Structural features of residue 144 in chain H
********************************* Electrostatic Interactions: GLU H 140 OE1 LYS H 144 NZ -3.106 INTRA-CHAIN GLU H 140 OE2 LYS H 144 NZ -4.789 INTRA-CHAIN LYS H 141 NZ LYS H 144 NZ 0.504 INTRA-CHAIN LYS H 144 NZ GLU H 140 OE2 -4.789 INTRA-CHAIN LYS H 144 NZ LYS H 141 NZ 0.504 INTRA-CHAIN LYS H 144 NZ LYS I 141 NZ 0.528 INTER-CHAIN LYS H 144 NZ GLU I 145 OE2 -1.402 INTER-CHAIN LYS H 144 NZ GLU H 145 OE2 -1.590 INTRA-CHAIN LYS H 144 NZ LYS I 152 NZ 0.786 INTER-CHAIN GLU H 145 OE1 LYS H 144 NZ -1.375 INTRA-CHAIN GLU H 145 OE2 LYS H 144 NZ -1.590 INTRA-CHAIN LYS I 141 NZ LYS H 144 NZ 0.528 INTER-CHAIN GLU I 145 OE1 LYS H 144 NZ -1.694 INTER-CHAIN GLU I 145 OE2 LYS H 144 NZ -1.402 INTER-CHAIN LYS I 152 NZ LYS H 144 NZ 0.786 INTER-CHAIN ********************************* Salt bridges: GLU H 140 LYS H 144 3.178 INTRA-CHAIN ********************************* Van der Waal's Interactions: GLU H 140 OE2 1068 LYS H 144 NZ 1102 -0.620 INTRA-CHAIN LYS H 144 NZ 1102 ASP I 149 OD2 2589 -2.172 INTER-CHAIN LYS H 144 NZ 1102 ARG I 156 NH2 2645 -0.023 INTER-CHAIN GLY I 125 O 2409 LYS H 144 NZ 1102 -0.012 INTER-CHAIN