Structural features of residue 35 in chain J
********************************* Electrostatic Interactions: GLU H 201 OE2 GLU J 35 OE1 2.806 INTER-CHAIN GLU H 201 OE2 GLU J 35 OE2 2.865 INTER-CHAIN LYS I 116 NZ GLU J 35 OE2 -1.107 INTER-CHAIN GLU I 197 OE1 GLU J 35 OE1 3.537 INTER-CHAIN GLU I 197 OE1 GLU J 35 OE2 3.114 INTER-CHAIN GLU I 197 OE2 GLU J 35 OE1 3.156 INTER-CHAIN GLU I 197 OE2 GLU J 35 OE2 2.778 INTER-CHAIN GLU I 201 OE1 GLU J 35 OE1 4.731 INTER-CHAIN GLU I 201 OE1 GLU J 35 OE2 4.047 INTER-CHAIN GLU I 201 OE2 GLU J 35 OE1 4.598 INTER-CHAIN GLU I 201 OE2 GLU J 35 OE2 4.124 INTER-CHAIN GLU I 202 OE1 GLU J 35 OE1 3.279 INTER-CHAIN GLU I 202 OE1 GLU J 35 OE2 3.310 INTER-CHAIN GLU I 202 OE2 GLU J 35 OE1 3.020 INTER-CHAIN GLU I 202 OE2 GLU J 35 OE2 3.044 INTER-CHAIN GLU J 34 OE1 GLU J 35 OE1 4.292 INTRA-CHAIN GLU J 34 OE1 GLU J 35 OE2 5.284 INTRA-CHAIN GLU J 34 OE2 GLU J 35 OE1 3.785 INTRA-CHAIN GLU J 34 OE2 GLU J 35 OE2 4.559 INTRA-CHAIN GLU J 35 OE1 GLU J 34 OE1 4.292 INTRA-CHAIN GLU J 35 OE1 GLU J 34 OE2 3.785 INTRA-CHAIN GLU J 35 OE1 LYS K 41 NZ -1.113 INTER-CHAIN GLU J 35 OE1 GLU J 77 OE1 3.753 INTRA-CHAIN GLU J 35 OE1 GLU J 77 OE2 3.298 INTRA-CHAIN GLU J 35 OE1 LYS J 116 NZ -4.458 INTRA-CHAIN GLU J 35 OE1 ASP K 117 OD2 3.629 INTER-CHAIN GLU J 35 OE1 ASP J 117 OD2 4.069 INTRA-CHAIN GLU J 35 OE1 LYS I 192 NZ -1.143 INTER-CHAIN GLU J 35 OE1 GLU I 197 OE1 3.537 INTER-CHAIN GLU J 35 OE1 GLU I 197 OE2 3.156 INTER-CHAIN GLU J 35 OE1 GLU I 201 OE1 4.731 INTER-CHAIN GLU J 35 OE1 GLU I 201 OE2 4.598 INTER-CHAIN GLU J 35 OE1 GLU H 201 OE2 2.806 INTER-CHAIN GLU J 35 OE1 GLU I 202 OE1 3.279 INTER-CHAIN GLU J 35 OE1 GLU I 202 OE2 3.020 INTER-CHAIN GLU J 35 OE2 GLU J 34 OE1 5.284 INTRA-CHAIN GLU J 35 OE2 GLU J 34 OE2 4.559 INTRA-CHAIN GLU J 35 OE2 GLU J 77 OE1 3.179 INTRA-CHAIN GLU J 35 OE2 GLU J 77 OE2 2.837 INTRA-CHAIN GLU J 35 OE2 LYS I 116 NZ -1.107 INTER-CHAIN GLU J 35 OE2 LYS J 116 NZ -5.145 INTRA-CHAIN GLU J 35 OE2 ASP K 117 OD2 3.522 INTER-CHAIN GLU J 35 OE2 ASP J 117 OD2 4.204 INTRA-CHAIN GLU J 35 OE2 GLU I 197 OE1 3.114 INTER-CHAIN GLU J 35 OE2 GLU I 197 OE2 2.778 INTER-CHAIN GLU J 35 OE2 GLU I 201 OE1 4.047 INTER-CHAIN GLU J 35 OE2 GLU I 201 OE2 4.124 INTER-CHAIN GLU J 35 OE2 GLU H 201 OE2 2.865 INTER-CHAIN GLU J 35 OE2 GLU I 202 OE1 3.310 INTER-CHAIN GLU J 35 OE2 GLU I 202 OE2 3.044 INTER-CHAIN GLU J 77 OE1 GLU J 35 OE1 3.753 INTRA-CHAIN GLU J 77 OE1 GLU J 35 OE2 3.179 INTRA-CHAIN GLU J 77 OE2 GLU J 35 OE1 3.298 INTRA-CHAIN GLU J 77 OE2 GLU J 35 OE2 2.837 INTRA-CHAIN LYS J 116 NZ GLU J 35 OE2 -5.145 INTRA-CHAIN ASP J 117 OD1 GLU J 35 OE1 4.289 INTRA-CHAIN ASP J 117 OD2 GLU J 35 OE1 4.069 INTRA-CHAIN ASP K 117 OD1 GLU J 35 OE1 3.096 INTER-CHAIN ASP K 117 OD2 GLU J 35 OE1 3.629 INTER-CHAIN ********************************* Salt bridges: GLU J 35 LYS J 116 3.078 INTRA-CHAIN ********************************* Van der Waal's Interactions: TYR J 31 OH 4410 GLU J 35 OE2 4440 -0.021 INTRA-CHAIN THR J 32 CG2 4417 GLU J 35 OE2 4440 -0.052 INTRA-CHAIN GLU J 35 OE2 4440 TYR I 81 OH 2061 -0.014 INTER-CHAIN GLU J 35 OE2 4440 LYS J 116 NZ 5085 -0.930 INTRA-CHAIN GLU J 35 OE2 4440 ALA I 203 CB 3016 -0.015 INTER-CHAIN GLU J 35 OE2 4440 SER I 207 OG 3053 -0.317 INTER-CHAIN