Structural features of residue 35 in chain I
********************************* Electrostatic Interactions: GLU G 201 OE2 GLU I 35 OE1 2.780 INTER-CHAIN GLU G 201 OE2 GLU I 35 OE2 2.852 INTER-CHAIN LYS H 116 NZ GLU I 35 OE2 -1.108 INTER-CHAIN GLU H 197 OE1 GLU I 35 OE1 3.598 INTER-CHAIN GLU H 197 OE1 GLU I 35 OE2 3.154 INTER-CHAIN GLU H 197 OE2 GLU I 35 OE1 3.201 INTER-CHAIN GLU H 197 OE2 GLU I 35 OE2 2.808 INTER-CHAIN GLU H 201 OE1 GLU I 35 OE1 4.891 INTER-CHAIN GLU H 201 OE1 GLU I 35 OE2 4.108 INTER-CHAIN GLU H 201 OE2 GLU I 35 OE1 4.738 INTER-CHAIN GLU H 201 OE2 GLU I 35 OE2 4.171 INTER-CHAIN GLU H 202 OE1 GLU I 35 OE1 3.349 INTER-CHAIN GLU H 202 OE1 GLU I 35 OE2 3.351 INTER-CHAIN GLU H 202 OE2 GLU I 35 OE1 3.079 INTER-CHAIN GLU H 202 OE2 GLU I 35 OE2 3.065 INTER-CHAIN GLU I 34 OE1 GLU I 35 OE1 4.340 INTRA-CHAIN GLU I 34 OE1 GLU I 35 OE2 5.286 INTRA-CHAIN GLU I 34 OE2 GLU I 35 OE1 3.805 INTRA-CHAIN GLU I 34 OE2 GLU I 35 OE2 4.550 INTRA-CHAIN GLU I 35 OE1 GLU I 34 OE1 4.340 INTRA-CHAIN GLU I 35 OE1 GLU I 34 OE2 3.805 INTRA-CHAIN GLU I 35 OE1 LYS J 41 NZ -1.147 INTER-CHAIN GLU I 35 OE1 GLU I 77 OE1 3.774 INTRA-CHAIN GLU I 35 OE1 GLU I 77 OE2 3.321 INTRA-CHAIN GLU I 35 OE1 LYS I 116 NZ -4.492 INTRA-CHAIN GLU I 35 OE1 ASP I 117 OD2 4.081 INTRA-CHAIN GLU I 35 OE1 ASP J 117 OD2 3.623 INTER-CHAIN GLU I 35 OE1 LYS H 192 NZ -1.157 INTER-CHAIN GLU I 35 OE1 GLU H 197 OE1 3.598 INTER-CHAIN GLU I 35 OE1 GLU H 197 OE2 3.201 INTER-CHAIN GLU I 35 OE1 GLU H 201 OE1 4.891 INTER-CHAIN GLU I 35 OE1 GLU H 201 OE2 4.738 INTER-CHAIN GLU I 35 OE1 GLU G 201 OE2 2.780 INTER-CHAIN GLU I 35 OE1 GLU H 202 OE1 3.349 INTER-CHAIN GLU I 35 OE1 GLU H 202 OE2 3.079 INTER-CHAIN GLU I 35 OE2 GLU I 34 OE1 5.286 INTRA-CHAIN GLU I 35 OE2 GLU I 34 OE2 4.550 INTRA-CHAIN GLU I 35 OE2 LYS J 41 NZ -1.058 INTER-CHAIN GLU I 35 OE2 GLU I 77 OE1 3.175 INTRA-CHAIN GLU I 35 OE2 GLU I 77 OE2 2.840 INTRA-CHAIN GLU I 35 OE2 LYS I 116 NZ -5.024 INTRA-CHAIN GLU I 35 OE2 LYS H 116 NZ -1.108 INTER-CHAIN GLU I 35 OE2 ASP I 117 OD2 4.295 INTRA-CHAIN GLU I 35 OE2 ASP J 117 OD2 3.528 INTER-CHAIN GLU I 35 OE2 GLU H 197 OE1 3.154 INTER-CHAIN GLU I 35 OE2 GLU H 197 OE2 2.808 INTER-CHAIN GLU I 35 OE2 GLU H 201 OE1 4.108 INTER-CHAIN GLU I 35 OE2 GLU H 201 OE2 4.171 INTER-CHAIN GLU I 35 OE2 GLU G 201 OE2 2.852 INTER-CHAIN GLU I 35 OE2 GLU H 202 OE1 3.351 INTER-CHAIN GLU I 35 OE2 GLU H 202 OE2 3.065 INTER-CHAIN GLU I 77 OE1 GLU I 35 OE1 3.774 INTRA-CHAIN GLU I 77 OE1 GLU I 35 OE2 3.175 INTRA-CHAIN GLU I 77 OE2 GLU I 35 OE1 3.321 INTRA-CHAIN GLU I 77 OE2 GLU I 35 OE2 2.840 INTRA-CHAIN LYS I 116 NZ GLU I 35 OE2 -5.024 INTRA-CHAIN ASP I 117 OD1 GLU I 35 OE1 4.306 INTRA-CHAIN ASP I 117 OD2 GLU I 35 OE1 4.081 INTRA-CHAIN LYS J 41 NZ GLU I 35 OE2 -1.058 INTER-CHAIN ASP J 117 OD1 GLU I 35 OE1 3.089 INTER-CHAIN ASP J 117 OD2 GLU I 35 OE1 3.623 INTER-CHAIN ********************************* Salt bridges: GLU I 35 LYS I 116 3.152 INTRA-CHAIN ********************************* Van der Waal's Interactions: TYR I 31 OH 1666 GLU I 35 OE2 1696 -0.019 INTRA-CHAIN THR I 32 CG2 1673 GLU I 35 OE2 1696 -0.058 INTRA-CHAIN GLU I 35 OE2 1696 ILE I 39 CD1 1730 -0.038 INTRA-CHAIN GLU I 35 OE2 1696 TYR H 81 OH 610 -0.015 INTER-CHAIN GLU I 35 OE2 1696 LYS I 116 NZ 2341 -0.814 INTRA-CHAIN GLU I 35 OE2 1696 ALA H 203 CB 1565 -0.017 INTER-CHAIN GLU I 35 OE2 1696 ARG H 204 NH2 1576 -0.015 INTER-CHAIN GLU I 35 OE2 1696 SER H 207 OG 1602 -0.301 INTER-CHAIN