# Bonding information for index 537 -- LYS_8@O 0MA_12@H4O 0MA_12@O4 # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 ## Starting information for simulation # 3 ## Starting information for simulation # 4 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 537 7 417 2 2.76 3.0749 10.205 537 7 418 2 2.71 2.5890 10.279 537 7 421 2 2.64 2.4430 10.022 537 7 422 2 2.74 2.8898 10.261 537 7 425 2 2.69 2.6182 10.285 537 7 426 2 2.59 2.4778 10.580 537 7 427 2 2.76 2.4831 9.821 537 7 428 2 2.74 2.4537 10.731 537 7 430 2 2.74 2.8119 10.618 537 7 431 2 2.75 2.2090 10.742 537 7 433 2 2.77 3.0073 10.491 537 7 434 2 2.79 3.0117 10.549 537 7 435 2 2.82 2.8329 10.797 537 7 436 2 2.56 2.5333 10.790 537 7 438 2 2.61 2.9086 10.186 537 7 439 2 2.57 3.0535 10.132 537 7 440 2 2.59 2.8697 10.678 537 7 441 2 2.81 2.9765 10.694 537 7 442 2 2.62 2.8295 11.088 537 7 443 2 2.75 2.9662 10.788 537 7 444 2 2.67 2.4750 10.363 537 7 445 2 2.94 3.0926 10.805 537 7 446 2 2.70 3.0328 10.380 537 7 447 2 2.97 3.0767 10.389 537 7 448 2 2.63 3.0253 10.773 537 7 482 2 2.78 2.4409 10.812 537 7 497 2 2.86 2.8655 10.454 537 7 499 2 2.72 2.7685 10.839 537 7 500 2 2.52 2.8972 10.588 537 7 518 2 2.61 2.6723 10.210 537 7 520 2 2.77 2.4710 10.348 537 7 525 2 2.59 2.9957 9.947 537 7 526 2 2.93 2.5671 9.882 537 7 538 2 2.77 3.0125 9.387 537 7 546 2 2.90 1.8307 9.222 537 7 551 2 2.97 1.7505 9.535 537 7 558 2 2.89 2.3979 9.316 537 7 568 2 2.96 2.2661 9.145 537 7 583 2 2.64 3.0244 8.727 537 7 584 2 2.92 2.6836 9.196 537 7 604 2 2.88 1.9354 9.470 537 7 605 2 2.69 2.6658 9.904 537 7 624 2 2.88 2.7829 9.462 537 7 630 2 2.90 2.0960 9.207 537 7 654 2 2.61 2.8957 10.121 537 7 658 2 2.61 2.7579 10.195 537 7 659 2 2.64 2.8846 10.348 537 7 660 2 2.66 2.4619 10.019 537 7 661 2 2.64 3.0331 9.662 537 7 665 2 2.84 2.5322 9.619 537 7 666 2 2.69 2.4429 9.776 537 7 667 2 2.63 2.7207 9.512 537 7 671 2 2.78 2.8768 9.756 537 7 672 2 2.82 2.3745 9.418 537 7 676 2 2.96 2.7298 9.205 537 7 677 2 2.73 2.9608 9.514 537 7 678 2 2.85 2.9167 9.587 537 7 679 2 2.68 2.7048 10.153 537 7 680 2 2.68 2.8703 9.597 537 7 681 2 2.69 2.7704 10.262 537 7 683 2 2.91 1.7993 10.483 537 7 688 2 2.87 2.4495 10.083 537 7 689 2 2.77 2.7716 9.882 537 7 692 2 2.67 2.4647 9.573 537 7 693 2 2.62 2.6261 9.886 537 7 694 2 2.70 2.5232 9.781 537 7 695 2 2.61 2.7122 9.813 537 7 696 2 2.66 2.4515 9.214 537 7 697 2 2.79 2.0858 9.948 537 7 698 2 2.88 2.7249 9.748 537 7 699 2 2.97 2.4794 9.658 537 7 700 2 2.69 2.2855 9.648 537 7 704 2 2.97 2.1099 9.011 537 7 705 2 2.78 2.3994 9.661 537 7 706 2 2.67 1.8701 9.573 537 7 707 2 2.80 2.4854 9.553 537 7 708 2 2.52 2.2943 9.828 537 7 709 2 2.65 2.3881 9.685 537 7 710 2 2.61 2.6464 9.446 537 7 731 2 2.73 2.3349 9.700 537 7 732 2 2.96 2.7151 9.550 537 7 733 2 2.84 2.5615 9.823 537 7 734 2 2.86 2.9288 9.880 537 7 735 2 2.73 2.8619 10.690 537 7 736 2 2.72 2.4212 10.311 537 7 737 2 2.95 2.5977 9.685 537 7 769 2 2.87 2.0496 9.470 537 7 770 2 2.83 2.1788 9.104 537 7 772 2 2.76 2.4547 9.866 537 7 773 2 2.81 2.5406 9.269 537 7 774 2 2.70 2.4233 8.935 537 7 775 2 2.94 2.2101 9.102 537 7 777 2 2.68 2.7283 9.163 537 7 778 2 2.83 2.6965 9.426 537 7 779 2 2.74 2.3939 8.936 537 7 782 2 2.67 2.4876 8.740 537 7 804 2 2.62 2.5419 9.557 537 7 1005 2 2.84 2.3008 9.920 537 7 1006 2 2.74 2.9476 9.472 537 7 1008 2 2.79 2.6493 9.428 537 7 1009 2 2.91 2.8712 9.962 537 7 1018 2 2.93 2.4162 9.852 537 7 1277 2 2.97 1.9963 9.574 537 7 1305 2 2.98 2.6736 8.940 537 7 1306 2 2.68 2.8746 8.906 537 7 1307 2 2.65 2.1665 8.964 537 7 1308 2 2.73 2.1371 8.877 537 7 1513 2 2.85 2.2994 9.614 537 7 1521 2 2.90 2.1513 9.110 537 7 1522 2 2.78 2.4111 9.365 537 7 1525 2 2.83 2.5788 9.748 537 7 1530 2 2.81 2.4845 9.432 537 7 1531 2 2.59 2.7859 9.288 537 7 1533 2 2.87 2.5221 9.606 537 7 1534 2 2.78 2.7313 9.368 537 7 1535 2 2.93 2.4160 9.406 537 7 1548 2 2.95 2.7193 9.895 537 7 1789 2 3.00 2.5251 9.107 537 7 1800 2 2.97 2.0411 9.355 537 7 1803 2 2.94 2.2744 9.235 537 7 1808 2 2.83 2.2609 9.399 537 7 1809 2 2.70 2.6786 8.859 537 7 1813 2 2.95 1.7567 9.306 537 7 1817 2 2.61 2.4224 9.149 537 7 1824 2 2.78 2.1751 9.290 537 7 1843 2 2.96 1.7956 9.830 537 7 1876 2 2.55 2.3774 8.975 537 7 1877 2 2.59 2.8216 8.686 537 7 1878 2 2.76 2.5207 9.433 537 7 1928 2 2.67 3.1060 9.110 537 7 1929 2 2.76 2.4623 9.154 537 7 1930 2 2.71 2.5716 9.522 537 7 1931 2 2.64 2.6055 9.664 537 7 1935 2 2.69 2.8500 10.023 537 7 1974 2 2.94 1.8858 9.178 537 7 1979 2 2.77 2.5233 9.439 537 7 1980 2 2.93 2.4827 8.915 537 7 1982 2 2.68 2.4222 8.624 537 7 1984 2 2.70 2.3953 9.237 537 7 1985 2 2.65 2.2135 9.692 537 7 1986 2 2.79 2.3853 9.447 537 7 1999 2 2.81 1.8093 9.265 537 7 2000 2 2.81 2.3874 9.272 537 7 2016 2 2.66 2.4152 9.010 537 7 2018 2 2.77 1.9997 8.858 537 7 2019 2 3.00 2.0844 9.230 537 7 2020 2 2.96 2.4728 8.717 537 7 2034 2 2.83 2.0737 9.637 537 7 2035 2 2.94 1.7740 9.569 537 7 2036 2 2.89 1.8982 9.377 537 7 2041 2 2.78 1.8646 10.019 537 7 2044 2 2.75 2.2237 9.222 537 7 2046 2 2.93 1.8717 9.198 537 7 2058 2 2.94 1.9170 9.609 537 7 2059 2 2.65 2.8140 9.015 537 7 2061 2 2.73 2.5675 8.540 537 7 2062 2 2.55 2.7678 8.472 537 7 2064 2 2.68 2.6419 8.486 537 7 2082 2 2.98 2.2305 9.545 537 7 2084 2 2.86 1.8155 9.414 537 7 2093 2 2.92 1.8337 9.150 537 7 2108 2 2.60 2.7420 8.809 537 7 2109 2 2.87 2.5650 8.562 537 7 2110 2 2.80 2.6021 8.392 537 7 2111 2 2.81 2.5687 8.606 537 7 2112 2 2.53 2.8546 8.695 537 7 2113 2 2.79 2.7816 8.531 537 7 2120 2 2.79 2.4120 9.270 537 7 2121 2 2.79 2.5860 9.974 537 7 2123 2 2.65 2.6185 9.393 537 7 2124 2 2.69 2.8461 10.097 537 7 2126 2 2.64 3.0043 9.616 537 7 2127 2 2.72 3.0154 9.618 537 7 2129 2 2.62 1.8480 9.369 537 7 2130 2 2.69 2.4447 9.193 537 7 2131 2 2.64 3.0341 9.270 537 7 2132 2 2.95 2.9023 9.185 537 7 2133 2 2.80 2.9911 9.916 537 7 2134 2 2.60 2.7029 9.913 537 7 2135 2 2.72 3.1098 10.358 537 7 2161 2 2.74 2.6773 9.051 537 7 2185 2 2.82 2.0762 9.138 537 7 2186 2 2.74 2.4734 8.934 537 7 2187 2 2.92 2.1316 8.927 537 7 2188 2 2.92 1.8951 8.999 537 7 2189 2 2.75 2.4740 9.073 537 7 2190 2 2.79 1.8633 9.088 537 7 2193 2 2.88 2.4740 9.128 537 7 2194 2 2.87 2.2483 9.542 537 7 2234 2 2.81 2.5865 9.532 537 7 2236 2 2.63 2.5269 9.029 537 7 2240 2 2.93 2.3103 8.980 537 7 2245 2 2.70 2.6593 9.248 537 7 2247 2 2.76 2.3025 9.128 537 7 2248 2 2.81 2.8057 9.280 537 7 2249 2 2.77 2.4104 9.450 537 7 2250 2 2.90 2.5324 9.410 537 7 2260 2 2.75 2.6192 9.071 537 7 2261 2 2.80 2.4074 9.219 537 7 2262 2 2.81 2.4906 8.464 537 7 2263 2 2.93 2.9634 9.073 537 7 2264 2 2.73 2.2181 9.435 537 7 2265 2 2.85 2.4236 9.532 537 7 2266 2 2.67 2.6005 9.199 537 7 2267 2 2.81 2.5316 8.805 537 7 2268 2 2.82 2.6391 9.088 537 7 2269 2 2.73 2.6348 8.626 537 7 2271 2 2.92 2.1877 9.079 537 7 2272 2 2.85 2.6353 8.959 537 7 2273 2 2.81 2.6436 9.025 537 7 2274 2 2.75 2.5626 8.819 537 7 2276 2 2.78 2.4322 9.093 537 7 2277 2 2.96 2.1309 9.139 537 7 2279 2 2.79 2.4407 8.835 537 7 2280 2 2.81 2.1297 9.768 537 7 2281 2 2.72 2.5749 9.386 537 7 2282 2 2.87 2.1937 8.799 537 7 2287 2 2.86 2.6942 8.903 537 7 2288 2 2.98 2.0835 9.658 537 7 2289 2 2.64 2.0034 9.336 537 7 2290 2 2.76 2.5058 9.772 537 7 2291 2 2.68 2.5596 9.095 537 7 2292 2 2.78 2.7140 9.133 537 7 2293 2 2.96 2.3347 9.371 537 7 2294 2 2.59 2.9482 8.978 537 7 2295 2 2.64 2.5091 9.276 537 7 2309 2 2.87 1.8545 9.602 537 7 2310 2 2.82 2.2993 8.595 537 7 2311 2 2.97 2.9396 9.262 537 7 2312 2 2.84 2.2419 9.338 537 7 2313 2 2.99 2.0436 9.318 537 7 2317 2 2.99 2.4078 9.444 537 7 2320 2 2.91 1.8949 9.449 537 7 2323 2 2.92 1.9098 9.781 537 7 2325 2 2.84 2.1531 9.274 537 7 2326 2 2.69 2.3842 9.191 537 7 2327 2 2.95 2.8483 10.016 537 7 2328 2 2.89 2.1648 9.584 537 7 2334 2 2.81 2.4145 9.944 537 7 2335 2 2.80 2.6933 9.786 537 7 2336 2 2.82 2.5234 9.829 537 7 2339 2 2.61 1.7606 9.518 537 7 2340 2 2.78 2.8103 9.405 537 7 2341 2 2.83 2.4178 9.727 537 7 2342 2 2.69 2.3514 9.059 537 7 2343 2 2.82 1.8892 9.494 537 7 2344 2 2.63 2.2441 9.158 537 7 2345 2 2.99 2.5087 9.504 537 7 2383 2 2.96 2.1977 9.277 537 7 2393 2 2.80 2.4791 8.635 537 7 2427 2 2.72 2.5976 9.352 537 7 2435 2 2.60 2.9993 8.802 537 7 2437 2 2.91 3.0106 9.125 537 7 2455 2 2.97 2.1161 9.582 537 7 2457 2 2.76 2.8193 9.300 537 7 2476 2 2.58 3.0862 10.078 537 7 2477 2 2.75 2.9822 10.359 537 7 2478 2 2.63 3.0075 9.946 537 7 2479 2 2.73 1.8530 9.696 ## Starting information for simulation # 8 ## Starting information for simulation # 9 ## Starting information for simulation # 10 ## Starting information for simulation # 11 ## Starting information for simulation # 12 ## Starting information for simulation # 13 ## Starting information for simulation # 14 ## Starting information for simulation # 15 ## Starting information for simulation # 16 ## 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 # 23 537 23 5676 2 2.93 2.8999 9.610 537 23 5691 2 2.70 2.8356 9.653 537 23 5692 2 2.87 1.7937 10.388 537 23 5694 2 2.88 1.8927 10.095 ## Starting information for simulation # 24 ## Starting information for simulation # 25 ## Starting information for simulation # 26 ## Starting information for simulation # 27 ## 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 ## Starting information for simulation # 33 ## Starting information for simulation # 34 ## Starting information for simulation # 35 ## Starting information for simulation # 36