Structural features of residue 105 in chain B
********************************* Electrostatic Interactions: LYS A 77 NZ LYS B 105 NZ 0.616 INTER-CHAIN GLU A 92 OE1 LYS B 105 NZ -1.509 INTER-CHAIN GLU A 92 OE2 LYS B 105 NZ -1.277 INTER-CHAIN GLU A 96 OE1 LYS B 105 NZ -1.535 INTER-CHAIN GLU A 96 OE2 LYS B 105 NZ -1.821 INTER-CHAIN GLU A 97 OE1 LYS B 105 NZ -1.735 INTER-CHAIN GLU A 97 OE2 LYS B 105 NZ -1.690 INTER-CHAIN GLU A 98 OE1 LYS B 105 NZ -1.303 INTER-CHAIN GLU A 98 OE2 LYS B 105 NZ -1.364 INTER-CHAIN GLU B 46 OE1 LYS B 105 NZ -1.146 INTRA-CHAIN GLU B 46 OE2 LYS B 105 NZ -1.277 INTRA-CHAIN LYS B 53 NZ LYS B 105 NZ 0.486 INTRA-CHAIN LYS B 100 NZ LYS B 105 NZ 0.443 INTRA-CHAIN LYS B 105 NZ GLU B 46 OE2 -1.277 INTRA-CHAIN LYS B 105 NZ LYS B 53 NZ 0.486 INTRA-CHAIN LYS B 105 NZ LYS A 77 NZ 0.616 INTER-CHAIN LYS B 105 NZ GLU A 92 OE2 -1.277 INTER-CHAIN LYS B 105 NZ GLU A 96 OE2 -1.821 INTER-CHAIN LYS B 105 NZ GLU A 97 OE2 -1.690 INTER-CHAIN LYS B 105 NZ GLU A 98 OE2 -1.364 INTER-CHAIN LYS B 105 NZ LYS B 100 NZ 0.443 INTRA-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | K| 105| B| N| 93| A| ---------------------------------------------------------- ********************************* Protrusion Index: LYS B 105 N 0.25 LYS B 105 CA 0.23 LYS B 105 C 0.18 LYS B 105 O 0.13 LYS B 105 CB 0.43 LYS B 105 CG 0.68 LYS B 105 CD 0.77 LYS B 105 CE 1.17 LYS B 105 NZ 1.24 ********************************* Van der Waal's Interactions: ILE A 95 CD1 749 LYS B 105 NZ 1919 -0.014 INTER-CHAIN ASN B 103 ND2 1902 LYS B 105 NZ 1919 -0.009 INTRA-CHAIN