Structural features of residue 170 in chain H

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Electrostatic Interactions:
HIS H 170 ND1	ARG L 114 NH1	2.669	INTER-CHAIN
HIS H 170 ND1	ASP L 171 OD1	-1.781	INTER-CHAIN
HIS H 170 ND1	ASP L 176 OD1	-2.691	INTER-CHAIN
HIS H 170 ND1	HIS L 204 NE2	1.579	INTER-CHAIN
HIS H 170 NE2	ARG L 114 NH1	2.993	INTER-CHAIN
HIS H 170 NE2	ASP L 171 OD1	-1.567	INTER-CHAIN
HIS H 170 NE2	ASP L 176 OD1	-3.018	INTER-CHAIN
HIS H 170 NE2	HIS L 204 ND1	0.705	INTER-CHAIN
HIS H 170 NE2	HIS L 204 NE2	1.686	INTER-CHAIN
ARG L 114 NH1	HIS H 170 NE2	2.993	INTER-CHAIN
ARG L 114 NH2	HIS H 170 NE2	2.650	INTER-CHAIN
ASP L 171 OD1	HIS H 170 ND1	-1.781	INTER-CHAIN
ASP L 171 OD2	HIS H 170 ND1	-1.893	INTER-CHAIN
ASP L 176 OD1	HIS H 170 ND1	-2.691	INTER-CHAIN
ASP L 176 OD2	HIS H 170 ND1	-2.669	INTER-CHAIN
HIS L 204 ND1	HIS H 170 NE2	1.586	INTER-CHAIN
HIS L 204 NE2	HIS H 170 ND1	0.702	INTER-CHAIN
HIS L 204 NE2	HIS H 170 NE2	1.686	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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|        N|      144|      L|         H|      170|      H|
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|        S|      180|      L|         H|      170|      H|
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Protrusion Index:
HIS H 170 N	0.22
HIS H 170 CA	0.23
HIS H 170 C	0.18
HIS H 170 O	0.14
HIS H 170 CB	0.12
HIS H 170 CG	0.17
HIS H 170 ND1	0.17
HIS H 170 CD2	0.15
HIS H 170 CE1	0.15
HIS H 170 NE2	0.16

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Van der Waal's Interactions:
GLY H 168 O 2901	HIS H 170 NE2 2918	-0.029	INTRA-CHAIN
HIS H 170 NE2 2918	ASP L 176 OD2 1342	-0.018	INTER-CHAIN
HIS H 170 NE2 2918	SER L 180 OG 1373	-0.933	INTER-CHAIN
HIS H 170 NE2 2918	SER H 186 OG 3032	-0.037	INTRA-CHAIN