Structural features of residue 380 in chain B
********************************* Electrostatic Interactions: ASP A 98 OD2 GLU B 380 OE1 2.863 INTER-CHAIN ASP A 326 OD1 GLU B 380 OE1 2.724 INTER-CHAIN ASP A 360 OD1 GLU B 380 OE1 3.331 INTER-CHAIN ASP A 360 OD2 GLU B 380 OE1 3.221 INTER-CHAIN GLU B 138 OE1 GLU B 380 OE2 2.684 INTRA-CHAIN GLU B 138 OE2 GLU B 380 OE2 2.702 INTRA-CHAIN ASP B 360 OD1 GLU B 380 OE1 2.821 INTRA-CHAIN ASP B 360 OD2 GLU B 380 OE1 3.324 INTRA-CHAIN GLU B 375 OE1 GLU B 380 OE1 3.339 INTRA-CHAIN GLU B 375 OE1 GLU B 380 OE2 2.954 INTRA-CHAIN GLU B 375 OE2 GLU B 380 OE1 3.080 INTRA-CHAIN GLU B 375 OE2 GLU B 380 OE2 2.712 INTRA-CHAIN GLU B 380 OE1 ASP A 98 OD2 2.863 INTER-CHAIN GLU B 380 OE1 LYS A 321 NZ -1.112 INTER-CHAIN GLU B 380 OE1 ASP B 360 OD2 3.324 INTRA-CHAIN GLU B 380 OE1 ASP A 360 OD2 3.221 INTER-CHAIN GLU B 380 OE1 GLU B 375 OE1 3.339 INTRA-CHAIN GLU B 380 OE1 GLU B 375 OE2 3.080 INTRA-CHAIN GLU B 380 OE1 GLU B 384 OE1 4.116 INTRA-CHAIN GLU B 380 OE1 GLU B 384 OE2 4.782 INTRA-CHAIN GLU B 380 OE1 GLU B 385 OE2 2.839 INTRA-CHAIN GLU B 380 OE1 LYS B 392 NZ -1.188 INTRA-CHAIN GLU B 380 OE1 GLU B 396 OE1 3.786 INTRA-CHAIN GLU B 380 OE1 GLU B 396 OE2 3.595 INTRA-CHAIN GLU B 380 OE1 GLU B 423 OE1 3.871 INTRA-CHAIN GLU B 380 OE1 GLU B 423 OE2 3.309 INTRA-CHAIN GLU B 380 OE2 ASP A 98 OD2 3.244 INTER-CHAIN GLU B 380 OE2 GLU B 138 OE1 2.684 INTRA-CHAIN GLU B 380 OE2 GLU B 138 OE2 2.702 INTRA-CHAIN GLU B 380 OE2 ASP B 360 OD2 3.126 INTRA-CHAIN GLU B 380 OE2 ASP A 360 OD2 3.401 INTER-CHAIN GLU B 380 OE2 GLU B 375 OE1 2.954 INTRA-CHAIN GLU B 380 OE2 GLU B 375 OE2 2.712 INTRA-CHAIN GLU B 380 OE2 GLU B 384 OE1 4.169 INTRA-CHAIN GLU B 380 OE2 GLU B 384 OE2 5.011 INTRA-CHAIN GLU B 380 OE2 GLU B 385 OE2 2.836 INTRA-CHAIN GLU B 380 OE2 LYS B 392 NZ -1.238 INTRA-CHAIN GLU B 380 OE2 GLU B 396 OE1 4.604 INTRA-CHAIN GLU B 380 OE2 GLU B 396 OE2 4.412 INTRA-CHAIN GLU B 380 OE2 GLU B 423 OE1 4.039 INTRA-CHAIN GLU B 380 OE2 GLU B 423 OE2 3.496 INTRA-CHAIN GLU B 384 OE1 GLU B 380 OE1 4.116 INTRA-CHAIN GLU B 384 OE1 GLU B 380 OE2 4.169 INTRA-CHAIN GLU B 384 OE2 GLU B 380 OE1 4.782 INTRA-CHAIN GLU B 384 OE2 GLU B 380 OE2 5.011 INTRA-CHAIN GLU B 385 OE2 GLU B 380 OE1 2.839 INTRA-CHAIN GLU B 385 OE2 GLU B 380 OE2 2.836 INTRA-CHAIN LYS B 392 NZ GLU B 380 OE2 -1.238 INTRA-CHAIN GLU B 396 OE1 GLU B 380 OE1 3.786 INTRA-CHAIN GLU B 396 OE1 GLU B 380 OE2 4.604 INTRA-CHAIN GLU B 396 OE2 GLU B 380 OE1 3.595 INTRA-CHAIN GLU B 396 OE2 GLU B 380 OE2 4.412 INTRA-CHAIN GLU B 423 OE1 GLU B 380 OE1 3.871 INTRA-CHAIN GLU B 423 OE1 GLU B 380 OE2 4.039 INTRA-CHAIN GLU B 423 OE2 GLU B 380 OE1 3.309 INTRA-CHAIN GLU B 423 OE2 GLU B 380 OE2 3.496 INTRA-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | H| 352| A| E| 380| B| ---------------------------------------------------------- ********************************* Protrusion Index: GLU B 380 N 0.18 GLU B 380 CA 0.11 GLU B 380 C 0.17 GLU B 380 O 0.18 GLU B 380 CB 0.03 GLU B 380 CG -0.07 GLU B 380 CD -0.12 GLU B 380 OE1 -0.11 GLU B 380 OE2 -0.11 ********************************* Salt bridges: HIS A 352 GLU B 380 3.108 INTER-CHAIN ********************************* Van der Waal's Interactions: PHE A 351 CZ 2710 GLU B 380 OE2 6261 -0.013 INTER-CHAIN HIS A 352 NE2 2720 GLU B 380 OE2 6261 -0.095 INTER-CHAIN ASN A 355 ND2 2741 GLU B 380 OE2 6261 -0.009 INTER-CHAIN LEU B 376 CD2 6223 GLU B 380 OE2 6261 -0.031 INTRA-CHAIN GLU B 380 OE2 6261 TYR B 388 OH 6327 -1.944 INTRA-CHAIN GLU B 380 OE2 6261 ALA B 390 CB 6339 -0.066 INTRA-CHAIN GLU B 380 OE2 6261 THR B 391 CG2 6346 -0.050 INTRA-CHAIN