Structural features of residue 385 in chain B
1 ASP B 385 OD1 -2.069 INTRA-CHAIN HIS B 99 NE2 ASP B 385 OD1 -1.871 INTRA-CHAIN ASP B 204 OD2 ASP B 385 OD1 2.789 INTRA-CHAIN ASP B 231 OD1 ASP B 385 OD1 4.799 INTRA-CHAIN ASP B 231 OD1 ASP B 385 OD2 4.422 INTRA-CHAIN ASP B 231 OD2 ASP B 385 OD1 4.992 INTRA-CHAIN ASP B 231 OD2 ASP B 385 OD2 4.886 INTRA-CHAIN GLU B 326 OE1 ASP B 385 OD2 2.703 INTRA-CHAIN GLU B 326 OE2 ASP B 385 OD2 3.142 INTRA-CHAIN HIS B 367 NE2 ASP B 385 OD1 -1.388 INTRA-CHAIN ASP B 385 OD1 HIS B 99 ND1 -2.069 INTRA-CHAIN ASP B 385 OD1 ASP B 204 OD2 2.789 INTRA-CHAIN ASP B 385 OD1 ASP B 231 OD1 4.799 INTRA-CHAIN ASP B 385 OD1 ASP B 231 OD2 4.992 INTRA-CHAIN ASP B 385 OD2 HIS B 99 ND1 -2.634 INTRA-CHAIN ASP B 385 OD2 ASP B 231 OD1 4.422 INTRA-CHAIN ASP B 385 OD2 ASP B 231 OD2 4.886 INTRA-CHAIN ASP B 385 OD2 GLU B 326 OE1 2.703 INTRA-CHAIN ASP B 385 OD2 HIS B 367 ND1 -1.456 INTRA-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | R| 389| A| D| 385| B| ---------------------------------------------------------- ********************************* Protrusion Index: ASP B 385 N 0.23 ASP B 385 CA 0.23 ASP B 385 C 0.16 ASP B 385 O 0.13 ASP B 385 CB 0.26 ASP B 385 CG 0.37 ASP B 385 OD1 0.41 ASP B 385 OD2 0.29 ********************************* Van der Waal's Interactions: LYS B 205 NZ 4724 ASP B 385 OD2 6056 -0.020 INTRA-CHAIN SER B 379 OG 6017 ASP B 385 OD2 6056 -0.008 INTRA-CHAIN SER B 380 OG 6023 ASP B 385 OD2 6056 -0.010 INTRA-CHAIN LEU B 381 CD2 6031 ASP B 385 OD2 6056 -0.041 INTRA-CHAIN GLY B 382 O 6035 ASP B 385 OD2 6056 -0.516 INTRA-CHAIN ALA B 384 CB 6048 ASP B 385 OD2 6056 -0.065 INTRA-CHAIN ASP B 385 OD2 6056 PHE B 386 CZ 6067 -0.009 INTRA-CHAIN ASP B 385 OD2 6056 ARG A 389 NH2 2873 -0.734 INTER-CHAIN