Structural features of residue 36 in chain E

*********************************
Electrostatic Interactions:
HIS A 211 ND1	ARG E 36 NH1	2.195	INTER-CHAIN
ARG A 214 NH1	ARG E 36 NH1	4.876	INTER-CHAIN
ARG A 214 NH1	ARG E 36 NH2	5.001	INTER-CHAIN
ARG A 214 NH2	ARG E 36 NH1	5.593	INTER-CHAIN
ARG A 214 NH2	ARG E 36 NH2	5.653	INTER-CHAIN
ARG A 423 NH1	ARG E 36 NH1	3.523	INTER-CHAIN
ARG A 423 NH1	ARG E 36 NH2	3.490	INTER-CHAIN
ARG A 423 NH2	ARG E 36 NH1	4.103	INTER-CHAIN
ARG A 423 NH2	ARG E 36 NH2	4.015	INTER-CHAIN
ARG E 36 NH1	ARG A 214 NH1	4.876	INTER-CHAIN
ARG E 36 NH1	ARG A 214 NH2	5.593	INTER-CHAIN
ARG E 36 NH1	ARG A 423 NH1	3.523	INTER-CHAIN
ARG E 36 NH1	ARG A 423 NH2	4.103	INTER-CHAIN
ARG E 36 NH2	HIS A 211 NE2	2.134	INTER-CHAIN
ARG E 36 NH2	ARG A 214 NH1	5.001	INTER-CHAIN
ARG E 36 NH2	ARG A 214 NH2	5.653	INTER-CHAIN
ARG E 36 NH2	ARG A 423 NH1	3.490	INTER-CHAIN
ARG E 36 NH2	ARG A 423 NH2	4.015	INTER-CHAIN

*********************************
Protrusion Index:
ARG E 36 N	0.30
ARG E 36 CA	0.24
ARG E 36 C	0.23
ARG E 36 O	0.30
ARG E 36 CB	0.29
ARG E 36 CG	0.44
ARG E 36 CD	0.62
ARG E 36 NE	0.54
ARG E 36 CZ	0.47
ARG E 36 NH1	0.53
ARG E 36 NH2	0.35

*********************************
Van der Waal's Interactions:
ARG E 36 NH2 5707	GLN A 282 NE2 2290	-0.050	INTER-CHAIN
ARG E 36 NH2 5707	LEU A 283 CD2 2298	-0.185	INTER-CHAIN
ARG E 36 NH2 5707	ASP A 288 OD2 2341	-0.607	INTER-CHAIN
ARG E 36 NH2 5707	LEU A 290 CD2 2357	-0.079	INTER-CHAIN
ARG E 36 NH2 5707	SER A 434 OG 3503	-0.009	INTER-CHAIN
ARG E 36 NH2 5707	THR A 436 CG2 3517	-0.016	INTER-CHAIN