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cmd.read_pdbstr(""""\
EXPDTA THEORETICAL MODEL, MODELLER 9v7 2013/07/09 10:37:51 \
REMARK 6 MODELLER OBJECTIVE FUNCTION: 238.3793 \
REMARK 6 MODELLER BEST TEMPLATE % SEQ ID: 28.000 \
ATOM 1 N MET 1 20.870 -41.845 105.524 1.00134.15 N \
ATOM 2 CA MET 1 19.706 -42.598 106.043 1.00134.15 C \
ATOM 3 CB MET 1 20.169 -43.895 106.728 1.00134.15 C \
ATOM 4 CG MET 1 21.284 -43.683 107.753 1.00134.15 C \
ATOM 5 SD MET 1 20.789 -42.817 109.270 1.00134.15 S \
ATOM 6 CE MET 1 22.475 -42.745 109.940 1.00134.15 C \
ATOM 7 C MET 1 18.897 -41.782 106.994 1.00134.15 C \
ATOM 8 O MET 1 19.176 -40.603 107.211 1.00134.15 O \
ATOM 9 N ARG 2 17.854 -42.399 107.582 1.00205.50 N \
ATOM 10 CA ARG 2 16.974 -41.665 108.439 1.00205.50 C \
ATOM 11 CB ARG 2 17.668 -41.065 109.672 1.00205.50 C \
ATOM 12 CG ARG 2 18.150 -42.115 110.672 1.00205.50 C \
ATOM 13 CD ARG 2 17.031 -42.716 111.525 1.00205.50 C \
ATOM 14 NE ARG 2 16.273 -43.677 110.674 1.00205.50 N \
ATOM 15 CZ ARG 2 15.459 -44.603 111.260 1.00205.50 C \
ATOM 16 NH1 ARG 2 15.359 -44.658 112.620 1.00205.50 N \
ATOM 17 NH2 ARG 2 14.741 -45.470 110.489 1.00205.50 N \
ATOM 18 C ARG 2 16.461 -40.544 107.608 1.00205.50 C \
ATOM 19 O ARG 2 16.167 -39.455 108.099 1.00205.50 O \
ATOM 20 N GLN 3 16.335 -40.817 106.301 1.00241.71 N \
ATOM 21 CA GLN 3 15.894 -39.834 105.369 1.00241.71 C \
ATOM 22 CB GLN 3 16.999 -39.427 104.372 1.00241.71 C \
ATOM 23 CG GLN 3 16.871 -38.006 103.805 1.00241.71 C \
ATOM 24 CD GLN 3 15.559 -37.834 103.054 1.00241.71 C \
ATOM 25 OE1 GLN 3 14.472 -38.005 103.604 1.00241.71 O \
ATOM 26 NE2 GLN 3 15.661 -37.459 101.751 1.00241.71 N \
ATOM 27 C GLN 3 14.822 -40.529 104.611 1.00241.71 C \
ATOM 28 O GLN 3 13.797 -40.906 105.176 1.00241.71 O \
ATOM 29 N LEU 4 15.022 -40.707 103.295 1.00175.50 N \
ATOM 30 CA LEU 4 14.020 -41.412 102.564 1.00175.50 C \
ATOM 31 CB LEU 4 14.089 -41.129 101.055 1.00175.50 C \
ATOM 32 CG LEU 4 13.935 -39.637 100.707 1.00175.50 C \
ATOM 33 CD1 LEU 4 14.001 -39.409 99.188 1.00175.50 C \
ATOM 34 CD2 LEU 4 12.674 -39.034 101.349 1.00175.50 C \
ATOM 35 C LEU 4 14.318 -42.864 102.768 1.00175.50 C \
ATOM 36 O LEU 4 14.988 -43.495 101.951 1.00175.50 O \
ATOM 37 N THR 5 13.813 -43.425 103.883 1.00209.43 N \
ATOM 38 CA THR 5 14.054 -44.798 104.205 1.00209.43 C \
ATOM 39 CB THR 5 15.329 -45.029 104.965 1.00209.43 C \
ATOM 40 OG1 THR 5 15.370 -44.247 106.148 1.00209.43 O \
ATOM 41 CG2 THR 5 16.506 -44.659 104.048 1.00209.43 C \
ATOM 42 C THR 5 12.893 -45.293 105.002 1.00209.43 C \
ATOM 43 O THR 5 12.047 -46.014 104.479 1.00209.43 O \
ATOM 44 N TYR 6 12.807 -44.893 106.285 1.00182.96 N \
ATOM 45 CA TYR 6 11.755 -45.380 107.116 1.00182.96 C \
ATOM 46 CB TYR 6 11.798 -44.879 108.584 1.00182.96 C \
ATOM 47 CG TYR 6 11.826 -43.386 108.708 1.00182.96 C \
ATOM 48 CD1 TYR 6 13.026 -42.715 108.649 1.00182.96 C \
ATOM 49 CD2 TYR 6 10.676 -42.650 108.905 1.00182.96 C \
ATOM 50 CE1 TYR 6 13.085 -41.349 108.783 1.00182.96 C \
ATOM 51 CE2 TYR 6 10.727 -41.278 109.040 1.00182.96 C \
ATOM 52 CZ TYR 6 11.935 -40.623 108.970 1.00182.96 C \
ATOM 53 OH TYR 6 12.008 -39.220 109.107 1.00182.96 O \
ATOM 54 C TYR 6 10.469 -44.997 106.485 1.00182.96 C \
ATOM 55 O TYR 6 9.519 -45.776 106.475 1.00182.96 O \
ATOM 56 N ARG 7 10.394 -43.784 105.926 1.00210.96 N \
ATOM 57 CA ARG 7 9.152 -43.443 105.318 1.00210.96 C \
ATOM 58 CB ARG 7 8.931 -41.928 105.344 1.00210.96 C \
ATOM 59 CG ARG 7 7.506 -41.492 105.033 1.00210.96 C \
ATOM 60 CD ARG 7 7.331 -39.983 105.165 1.00210.96 C \
ATOM 61 NE ARG 7 8.103 -39.368 104.051 1.00210.96 N \
ATOM 62 CZ ARG 7 7.717 -38.159 103.555 1.00210.96 C \
ATOM 63 NH1 ARG 7 6.681 -37.486 104.135 1.00210.96 N \
ATOM 64 NH2 ARG 7 8.358 -37.631 102.473 1.00210.96 N \
ATOM 65 C ARG 7 9.221 -43.880 103.892 1.00210.96 C \
ATOM 66 O ARG 7 8.843 -43.136 102.989 1.00210.96 O \
ATOM 67 N ARG 8 9.667 -45.129 103.647 1.00166.78 N \
ATOM 68 CA ARG 8 9.732 -45.558 102.282 1.00166.78 C \
ATOM 69 CB ARG 8 10.961 -46.413 101.951 1.00166.78 C \
ATOM 70 CG ARG 8 10.955 -47.763 102.672 1.00166.78 C \
ATOM 71 CD ARG 8 12.043 -48.714 102.173 1.00166.78 C \
ATOM 72 NE ARG 8 13.343 -48.269 102.748 1.00166.78 N \
ATOM 73 CZ ARG 8 14.475 -48.374 101.994 1.00166.78 C \
ATOM 74 NH1 ARG 8 14.399 -48.868 100.722 1.00166.78 N \
ATOM 75 NH2 ARG 8 15.679 -47.993 102.514 1.00166.78 N \
ATOM 76 C ARG 8 8.609 -46.508 102.108 1.00166.78 C \
ATOM 77 O ARG 8 8.495 -47.179 101.083 1.00166.78 O \
ATOM 78 N LYS 9 7.707 -46.595 103.092 1.00199.44 N \
ATOM 79 CA LYS 9 6.714 -47.569 102.807 1.00199.44 C \
ATOM 80 CB LYS 9 6.314 -48.413 104.023 1.00199.44 C \
ATOM 81 CG LYS 9 7.471 -49.251 104.572 1.00199.44 C \
ATOM 82 CD LYS 9 8.521 -48.415 105.304 1.00199.44 C \
ATOM 83 CE LYS 9 8.100 -48.108 106.738 1.00199.44 C \
ATOM 84 NZ LYS 9 6.818 -47.373 106.721 1.00199.44 N \
ATOM 85 C LYS 9 5.507 -46.865 102.268 1.00199.44 C \
ATOM 86 O LYS 9 4.383 -47.339 102.415 1.00199.44 O \
ATOM 87 N LEU 10 5.706 -45.718 101.596 1.00168.19 N \
ATOM 88 CA LEU 10 4.570 -45.017 101.081 1.00168.19 C \
ATOM 89 CB LEU 10 4.926 -43.670 100.441 1.00168.19 C \
ATOM 90 CG LEU 10 3.684 -42.990 99.835 1.00168.19 C \
ATOM 91 CD1 LEU 10 2.805 -42.314 100.903 1.00168.19 C \
ATOM 92 CD2 LEU 10 4.047 -42.118 98.624 1.00168.19 C \
ATOM 93 C LEU 10 3.927 -45.785 99.974 1.00168.19 C \
ATOM 94 O LEU 10 2.723 -46.039 99.997 1.00168.19 O \
ATOM 95 N TYR 11 4.725 -46.200 98.966 1.00256.63 N \
ATOM 96 CA TYR 11 4.022 -46.729 97.833 1.00256.63 C \
ATOM 97 CB TYR 11 4.261 -45.919 96.554 1.00256.63 C \
ATOM 98 CG TYR 11 2.976 -45.915 95.827 1.00256.63 C \
ATOM 99 CD1 TYR 11 2.414 -47.041 95.275 1.00256.63 C \
ATOM 100 CD2 TYR 11 2.307 -44.720 95.769 1.00256.63 C \
ATOM 101 CE1 TYR 11 1.201 -46.951 94.633 1.00256.63 C \
ATOM 102 CE2 TYR 11 1.103 -44.621 95.134 1.00256.63 C \
ATOM 103 CZ TYR 11 0.558 -45.739 94.558 1.00256.63 C \
ATOM 104 OH TYR 11 -0.684 -45.631 93.901 1.00256.63 O \
ATOM 105 C TYR 11 4.580 -48.059 97.445 1.00256.63 C \
ATOM 106 O TYR 11 5.431 -48.108 96.559 1.00256.63 O \
ATOM 107 N GLY 12 4.052 -49.150 98.032 1.00132.12 N \
ATOM 108 CA GLY 12 4.322 -50.541 97.736 1.00132.12 C \
ATOM 109 C GLY 12 5.743 -50.844 97.348 1.00132.12 C \
ATOM 110 O GLY 12 6.671 -50.059 97.514 1.00132.12 O \
ATOM 111 N PRO 13 5.950 -52.073 96.950 1.00195.90 N \
ATOM 112 CA PRO 13 7.194 -52.429 96.325 1.00195.90 C \
ATOM 113 CD PRO 13 5.337 -53.207 97.618 1.00195.90 C \
ATOM 114 CB PRO 13 7.329 -53.945 96.446 1.00195.90 C \
ATOM 115 CG PRO 13 5.935 -54.424 96.891 1.00195.90 C \
ATOM 116 C PRO 13 7.176 -51.934 94.920 1.00195.90 C \
ATOM 117 O PRO 13 8.233 -51.725 94.323 1.00195.90 O \
ATOM 118 N GLN 14 5.961 -51.768 94.378 1.00358.23 N \
ATOM 119 CA GLN 14 5.767 -51.287 93.047 1.00358.23 C \
ATOM 120 CB GLN 14 4.975 -52.286 92.177 1.00358.23 C \
ATOM 121 CG GLN 14 5.071 -52.026 90.672 1.00358.23 C \
ATOM 122 CD GLN 14 4.011 -52.849 89.964 1.00358.23 C \
ATOM 123 OE1 GLN 14 3.541 -53.868 90.467 1.00358.23 O \
ATOM 124 NE2 GLN 14 3.616 -52.378 88.752 1.00358.23 N \
ATOM 125 C GLN 14 4.919 -50.076 93.262 1.00358.23 C \
ATOM 126 O GLN 14 4.336 -49.959 94.338 1.00358.23 O \
ATOM 127 N PRO 15 4.811 -49.140 92.359 1.00258.38 N \
ATOM 128 CA PRO 15 5.503 -49.115 91.101 1.00258.38 C \
ATOM 129 CD PRO 15 3.718 -48.180 92.407 1.00258.38 C \
ATOM 130 CB PRO 15 4.784 -48.073 90.248 1.00258.38 C \
ATOM 131 CG PRO 15 4.015 -47.205 91.259 1.00258.38 C \
ATOM 132 C PRO 15 6.950 -48.801 91.233 1.00258.38 C \
ATOM 133 O PRO 15 7.710 -49.056 90.298 1.00258.38 O \
ATOM 134 N GLY 16 7.359 -48.237 92.378 1.00 83.91 N \
ATOM 135 CA GLY 16 8.701 -47.776 92.521 1.00 83.91 C \
ATOM 136 C GLY 16 8.565 -46.299 92.668 1.00 83.91 C \
ATOM 137 O GLY 16 8.047 -45.593 91.807 1.00 83.91 O \
ATOM 138 N PRO 17 9.030 -45.849 93.786 1.00178.50 N \
ATOM 139 CA PRO 17 8.982 -44.445 94.053 1.00178.50 C \
ATOM 140 CD PRO 17 8.842 -46.637 94.995 1.00178.50 C \
ATOM 141 CB PRO 17 9.092 -44.297 95.567 1.00178.50 C \
ATOM 142 CG PRO 17 8.522 -45.625 96.100 1.00178.50 C \
ATOM 143 C PRO 17 10.030 -43.705 93.299 1.00178.50 C \
ATOM 144 O PRO 17 10.994 -44.314 92.852 1.00178.50 O \
ATOM 145 N LEU 18 9.827 -42.391 93.140 1.00244.07 N \
ATOM 146 CA LEU 18 10.773 -41.570 92.454 1.00244.07 C \
ATOM 147 CB LEU 18 10.214 -40.171 92.102 1.00244.07 C \
ATOM 148 CG LEU 18 9.536 -39.391 93.257 1.00244.07 C \
ATOM 149 CD1 LEU 18 9.147 -37.978 92.793 1.00244.07 C \
ATOM 150 CD2 LEU 18 8.315 -40.127 93.840 1.00244.07 C \
ATOM 151 C LEU 18 11.964 -41.400 93.342 1.00244.07 C \
ATOM 152 O LEU 18 11.846 -41.012 94.503 1.00244.07 O \
ATOM 153 N ALA 19 13.154 -41.717 92.802 1.00133.45 N \
ATOM 154 CA ALA 19 14.391 -41.540 93.502 1.00133.45 C \
ATOM 155 CB ALA 19 14.680 -40.070 93.856 1.00133.45 C \
ATOM 156 C ALA 19 14.392 -42.334 94.766 1.00133.45 C \
ATOM 157 O ALA 19 15.195 -42.072 95.660 1.00133.45 O \
ATOM 158 N GLU 20 13.508 -43.341 94.880 1.00127.06 N \
ATOM 159 CA GLU 20 13.556 -44.142 96.066 1.00127.06 C \
ATOM 160 CB GLU 20 12.446 -45.210 96.111 1.00127.06 C \
ATOM 161 CG GLU 20 12.528 -46.254 94.995 1.00127.06 C \
ATOM 162 CD GLU 20 13.344 -47.434 95.503 1.00127.06 C \
ATOM 163 OE1 GLU 20 13.571 -47.508 96.740 1.00127.06 O \
ATOM 164 OE2 GLU 20 13.742 -48.284 94.662 1.00127.06 O \
ATOM 165 C GLU 20 14.881 -44.811 96.001 1.00127.06 C \
ATOM 166 O GLU 20 15.604 -44.911 96.991 1.00127.06 O \
ATOM 167 N GLY 21 15.240 -45.265 94.788 1.00 94.18 N \
ATOM 168 CA GLY 21 16.534 -45.830 94.591 1.00 94.18 C \
ATOM 169 C GLY 21 17.416 -44.648 94.398 1.00 94.18 C \
ATOM 170 O GLY 21 16.947 -43.516 94.491 1.00 94.18 O \
ATOM 171 N LYS 22 18.718 -44.882 94.152 1.00289.59 N \
ATOM 172 CA LYS 22 19.666 -43.818 93.987 1.00289.59 C \
ATOM 173 CB LYS 22 19.492 -42.963 92.708 1.00289.59 C \
ATOM 174 CG LYS 22 18.339 -41.956 92.737 1.00289.59 C \
ATOM 175 CD LYS 22 18.391 -40.914 91.617 1.00289.59 C \
ATOM 176 CE LYS 22 17.971 -41.456 90.250 1.00289.59 C \
ATOM 177 NZ LYS 22 18.994 -42.396 89.742 1.00289.59 N \
ATOM 178 C LYS 22 19.540 -42.945 95.185 1.00289.59 C \
ATOM 179 O LYS 22 19.766 -41.738 95.131 1.00289.59 O \
ATOM 180 N SER 23 19.179 -43.574 96.316 1.00112.37 N \
ATOM 181 CA SER 23 19.009 -42.892 97.556 1.00112.37 C \
ATOM 182 CB SER 23 17.951 -43.548 98.465 1.00112.37 C \
ATOM 183 OG SER 23 17.707 -42.750 99.614 1.00112.37 O \
ATOM 184 C SER 23 20.337 -42.971 98.225 1.00112.37 C \
ATOM 185 O SER 23 21.358 -43.167 97.568 1.00112.37 O \
ATOM 186 N VAL 24 20.361 -42.804 99.557 1.00147.56 N \
ATOM 187 CA VAL 24 21.609 -42.864 100.242 1.00147.56 C \
ATOM 188 CB VAL 24 21.472 -42.692 101.730 1.00147.56 C \
ATOM 189 CG1 VAL 24 20.951 -41.271 102.002 1.00147.56 C \
ATOM 190 CG2 VAL 24 20.557 -43.795 102.288 1.00147.56 C \
ATOM 191 C VAL 24 22.202 -44.206 99.965 1.00147.56 C \
ATOM 192 O VAL 24 23.392 -44.319 99.674 1.00147.56 O \
ATOM 193 N LYS 25 21.376 -45.266 100.023 1.00142.72 N \
ATOM 194 CA LYS 25 21.878 -46.578 99.753 1.00142.72 C \
ATOM 195 CB LYS 25 20.884 -47.696 100.127 1.00142.72 C \
ATOM 196 CG LYS 25 19.517 -47.609 99.438 1.00142.72 C \
ATOM 197 CD LYS 25 19.533 -47.924 97.940 1.00142.72 C \
ATOM 198 CE LYS 25 19.492 -46.685 97.045 1.00142.72 C \
ATOM 199 NZ LYS 25 18.137 -46.093 97.064 1.00142.72 N \
ATOM 200 C LYS 25 22.179 -46.665 98.263 1.00142.72 C \
ATOM 201 O LYS 25 21.979 -45.640 97.558 1.00142.72 O \
ATOM 202 OXT LYS 25 22.615 -47.757 97.809 1.00142.72 O \
TER 203 LYS 25 \
END \
\
""","model_2")
cmd.show_as("cartoon" ,"model_2")
cmd.spectrum(expression="count",selection="model_2_aln",byres=2)