Structural features of residue 242 in chain E
********************************* Electrostatic Interactions: LYS B 115 NZ GLU E 242 OE2 -1.833 INTER-CHAIN ASP B 121 OD1 GLU E 242 OE1 2.894 INTER-CHAIN ASP B 121 OD2 GLU E 242 OE1 3.026 INTER-CHAIN GLU C 254 OE1 GLU E 242 OE1 4.369 INTER-CHAIN GLU C 254 OE1 GLU E 242 OE2 4.906 INTER-CHAIN GLU C 254 OE2 GLU E 242 OE1 3.894 INTER-CHAIN GLU C 254 OE2 GLU E 242 OE2 4.505 INTER-CHAIN LYS C 257 NZ GLU E 242 OE2 -2.449 INTER-CHAIN GLU C 259 OE1 GLU E 242 OE1 2.932 INTER-CHAIN GLU C 259 OE1 GLU E 242 OE2 3.000 INTER-CHAIN LYS C 260 NZ GLU E 242 OE2 -1.435 INTER-CHAIN LYS C 261 NZ GLU E 242 OE2 -4.641 INTER-CHAIN GLU E 74 OE1 GLU E 242 OE1 2.720 INTRA-CHAIN GLU E 74 OE1 GLU E 242 OE2 2.988 INTRA-CHAIN GLU E 74 OE2 GLU E 242 OE1 2.788 INTRA-CHAIN GLU E 74 OE2 GLU E 242 OE2 3.019 INTRA-CHAIN LYS E 128 NZ GLU E 242 OE2 -1.098 INTRA-CHAIN ASP E 150 OD1 GLU E 242 OE1 3.602 INTRA-CHAIN ASP E 150 OD2 GLU E 242 OE1 3.485 INTRA-CHAIN LYS E 241 NZ GLU E 242 OE2 -1.816 INTRA-CHAIN GLU E 242 OE1 GLU E 74 OE1 2.720 INTRA-CHAIN GLU E 242 OE1 GLU E 74 OE2 2.788 INTRA-CHAIN GLU E 242 OE1 LYS B 115 NZ -1.624 INTER-CHAIN GLU E 242 OE1 ASP B 121 OD2 3.026 INTER-CHAIN GLU E 242 OE1 LYS E 128 NZ -1.104 INTRA-CHAIN GLU E 242 OE1 ASP E 150 OD2 3.485 INTRA-CHAIN GLU E 242 OE1 LYS E 241 NZ -1.657 INTRA-CHAIN GLU E 242 OE1 GLU E 249 OE1 3.086 INTRA-CHAIN GLU E 242 OE1 GLU E 249 OE2 3.325 INTRA-CHAIN GLU E 242 OE1 GLU C 254 OE1 4.369 INTER-CHAIN GLU E 242 OE1 GLU C 254 OE2 3.894 INTER-CHAIN GLU E 242 OE1 LYS C 257 NZ -1.913 INTER-CHAIN GLU E 242 OE1 GLU C 259 OE1 2.932 INTER-CHAIN GLU E 242 OE1 LYS C 260 NZ -1.355 INTER-CHAIN GLU E 242 OE1 LYS C 261 NZ -4.605 INTER-CHAIN GLU E 242 OE1 LYS E 261 NZ -1.125 INTRA-CHAIN GLU E 242 OE1 ASP E 271 OD2 2.684 INTRA-CHAIN GLU E 242 OE2 GLU E 74 OE1 2.988 INTRA-CHAIN GLU E 242 OE2 GLU E 74 OE2 3.019 INTRA-CHAIN GLU E 242 OE2 LYS B 115 NZ -1.833 INTER-CHAIN GLU E 242 OE2 ASP E 121 OD2 2.988 INTRA-CHAIN GLU E 242 OE2 ASP B 121 OD2 3.426 INTER-CHAIN GLU E 242 OE2 LYS E 128 NZ -1.098 INTRA-CHAIN GLU E 242 OE2 ASP E 150 OD2 3.685 INTRA-CHAIN GLU E 242 OE2 LYS E 241 NZ -1.816 INTRA-CHAIN GLU E 242 OE2 GLU E 249 OE1 3.491 INTRA-CHAIN GLU E 242 OE2 GLU E 249 OE2 3.814 INTRA-CHAIN GLU E 242 OE2 GLU C 254 OE1 4.906 INTER-CHAIN GLU E 242 OE2 GLU C 254 OE2 4.505 INTER-CHAIN GLU E 242 OE2 LYS C 257 NZ -2.449 INTER-CHAIN GLU E 242 OE2 GLU C 259 OE1 3.000 INTER-CHAIN GLU E 242 OE2 LYS C 260 NZ -1.435 INTER-CHAIN GLU E 242 OE2 LYS C 261 NZ -4.641 INTER-CHAIN GLU E 249 OE1 GLU E 242 OE1 3.086 INTRA-CHAIN GLU E 249 OE1 GLU E 242 OE2 3.491 INTRA-CHAIN GLU E 249 OE2 GLU E 242 OE1 3.325 INTRA-CHAIN GLU E 249 OE2 GLU E 242 OE2 3.814 INTRA-CHAIN ASP E 271 OD2 GLU E 242 OE1 2.684 INTRA-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | Y| 112| A| E| 242| F| ---------------------------------------------------------- | Y| 112| B| E| 242| E| ---------------------------------------------------------- | K| 261| B| E| 242| F| ---------------------------------------------------------- | K| 261| C| E| 242| E| ---------------------------------------------------------- | K| 261| D| E| 242| A| ---------------------------------------------------------- | Y| 112| F| E| 242| A| ---------------------------------------------------------- | K| 261| F| E| 242| B| ---------------------------------------------------------- | Y| 112| E| E| 242| B| ---------------------------------------------------------- ********************************* Van der Waal's Interactions: TYR B 112 OH 2648 GLU E 242 OE2 1672 -0.137 INTER-CHAIN GLU E 242 OE2 1672 ASN E 245 ND2 1693 -0.009 INTRA-CHAIN GLU E 242 OE2 1672 LYS C 257 NZ 5745 -0.012 INTER-CHAIN GLU E 242 OE2 1672 LYS C 261 NZ 5780 -0.517 INTER-CHAIN