Structural features of residue 35 in chain K
********************************* Electrostatic Interactions: LYS A 41 NZ GLU K 35 OE2 -1.065 INTER-CHAIN ASP A 117 OD1 GLU K 35 OE1 3.110 INTER-CHAIN ASP A 117 OD2 GLU K 35 OE1 3.658 INTER-CHAIN GLU I 201 OE2 GLU K 35 OE1 2.729 INTER-CHAIN GLU I 201 OE2 GLU K 35 OE2 2.788 INTER-CHAIN LYS J 116 NZ GLU K 35 OE2 -1.081 INTER-CHAIN GLU J 197 OE1 GLU K 35 OE1 3.578 INTER-CHAIN GLU J 197 OE1 GLU K 35 OE2 3.141 INTER-CHAIN GLU J 197 OE2 GLU K 35 OE1 3.207 INTER-CHAIN GLU J 197 OE2 GLU K 35 OE2 2.812 INTER-CHAIN GLU J 201 OE1 GLU K 35 OE1 4.964 INTER-CHAIN GLU J 201 OE1 GLU K 35 OE2 4.179 INTER-CHAIN GLU J 201 OE2 GLU K 35 OE1 4.800 INTER-CHAIN GLU J 201 OE2 GLU K 35 OE2 4.250 INTER-CHAIN GLU J 202 OE1 GLU K 35 OE1 3.325 INTER-CHAIN GLU J 202 OE1 GLU K 35 OE2 3.342 INTER-CHAIN GLU J 202 OE2 GLU K 35 OE1 3.068 INTER-CHAIN GLU J 202 OE2 GLU K 35 OE2 3.077 INTER-CHAIN GLU K 34 OE1 GLU K 35 OE1 4.312 INTRA-CHAIN GLU K 34 OE1 GLU K 35 OE2 5.302 INTRA-CHAIN GLU K 34 OE2 GLU K 35 OE1 3.788 INTRA-CHAIN GLU K 34 OE2 GLU K 35 OE2 4.556 INTRA-CHAIN GLU K 35 OE1 GLU K 34 OE1 4.312 INTRA-CHAIN GLU K 35 OE1 GLU K 34 OE2 3.788 INTRA-CHAIN GLU K 35 OE1 LYS A 41 NZ -1.144 INTER-CHAIN GLU K 35 OE1 GLU K 77 OE1 3.801 INTRA-CHAIN GLU K 35 OE1 GLU K 77 OE2 3.348 INTRA-CHAIN GLU K 35 OE1 LYS K 116 NZ -4.560 INTRA-CHAIN GLU K 35 OE1 ASP K 117 OD2 3.989 INTRA-CHAIN GLU K 35 OE1 ASP A 117 OD2 3.658 INTER-CHAIN GLU K 35 OE1 LYS J 192 NZ -1.156 INTER-CHAIN GLU K 35 OE1 GLU J 197 OE1 3.578 INTER-CHAIN GLU K 35 OE1 GLU J 197 OE2 3.207 INTER-CHAIN GLU K 35 OE1 GLU J 201 OE1 4.964 INTER-CHAIN GLU K 35 OE1 GLU J 201 OE2 4.800 INTER-CHAIN GLU K 35 OE1 GLU I 201 OE2 2.729 INTER-CHAIN GLU K 35 OE1 GLU J 202 OE1 3.325 INTER-CHAIN GLU K 35 OE1 GLU J 202 OE2 3.068 INTER-CHAIN GLU K 35 OE2 GLU K 34 OE1 5.302 INTRA-CHAIN GLU K 35 OE2 GLU K 34 OE2 4.556 INTRA-CHAIN GLU K 35 OE2 LYS A 41 NZ -1.065 INTER-CHAIN GLU K 35 OE2 GLU K 77 OE1 3.198 INTRA-CHAIN GLU K 35 OE2 GLU K 77 OE2 2.863 INTRA-CHAIN GLU K 35 OE2 LYS J 116 NZ -1.081 INTER-CHAIN GLU K 35 OE2 LYS K 116 NZ -5.124 INTRA-CHAIN GLU K 35 OE2 ASP K 117 OD2 4.152 INTRA-CHAIN GLU K 35 OE2 ASP A 117 OD2 3.552 INTER-CHAIN GLU K 35 OE2 GLU J 197 OE1 3.141 INTER-CHAIN GLU K 35 OE2 GLU J 197 OE2 2.812 INTER-CHAIN GLU K 35 OE2 GLU J 201 OE1 4.179 INTER-CHAIN GLU K 35 OE2 GLU J 201 OE2 4.250 INTER-CHAIN GLU K 35 OE2 GLU I 201 OE2 2.788 INTER-CHAIN GLU K 35 OE2 GLU J 202 OE1 3.342 INTER-CHAIN GLU K 35 OE2 GLU J 202 OE2 3.077 INTER-CHAIN GLU K 77 OE1 GLU K 35 OE1 3.801 INTRA-CHAIN GLU K 77 OE1 GLU K 35 OE2 3.198 INTRA-CHAIN GLU K 77 OE2 GLU K 35 OE1 3.348 INTRA-CHAIN GLU K 77 OE2 GLU K 35 OE2 2.863 INTRA-CHAIN LYS K 116 NZ GLU K 35 OE2 -5.124 INTRA-CHAIN ASP K 117 OD1 GLU K 35 OE1 4.260 INTRA-CHAIN ASP K 117 OD2 GLU K 35 OE1 3.989 INTRA-CHAIN ********************************* Salt bridges: GLU K 35 ARG J 204 2.942 INTER-CHAIN GLU K 35 LYS K 116 3.091 INTRA-CHAIN ********************************* Van der Waal's Interactions: TYR K 31 OH 5861 GLU K 35 OE2 5891 -0.019 INTRA-CHAIN GLU K 35 OE2 5891 ILE K 39 CD1 5925 -0.036 INTRA-CHAIN GLU K 35 OE2 5891 TYR J 81 OH 4805 -0.013 INTER-CHAIN GLU K 35 OE2 5891 LYS K 116 NZ 6536 -0.909 INTRA-CHAIN GLU K 35 OE2 5891 ARG J 204 NH2 5771 -0.017 INTER-CHAIN GLU K 35 OE2 5891 SER J 207 OG 5797 -0.372 INTER-CHAIN