Structural features of residue 410 in chain F
********************************* Electrostatic Interactions: ASP B 359 OD1 GLU F 410 OE1 4.708 INTER-CHAIN ASP B 359 OD2 GLU F 410 OE1 4.729 INTER-CHAIN ASP B 363 OD1 GLU F 410 OE1 3.457 INTER-CHAIN ASP B 363 OD2 GLU F 410 OE1 3.701 INTER-CHAIN GLU B 366 OE1 GLU F 410 OE1 4.691 INTER-CHAIN GLU B 366 OE1 GLU F 410 OE2 5.169 INTER-CHAIN GLU B 366 OE2 GLU F 410 OE1 4.974 INTER-CHAIN GLU B 366 OE2 GLU F 410 OE2 5.585 INTER-CHAIN GLU B 401 OE2 GLU F 410 OE1 2.860 INTER-CHAIN GLU B 401 OE2 GLU F 410 OE2 2.821 INTER-CHAIN LYS B 405 NZ GLU F 410 OE2 -1.482 INTER-CHAIN LYS B 407 NZ GLU F 410 OE2 -1.597 INTER-CHAIN LYS B 417 NZ GLU F 410 OE2 -1.528 INTER-CHAIN ASP F 359 OD1 GLU F 410 OE1 4.708 INTRA-CHAIN ASP F 359 OD2 GLU F 410 OE1 4.729 INTRA-CHAIN GLU F 366 OE1 GLU F 410 OE1 4.691 INTRA-CHAIN GLU F 366 OE1 GLU F 410 OE2 5.169 INTRA-CHAIN GLU F 366 OE2 GLU F 410 OE1 4.974 INTRA-CHAIN GLU F 366 OE2 GLU F 410 OE2 5.585 INTRA-CHAIN GLU F 401 OE2 GLU F 410 OE1 2.860 INTRA-CHAIN GLU F 401 OE2 GLU F 410 OE2 2.821 INTRA-CHAIN LYS F 405 NZ GLU F 410 OE2 -1.482 INTRA-CHAIN LYS F 407 NZ GLU F 410 OE2 -1.597 INTRA-CHAIN GLU F 410 OE1 ASP F 359 OD2 4.729 INTRA-CHAIN GLU F 410 OE1 ASP B 359 OD2 4.729 INTER-CHAIN GLU F 410 OE1 ASP B 363 OD2 3.701 INTER-CHAIN GLU F 410 OE1 GLU B 366 OE1 4.691 INTER-CHAIN GLU F 410 OE1 GLU B 366 OE2 4.974 INTER-CHAIN GLU F 410 OE1 GLU F 366 OE1 4.691 INTRA-CHAIN GLU F 410 OE1 GLU F 366 OE2 4.974 INTRA-CHAIN GLU F 410 OE1 GLU F 401 OE2 2.860 INTRA-CHAIN GLU F 410 OE1 GLU B 401 OE2 2.860 INTER-CHAIN GLU F 410 OE1 LYS F 405 NZ -1.502 INTRA-CHAIN GLU F 410 OE1 LYS B 405 NZ -1.502 INTER-CHAIN GLU F 410 OE1 LYS F 407 NZ -1.332 INTRA-CHAIN GLU F 410 OE1 LYS B 407 NZ -1.332 INTER-CHAIN GLU F 410 OE1 LYS F 417 NZ -1.844 INTRA-CHAIN GLU F 410 OE1 LYS B 417 NZ -1.844 INTER-CHAIN GLU F 410 OE2 ASP F 359 OD2 4.038 INTRA-CHAIN GLU F 410 OE2 ASP B 359 OD2 4.038 INTER-CHAIN GLU F 410 OE2 ASP B 363 OD2 4.350 INTER-CHAIN GLU F 410 OE2 GLU B 366 OE1 5.169 INTER-CHAIN GLU F 410 OE2 GLU B 366 OE2 5.585 INTER-CHAIN GLU F 410 OE2 GLU F 366 OE1 5.169 INTRA-CHAIN GLU F 410 OE2 GLU F 366 OE2 5.585 INTRA-CHAIN GLU F 410 OE2 GLU F 401 OE2 2.821 INTRA-CHAIN GLU F 410 OE2 GLU B 401 OE2 2.821 INTER-CHAIN GLU F 410 OE2 LYS F 405 NZ -1.482 INTRA-CHAIN GLU F 410 OE2 LYS B 405 NZ -1.482 INTER-CHAIN GLU F 410 OE2 LYS F 407 NZ -1.597 INTRA-CHAIN GLU F 410 OE2 LYS B 407 NZ -1.597 INTER-CHAIN GLU F 410 OE2 LYS F 417 NZ -1.528 INTRA-CHAIN GLU F 410 OE2 LYS B 417 NZ -1.528 INTER-CHAIN LYS F 417 NZ GLU F 410 OE2 -1.528 INTRA-CHAIN ********************************* Protrusion Index: GLU F 410 N 0.11 GLU F 410 CA 0.17 GLU F 410 C 0.02 GLU F 410 O -0.15 GLU F 410 CB 0.11 GLU F 410 CG -0.14 GLU F 410 CD -0.13 GLU F 410 OE1 -0.08 GLU F 410 OE2 -0.10 ********************************* Van der Waal's Interactions: TYR B 408 OH 1433 GLU F 410 OE2 1449 -0.009 INTER-CHAIN PRO B 409 CD 1440 GLU F 410 OE2 1449 -0.038 INTER-CHAIN TYR F 408 OH 1433 GLU F 410 OE2 1449 -0.009 INTRA-CHAIN GLU F 410 OE2 1449 GLY B 413 O 1469 -0.029 INTER-CHAIN GLU F 410 OE2 1449 ARG F 414 NH2 1480 -0.030 INTRA-CHAIN GLU F 410 OE2 1449 ARG B 414 NH2 1480 -0.030 INTER-CHAIN