Structural features of residue 380 in chain A

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Electrostatic Interactions:
ASP A 380 OD1	ASP B 331 OD1	2.845	INTER-CHAIN
ASP A 380 OD1	GLU B 334 OE1	3.173	INTER-CHAIN
ASP A 380 OD1	GLU A 386 OE1	3.570	INTRA-CHAIN
ASP A 380 OD1	ASP A 388 OD1	3.223	INTRA-CHAIN
ASP A 380 OD1	ASP A 388 OD2	3.094	INTRA-CHAIN
ASP A 380 OD2	GLU B 334 OE1	2.766	INTER-CHAIN
ASP A 380 OD2	GLU A 386 OE1	3.215	INTRA-CHAIN
ASP A 380 OD2	ASP A 388 OD1	2.743	INTRA-CHAIN
ASP A 380 OD2	ASP A 416 OD1	2.772	INTRA-CHAIN
GLU A 386 OE1	ASP A 380 OD2	3.215	INTRA-CHAIN
GLU A 386 OE2	ASP A 380 OD2	2.769	INTRA-CHAIN
ASP A 388 OD1	ASP A 380 OD1	3.223	INTRA-CHAIN
ASP A 388 OD1	ASP A 380 OD2	2.743	INTRA-CHAIN
ASP A 388 OD2	ASP A 380 OD1	3.094	INTRA-CHAIN
ASP A 416 OD1	ASP A 380 OD2	2.772	INTRA-CHAIN
ASP B 331 OD1	ASP A 380 OD1	2.845	INTER-CHAIN
GLU B 334 OE1	ASP A 380 OD2	2.766	INTER-CHAIN
GLU B 334 OE2	ASP A 380 OD2	3.005	INTER-CHAIN

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Hydrogen bonds:

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|Res1 type| Res1 No.| Chain1| Res2 type| Res2 No.| Chain2|
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|        Y|      333|      B|         D|      380|      A|
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Protrusion Index:
ASP A 380 N	0.48
ASP A 380 CA	0.81
ASP A 380 C	0.72
ASP A 380 O	0.89
ASP A 380 CB	0.98
ASP A 380 CG	1.00
ASP A 380 OD1	0.86
ASP A 380 OD2	1.11

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Van der Waal's Interactions:
MET A 376 CE 412	ASP A 380 OD2 443	-0.016	INTRA-CHAIN
THR A 377 CG2 419	ASP A 380 OD2 443	-0.157	INTRA-CHAIN
TYR B 333 OH 915	ASP A 380 OD2 443	-0.245	INTER-CHAIN