Atomic interactions at the interface(s) of chain R  as defined by CSU[1] program

# Columns are (tab-delimited):
# 1. Residue 1 type
# 2. Residue 1 number (as in remediated PDB file)
# 3. Residue 1 chain
# 4. Residue 1 atom 
# 5. Residue 2 type
# 6. Residue 2 number (as in remediated PDB file)
# 7. Residue 2 chain
# 8. Residue 2 atom
# 9. Distance (Ang.)
#10. Contact surface area (Ang.^2)

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VAL	12	R	CG1	Y	31	L	OH	5.2	3.4
SER	17	R	CB	R	53	H	NH1	3.2	21.3
SER	17	R	OG	R	53	H	NH1	3.2	0.3
ILE	21	R	CG2	T	31	H	CG2	4.0	3.8
ILE	21	R	CD1	R	53	H	NE	4.0	18.6
GLN	25	R	CD	S	30	H	OG	3.7	1.6
GLN	25	R	OE1	S	30	H	OG	2.9	18.5
GLN	25	R	NE2	S	30	H	OG	3.7	7.9
HIS	27	R	CG	T	31	H	CG2	4.7	3.1
HIS	27	R	ND1	T	31	H	CG2	4.0	3.0
HIS	27	R	CD2	T	28	H	OG1	4.0	7.0
HIS	27	R	CE1	T	31	H	CG2	4.0	9.4
HIS	27	R	NE2	T	28	H	OG1	3.4	16.4
VAL	29	R	CG1	R	53	H	NH2	3.9	18.6
VAL	29	R	CG2	T	31	H	CG2	3.7	18.2
GLU	31	R	CB	F	32	H	CZ	4.0	16.4
GLU	31	R	CG	F	32	H	CE2	3.9	18.2
GLU	31	R	CD	D	103	H	OD2	5.4	0.9
GLU	31	R	OE1	D	103	H	OD2	4.7	6.8
GLU	31	R	O	R	53	H	NH2	4.7	0.9
TYR	32	R	CD2	F	101	H	CZ	4.5	7.2
TYR	32	R	CE2	F	101	H	CZ	4.6	5.2
TYR	32	R	O	F	101	H	CE1	3.6	17.7
ASP	33	R	N	R	53	H	NH2	4.1	2.6
ASP	33	R	CB	R	53	H	NH2	3.6	14.4
ASP	33	R	CG	G	99	H	CA	4.0	5.6
ASP	33	R	OD1	R	100	H	N	2.7	25.1
ASP	33	R	OD2	S	33	H	OG	2.7	22.3
ASP	33	R	O	R	53	H	NH1	3.6	15.4
PRO	34	R	CB	R	100	H	NH1	4.0	1.8
PRO	34	R	CG	R	100	H	CB	4.0	10.3
PRO	34	R	CD	F	101	H	CE1	3.7	19.7
PRO	34	R	C	R	100	H	NH1	3.8	0.2
PRO	34	R	O	R	100	H	NH1	3.1	14.6
THR	35	R	OG1	R	53	H	NH1	3.6	10.2
THR	35	R	C	R	100	H	NH1	4.4	0.4
THR	35	R	O	R	100	H	NH1	4.6	1.0
ILE	36	R	N	Y	50	H	OH	4.5	4.2
ILE	36	R	CB	T	57	H	CG2	4.0	4.9
ILE	36	R	CG1	R	100	H	NH1	3.6	14.4
ILE	36	R	CG2	Y	59	H	OH	3.7	11.4
ILE	36	R	CD1	Y	59	H	CE1	3.7	23.1
ILE	36	R	CD1	M	95	L	CE	4.7	6.1
GLU	37	R	N	T	57	H	OG1	3.3	1.6
GLU	37	R	CB	T	57	H	OG1	3.5	8.5
GLU	37	R	CG	K	56	H	CG	4.5	1.1
GLU	37	R	OE2	K	56	H	CE	3.4	21.7
GLU	37	R	C	K	56	H	CG	4.0	1.3
GLU	37	R	O	T	57	H	OG1	2.6	17.7
ASP	38	R	CB	T	54	H	OG1	3.7	1.6
ASP	38	R	CG	R	53	H	CB	3.9	11.0
ASP	38	R	OD1	S	52	H	OG	2.7	24.8
ASP	38	R	OD2	R	53	H	CB	3.8	8.7
ASP	38	R	C	K	56	H	CG	4.1	1.8
SER	39	R	N	T	54	H	OG1	3.1	5.7
SER	39	R	CB	K	56	H	CD	4.1	21.3
SER	39	R	O	T	54	H	CB	3.3	19.8
TYR	40	R	CD2	T	54	H	CG2	4.0	4.0
TYR	40	R	CE1	T	54	H	CG2	3.8	6.5
TYR	40	R	CE2	T	54	H	CG2	3.5	8.7
TYR	40	R	CZ	T	54	H	CG2	3.4	5.2
TYR	40	R	OH	R	53	H	CD	3.6	17.5
LEU	56	R	CD1	K	56	H	CE	4.2	14.1
ASP	57	R	OD2	R	53	H	NH1	4.4	1.9
GLN	61	R	NE2	R	100	H	NH2	4.0	10.5
GLN	61	R	CG	Y	31	L	OH	3.7	12.6
GLN	61	R	CD	Y	31	L	OH	3.7	7.0
GLN	61	R	OE1	V	91	L	CG2	3.4	21.7
GLN	61	R	NE2	Y	31	L	CE2	4.4	6.7
GLU	63	R	CB	V	91	L	CG2	4.0	9.9
GLU	63	R	CG	V	91	L	CG2	3.7	11.2
GLU	63	R	CD	Y	31	L	CE1	3.9	8.7
GLU	63	R	OE1	Y	31	L	OH	4.0	1.6
GLU	63	R	OE2	Y	31	L	CE1	3.4	14.7
TYR	64	R	CD2	Y	59	H	OH	5.2	0.9
TYR	64	R	CE1	R	100	H	NH2	3.6	6.1
TYR	64	R	CE2	Y	59	H	OH	5.4	1.8
TYR	64	R	CZ	R	100	H	NH2	3.3	3.8
TYR	64	R	OH	R	100	H	NH2	2.4	20.6
TYR	64	R	CE2	V	91	L	O	3.4	9.6
TYR	64	R	CZ	V	91	L	O	3.2	2.0
TYR	64	R	OH	V	91	L	O	2.4	20.1
MET	67	R	SD	Y	59	H	OH	5.1	0.7
MET	67	R	CE	Y	59	H	OH	4.2	9.6
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References:
1. Sobolev, V., Sorokine, A., Prilusky, J., Abola, E.E. and Edelman, M. (1999) Automated analysis of interatomic contacts in proteins. Bioinformatics, 15, 327-332.