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cmd.read_pdbstr(""""\
EXPDTA THEORETICAL MODEL, MODELLER 9v7 2013/07/11 03:28:29 \
REMARK 6 MODELLER OBJECTIVE FUNCTION: 106.6672 \
REMARK 6 MODELLER BEST TEMPLATE % SEQ ID: 50.000 \
ATOM 1 N HIS 1 6.408 -43.003 87.277 1.00 61.30 N \
ATOM 2 CA HIS 1 6.003 -44.055 88.233 1.00 61.30 C \
ATOM 3 ND1 HIS 1 3.949 -44.216 85.462 1.00 61.30 N \
ATOM 4 CG HIS 1 3.958 -44.498 86.813 1.00 61.30 C \
ATOM 5 CB HIS 1 5.127 -45.107 87.530 1.00 61.30 C \
ATOM 6 NE2 HIS 1 1.974 -43.578 86.262 1.00 61.30 N \
ATOM 7 CD2 HIS 1 2.748 -44.103 87.284 1.00 61.30 C \
ATOM 8 CE1 HIS 1 2.738 -43.668 85.190 1.00 61.30 C \
ATOM 9 C HIS 1 7.224 -44.735 88.745 1.00 61.30 C \
ATOM 10 O HIS 1 8.133 -44.097 89.274 1.00 61.30 O \
ATOM 11 N ILE 2 7.261 -46.072 88.612 1.00102.20 N \
ATOM 12 CA ILE 2 8.406 -46.813 89.040 1.00102.20 C \
ATOM 13 CB ILE 2 8.244 -48.298 88.884 1.00102.20 C \
ATOM 14 CG2 ILE 2 9.597 -48.968 89.191 1.00102.20 C \
ATOM 15 CG1 ILE 2 7.091 -48.798 89.772 1.00102.20 C \
ATOM 16 CD1 ILE 2 6.687 -50.246 89.497 1.00102.20 C \
ATOM 17 C ILE 2 9.545 -46.390 88.178 1.00102.20 C \
ATOM 18 O ILE 2 10.662 -46.246 88.672 1.00102.20 O \
ATOM 19 N ASP 3 9.265 -46.241 86.862 1.00279.02 N \
ATOM 20 CA ASP 3 10.172 -45.837 85.821 1.00279.02 C \
ATOM 21 CB ASP 3 10.276 -44.313 85.530 1.00279.02 C \
ATOM 22 CG ASP 3 10.921 -43.483 86.637 1.00279.02 C \
ATOM 23 OD1 ASP 3 11.353 -44.038 87.679 1.00279.02 O \
ATOM 24 OD2 ASP 3 11.000 -42.242 86.425 1.00279.02 O \
ATOM 25 C ASP 3 11.495 -46.460 86.075 1.00279.02 C \
ATOM 26 O ASP 3 12.522 -45.786 86.145 1.00279.02 O \
ATOM 27 N ASP 4 11.493 -47.798 86.215 1.00252.23 N \
ATOM 28 CA ASP 4 12.696 -48.489 86.550 1.00252.23 C \
ATOM 29 CB ASP 4 12.461 -49.918 87.068 1.00252.23 C \
ATOM 30 CG ASP 4 11.846 -50.716 85.931 1.00252.23 C \
ATOM 31 OD1 ASP 4 10.939 -50.171 85.243 1.00252.23 O \
ATOM 32 OD2 ASP 4 12.292 -51.873 85.722 1.00252.23 O \
ATOM 33 C ASP 4 13.578 -48.602 85.353 1.00252.23 C \
ATOM 34 O ASP 4 13.131 -48.561 84.207 1.00252.23 O \
ATOM 35 N MET 5 14.888 -48.734 85.634 1.00243.01 N \
ATOM 36 CA MET 5 15.898 -48.955 84.647 1.00243.01 C \
ATOM 37 CB MET 5 17.256 -48.316 85.011 1.00243.01 C \
ATOM 38 CG MET 5 18.351 -48.444 83.945 1.00243.01 C \
ATOM 39 SD MET 5 19.882 -47.536 84.323 1.00243.01 S \
ATOM 40 CE MET 5 20.917 -48.425 83.126 1.00243.01 C \
ATOM 41 C MET 5 16.046 -50.441 84.588 1.00243.01 C \
ATOM 42 O MET 5 15.277 -51.172 85.213 1.00243.01 O \
ATOM 43 N GLU 6 17.032 -50.932 83.820 1.00142.33 N \
ATOM 44 CA GLU 6 17.235 -52.339 83.677 1.00142.33 C \
ATOM 45 CB GLU 6 18.505 -52.592 82.843 1.00142.33 C \
ATOM 46 CG GLU 6 18.780 -54.036 82.432 1.00142.33 C \
ATOM 47 CD GLU 6 19.844 -53.978 81.340 1.00142.33 C \
ATOM 48 OE1 GLU 6 20.006 -52.882 80.738 1.00142.33 O \
ATOM 49 OE2 GLU 6 20.510 -55.018 81.096 1.00142.33 O \
ATOM 50 C GLU 6 17.422 -52.885 85.057 1.00142.33 C \
ATOM 51 O GLU 6 16.749 -53.836 85.453 1.00142.33 O \
ATOM 52 N ALA 7 18.327 -52.271 85.837 1.00182.99 N \
ATOM 53 CA ALA 7 18.509 -52.674 87.197 1.00182.99 C \
ATOM 54 CB ALA 7 19.946 -52.477 87.705 1.00182.99 C \
ATOM 55 C ALA 7 17.622 -51.797 88.015 1.00182.99 C \
ATOM 56 O ALA 7 17.139 -50.775 87.527 1.00182.99 O \
ATOM 57 N SER 8 17.344 -52.183 89.273 1.00124.48 N \
ATOM 58 CA SER 8 16.569 -51.297 90.093 1.00124.48 C \
ATOM 59 CB SER 8 16.118 -51.908 91.433 1.00124.48 C \
ATOM 60 OG SER 8 15.230 -52.992 91.210 1.00124.48 O \
ATOM 61 C SER 8 17.480 -50.162 90.413 1.00124.48 C \
ATOM 62 O SER 8 18.683 -50.354 90.587 1.00124.48 O \
ATOM 63 N SER 9 16.930 -48.934 90.479 1.00136.94 N \
ATOM 64 CA SER 9 17.748 -47.798 90.766 1.00136.94 C \
ATOM 65 CB SER 9 17.328 -46.529 90.001 1.00136.94 C \
ATOM 66 OG SER 9 18.262 -45.479 90.212 1.00136.94 O \
ATOM 67 C SER 9 17.664 -47.524 92.233 1.00136.94 C \
ATOM 68 O SER 9 17.001 -48.239 92.982 1.00136.94 O \
ATOM 69 N SER 10 18.368 -46.470 92.676 1.00100.83 N \
ATOM 70 CA SER 10 18.397 -46.074 94.049 1.00100.83 C \
ATOM 71 CB SER 10 19.428 -44.957 94.308 1.00100.83 C \
ATOM 72 OG SER 10 20.742 -45.395 93.989 1.00100.83 O \
ATOM 73 C SER 10 17.047 -45.525 94.387 1.00100.83 C \
ATOM 74 O SER 10 16.738 -45.281 95.552 1.00100.83 O \
ATOM 75 N LEU 11 16.203 -45.323 93.361 1.00162.37 N \
ATOM 76 CA LEU 11 14.928 -44.694 93.535 1.00162.37 C \
ATOM 77 CB LEU 11 14.151 -44.523 92.217 1.00162.37 C \
ATOM 78 CG LEU 11 14.881 -43.718 91.124 1.00162.37 C \
ATOM 79 CD1 LEU 11 13.943 -43.448 89.935 1.00162.37 C \
ATOM 80 CD2 LEU 11 15.537 -42.444 91.680 1.00162.37 C \
ATOM 81 C LEU 11 14.036 -45.492 94.437 1.00162.37 C \
ATOM 82 O LEU 11 13.356 -44.923 95.290 1.00162.37 O \
ATOM 83 N LEU 12 14.003 -46.830 94.299 1.00109.24 N \
ATOM 84 CA LEU 12 13.010 -47.552 95.044 1.00109.24 C \
ATOM 85 CB LEU 12 12.941 -49.065 94.755 1.00109.24 C \
ATOM 86 CG LEU 12 12.314 -49.425 93.397 1.00109.24 C \
ATOM 87 CD1 LEU 12 13.234 -49.040 92.232 1.00109.24 C \
ATOM 88 CD2 LEU 12 11.842 -50.887 93.362 1.00109.24 C \
ATOM 89 C LEU 12 13.166 -47.415 96.523 1.00109.24 C \
ATOM 90 O LEU 12 12.196 -47.111 97.215 1.00109.24 O \
ATOM 91 N LEU 13 14.378 -47.599 97.070 1.00199.43 N \
ATOM 92 CA LEU 13 14.430 -47.607 98.503 1.00199.43 C \
ATOM 93 CB LEU 13 15.757 -48.121 99.113 1.00199.43 C \
ATOM 94 CG LEU 13 17.026 -47.281 98.866 1.00199.43 C \
ATOM 95 CD1 LEU 13 17.370 -47.227 97.374 1.00199.43 C \
ATOM 96 CD2 LEU 13 16.974 -45.903 99.548 1.00199.43 C \
ATOM 97 C LEU 13 14.084 -46.266 99.066 1.00199.43 C \
ATOM 98 O LEU 13 13.463 -46.178 100.127 1.00199.43 O \
ATOM 99 N LEU 14 14.488 -45.171 98.400 1.00163.08 N \
ATOM 100 CA LEU 14 14.128 -43.907 98.970 1.00163.08 C \
ATOM 101 CB LEU 14 14.726 -42.697 98.219 1.00163.08 C \
ATOM 102 CG LEU 14 14.599 -41.344 98.949 1.00163.08 C \
ATOM 103 CD1 LEU 14 13.134 -40.958 99.200 1.00163.08 C \
ATOM 104 CD2 LEU 14 15.462 -41.319 100.220 1.00163.08 C \
ATOM 105 C LEU 14 12.638 -43.847 98.851 1.00163.08 C \
ATOM 106 O LEU 14 12.099 -43.855 97.746 1.00163.08 O \
ATOM 107 N LYS 15 11.923 -43.780 99.990 1.00271.12 N \
ATOM 108 CA LYS 15 10.493 -43.798 99.909 1.00271.12 C \
ATOM 109 CB LYS 15 9.795 -44.304 101.187 1.00271.12 C \
ATOM 110 CG LYS 15 10.240 -43.657 102.499 1.00271.12 C \
ATOM 111 CD LYS 15 9.298 -44.008 103.654 1.00271.12 C \
ATOM 112 CE LYS 15 8.522 -45.312 103.427 1.00271.12 C \
ATOM 113 NZ LYS 15 7.804 -45.726 104.656 1.00271.12 N \
ATOM 114 C LYS 15 9.981 -42.449 99.529 1.00271.12 C \
ATOM 115 O LYS 15 10.524 -41.413 99.913 1.00271.12 O \
ATOM 116 N GLY 16 8.893 -42.450 98.738 1.00109.36 N \
ATOM 117 CA GLY 16 8.335 -41.250 98.198 1.00109.36 C \
ATOM 118 C GLY 16 8.870 -41.205 96.807 1.00109.36 C \
ATOM 119 O GLY 16 9.969 -41.692 96.551 1.00109.36 O \
ATOM 120 N ALA 17 8.116 -40.631 95.854 1.00202.17 N \
ATOM 121 CA ALA 17 8.642 -40.651 94.524 1.00202.17 C \
ATOM 122 CB ALA 17 7.666 -40.115 93.463 1.00202.17 C \
ATOM 123 C ALA 17 9.846 -39.782 94.518 1.00202.17 C \
ATOM 124 O ALA 17 9.841 -38.680 95.064 1.00202.17 O \
ATOM 125 N THR 18 10.930 -40.264 93.893 1.00148.28 N \
ATOM 126 CA THR 18 12.111 -39.467 93.850 1.00148.28 C \
ATOM 127 CB THR 18 13.305 -40.169 94.433 1.00148.28 C \
ATOM 128 OG1 THR 18 14.456 -39.334 94.394 1.00148.28 O \
ATOM 129 CG2 THR 18 13.543 -41.472 93.649 1.00148.28 C \
ATOM 130 C THR 18 12.377 -39.177 92.408 1.00148.28 C \
ATOM 131 O THR 18 12.159 -40.017 91.535 1.00148.28 O \
ATOM 132 N LYS 19 12.869 -37.957 92.130 1.00251.94 N \
ATOM 133 CA LYS 19 13.130 -37.544 90.781 1.00251.94 C \
ATOM 134 CB LYS 19 13.844 -36.181 90.695 1.00251.94 C \
ATOM 135 CG LYS 19 13.146 -35.020 91.409 1.00251.94 C \
ATOM 136 CD LYS 19 11.840 -34.541 90.774 1.00251.94 C \
ATOM 137 CE LYS 19 11.130 -33.490 91.628 1.00251.94 C \
ATOM 138 NZ LYS 19 12.114 -32.519 92.156 1.00251.94 N \
ATOM 139 C LYS 19 14.092 -38.535 90.215 1.00251.94 C \
ATOM 140 O LYS 19 14.993 -38.992 90.917 1.00251.94 O \
ATOM 141 N GLU 20 13.921 -38.926 88.934 1.00 98.86 N \
ATOM 142 CA GLU 20 14.876 -39.842 88.382 1.00 98.86 C \
ATOM 143 CB GLU 20 14.368 -40.708 87.209 1.00 98.86 C \
ATOM 144 CG GLU 20 14.104 -39.933 85.918 1.00 98.86 C \
ATOM 145 CD GLU 20 13.737 -40.943 84.834 1.00 98.86 C \
ATOM 146 OE1 GLU 20 14.666 -41.561 84.260 1.00 98.86 O \
ATOM 147 OE2 GLU 20 12.511 -41.111 84.566 1.00 98.86 O \
ATOM 148 C GLU 20 15.986 -38.967 87.823 1.00 98.86 C \
ATOM 149 O GLU 20 16.975 -39.522 87.278 1.00 98.86 O \
ATOM 150 OXT GLU 20 15.853 -37.717 87.935 1.00 98.86 O \
TER 151 GLU 20 \
END \
\
""","model_2")
cmd.show_as("cartoon" ,"model_2")
cmd.spectrum(expression="count",selection="model_2_aln",byres=2)