# HBonds in Simulation Number 19 #Index Type Acceptor Hydrogen Donor Frames Fraction Avg N-N 1 4 0VA_12@N2 0VA_12@H3O 0VA_12@O3 891 0.012 12.629 3 4 0VA_12@O2N 0VA_12@H3O 0VA_12@O3 283 0.004 12.716 6 1 0VA_12@O2N 0VA_13@H6O 0VA_13@O6 1 0.000 12.720 10 1 0VA_12@O2N 0VA_14@H6O 0VA_14@O6 228 0.003 13.583 20 0 0VA_12@O2N OLT_4@H OLT_4@N 1 0.000 13.030 22 2 0VA_12@O2N OLT_6@H OLT_6@N 1 0.000 13.206 23 2 0VA_12@O2N OLT_7@H OLT_7@N 1 0.000 11.579 24 4 0VA_12@O3 0VA_12@H2N 0VA_12@N2 80 0.001 12.627 25 4 0VA_12@O3 0VA_12@H4O 0VA_12@O4 2767 0.037 12.624 28 1 0VA_12@O3 0VA_14@H6O 0VA_14@O6 7 0.000 13.761 30 1 0VA_12@O3 0VA_15@H6O 0VA_15@O6 3 0.000 11.848 31 4 0VA_12@O4 0VA_12@H3O 0VA_12@O3 671 0.009 12.573 32 4 0VA_12@O4 0VA_12@H6O 0VA_12@O6 448 0.006 12.522 38 1 0VA_12@O4 0VA_14@H6O 0VA_14@O6 13 0.000 13.739 47 4 0VA_12@O5 0VA_12@H4O 0VA_12@O4 150 0.002 12.415 48 4 0VA_12@O5 0VA_12@H6O 0VA_12@O6 1844 0.025 12.565 59 4 0VA_12@O6 0VA_12@H4O 0VA_12@O4 497 0.007 12.529 61 1 0VA_12@O6 0VA_13@H3O 0VA_13@O3 13 0.000 12.521 72 4 0VA_13@N2 0VA_13@H3O 0VA_13@O3 1128 0.015 12.528 74 4 0VA_13@O2N 0VA_13@H3O 0VA_13@O3 285 0.004 12.418 79 1 0VA_13@O2N 0VA_15@H6O 0VA_15@O6 236 0.003 13.204 80 2 0VA_13@O2N LYS_8@H LYS_8@N 23 0.000 11.734 81 2 0VA_13@O2N LYS_8@HZ1 LYS_8@NZ 53 0.001 11.607 82 2 0VA_13@O2N LYS_8@HZ2 LYS_8@NZ 35 0.000 11.641 83 2 0VA_13@O2N LYS_8@HZ3 LYS_8@NZ 30 0.000 11.725 90 0 0VA_13@O2N OLT_5@H OLT_5@N 3 0.000 12.737 91 2 0VA_13@O2N OLT_7@H OLT_7@N 1 0.000 14.110 93 1 0VA_13@O3 0VA_12@H6O 0VA_12@O6 3 0.000 12.925 94 4 0VA_13@O3 0VA_13@H2N 0VA_13@N2 60 0.001 13.116 95 4 0VA_13@O3 0VA_13@H4O 0VA_13@O4 3016 0.040 12.604 98 1 0VA_13@O3 0VA_15@H6O 0VA_15@O6 2 0.000 14.429 99 2 0VA_13@O3 LYS_8@HZ1 LYS_8@NZ 17 0.000 11.559 100 2 0VA_13@O3 LYS_8@HZ2 LYS_8@NZ 20 0.000 11.578 101 2 0VA_13@O3 LYS_8@HZ3 LYS_8@NZ 35 0.000 11.586 105 4 0VA_13@O4 0VA_13@H3O 0VA_13@O3 547 0.007 12.552 106 4 0VA_13@O4 0VA_13@H6O 0VA_13@O6 382 0.005 12.536 111 1 0VA_13@O4 0VA_15@H6O 0VA_15@O6 9 0.000 14.085 113 2 0VA_13@O4 LYS_8@HZ1 LYS_8@NZ 16 0.000 11.670 114 2 0VA_13@O4 LYS_8@HZ2 LYS_8@NZ 12 0.000 11.335 115 2 0VA_13@O4 LYS_8@HZ3 LYS_8@NZ 19 0.000 11.977 119 4 0VA_13@O5 0VA_13@H4O 0VA_13@O4 127 0.002 12.664 120 4 0VA_13@O5 0VA_13@H6O 0VA_13@O6 1678 0.023 12.632 122 1 0VA_13@O5 0VA_14@H3O 0VA_14@O3 1 0.000 12.279 137 4 0VA_13@O6 0VA_13@H4O 0VA_13@O4 336 0.005 12.354 138 1 0VA_13@O6 0VA_14@H2N 0VA_14@N2 7 0.000 12.812 139 1 0VA_13@O6 0VA_14@H3O 0VA_14@O3 4 0.000 12.026 146 2 0VA_13@O6 LYS_8@HZ1 LYS_8@NZ 2 0.000 12.723 147 2 0VA_13@O6 LYS_8@HZ2 LYS_8@NZ 5 0.000 11.910 148 2 0VA_13@O6 LYS_8@HZ3 LYS_8@NZ 3 0.000 12.022 155 1 0VA_14@N2 0VA_13@H6O 0VA_13@O6 1 0.000 13.780 156 4 0VA_14@N2 0VA_14@H3O 0VA_14@O3 959 0.013 12.557 158 1 0VA_14@O2N 0VA_13@H6O 0VA_13@O6 9 0.000 12.754 159 4 0VA_14@O2N 0VA_14@H3O 0VA_14@O3 289 0.004 12.336 161 2 0VA_14@O2N LYS_8@H LYS_8@N 2 0.000 13.639 162 2 0VA_14@O2N LYS_8@HZ1 LYS_8@NZ 102 0.001 12.516 163 2 0VA_14@O2N LYS_8@HZ2 LYS_8@NZ 85 0.001 12.364 164 2 0VA_14@O2N LYS_8@HZ3 LYS_8@NZ 112 0.002 12.516 165 2 0VA_14@O2N LYS_9@H LYS_9@N 259 0.003 12.371 166 2 0VA_14@O2N LYS_9@HZ1 LYS_9@NZ 143 0.002 12.352 167 2 0VA_14@O2N LYS_9@HZ2 LYS_9@NZ 67 0.001 12.467 168 2 0VA_14@O2N LYS_9@HZ3 LYS_9@NZ 80 0.001 12.384 172 0 0VA_14@O2N OLT_6@H OLT_6@N 1 0.000 12.736 176 1 0VA_14@O3 0VA_13@H6O 0VA_13@O6 10 0.000 12.032 177 4 0VA_14@O3 0VA_14@H2N 0VA_14@N2 15 0.000 13.150 178 4 0VA_14@O3 0VA_14@H4O 0VA_14@O4 2691 0.036 12.611 179 2 0VA_14@O3 LYS_8@HZ1 LYS_8@NZ 1 0.000 12.150 180 2 0VA_14@O3 LYS_8@HZ2 LYS_8@NZ 1 0.000 12.150 181 2 0VA_14@O3 LYS_8@HZ3 LYS_8@NZ 1 0.000 11.848 182 2 0VA_14@O3 LYS_9@HZ1 LYS_9@NZ 44 0.001 12.360 183 2 0VA_14@O3 LYS_9@HZ2 LYS_9@NZ 57 0.001 12.300 184 2 0VA_14@O3 LYS_9@HZ3 LYS_9@NZ 102 0.001 12.348 190 4 0VA_14@O4 0VA_14@H3O 0VA_14@O3 615 0.008 12.613 191 4 0VA_14@O4 0VA_14@H6O 0VA_14@O6 764 0.010 12.368 192 1 0VA_14@O4 0VA_15@H3O 0VA_15@O3 4 0.000 10.673 193 2 0VA_14@O4 LYS_8@HZ1 LYS_8@NZ 6 0.000 12.743 194 2 0VA_14@O4 LYS_8@HZ2 LYS_8@NZ 2 0.000 13.273 195 2 0VA_14@O4 LYS_8@HZ3 LYS_8@NZ 7 0.000 13.257 197 2 0VA_14@O4 LYS_9@HZ1 LYS_9@NZ 66 0.001 12.483 198 2 0VA_14@O4 LYS_9@HZ2 LYS_9@NZ 100 0.001 12.387 199 2 0VA_14@O4 LYS_9@HZ3 LYS_9@NZ 64 0.001 12.452 203 4 0VA_14@O5 0VA_14@H4O 0VA_14@O4 126 0.002 12.665 204 4 0VA_14@O5 0VA_14@H6O 0VA_14@O6 1556 0.021 12.578 206 1 0VA_14@O5 0VA_15@H3O 0VA_15@O3 3 0.000 11.462 210 2 0VA_14@O5 LYS_9@HZ1 LYS_9@NZ 4 0.000 11.620 211 2 0VA_14@O5 LYS_9@HZ2 LYS_9@NZ 2 0.000 11.000 212 2 0VA_14@O5 LYS_9@HZ3 LYS_9@NZ 1 0.000 13.022 217 1 0VA_14@O6 0VA_12@H3O 0VA_12@O3 20 0.000 13.692 218 1 0VA_14@O6 0VA_12@H4O 0VA_12@O4 61 0.001 13.790 222 4 0VA_14@O6 0VA_14@H4O 0VA_14@O4 832 0.011 12.403 224 1 0VA_14@O6 0VA_15@H3O 0VA_15@O3 7 0.000 12.239 228 2 0VA_14@O6 LYS_9@H LYS_9@N 11 0.000 11.952 229 2 0VA_14@O6 LYS_9@HZ1 LYS_9@NZ 28 0.000 12.238 230 2 0VA_14@O6 LYS_9@HZ2 LYS_9@NZ 31 0.000 12.312 231 2 0VA_14@O6 LYS_9@HZ3 LYS_9@NZ 31 0.000 12.363 237 4 0VA_15@N2 0VA_15@H3O 0VA_15@O3 993 0.013 12.594 241 1 0VA_15@O2N 0VA_14@H6O 0VA_14@O6 92 0.001 12.059 242 4 0VA_15@O2N 0VA_15@H3O 0VA_15@O3 349 0.005 12.577 247 2 0VA_15@O2N LYS_9@H LYS_9@N 6 0.000 12.036 248 2 0VA_15@O2N LYS_9@HZ1 LYS_9@NZ 148 0.002 12.438 249 2 0VA_15@O2N LYS_9@HZ2 LYS_9@NZ 112 0.002 12.382 250 2 0VA_15@O2N LYS_9@HZ3 LYS_9@NZ 140 0.002 12.303 254 0 0VA_15@O2N OLT_7@H OLT_7@N 4 0.000 11.599 262 1 0VA_15@O3 0VA_14@H6O 0VA_14@O6 8 0.000 12.098 263 4 0VA_15@O3 0VA_15@H2N 0VA_15@N2 8 0.000 12.322 264 4 0VA_15@O3 0VA_15@H4O 0VA_15@O4 2805 0.038 12.587 268 2 0VA_15@O3 LYS_9@HZ1 LYS_9@NZ 7 0.000 12.710 269 2 0VA_15@O3 LYS_9@HZ2 LYS_9@NZ 5 0.000 12.520 270 2 0VA_15@O3 LYS_9@HZ3 LYS_9@NZ 9 0.000 12.483 273 4 0VA_15@O4 0VA_15@H3O 0VA_15@O3 616 0.008 12.600 274 4 0VA_15@O4 0VA_15@H6O 0VA_15@O6 607 0.008 12.638 278 2 0VA_15@O4 LYS_9@HZ1 LYS_9@NZ 12 0.000 12.094 279 2 0VA_15@O4 LYS_9@HZ2 LYS_9@NZ 23 0.000 12.316 280 2 0VA_15@O4 LYS_9@HZ3 LYS_9@NZ 12 0.000 12.573 286 4 0VA_15@O5 0VA_15@H4O 0VA_15@O4 109 0.001 12.617 287 4 0VA_15@O5 0VA_15@H6O 0VA_15@O6 1868 0.025 12.509 299 1 0VA_15@O6 0VA_12@H4O 0VA_12@O4 4 0.000 11.946 301 1 0VA_15@O6 0VA_13@H3O 0VA_13@O3 4 0.000 13.986 302 1 0VA_15@O6 0VA_13@H4O 0VA_13@O4 45 0.001 14.164 305 4 0VA_15@O6 0VA_15@H4O 0VA_15@O4 689 0.009 12.555 314 2 ACE_1@O 0VA_12@H2N 0VA_12@N2 1480 0.020 12.593 316 2 ACE_1@O 0VA_12@H6O 0VA_12@O6 38 0.001 12.138 318 2 ACE_1@O 0VA_13@H6O 0VA_13@O6 1 0.000 13.687 320 3 ACE_1@O OLT_4@H OLT_4@N 1856 0.025 12.444 321 3 ACE_1@O OLT_5@H OLT_5@N 124 0.002 11.954 323 3 LYS_8@N LYS_9@H LYS_9@N 2 0.000 12.360 325 2 LYS_8@NZ 0VA_13@H4O 0VA_13@O4 1 0.000 11.671 330 2 LYS_8@O 0VA_15@H6O 0VA_15@O6 305 0.004 12.133 331 5 LYS_8@O LYS_8@H LYS_8@N 6 0.000 12.814 332 5 LYS_8@O LYS_8@HZ1 LYS_8@NZ 1 0.000 12.300 334 5 LYS_8@O LYS_8@HZ3 LYS_8@NZ 1 0.000 12.938 341 2 LYS_9@NZ 0VA_14@H4O 0VA_14@O4 1 0.000 12.509 352 3 LYS_9@O LYS_8@HZ1 LYS_8@NZ 75 0.001 12.458 353 3 LYS_9@O LYS_8@HZ2 LYS_8@NZ 102 0.001 12.522 354 3 LYS_9@O LYS_8@HZ3 LYS_8@NZ 97 0.001 12.512 355 5 LYS_9@O LYS_9@H LYS_9@N 20 0.000 12.302 357 5 LYS_9@O LYS_9@HZ2 LYS_9@NZ 1 0.000 13.403 359 3 LYS_9@O NHE_11@HN1 NHE_11@N 27 0.000 12.491 368 3 OLT_4@N OLT_5@H OLT_5@N 3561 0.048 12.165 369 0 OLT_4@O 0VA_12@H2N 0VA_12@N2 302 0.004 12.758 374 2 OLT_4@O 0VA_14@H6O 0VA_14@O6 21 0.000 12.968 378 0 OLT_4@OG1 0VA_12@H2N 0VA_12@N2 1891 0.025 12.609 379 5 OLT_4@OG1 OLT_4@H OLT_4@N 1004 0.013 12.750 381 5 OLT_4@O OLT_4@H OLT_4@N 121 0.002 12.717 382 3 OLT_4@O OLT_6@H OLT_6@N 2 0.000 12.253 384 3 OLT_5@N OLT_4@H OLT_4@N 4 0.000 12.013 387 2 OLT_5@O 0VA_12@H6O 0VA_12@O6 39 0.001 12.961 388 0 OLT_5@O 0VA_13@H2N 0VA_13@N2 442 0.006 12.424 393 0 OLT_5@OG1 0VA_13@H2N 0VA_13@N2 2211 0.030 12.460 394 5 OLT_5@OG1 OLT_5@H OLT_5@N 2800 0.038 12.395 396 5 OLT_5@O OLT_5@H OLT_5@N 167 0.002 12.903 397 3 OLT_5@O OLT_7@H OLT_7@N 1 0.000 11.697 400 2 OLT_6@O 0VA_13@H2N 0VA_13@N2 1 0.000 13.046 401 2 OLT_6@O 0VA_13@H6O 0VA_13@O6 166 0.002 12.710 402 0 OLT_6@O 0VA_14@H2N 0VA_14@N2 1130 0.015 12.511 405 0 OLT_6@OG1 0VA_14@H2N 0VA_14@N2 2875 0.039 12.530 406 5 OLT_6@OG1 OLT_6@H OLT_6@N 2570 0.035 12.401 416 5 OLT_6@O OLT_6@H OLT_6@N 211 0.003 13.259 419 2 OLT_7@O 0VA_14@H2N 0VA_14@N2 3 0.000 12.730 420 2 OLT_7@O 0VA_14@H6O 0VA_14@O6 68 0.001 13.119 421 0 OLT_7@O 0VA_15@H2N 0VA_15@N2 1050 0.014 12.624 423 0 OLT_7@OG1 0VA_15@H2N 0VA_15@N2 2814 0.038 12.615 425 5 OLT_7@OG1 OLT_7@H OLT_7@N 3795 0.051 12.537 427 3 OLT_7@O LYS_9@H LYS_9@N 144 0.002 12.459 431 5 OLT_7@O OLT_7@H OLT_7@N 89 0.001 13.310 432 3 PRO_10@N NHE_11@HN1 NHE_11@N 60 0.001 12.299 442 3 PRO_10@O LYS_9@HZ1 LYS_9@NZ 68 0.001 12.480 443 3 PRO_10@O LYS_9@HZ2 LYS_9@NZ 83 0.001 12.412 444 3 PRO_10@O LYS_9@HZ3 LYS_9@NZ 87 0.001 12.674 445 2 PRO_2@O 0VA_12@H2N 0VA_12@N2 45 0.001 12.750 448 2 PRO_2@O 0VA_13@H2N 0VA_13@N2 1276 0.017 12.165 449 2 PRO_2@O 0VA_13@H3O 0VA_13@O3 1 0.000 11.727 450 2 PRO_2@O 0VA_13@H6O 0VA_13@O6 41 0.001 12.695 455 3 PRO_2@O OLT_4@H OLT_4@N 721 0.010 12.550 456 3 PRO_2@O OLT_5@H OLT_5@N 122 0.002 12.069 458 3 PRO_3@N OLT_4@H OLT_4@N 6058 0.081 12.525 460 2 PRO_3@O 0VA_13@H2N 0VA_13@N2 54 0.001 11.936 462 2 PRO_3@O 0VA_13@H6O 0VA_13@O6 30 0.000 13.625 468 3 PRO_3@O OLT_5@H OLT_5@N 174 0.002 12.294