Structural features of residue 97 in chain L
********************************* Electrostatic Interactions: GLU H 35 OE1 ASP L 97 OD2 5.399 INTER-CHAIN GLU H 35 OE2 ASP L 97 OD2 6.547 INTER-CHAIN GLU H 61 OE1 ASP L 97 OD2 2.890 INTER-CHAIN GLU H 61 OE2 ASP L 97 OD2 2.936 INTER-CHAIN ASP L 1 OD1 ASP L 97 OD1 3.066 INTRA-CHAIN ASP L 1 OD1 ASP L 97 OD2 2.756 INTRA-CHAIN ASP L 1 OD2 ASP L 97 OD1 2.713 INTRA-CHAIN GLU L 61 OE1 ASP L 97 OD2 3.155 INTRA-CHAIN GLU L 61 OE2 ASP L 97 OD2 2.912 INTRA-CHAIN ASP L 97 OD1 ASP L 1 OD1 3.066 INTRA-CHAIN ASP L 97 OD1 ASP L 1 OD2 2.713 INTRA-CHAIN ASP L 97 OD1 GLU H 35 OE1 5.859 INTER-CHAIN ASP L 97 OD1 GLU L 61 OE1 2.735 INTRA-CHAIN ASP L 97 OD1 GLU H 61 OE1 3.336 INTER-CHAIN ASP L 97 OD1 HIS L 98 ND1 -2.328 INTRA-CHAIN ASP L 97 OD2 ASP L 1 OD1 2.756 INTRA-CHAIN ASP L 97 OD2 GLU H 35 OE1 5.399 INTER-CHAIN ASP L 97 OD2 GLU L 61 OE1 3.155 INTRA-CHAIN ASP L 97 OD2 GLU H 61 OE1 2.890 INTER-CHAIN ASP L 97 OD2 HIS L 98 ND1 -1.954 INTRA-CHAIN HIS L 98 ND1 ASP L 97 OD1 -2.328 INTRA-CHAIN HIS L 98 NE2 ASP L 97 OD1 -2.105 INTRA-CHAIN ********************************* Hydrogen bonds: ---------------------------------------------------------- |Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2| ---------------------------------------------------------- | D| 97| L| N| 101| H| ---------------------------------------------------------- ********************************* Protrusion Index: ASP L 97 N -0.04 ASP L 97 CA -0.01 ASP L 97 C 0.02 ASP L 97 O 0.03 ASP L 97 CB -0.05 ASP L 97 CG -0.08 ASP L 97 OD1 -0.04 ASP L 97 OD2 -0.09 ********************************* Salt bridges: ASP L 97 HIS L 98 2.240 INTRA-CHAIN ********************************* Van der Waal's Interactions: GLU H 35 OE2 1949 ASP L 97 OD2 730 -0.017 INTER-CHAIN ALA L 40 CB 290 ASP L 97 OD2 730 -0.031 INTRA-CHAIN TYR L 42 OH 316 ASP L 97 OD2 730 -0.073 INTRA-CHAIN GLN L 95 NE2 714 ASP L 97 OD2 730 -0.149 INTRA-CHAIN ASP L 97 OD2 730 LEU L 102 CD2 773 -0.049 INTRA-CHAIN ASP L 97 OD2 730 PHE H 109 CZ 2565 -0.073 INTER-CHAIN