Structural features of residue 89 in chain E
********************************* Electrostatic Interactions: GLU C 160 OE1 ASP E 89 OD2 6.694 INTER-CHAIN GLU C 160 OE2 ASP E 89 OD2 5.283 INTER-CHAIN GLU D 62 OE1 ASP E 89 OD2 3.583 INTER-CHAIN GLU D 62 OE2 ASP E 89 OD2 3.752 INTER-CHAIN GLU D 153 OE1 ASP E 89 OD2 6.562 INTER-CHAIN GLU D 153 OE2 ASP E 89 OD2 5.641 INTER-CHAIN GLU D 156 OE1 ASP E 89 OD2 3.010 INTER-CHAIN GLU D 156 OE2 ASP E 89 OD2 2.716 INTER-CHAIN GLU D 160 OE1 ASP E 89 OD2 3.378 INTER-CHAIN GLU D 160 OE2 ASP E 89 OD2 3.608 INTER-CHAIN ASP E 89 OD1 GLU D 62 OE1 4.119 INTER-CHAIN ASP E 89 OD1 GLU D 138 OE1 2.769 INTER-CHAIN ASP E 89 OD1 GLU D 153 OE1 8.650 INTER-CHAIN ASP E 89 OD1 GLU D 156 OE1 3.221 INTER-CHAIN ASP E 89 OD1 GLU C 156 OE1 2.788 INTER-CHAIN ASP E 89 OD1 GLU C 160 OE1 6.211 INTER-CHAIN ASP E 89 OD1 GLU D 160 OE1 3.121 INTER-CHAIN ASP E 89 OD2 GLU D 62 OE1 3.583 INTER-CHAIN ASP E 89 OD2 GLU D 153 OE1 6.562 INTER-CHAIN ASP E 89 OD2 GLU D 156 OE1 3.010 INTER-CHAIN ASP E 89 OD2 GLU C 160 OE1 6.694 INTER-CHAIN ASP E 89 OD2 GLU D 160 OE1 3.378 INTER-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | R| 161| D| D| 89| E| ---------------------------------------------------------- ********************************* Salt bridges: ASP E 89 ARG E 91 3.121 INTRA-CHAIN ASP E 89 ARG D 161 2.858 INTER-CHAIN ********************************* Van der Waal's Interactions: GLN E 87 NE2 7277 ASP E 89 OD2 7294 -0.021 INTRA-CHAIN ASP E 89 OD2 7294 VAL D 158 CG2 6734 -0.018 INTER-CHAIN ASP E 89 OD2 7294 ARG D 161 NH2 6759 -0.309 INTER-CHAIN