT 3459 3457 3460 3461                                                      \\nCONECT 3460 3453 3459                                                           \\nCONECT 3461 3459 3462                                                           \\nCONECT 3462 3461 3463 3466                                                      \\nCONECT 3463 3462 3464                                                           \\nCONECT 3464 3463 3465                                                           \\nCONECT 3465 3464 3466 3468                                                      \\nCONECT 3466 3462 3465 3467                                                      \\nCONECT 3467 3466                                                                \\nCONECT 3468 3465 3469                                                           \\nCONECT 3469 3468 3470                                                           \\nCONECT 3470 3469 3471                                                           \\nCONECT 3471 3470 3472 3473 3474                                                 \\nCONECT 3472 3471                                                                \\nCONECT 3473 3451 3471                                                           \\nCONECT 3474 3471 3475                                                           \\nCONECT 3475 3474 3476 3477 3478                                                 \\nCONECT 3476 3451 3475                                                           \\nCONECT 3477 3450 3475                                                           \\nCONECT 3478 3475                                                                \\nCONECT 3479 2812 3197 3506 3808                                                 \\nCONECT 3479 3809 3810                                                           \\nCONECT 3480 3501 3505 3811 3812                                                 \\nCONECT 3480 3813 3814                                                           \\nCONECT 3481 2409 3815 3816 3817                                                 \\nCONECT 3481 3818 3819                                                           \\nCONECT 3482 3483 3489                                                           \\nCONECT 3483 3482 3484 3485                                                      \\nCONECT 3484 3483                                                                \\nCONECT 3485 3483 3486                                                           \\nCONECT 3486 3485 3487 3488                                                      \\nCONECT 3487 3486                                                                \\nCONECT 3488 3486 3489 3490                                                      \\nCONECT 3489 3482 3488                                                           \\nCONECT 3490 3488 3491                                                           \\nCONECT 3491 3490 3492 3495                                                      \\nCONECT 3492 3491 3493                                                           \\nCONECT 3493 3492 3494                                                           \\nCONECT 3494 3493 3495 3497                                                      \\nCONECT 3495 3491 3494 3496                                                      \\nCONECT 3496 3495                                                                \\nCONECT 3497 3494 3498                                                           \\nCONECT 3498 3497 3499                                                           \\nCONECT 3499 3498 3500                                                           \\nCONECT 3500 3499 3501 3502 3503                                                 \\nCONECT 3501 3480 3500                                                           \\nCONECT 3502 3500                                                                \\nCONECT 3503 3500 3504                                                           \\nCONECT 3504 3503 3505 3506 3507                                                 \\nCONECT 3505 3480 3504                                                           \\nCONECT 3506 3479 3504                                                           \\nCONECT 3507 3504                                                                \\nCONECT 3555 3445                                                                \\nCONECT 3556 3445                                                                \\nCONECT 3557 3445                                                                \\nCONECT 3558 3445                                                                \\nCONECT 3559 3447                                                                \\nCONECT 3560 3447                                                                \\nCONECT 3564 3448                                                                \\nCONECT 3575 3449                                                                \\nCONECT 3579 3446                                                                \\nCONECT 3595 3446                                                                \\nCONECT 3602 3446                                                                \\nCONECT 3687 3450                                                                \\nCONECT 3688 3450                                                                \\nCONECT 3689 3450                                                                \\nCONECT 3690 3451                                                                \\nCONECT 3691 3451                                                                \\nCONECT 3692 3451                                                                \\nCONECT 3693 3451                                                                \\nCONECT 3694 3452                                                                \\nCONECT 3695 3452                                                                \\nCONECT 3696 3452                                                                \\nCONECT 3697 3452                                                                \\nCONECT 3698 3452                                                                \\nCONECT 3808 3479                                                                \\nCONECT 3809 3479                                                                \\nCONECT 3810 3479                                                                \\nCONECT 3811 3480                                                                \\nCONECT 3812 3480                                                                \\nCONECT 3813 3480                                                                \\nCONECT 3814 3480                                                                \\nCONECT 3815 3481                                                                \\nCONECT 3816 3481                                                                \\nCONECT 3817 3481                                                                \\nCONECT 3818 3481                                                                \\nCONECT 3819 3481                                                                \\nMASTER      592    0   17    0    0    0   32    6 3817    2  244   14          \\nEND                                                                             \\n\",\"pdb\");\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"cartoon\": {\"color\": \"spectrum\"}});\n",
       "\tviewergrid_17141377583251474[0][0].zoomTo({\"chain\": \"X\"});\n",
       "\tviewergrid_17141377583251474[0][0].rotate(-110,\"x\");\n",
       "\tviewergrid_17141377583251474[0][0].rotate(-30,\"z\");\n",
       "\tviewergrid_17141377583251474[0][0].rotate(-10,\"y\");\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": [11, 16, 17, 18, 19, 21, 29, 31, 33, 36, 37, 40, 42, 51, 60, 65, 66, 72, 76, 78, 81, 82, 83, 86]},{\"cartoon\": {\"color\": \"#f04c4c\"}});\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": [12, 34, 35, 41, 43, 44, 45, 47, 53, 56, 61, 67, 69, 70, 75, 80, 84, 85]},{\"cartoon\": {\"color\": \"#366ef0\"}});\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": [13, 15, 22, 23, 24, 27, 30, 38, 48, 49, 50, 55, 57, 58, 63, 73, 74, 77]},{\"cartoon\": {\"color\": \"#ffa77c\"}});\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": [14, 20, 25, 26, 28, 32, 39, 46, 52, 54, 59, 62, 64, 68, 71, 79, 87, 88]},{\"cartoon\": {\"color\": \"#9bb9ff\"}});\n",
       "\tviewergrid_17141377583251474[0][0].setStyle({\"chain\": \"X\", \"resi\": [11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88], \"invert\": \"true\"},{\"cross\": {\"hidden\": \"true\"}});\n",
       "\tviewergrid_17141377583251474[0][0].addLabel(\"TPP in-vitro DMS-MaP\",{\"position\": {\"x\": 0, \"y\": 0, \"z\": 0}, \"useScreen\": true, \"fontColor\": \"black\", \"backgroundOpacity\": 0.0, \"fontSize\": 28});\n",
       "viewergrid_17141377583251474[0][0].render();\n",
       "});\n",
       "</script>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_mol(\n",
    "    samples=[tpp],\n",
    "    structure=\"pdb\",\n",
    "    colors=\"sequence\",\n",
    "    rotation={'x': -110, 'z': -30, 'y':-10},\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Distance distribution histograms\n",
    "------------------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/disthist.ipynb)\n",
    "\n",
    "Distance distribution histograms display the 3D distance distribution of sets\n",
    "of inter-nucleotide measurements.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 560x560 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_disthist(\n",
    "    samples=[tpp],\n",
    "    structure=\"pdb\",\n",
    "    interactions=\"ringmap\"\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Heatmaps and contour maps\n",
    "----------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/heatmap.ipynb)\n",
    "\n",
    "Heatmaps and contour maps are useful for displaying dense inter-nucleotide\n",
    "measurements or inter-nucleotide data density while highlighting defined\n",
    "regions such as helices or 3D interactions.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 420x490 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_heatmap(\n",
    "    samples=[tpp],\n",
    "    sequence=\"ss\",\n",
    "    structure=\"ss\",\n",
    "    interactions=\"ringmap\",\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Linear regression plots\n",
    "-------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/linreg.ipynb)\n",
    "\n",
    "Linear regression plots quickly compare multiple sets of per-nucleotide data\n",
    "and display slope, R^2, and density.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 742x812 with 4 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": "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",
      "text/plain": [
       "<Figure size 541.935x18.543 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_linreg(\n",
    "    samples=[rnasep_1, rnasep_2, rnasep_3],\n",
    "    profile=\"shapemap\",\n",
    "    scale=\"log\",\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Receiver operator characteristic curves\n",
    "--------------------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/roc.ipynb)\n",
    "\n",
    "ROC curves are a way to determine how well per-nucleotide data predict a\n",
    "classifier, such as base-paired vs. unpaired status.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1064x672 with 5 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_roc(\n",
    "    samples=[rnasep_1, rnasep_2, rnasep_3],\n",
    "    profile=\"shapemap\",\n",
    "    structure=\"ss_ct\",\n",
    "    )\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "ShapeMapper2 quality control plots\n",
    "--------------------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/qc.ipynb)\n",
    "\n",
    "ShapeMapper2 QC plots display useful quality control metrics from ShapeMapper2\n",
    "analyses.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1330x490 with 3 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_qc(\n",
    "    samples=[rnasep_1],\n",
    "    profile=\"shapemap\")\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "ShapeMapper2 profiles\n",
    "-------------------------------------------------\n",
    "\n",
    "[full guide](../plot_options/sm.ipynb)\n",
    "\n",
    "ShapeMapper2 profiles display normalized SHAPE profiles, mutation rates, and/or\n",
    "read depths in ShapeMapper2's default layout.\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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      "text/plain": [
       "<Figure size 1500.8x1190 with 3 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot = rnav.plot_shapemapper(\n",
    "    sample=rnasep_1,\n",
    "    profile=\"shapemap\",\n",
    "    )\n"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "RNAvigate",
   "language": "python",
   "name": "python3"
  },
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