# Bonding information for index 17 -- 0MA_12@O2 LYS_8@HZ2 LYS_8@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 17 1 4586 2 2.73 2.7007 5.646 17 1 5341 2 2.77 2.8259 6.403 17 1 5358 2 2.85 2.8040 6.483 17 1 5364 2 2.79 2.2288 6.442 17 1 6831 2 2.97 1.9795 7.963 17 1 6940 2 3.00 2.4113 7.057 17 1 6941 2 2.91 2.6603 7.266 17 1 6944 2 2.87 2.5636 6.558 17 1 6947 2 2.84 2.4437 6.678 17 1 6948 2 2.81 2.6158 6.860 17 1 6949 2 2.95 2.9271 7.068 17 1 6951 2 2.82 2.7282 6.772 17 1 6952 2 2.97 2.4486 6.575 17 1 6953 2 2.88 2.8986 6.508 17 1 6954 2 2.81 2.6690 6.454 17 1 6955 2 2.88 2.5394 6.822 17 1 6962 2 2.85 2.5995 7.436 17 1 6963 2 2.89 2.8269 7.040 17 1 6995 2 2.77 2.6217 6.670 17 1 6998 2 2.89 2.6073 7.029 17 1 7018 2 2.76 2.8782 7.385 17 1 7022 2 2.88 2.6523 6.843 17 1 7023 2 2.85 2.2711 6.976 17 1 7024 2 2.96 2.5516 7.369 17 1 7051 2 2.95 1.9677 7.827 17 1 7056 2 2.80 2.8167 7.094 17 1 7057 2 2.95 2.9883 6.568 17 1 7058 2 2.78 2.5133 7.035 17 1 7059 2 2.82 3.0984 7.303 17 1 7061 2 2.95 2.7318 6.965 17 1 7062 2 2.86 2.7928 7.211 17 1 7064 2 2.95 2.8497 7.162 17 1 7067 2 2.80 2.6857 7.207 17 1 7083 2 2.85 2.8619 7.029 17 1 7086 2 2.86 3.1200 7.145 17 1 7095 2 2.83 2.8536 7.364 17 1 7096 2 2.85 2.6224 7.244 17 1 7097 2 2.98 2.7383 7.269 17 1 7098 2 2.84 2.3884 6.999 17 1 7104 2 2.86 2.8241 7.527 17 1 7144 2 2.83 2.9675 6.416 17 1 7145 2 2.83 2.8907 6.862 17 1 7161 2 2.73 2.8146 6.665 17 1 7162 2 2.88 2.5341 7.205 17 1 7163 2 2.80 2.6724 7.100 17 1 7164 2 2.84 2.7275 7.534 17 1 7165 2 2.82 2.3808 7.459 17 1 7166 2 2.93 2.4267 7.280 17 1 7171 2 2.96 2.8575 7.574 17 1 7174 2 2.81 2.7460 7.134 17 1 7193 2 2.97 2.7156 7.131 17 1 7213 2 2.89 2.6664 6.669 17 1 7214 2 2.82 2.5115 6.540 17 1 7217 2 2.88 2.4108 6.834 17 1 7222 2 2.94 3.0230 6.592 17 1 7262 2 2.88 2.9887 7.184 17 1 7264 2 2.64 3.1203 7.296 17 1 7265 2 2.90 2.8359 6.760 17 1 7266 2 2.87 3.0785 7.141 17 1 7268 2 2.81 3.0064 7.049 17 1 7269 2 2.86 2.8217 7.170 17 1 7275 2 2.77 2.4292 7.325 17 1 7276 2 2.80 2.6246 7.486 17 1 7291 2 2.90 2.1102 7.666 17 1 7296 2 2.74 2.9358 7.390 17 1 7297 2 2.92 2.8659 7.237 17 1 7299 2 2.94 2.1572 7.454 17 1 7300 2 2.78 1.8008 7.300 17 1 7346 2 3.00 2.6385 7.205 17 1 7347 2 2.92 2.7503 7.561 17 1 7351 2 2.91 2.6809 7.422 17 1 7352 2 2.90 2.5755 6.898 17 1 7353 2 2.94 2.1327 7.006 17 1 7354 2 2.95 3.0483 7.071 17 1 7356 2 2.99 2.8571 6.923 17 1 7358 2 2.93 2.8435 7.646 17 1 7360 2 2.93 2.9126 7.509 17 1 7381 2 2.81 3.0229 7.630 17 1 7383 2 2.76 3.0844 7.393 17 1 7389 2 2.84 2.6041 7.509 17 1 7396 2 2.84 2.5650 7.743 17 1 7401 2 2.99 2.6650 7.773 17 1 7403 2 2.98 2.9568 8.054 17 1 7404 2 2.81 2.5180 7.662 17 1 7411 2 2.78 2.5404 7.561 17 1 7412 2 2.95 2.8121 7.393 17 1 7455 2 2.82 2.6793 6.931 17 1 7456 2 2.89 2.8370 7.063 17 1 7468 2 2.86 2.7771 7.916 17 1 7469 2 2.81 2.8955 7.736 17 1 7471 2 2.96 2.9961 7.284 17 1 7513 2 2.71 2.7191 7.455 17 1 7517 2 2.73 2.8286 7.344 17 1 7518 2 2.85 2.8799 7.384 17 1 7519 2 2.96 2.9909 7.293 17 1 7520 2 2.78 2.7535 7.281 ## Starting information for simulation # 2 17 2 2316 2 2.76 2.6087 9.652 17 2 6655 2 2.76 1.8474 8.851 ## Starting information for simulation # 3 ## Starting information for simulation # 4 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 ## Starting information for simulation # 8 17 8 7622 2 2.99 2.9387 8.431 17 8 7627 2 2.81 2.7772 7.262 17 8 7629 2 2.81 2.5409 7.937 17 8 7710 2 2.86 2.4809 9.033 17 8 7713 2 2.97 2.6215 8.567 17 8 7715 2 2.79 2.2281 8.346 17 8 7839 2 2.81 2.7052 8.920 17 8 7846 2 2.83 1.8221 9.117 ## Starting information for simulation # 9 ## Starting information for simulation # 10 17 10 7968 2 2.95 2.7821 7.825 17 10 7970 2 2.98 2.9581 7.413 17 10 7971 2 2.87 2.4806 7.191 17 10 7974 2 2.88 3.0457 7.673 17 10 8269 2 2.83 2.7970 6.612 17 10 8270 2 2.67 2.4948 7.482 17 10 8271 2 2.83 2.4510 7.156 17 10 8273 2 2.95 3.0540 7.097 17 10 8274 2 2.80 2.4454 7.265 17 10 8275 2 2.98 2.6734 6.520 17 10 8281 2 2.98 2.3797 7.838 17 10 8282 2 2.94 2.3975 7.183 17 10 8471 2 2.96 2.4074 9.364 17 10 8579 2 2.72 2.3829 7.960 17 10 8603 2 2.97 2.9186 7.352 17 10 8894 2 2.93 1.8478 8.389 17 10 8907 2 2.83 2.9660 8.988 17 10 8908 2 2.97 2.7504 9.284 17 10 8909 2 2.83 2.8903 9.157 17 10 8911 2 2.96 2.5098 9.076 17 10 8912 2 2.94 2.5886 8.922 17 10 8913 2 2.96 2.6866 8.980 17 10 8945 2 2.79 3.1257 8.276 17 10 8955 2 2.81 2.8920 7.861 17 10 8958 2 2.97 2.7035 8.855 17 10 8961 2 2.87 2.8982 8.959 17 10 8962 2 2.84 2.5969 8.814 17 10 8964 2 2.75 2.5792 8.833 17 10 8966 2 2.84 2.4277 8.651 17 10 8972 2 2.93 2.7928 8.275 17 10 8973 2 2.97 2.1823 8.370 17 10 9031 2 2.98 2.2645 8.750 17 10 9041 2 2.90 2.7547 8.606 17 10 9046 2 2.87 2.0977 9.447 17 10 9054 2 2.99 2.7232 7.019 17 10 9067 2 2.97 2.4701 8.264 17 10 9068 2 2.92 2.3979 7.732 17 10 9069 2 2.93 2.9368 7.170 17 10 9088 2 2.90 2.5192 8.535 17 10 9089 2 2.81 2.7706 7.852 17 10 9095 2 2.81 2.1787 7.765 17 10 9097 2 2.95 1.9526 8.133 17 10 9098 2 2.92 2.0290 7.787 17 10 9141 2 2.82 1.8943 8.607 17 10 9142 2 2.93 2.4858 9.075 ## Starting information for simulation # 11 17 11 8789 2 2.67 2.6141 11.024 17 11 9209 2 2.83 2.6629 11.322 17 11 9236 2 2.97 2.3989 10.211 17 11 9241 2 2.87 2.0905 10.100 17 11 9242 2 2.88 2.3090 9.397 17 11 9281 2 2.82 2.4951 9.512 ## Starting information for simulation # 12 17 12 9895 2 2.90 2.6941 6.354 17 12 9896 2 2.78 2.4745 6.249 17 12 9903 2 2.83 2.8607 6.757 17 12 9904 2 2.85 2.9573 6.607 17 12 9906 2 2.80 2.1668 6.594 17 12 9907 2 2.89 2.1737 6.491 ## Starting information for simulation # 13 ## Starting information for simulation # 14 17 14 4533 2 2.96 2.5801 8.709 ## Starting information for simulation # 15 ## Starting information for simulation # 16 17 16 5989 2 2.80 2.6706 6.581 17 16 6131 2 2.86 2.5858 6.611 17 16 6151 2 2.83 2.4464 6.451 17 16 6504 2 2.95 2.9679 6.989 17 16 6596 2 2.84 2.2066 7.880 17 16 6606 2 2.99 2.0369 7.197 17 16 6608 2 2.92 2.8493 7.022 17 16 6621 2 2.92 2.4600 7.885 17 16 6633 2 2.71 2.6753 7.668 17 16 6634 2 2.83 2.6239 7.714 17 16 6635 2 2.84 2.7872 7.115 17 16 6636 2 2.89 2.5537 6.805 17 16 6797 2 2.74 2.9297 7.544 17 16 6799 2 2.80 2.8692 7.321 17 16 7213 2 2.89 2.3498 6.931 17 16 7215 2 2.85 2.3745 6.573 17 16 7246 2 2.79 2.2190 6.648 17 16 7248 2 2.93 2.4878 6.446 17 16 7257 2 2.87 3.0956 6.829 17 16 7259 2 2.78 2.8236 6.671 17 16 7260 2 2.94 2.7669 6.717 17 16 7262 2 2.79 2.9193 6.822 17 16 7263 2 2.84 2.9521 6.655 17 16 7264 2 2.84 2.8301 6.626 17 16 7266 2 2.82 2.7224 6.851 17 16 7276 2 2.80 2.6890 6.746 17 16 7277 2 2.78 2.9145 6.432 17 16 7290 2 2.75 3.1121 6.608 17 16 7298 2 2.79 2.5040 6.622 17 16 7299 2 2.90 2.5535 6.489 17 16 7301 2 2.96 2.1036 6.417 17 16 7302 2 2.88 2.2787 7.075 17 16 7303 2 2.89 2.4739 6.755 17 16 7304 2 2.94 2.8423 6.534 17 16 7320 2 2.86 2.0434 6.539 17 16 7321 2 2.95 2.8662 6.591 17 16 7322 2 2.85 2.9859 6.725 17 16 7331 2 2.78 2.8649 6.490 17 16 7332 2 2.93 2.2877 6.502 17 16 7333 2 2.82 2.9730 6.705 17 16 7334 2 2.89 2.9330 6.698 17 16 7365 2 2.98 2.4696 6.666 17 16 7371 2 2.86 2.6970 6.734 17 16 7402 2 2.91 1.7974 6.477 17 16 7460 2 2.67 2.1254 6.769 17 16 7461 2 2.99 2.9667 6.304 17 16 7468 2 2.92 2.7069 6.115 17 16 7470 2 2.95 2.9945 6.232 17 16 7471 2 2.92 1.9168 6.132 17 16 7472 2 2.86 2.6370 6.362 17 16 7481 2 2.88 2.1813 6.383 17 16 7612 2 2.91 2.6573 6.436 17 16 7613 2 2.88 2.6616 6.480 17 16 7620 2 2.96 2.9500 6.692 17 16 7633 2 2.93 2.3674 6.534 17 16 7634 2 2.85 2.7405 6.557 17 16 7635 2 2.78 2.9341 6.145 17 16 7636 2 2.89 2.6738 6.445 17 16 7713 2 2.86 3.0696 6.508 17 16 7727 2 2.84 2.6522 6.431 17 16 7728 2 2.92 2.6235 6.391 17 16 7729 2 2.71 2.1465 6.735 17 16 7731 2 2.77 2.6511 6.253 17 16 7747 2 2.70 2.6676 7.229 17 16 7766 2 2.91 2.6068 6.464 17 16 7805 2 2.95 1.7936 7.500 17 16 7807 2 2.94 2.1903 7.047 17 16 7808 2 2.84 2.0734 6.846 17 16 8234 2 2.66 2.8576 6.957 17 16 8237 2 2.70 2.7463 6.562 17 16 8242 2 2.94 2.8477 6.712 17 16 8243 2 2.83 2.6603 6.691 17 16 8249 2 2.94 2.4167 6.913 17 16 8345 2 2.91 2.1293 6.647 17 16 8346 2 2.99 2.1741 6.461 17 16 8387 2 2.94 2.2772 6.818 17 16 8422 2 2.92 3.0182 6.472 17 16 8465 2 2.87 2.5499 6.853 17 16 8470 2 2.74 2.9711 6.558 17 16 8486 2 2.89 2.5068 6.351 17 16 8487 2 2.86 2.8535 6.479 17 16 8488 2 2.87 2.6547 6.546 17 16 8489 2 2.85 2.6531 6.455 17 16 8490 2 2.77 2.7523 6.307 17 16 8571 2 2.79 2.7626 6.952 17 16 8601 2 2.80 2.7967 7.158 17 16 8602 2 2.76 2.9923 7.274 17 16 8603 2 2.97 3.0324 7.519 17 16 8605 2 2.89 2.5992 7.527 17 16 8640 2 2.99 2.3893 6.543 17 16 8641 2 2.91 2.6674 7.081 17 16 8642 2 2.86 2.6215 7.379 17 16 8650 2 2.83 2.2901 6.438 17 16 8704 2 2.80 2.9259 6.646 17 16 8706 2 2.78 2.5600 7.341 17 16 8707 2 2.93 2.9812 7.542 17 16 8729 2 2.90 2.5753 6.713 17 16 8730 2 2.70 2.5121 6.651 17 16 8731 2 2.90 2.8161 6.614 17 16 8732 2 2.86 2.6080 6.730 17 16 8733 2 2.82 2.6943 6.472 17 16 8734 2 2.93 2.8446 6.433 17 16 8735 2 2.81 2.8193 6.397 17 16 8736 2 2.71 2.8927 6.500 17 16 8737 2 2.72 2.7740 6.521 17 16 8739 2 2.84 1.9710 6.381 17 16 8740 2 2.84 3.0649 6.530 17 16 8741 2 2.84 2.8945 6.626 17 16 8744 2 2.93 2.8246 6.679 17 16 8745 2 2.83 2.9933 6.504 17 16 8746 2 2.71 2.6675 6.516 17 16 8747 2 2.74 2.7020 6.539 17 16 8748 2 2.99 2.6693 6.764 17 16 8749 2 2.93 2.6978 6.746 17 16 8750 2 2.94 1.9653 6.516 17 16 8751 2 2.92 2.3280 6.703 17 16 8752 2 2.90 2.6387 6.480 17 16 8753 2 2.70 2.9750 6.541 17 16 8754 2 2.77 2.8297 6.657 17 16 8756 2 2.83 2.7070 6.534 17 16 8757 2 2.99 2.5462 6.730 17 16 8758 2 2.81 2.7923 6.588 17 16 8759 2 2.73 2.5389 6.896 17 16 8760 2 2.95 2.7184 6.372 17 16 8761 2 2.94 2.5884 6.507 17 16 8762 2 2.83 2.3116 6.469 17 16 8763 2 2.91 2.7326 6.445 17 16 8764 2 2.81 2.1968 6.938 17 16 8766 2 2.86 2.6803 6.811 17 16 8794 2 2.76 2.8223 6.647 17 16 8795 2 2.91 2.5608 6.687 17 16 8797 2 2.79 3.0632 6.388 17 16 8798 2 2.78 3.0376 6.735 17 16 8799 2 2.97 2.2278 6.640 17 16 8800 2 3.00 2.8925 6.614 17 16 8801 2 2.87 2.4340 6.912 17 16 8805 2 2.95 2.8811 6.475 17 16 8807 2 2.95 2.9959 6.633 17 16 8808 2 2.88 2.8027 6.710 17 16 9033 2 2.96 1.9299 6.634 17 16 9034 2 2.92 2.6200 6.526 17 16 9045 2 2.96 2.7566 6.589 17 16 9046 2 2.96 2.3541 6.272 17 16 9070 2 2.92 2.2572 6.485 17 16 9072 2 2.87 2.5498 6.403 17 16 9073 2 2.79 1.9388 6.348 17 16 9074 2 2.85 2.2271 6.753 ## Starting information for simulation # 17 ## Starting information for simulation # 18 ## Starting information for simulation # 19 ## Starting information for simulation # 20 ## Starting information for simulation # 21 ## Starting information for simulation # 22 ## Starting information for simulation # 23 17 23 4161 2 2.87 2.7866 9.700 17 23 4168 2 2.96 2.8142 9.906 17 23 4169 2 2.85 2.7517 10.575 17 23 4173 2 2.98 2.6059 10.134 17 23 4175 2 2.97 2.0341 10.748 17 23 4381 2 3.00 2.7095 9.897 17 23 6419 2 2.97 1.9392 8.672 17 23 8401 2 2.81 2.3895 8.866 ## Starting information for simulation # 24 ## Starting information for simulation # 25 ## Starting information for simulation # 26 ## Starting information for simulation # 27 17 27 4075 2 2.81 2.2819 10.200 ## Starting information for simulation # 28 ## Starting information for simulation # 29 ## Starting information for simulation # 30 ## Starting information for simulation # 31 ## Starting information for simulation # 32 17 32 4549 2 2.98 1.9977 8.755 17 32 4553 2 2.86 2.7645 8.678 17 32 4554 2 2.97 2.7108 9.000 ## Starting information for simulation # 33 ## Starting information for simulation # 34 ## Starting information for simulation # 35 ## Starting information for simulation # 36