Contact Molecules for Homologous Proteins
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PID	QueryLength	Homolgous Sequence in PDB	UniProt Query	TITLE
4962	139	79	YP_009725306.1()
QUERYSEQ	AGNATEVPANSTVLSFCAFAVDAAKAYKDYLASGGQPITNCVKMLCTHTGTGQAITVTPEANMDQESFGGASCCLYCRCHIDHPNPKGFCDLKGKYVQIPTTCANDPVGFTLKNTVCTVCGMWKGYGCSCDQLREPMLQ

  [n]:site number of query sequence.  [a]:amino acid of query sequence.  [s]:predicted secondary structure.
  [e]:predicted exposed/buried.  [acc]:predicted relative accesssibility(%).  [pdb]:PDB code of homologous structure.
  [contact_mols]:predicted binding molecules  [observed aa]:Observed amino acids among homologous sequences.  [feature table]:UniProt Feature Table
  [variant]:UniProt Human Variant.

n	a	s	e	acc	pdb	contact_mols	observed aa	feature table	variant
1	A		e	139.3	7n0d_J	hetero R1AB_SARS2 nucleotide	A	DISORDER predicted by DISOPRED
2	G		e	97.6	7n0d_J	hetero R1AB_SARS2	G	DISORDER predicted by DISOPRED
3	N		e	95.8	7n0d_J	hetero R1AB_SARS2 precipitant	KSNTHAV	DISORDER predicted by DISOPRED
4	A		e	81.2	7n0d_J	hetero R1AB_SARS2	AQNPE	DISORDER predicted by DISOPRED
5	T		e	67.5	7n0d_J	hetero R1AB_SARS2	T	DISORDER predicted by DISOPRED
6	E		e	34.7	7n0d_J	hetero R1AB_SARS2	E	DISORDER predicted by DISOPRED
7	V		e	28.7	7n0d_J	hetero R1AB_SARS2	FVYHQEL
8	P	G	e	93.8	7n0d_J	hetero R1AB_SARS2	APV
9	A	G	e	64.3	7n0d_J		SAIDVT
10	N	G	b	0.6	7n0d_J		NA
11	S	H	e	48.4	7n0d_J	hetero R1AB_SARS2 precipitant	SV
12	T	H	e	63.6	7n0d_J	hetero R1AB_SARS2	SGTHA
13	V	H	b	0.7	7n0d_J		LIV
14	L	H	b	11.8	7n0d_J	hetero R1AB_SARS2	L
15	S	H	e	57.0	7n0d_J	hetero R1AB_SARS2	ST
16	F	H	e	46.4	7n0d_J	hetero R1AB_SARS2	LAFH
17	C	T	b	0.0	7n0d_J		CV
18	A	T	e	39.3	7n0d_J	hetero R1AB_SARS2	ASNT
19	F	S	e	90.0	7n0d_J	hetero R1AB_SARS2	F
20	A		e	25.9	7n0d_J	hetero R1AB_SARS2	AST
21	V	S	e	104.7	7n0d_J	hetero R1AB_SARS2	VP
22	D	S	e	54.3	7n0d_J	hetero R1AB_SARS2	D
23	A	H	b	2.7	7n0d_J		PA
24	A	H	b	8.9	7n0d_J		AKEGQP
25	K	H	e	58.0	7n0d_J	hetero R1AB_SARS2 precipitant	KADT
26	A	H	b	8.9	7n0d_J	hetero R1AB_SARS2 precipitant	TA
27	Y	H	b	0.0	7n0d_J		Y
28	K	H	e	36.3	7n0d_J		LKVCI
29	D	H	e	46.3	7n0d_J	hetero R1AB_SARS2 precipitant	DKE
30	Y	H	b	18.7	7n0d_J	hetero R1AB_SARS2 precipitant	YAF
31	L	H	e	23.0	7n0d_J		VLI
32	A	H	e	76.8	7n0d_J		KAQNDG
33	S	T	e	79.7	7n0d_J	hetero R1AB_SARS2 precipitant	SQARHN
34	G	T	e	72.6	7n0d_J	hetero R1AB_SARS2 precipitant	G
35	G		e	23.8	7n0d_J	precipitant	GAHMN
36	Q		e	71.4	7n0d_J		QKTAVSR
37	P		e	20.2	7n0d_J		P
38	I		b	2.9	7n0d_J	compound BDF XE0 precipitant	VIL
39	T		e	52.6	7n0d_J	compound BDF precipitant	TGSAIN
40	N		e	49.7	7n0d_J	hetero R1AB_SARS2 compound BDF precipitant	N
41	C		e	22.7	7n0d_J	hetero R1AB_SARS2 compound BDF precipitant	CY
42	V		e	52.0	7n0d_J	hetero R1AB_SARS2	VI
43	K	B	e	60.8	7n0d_J	hetero R1AB_SARS2 precipitant	K
44	M		e	29.5	7n0d_J	hetero R1AB_SARS2 precipitant	M
45	L		e	98.9	7n0d_J	hetero R1AB_SARS2 precipitant	L
46	C		e	22.0	7n0d_J	hetero R1AB_SARS2 precipitant	TCSA
47	T		e	76.0	7n0d_J	hetero R1AB_SARS2 precipitant	NPDTV
48	H	S	e	38.7	7n0d_J	precipitant	HGK
49	T		e	71.4	7n0d_J	precipitant	TASN
50	G	S	e	35.7	7n0d_J	precipitant	G
51	T		e	47.4	7n0d_J		TNS
52	G		b	14.3	7n0d_J		G
53	Q		e	27.0	7n0d_J	precipitant	QMIFLV
54	A	S	b	0.0	7n0d_J		A
55	I	E	e	30.4	7n0d_J	precipitant	IV
56	T	E	b	13.0	7n0d_J	metal CL precipitant	TS
57	V	S	e	72.0	7n0d_J	hetero R1AB_SARS2 metal CL precipitant	VNISACT
58	T	S	e	44.2	7n0d_J	hetero R1AB_SARS2 metal NA precipitant	KGTS
59	P		e	28.7	7n0d_J	hetero R1AB_SARS2 precipitant	PVI
60	E		e	29.6	7n0d_J	precipitant	EDS
61	A		b	1.8	7n0d_J		ASP
62	N		e	30.9	7n0d_J	precipitant	NTS
63	M	S	e	67.6	7n0d_J	precipitant	TAIMP
64	D	S	e	56.8	7n0d_J		DNQT
65	Q	E	b	6.1	7n0d_J		Q
66	E	E	b	17.1	7n0d_J	precipitant	DE
67	S	E	b	0.0	7n0d_J		ST
68	F	E	b	2.4	7n0d_J	compound BDF precipitant	YF
69	G	E	b	15.5	7n0d_J	hetero R1AB_SARS2	G
70	G	G	b	1.2	7n0d_J	hetero R1AB_SARS2	G
71	A	G	e	32.1	7n0d_J	hetero R1AB_SARS2	A
72	S	G	b	12.5	7n0d_J	hetero R1AB_SARS2	S
73	C	G	b	0.0	7n0d_J	precipitant	VCI
74	C		b	6.7	7n0d_J	metal ZN precipitant	C
75	L	H	b	1.1	7n0d_J	precipitant	LI
76	Y	H	b	16.5	7n0d_J	metal ZN precipitant	Y
77	C	H	b	8.7	7n0d_J	hetero R1AB_SARS2 metal ZN	C
78	R	H	b	8.7	7n0d_J	hetero R1AB_SARS2 compound XE0 precipitant	R
79	C	H	b	7.3	7n0d_J	hetero R1AB_SARS2 compound XE0 precipitant	ACS
80	H	T	e	80.1	7n0d_J	hetero R1AB_SARS2 precipitant	HR
81	I		e	25.1	7n0d_J	hetero R1AB_SARS2 compound XE0	VI
82	D		e	95.1	7n0d_J	hetero R1AB_SARS2 metal CL	EADP
83	H		e	22.0	7n0d_J	hetero R1AB_SARS2 metal ZN CL precipitant	H
84	P	S	e	73.6	7n0d_J	precipitant	P
85	N	S	e	33.9	7n0d_J	precipitant	DNSAGT
86	P	G	e	79.8	7n0d_J		VMPILA
87	K	G	e	86.8	7n0d_J		DSKT
88	G	G	e	47.6	7n0d_J	hetero R1AB_SARS2 metal CL	G
89	F		e	62.7	7n0d_J	hetero R1AB_SARS2 precipitant	FLVRY
90	C		b	15.3	7n0d_J	hetero R1AB_SARS2 metal ZN precipitant	C
91	D	S	e	65.4	7n0d_J	precipitant	KRQD
92	L	S	b	11.8	7n0d_J	hetero R1AB_SARS2 precipitant	LYF
93	K	T	e	62.7	7n0d_J	hetero R1AB_SARS2 precipitant	KR
94	G	T	e	84.5	7n0d_J	hetero R1AB_SARS2 precipitant	GT
95	K	S	e	42.0	7n0d_J	hetero R1AB_SARS2	KSR
96	Y	E	e	29.1	7n0d_J	hetero R1AB_SARS2	FYCW
97	V	E	b	0.0	7n0d_J		V
98	Q	E	b	0.0	7n0d_J		Q
99	I	E	b	0.0	7n0d_J		VI
100	P	E	b	3.9	7n0d_J		P
101	T	G	e	39.0	7n0d_J		LTIAV
102	T	G	e	85.1	7n0d_J	compound XE0 metal NA	GTHVQ
103	C	G	b	19.3	7n0d_J	hetero G1TTN1_RABIT compound XE0	CITGVAEKLSDFHMNPQRY
104	A	T	b	14.3	7n0d_J	hetero G1TTN1_RABIT precipitant	TVLAEDGIKPRSCFHMNQY
105	N	T	e	79.4	7n0d_J	compound XE0 metal NA precipitant	KNRQLADEFGIPSTVY
106	D		b	11.7	7n0d_J	compound XE0	D
107	P	H	b	3.9	7n0d_J	compound BDF precipitant	P
108	V	H	b	0.0	7n0d_J	precipitant	VI
109	G	H	b	0.0	7n0d_J	compound XE0	GRSL
110	F	H	b	3.3	7n0d_J	hetero G1SVW5_RABIT compound XE0 precipitant	FY
111	T	H	b	18.2	7n0d_J	hetero G1TVT6_RABIT G1SVW5_RABIT metal NA precipitant	CVTL
112	L	H	b	19.1	7n0d_J	hetero G1SVW5_RABIT metal NA precipitant	LI
113	K	H	e	60.4	7n0d_J	hetero G1SVW5_RABIT compound XE0 precipitant	ERTKQS
114	N		e	22.4	7n0d_J	metal NA precipitant	NH
115	T		e	56.5	7n0d_J	hetero G1SVW5_RABIT precipitant	TDVEKN
116	V	B	e	32.0	7n0d_J	hetero G1TVT6_RABIT precipitant	VP
117	C		b	7.3	7n0d_J	nucleotide metal ZN	C
118	T	T	e	89.0	7n0d_J	hetero G1TVT6_RABIT nucleotide	NTKQVA
119	V	T	e	82.7	7n0d_J	hetero G1TVT6_RABIT metal ZN	V
120	C	T	e	24.7	7n0d_J	hetero G1TVT6_RABIT metal ZN	C
121	G		e	26.2	7n0d_J	hetero G1TVT6_RABIT nucleotide	GQN
122	M	S	e	22.7	7n0d_J	hetero G1TVT6_RABIT nucleotide	CFMY
123	W	B	b	3.6	7n0d_J	hetero G1TVT6_RABIT precipitant	W
124	K	T	e	56.1	7n0d_J	hetero G1TTN1_RABIT G1SVW5_RABIT metal ZN	LIRKQV
125	G	T	e	92.9	7n0d_J	hetero G1TTN1_RABIT G1SVW5_RABIT	GDNTAS
126	Y	T	e	52.6	7n0d_J	hetero G1TTN1_RABIT compound XE0 precipitant	YNHG
127	G	T	e	42.9	7n0d_J	hetero G1TTN1_RABIT	GS
128	C		b	12.0	7n0d_J	metal ZN	C
129	S		e	85.9	7n0d_J	hetero G1SVW5_RABIT nucleotide	SNTMQAP
130	C		e	48.0	7n0d_J	hetero G1SVW5_RABIT metal ZN	C
131	D		e	119.1	7n0d_J	hetero G1TVT6_RABIT G1SVW5_RABIT	DS
132	Q	S	e	52.6	7jz0_B	hetero G1SVW5_RABIT	RSAQ
133	L		e	91.0	7jz0_B	hetero G1SVW5_RABIT nucleotide	L
134	R		e	94.9	7jz0_B	hetero G1TVT6_RABIT nucleotide precipitant	R
135	E		e	65.8	7jz0_B	hetero G1SVW5_RABIT precipitant	EQ
136	P		e	86.8	7jz0_B	hetero G1SVW5_RABIT nucleotide precipitant	PAI
137	M		e	92.3	7jz0_B	hetero G1TVT6_RABIT nucleotide	MAN
138	L		e	80.9	7jz0_B		LM
139	Q		e	137.8	7jz0_B		Q	DISORDER predicted by DISOPRED