# HBonds in Simulation Number 29 #Index Type Acceptor Hydrogen Donor Frames Fraction Avg N-N 1 4 0VA_12@N2 0VA_12@H3O 0VA_12@O3 983 0.013 12.553 3 4 0VA_12@O2N 0VA_12@H3O 0VA_12@O3 326 0.004 12.544 10 1 0VA_12@O2N 0VA_14@H6O 0VA_14@O6 226 0.003 13.314 11 1 0VA_12@O2N 0VA_15@H2N 0VA_15@N2 47 0.001 11.713 23 2 0VA_12@O2N OLT_7@H OLT_7@N 21 0.000 11.659 24 4 0VA_12@O3 0VA_12@H2N 0VA_12@N2 42 0.001 12.613 25 4 0VA_12@O3 0VA_12@H4O 0VA_12@O4 2984 0.039 12.496 28 1 0VA_12@O3 0VA_14@H6O 0VA_14@O6 18 0.000 13.668 29 1 0VA_12@O3 0VA_15@H3O 0VA_15@O3 11 0.000 12.033 31 4 0VA_12@O4 0VA_12@H3O 0VA_12@O3 626 0.008 12.455 32 4 0VA_12@O4 0VA_12@H6O 0VA_12@O6 574 0.007 12.490 38 1 0VA_12@O4 0VA_14@H6O 0VA_14@O6 14 0.000 13.446 40 1 0VA_12@O4 0VA_15@H3O 0VA_15@O3 35 0.000 12.643 42 1 0VA_12@O4 0VA_15@H6O 0VA_15@O6 12 0.000 12.008 47 4 0VA_12@O5 0VA_12@H4O 0VA_12@O4 174 0.002 12.516 48 4 0VA_12@O5 0VA_12@H6O 0VA_12@O6 1841 0.024 12.510 56 1 0VA_12@O5 0VA_15@H3O 0VA_15@O3 1 0.000 11.966 59 4 0VA_12@O6 0VA_12@H4O 0VA_12@O4 465 0.006 12.562 61 1 0VA_12@O6 0VA_13@H3O 0VA_13@O3 19 0.000 12.540 67 1 0VA_12@O6 0VA_15@H3O 0VA_15@O3 2 0.000 12.863 69 1 0VA_12@O6 0VA_15@H6O 0VA_15@O6 5 0.000 12.264 72 4 0VA_13@N2 0VA_13@H3O 0VA_13@O3 1192 0.015 12.457 74 4 0VA_13@O2N 0VA_13@H3O 0VA_13@O3 355 0.005 12.479 79 1 0VA_13@O2N 0VA_15@H6O 0VA_15@O6 253 0.003 12.953 80 2 0VA_13@O2N LYS_8@H LYS_8@N 40 0.001 11.360 81 2 0VA_13@O2N LYS_8@HZ1 LYS_8@NZ 73 0.001 11.655 82 2 0VA_13@O2N LYS_8@HZ2 LYS_8@NZ 59 0.001 11.880 83 2 0VA_13@O2N LYS_8@HZ3 LYS_8@NZ 46 0.001 11.749 90 0 0VA_13@O2N OLT_5@H OLT_5@N 6 0.000 13.070 91 2 0VA_13@O2N OLT_7@H OLT_7@N 1 0.000 12.136 93 1 0VA_13@O3 0VA_12@H6O 0VA_12@O6 5 0.000 12.501 94 4 0VA_13@O3 0VA_13@H2N 0VA_13@N2 31 0.000 13.071 95 4 0VA_13@O3 0VA_13@H4O 0VA_13@O4 3102 0.040 12.506 99 2 0VA_13@O3 LYS_8@HZ1 LYS_8@NZ 34 0.000 11.780 100 2 0VA_13@O3 LYS_8@HZ2 LYS_8@NZ 33 0.000 11.772 101 2 0VA_13@O3 LYS_8@HZ3 LYS_8@NZ 57 0.001 11.521 105 4 0VA_13@O4 0VA_13@H3O 0VA_13@O3 563 0.007 12.490 106 4 0VA_13@O4 0VA_13@H6O 0VA_13@O6 509 0.007 12.424 113 2 0VA_13@O4 LYS_8@HZ1 LYS_8@NZ 13 0.000 12.216 114 2 0VA_13@O4 LYS_8@HZ2 LYS_8@NZ 18 0.000 11.804 115 2 0VA_13@O4 LYS_8@HZ3 LYS_8@NZ 19 0.000 11.746 119 4 0VA_13@O5 0VA_13@H4O 0VA_13@O4 97 0.001 12.480 120 4 0VA_13@O5 0VA_13@H6O 0VA_13@O6 1621 0.021 12.523 121 1 0VA_13@O5 0VA_14@H2N 0VA_14@N2 2 0.000 12.471 122 1 0VA_13@O5 0VA_14@H3O 0VA_14@O3 5 0.000 12.001 127 2 0VA_13@O5 LYS_8@HZ2 LYS_8@NZ 1 0.000 11.305 137 4 0VA_13@O6 0VA_13@H4O 0VA_13@O4 561 0.007 12.345 139 1 0VA_13@O6 0VA_14@H3O 0VA_14@O3 73 0.001 11.987 146 2 0VA_13@O6 LYS_8@HZ1 LYS_8@NZ 5 0.000 12.418 147 2 0VA_13@O6 LYS_8@HZ2 LYS_8@NZ 3 0.000 12.360 148 2 0VA_13@O6 LYS_8@HZ3 LYS_8@NZ 6 0.000 12.220 156 4 0VA_14@N2 0VA_14@H3O 0VA_14@O3 1054 0.014 12.455 158 1 0VA_14@O2N 0VA_13@H6O 0VA_13@O6 75 0.001 11.884 159 4 0VA_14@O2N 0VA_14@H3O 0VA_14@O3 330 0.004 12.358 161 2 0VA_14@O2N LYS_8@H LYS_8@N 5 0.000 13.190 162 2 0VA_14@O2N LYS_8@HZ1 LYS_8@NZ 42 0.001 12.628 163 2 0VA_14@O2N LYS_8@HZ2 LYS_8@NZ 48 0.001 12.570 164 2 0VA_14@O2N LYS_8@HZ3 LYS_8@NZ 70 0.001 12.716 165 2 0VA_14@O2N LYS_9@H LYS_9@N 326 0.004 12.296 166 2 0VA_14@O2N LYS_9@HZ1 LYS_9@NZ 24 0.000 12.521 167 2 0VA_14@O2N LYS_9@HZ2 LYS_9@NZ 27 0.000 11.994 168 2 0VA_14@O2N LYS_9@HZ3 LYS_9@NZ 44 0.001 12.724 176 1 0VA_14@O3 0VA_13@H6O 0VA_13@O6 52 0.001 11.841 177 4 0VA_14@O3 0VA_14@H2N 0VA_14@N2 16 0.000 12.685 178 4 0VA_14@O3 0VA_14@H4O 0VA_14@O4 2960 0.038 12.499 180 2 0VA_14@O3 LYS_8@HZ2 LYS_8@NZ 1 0.000 13.045 181 2 0VA_14@O3 LYS_8@HZ3 LYS_8@NZ 1 0.000 13.045 182 2 0VA_14@O3 LYS_9@HZ1 LYS_9@NZ 52 0.001 11.840 183 2 0VA_14@O3 LYS_9@HZ2 LYS_9@NZ 62 0.001 12.649 184 2 0VA_14@O3 LYS_9@HZ3 LYS_9@NZ 43 0.001 12.457 190 4 0VA_14@O4 0VA_14@H3O 0VA_14@O3 574 0.007 12.418 191 4 0VA_14@O4 0VA_14@H6O 0VA_14@O6 641 0.008 12.398 193 2 0VA_14@O4 LYS_8@HZ1 LYS_8@NZ 4 0.000 12.919 194 2 0VA_14@O4 LYS_8@HZ2 LYS_8@NZ 2 0.000 12.765 195 2 0VA_14@O4 LYS_8@HZ3 LYS_8@NZ 1 0.000 12.792 197 2 0VA_14@O4 LYS_9@HZ1 LYS_9@NZ 80 0.001 12.470 198 2 0VA_14@O4 LYS_9@HZ2 LYS_9@NZ 84 0.001 12.458 199 2 0VA_14@O4 LYS_9@HZ3 LYS_9@NZ 109 0.001 12.516 203 4 0VA_14@O5 0VA_14@H4O 0VA_14@O4 96 0.001 12.480 204 4 0VA_14@O5 0VA_14@H6O 0VA_14@O6 1585 0.021 12.451 206 1 0VA_14@O5 0VA_15@H3O 0VA_15@O3 1 0.000 10.515 207 2 0VA_14@O5 LYS_8@HZ1 LYS_8@NZ 1 0.000 12.701 210 2 0VA_14@O5 LYS_9@HZ1 LYS_9@NZ 8 0.000 12.634 211 2 0VA_14@O5 LYS_9@HZ2 LYS_9@NZ 3 0.000 12.291 212 2 0VA_14@O5 LYS_9@HZ3 LYS_9@NZ 4 0.000 12.902 217 1 0VA_14@O6 0VA_12@H3O 0VA_12@O3 7 0.000 13.737 218 1 0VA_14@O6 0VA_12@H4O 0VA_12@O4 7 0.000 13.525 222 4 0VA_14@O6 0VA_14@H4O 0VA_14@O4 904 0.012 12.420 224 1 0VA_14@O6 0VA_15@H3O 0VA_15@O3 12 0.000 11.676 229 2 0VA_14@O6 LYS_9@HZ1 LYS_9@NZ 34 0.000 12.710 230 2 0VA_14@O6 LYS_9@HZ2 LYS_9@NZ 35 0.000 12.711 231 2 0VA_14@O6 LYS_9@HZ3 LYS_9@NZ 48 0.001 12.681 237 4 0VA_15@N2 0VA_15@H3O 0VA_15@O3 1025 0.013 12.499 241 1 0VA_15@O2N 0VA_14@H6O 0VA_14@O6 139 0.002 12.425 242 4 0VA_15@O2N 0VA_15@H3O 0VA_15@O3 327 0.004 12.512 247 2 0VA_15@O2N LYS_9@H LYS_9@N 3 0.000 12.473 248 2 0VA_15@O2N LYS_9@HZ1 LYS_9@NZ 196 0.003 12.672 249 2 0VA_15@O2N LYS_9@HZ2 LYS_9@NZ 189 0.002 12.537 250 2 0VA_15@O2N LYS_9@HZ3 LYS_9@NZ 176 0.002 12.420 255 1 0VA_15@O3 0VA_12@H3O 0VA_12@O3 2 0.000 11.862 256 1 0VA_15@O3 0VA_12@H4O 0VA_12@O4 1 0.000 12.129 257 1 0VA_15@O3 0VA_12@H6O 0VA_12@O6 1 0.000 12.340 262 1 0VA_15@O3 0VA_14@H6O 0VA_14@O6 4 0.000 11.869 263 4 0VA_15@O3 0VA_15@H2N 0VA_15@N2 14 0.000 12.243 264 4 0VA_15@O3 0VA_15@H4O 0VA_15@O4 3040 0.039 12.492 268 2 0VA_15@O3 LYS_9@HZ1 LYS_9@NZ 1 0.000 12.842 269 2 0VA_15@O3 LYS_9@HZ2 LYS_9@NZ 2 0.000 12.849 270 2 0VA_15@O3 LYS_9@HZ3 LYS_9@NZ 3 0.000 12.521 273 4 0VA_15@O4 0VA_15@H3O 0VA_15@O3 683 0.009 12.386 274 4 0VA_15@O4 0VA_15@H6O 0VA_15@O6 597 0.008 12.471 278 2 0VA_15@O4 LYS_9@HZ1 LYS_9@NZ 15 0.000 12.427 279 2 0VA_15@O4 LYS_9@HZ2 LYS_9@NZ 9 0.000 12.424 280 2 0VA_15@O4 LYS_9@HZ3 LYS_9@NZ 25 0.000 12.138 286 4 0VA_15@O5 0VA_15@H4O 0VA_15@O4 123 0.002 12.516 287 4 0VA_15@O5 0VA_15@H6O 0VA_15@O6 2088 0.027 12.537 289 2 0VA_15@O5 LYS_8@HZ2 LYS_8@NZ 1 0.000 11.548 299 1 0VA_15@O6 0VA_12@H4O 0VA_12@O4 21 0.000 11.777 300 1 0VA_15@O6 0VA_12@H6O 0VA_12@O6 10 0.000 12.491 305 4 0VA_15@O6 0VA_15@H4O 0VA_15@O4 501 0.006 12.472 308 2 0VA_15@O6 LYS_8@HZ3 LYS_8@NZ 1 0.000 11.956 314 2 ACE_1@O 0VA_12@H2N 0VA_12@N2 1269 0.016 12.542 315 2 ACE_1@O 0VA_12@H3O 0VA_12@O3 1 0.000 12.128 316 2 ACE_1@O 0VA_12@H6O 0VA_12@O6 23 0.000 12.692 317 2 ACE_1@O 0VA_13@H3O 0VA_13@O3 8 0.000 11.810 320 3 ACE_1@O OLT_4@H OLT_4@N 1362 0.018 12.271 321 3 ACE_1@O OLT_5@H OLT_5@N 49 0.001 11.772 330 2 LYS_8@O 0VA_15@H6O 0VA_15@O6 568 0.007 12.583 331 5 LYS_8@O LYS_8@H LYS_8@N 20 0.000 12.316 342 2 LYS_9@NZ 0VA_14@H6O 0VA_14@O6 1 0.000 13.805 352 3 LYS_9@O LYS_8@HZ1 LYS_8@NZ 91 0.001 12.675 353 3 LYS_9@O LYS_8@HZ2 LYS_8@NZ 103 0.001 12.669 354 3 LYS_9@O LYS_8@HZ3 LYS_8@NZ 102 0.001 12.516 355 5 LYS_9@O LYS_9@H LYS_9@N 47 0.001 12.413 359 3 LYS_9@O NHE_11@HN1 NHE_11@N 12 0.000 12.177 366 3 NHE_11@N LYS_8@HZ1 LYS_8@NZ 1 0.000 13.002 368 3 OLT_4@N OLT_5@H OLT_5@N 2652 0.034 12.044 369 0 OLT_4@O 0VA_12@H2N 0VA_12@N2 427 0.006 12.444 378 0 OLT_4@OG1 0VA_12@H2N 0VA_12@N2 2241 0.029 12.526 379 5 OLT_4@OG1 OLT_4@H OLT_4@N 1628 0.021 12.634 381 5 OLT_4@O OLT_4@H OLT_4@N 193 0.002 12.597 384 3 OLT_5@N OLT_4@H OLT_4@N 3 0.000 11.940 386 2 OLT_5@O 0VA_12@H2N 0VA_12@N2 2 0.000 12.069 387 2 OLT_5@O 0VA_12@H6O 0VA_12@O6 105 0.001 12.909 388 0 OLT_5@O 0VA_13@H2N 0VA_13@N2 641 0.008 12.428 393 0 OLT_5@OG1 0VA_13@H2N 0VA_13@N2 2762 0.036 12.418 394 5 OLT_5@OG1 OLT_5@H OLT_5@N 3355 0.043 12.378 396 5 OLT_5@O OLT_5@H OLT_5@N 103 0.001 12.999 397 3 OLT_5@O OLT_7@H OLT_7@N 2 0.000 11.383 401 2 OLT_6@O 0VA_13@H6O 0VA_13@O6 30 0.000 12.945 402 0 OLT_6@O 0VA_14@H2N 0VA_14@N2 1243 0.016 12.427 405 0 OLT_6@OG1 0VA_14@H2N 0VA_14@N2 3103 0.040 12.460 406 5 OLT_6@OG1 OLT_6@H OLT_6@N 3266 0.042 12.429 408 3 OLT_6@O LYS_8@H LYS_8@N 1 0.000 9.950 416 5 OLT_6@O OLT_6@H OLT_6@N 125 0.002 13.029 419 2 OLT_7@O 0VA_14@H2N 0VA_14@N2 1 0.000 12.161 420 2 OLT_7@O 0VA_14@H6O 0VA_14@O6 146 0.002 11.982 421 0 OLT_7@O 0VA_15@H2N 0VA_15@N2 1047 0.014 12.456 423 0 OLT_7@OG1 0VA_15@H2N 0VA_15@N2 2943 0.038 12.493 425 5 OLT_7@OG1 OLT_7@H OLT_7@N 4013 0.052 12.534 427 3 OLT_7@O LYS_9@H LYS_9@N 145 0.002 12.575 428 3 OLT_7@O LYS_9@HZ1 LYS_9@NZ 1 0.000 12.288 430 3 OLT_7@O LYS_9@HZ3 LYS_9@NZ 1 0.000 12.313 431 5 OLT_7@O OLT_7@H OLT_7@N 93 0.001 12.988 432 3 PRO_10@N NHE_11@HN1 NHE_11@N 74 0.001 12.582 442 3 PRO_10@O LYS_9@HZ1 LYS_9@NZ 142 0.002 12.560 443 3 PRO_10@O LYS_9@HZ2 LYS_9@NZ 106 0.001 12.645 444 3 PRO_10@O LYS_9@HZ3 LYS_9@NZ 108 0.001 12.562 445 2 PRO_2@O 0VA_12@H2N 0VA_12@N2 69 0.001 12.787 447 2 PRO_2@O 0VA_12@H6O 0VA_12@O6 1 0.000 12.551 448 2 PRO_2@O 0VA_13@H2N 0VA_13@N2 736 0.010 12.046 449 2 PRO_2@O 0VA_13@H3O 0VA_13@O3 2 0.000 11.959 450 2 PRO_2@O 0VA_13@H6O 0VA_13@O6 33 0.000 12.293 455 3 PRO_2@O OLT_4@H OLT_4@N 735 0.010 12.503 456 3 PRO_2@O OLT_5@H OLT_5@N 70 0.001 12.075 458 3 PRO_3@N OLT_4@H OLT_4@N 5118 0.066 12.403 460 2 PRO_3@O 0VA_13@H2N 0VA_13@N2 46 0.001 12.080 462 2 PRO_3@O 0VA_13@H6O 0VA_13@O6 1 0.000 13.236 468 3 PRO_3@O OLT_5@H OLT_5@N 218 0.003 12.113