Structural features of residue 348 in chain H
********************************* Electrostatic Interactions: LYS H 288 NZ GLU H 348 OE2 -1.224 INTRA-CHAIN GLU H 289 OE1 GLU H 348 OE1 5.404 INTRA-CHAIN GLU H 289 OE1 GLU H 348 OE2 5.024 INTRA-CHAIN GLU H 289 OE2 GLU H 348 OE1 5.138 INTRA-CHAIN GLU H 289 OE2 GLU H 348 OE2 4.523 INTRA-CHAIN LYS H 344 NZ GLU H 348 OE2 -4.136 INTRA-CHAIN LYS H 347 NZ GLU H 348 OE2 -1.491 INTRA-CHAIN GLU H 348 OE1 LYS H 288 NZ -1.399 INTRA-CHAIN GLU H 348 OE1 GLU H 289 OE1 5.404 INTRA-CHAIN GLU H 348 OE1 GLU H 289 OE2 5.138 INTRA-CHAIN GLU H 348 OE1 LYS H 344 NZ -6.117 INTRA-CHAIN GLU H 348 OE1 LYS H 347 NZ -1.526 INTRA-CHAIN GLU H 348 OE1 LYS H 349 NZ -1.191 INTRA-CHAIN GLU H 348 OE1 ASP V 349 OD2 7.581 INTER-CHAIN GLU H 348 OE1 GLU H 350 OE1 3.135 INTRA-CHAIN GLU H 348 OE1 GLU H 350 OE2 2.953 INTRA-CHAIN GLU H 348 OE1 ASP H 351 OD2 6.282 INTRA-CHAIN GLU H 348 OE1 ASP V 352 OD2 3.559 INTER-CHAIN GLU H 348 OE1 GLU V 353 OE1 2.795 INTER-CHAIN GLU H 348 OE1 GLU V 353 OE2 2.706 INTER-CHAIN GLU H 348 OE1 GLU V 354 OE1 2.770 INTER-CHAIN GLU H 348 OE1 GLU V 354 OE2 3.116 INTER-CHAIN GLU H 348 OE1 LYS V 355 NZ -2.045 INTER-CHAIN GLU H 348 OE1 ASP V 402 OD2 3.797 INTER-CHAIN GLU H 348 OE1 LYS V 403 NZ -3.308 INTER-CHAIN GLU H 348 OE2 LYS H 288 NZ -1.224 INTRA-CHAIN GLU H 348 OE2 GLU H 289 OE1 5.024 INTRA-CHAIN GLU H 348 OE2 GLU H 289 OE2 4.523 INTRA-CHAIN GLU H 348 OE2 LYS H 344 NZ -4.136 INTRA-CHAIN GLU H 348 OE2 LYS H 347 NZ -1.491 INTRA-CHAIN GLU H 348 OE2 LYS H 349 NZ -1.339 INTRA-CHAIN GLU H 348 OE2 ASP V 349 OD2 9.276 INTER-CHAIN GLU H 348 OE2 GLU H 350 OE1 3.330 INTRA-CHAIN GLU H 348 OE2 GLU H 350 OE2 3.051 INTRA-CHAIN GLU H 348 OE2 ASP H 351 OD2 6.338 INTRA-CHAIN GLU H 348 OE2 ASP V 352 OD2 3.375 INTER-CHAIN GLU H 348 OE2 GLU V 353 OE1 2.794 INTER-CHAIN GLU H 348 OE2 GLU V 354 OE1 3.000 INTER-CHAIN GLU H 348 OE2 GLU V 354 OE2 3.346 INTER-CHAIN GLU H 348 OE2 LYS V 355 NZ -2.075 INTER-CHAIN GLU H 348 OE2 ASP V 402 OD2 4.536 INTER-CHAIN GLU H 348 OE2 LYS V 403 NZ -5.213 INTER-CHAIN LYS H 349 NZ GLU H 348 OE2 -1.339 INTRA-CHAIN GLU H 350 OE1 GLU H 348 OE1 3.135 INTRA-CHAIN GLU H 350 OE1 GLU H 348 OE2 3.330 INTRA-CHAIN GLU H 350 OE2 GLU H 348 OE1 2.953 INTRA-CHAIN GLU H 350 OE2 GLU H 348 OE2 3.051 INTRA-CHAIN ASP H 351 OD1 GLU H 348 OE1 4.695 INTRA-CHAIN ASP H 351 OD2 GLU H 348 OE1 6.282 INTRA-CHAIN ASP V 349 OD1 GLU H 348 OE1 7.528 INTER-CHAIN ASP V 349 OD2 GLU H 348 OE1 7.581 INTER-CHAIN ASP V 352 OD1 GLU H 348 OE1 3.725 INTER-CHAIN ASP V 352 OD2 GLU H 348 OE1 3.559 INTER-CHAIN GLU V 353 OE1 GLU H 348 OE1 2.795 INTER-CHAIN GLU V 353 OE1 GLU H 348 OE2 2.794 INTER-CHAIN GLU V 353 OE2 GLU H 348 OE1 2.706 INTER-CHAIN GLU V 354 OE1 GLU H 348 OE1 2.770 INTER-CHAIN GLU V 354 OE1 GLU H 348 OE2 3.000 INTER-CHAIN GLU V 354 OE2 GLU H 348 OE1 3.116 INTER-CHAIN GLU V 354 OE2 GLU H 348 OE2 3.346 INTER-CHAIN LYS V 355 NZ GLU H 348 OE2 -2.075 INTER-CHAIN ASP V 402 OD1 GLU H 348 OE1 4.792 INTER-CHAIN ASP V 402 OD2 GLU H 348 OE1 3.797 INTER-CHAIN LYS V 403 NZ GLU H 348 OE2 -5.213 INTER-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | K| 403| V| E| 348| H| ---------------------------------------------------------- ********************************* Protrusion Index: GLU H 348 N 0.69 GLU H 348 CA 0.51 GLU H 348 C 0.37 GLU H 348 O 0.36 GLU H 348 CB 0.36 GLU H 348 CG 0.57 GLU H 348 CD 0.57 GLU H 348 OE1 0.83 GLU H 348 OE2 0.45 ********************************* Salt bridges: GLU H 348 LYS H 349 2.247 INTRA-CHAIN GLU H 348 LYS V 403 3.038 INTER-CHAIN ********************************* Van der Waal's Interactions: LYS H 344 NZ 436 GLU H 348 OE2 471 -0.304 INTRA-CHAIN TYR H 345 OH 448 GLU H 348 OE2 471 -0.021 INTRA-CHAIN GLU H 348 OE2 471 ASP V 349 OD2 705 -0.139 INTER-CHAIN GLU H 348 OE2 471 ASP H 351 OD2 497 -0.014 INTRA-CHAIN GLU H 348 OE2 471 LYS V 403 NZ 1143 -1.000 INTER-CHAIN