HOMCOS:

#WARNING:no index is registered index "YP_009725308.1" in "https://rest.uniprot.org/uniprotkb/" url "https://rest.uniprot.org/uniprotkb/YP_009725308.1.txt".
Please visit the UniProt website(https://www.uniprot.org), and get a proper ID/AC for your query protein.

		Contact Molecules for Homologous Proteins
[Summary Bars]	[Full Bars]	Site Table[0 %]	[Back to Search Page]	[Back to HOMCOS]
[Sites by Variants]	[SupCon3D]	[help]	seq_id(%): [0] [30] [40] [50] [60] [70] [80] [90] [95] [100]	[show] [download] [help]

PID

QueryLength

Homolgous Sequence in PDB

UniProt Query

TITLE

13010

601

170

YP_009725308.1()

QUERYSEQ

AVGACVLCNSQTSLRCGACIRRPFLCCKCCYDHVISTSHKLVLSVNPYVCNAPGCDVTDVTQLYLGGMSYYCKSHKPPISFPLCANGQVFGLYKNTCVGSDNVTDFNAIATCDWTNAGDYILANTCTERLKLFAAETLKATEETFKLSYG
IATVREVLSDRELHLSWEVGKPRPPLNRNYVFTGYRVTKNSKVQIGEYTFEKGDYGDAVVYRGTTTYKLNVGDYFVLTSHTVMPLSAPTLVPQEHYVRITGLYPTLNISDEFSSNVANYQKVGMQKYSTLQGPPGTGKSHFAIGLALYYP
SARIVYTACSHAAVDALCEKALKYLPIDKCSRIIPARARVECFDKFKVNSTLEQYVFCTVNALPETTADIVVFDEISMATNYDLSVVNARLRAKHYVYIGDPAQLPAPRTLLTKGTLEPEYFNSVCRLMKTIGPDMFLGTCRRCPAEIVD
TVSALVYDNKLKAHKDKSAQCFKMFYKGVITHDVSSAINRPQIGVVREFLTRNPAWRKAVFISPYNSQNAVASKILGLPTQTVDSSQGSEYDYVIFTQTTETAHSCNVNRFNVAITRAKVGILCIMSDRDLYDKLQFTSLEIPRRNVATL
Q

[BLAST file for PDB] (plain) (bar) (multiple alignment) [BLAST for UniProt: (plain) (bar) (multiple alignment) (PSSM file) ]

  [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.


AS
VA
G
ALSVMT
C
V
VL
C
NGSH
S
Q
T
SVI
L
R
C
G
DSATNG
C
IL
R
RK
P
FLM
L
C
CT
K
C
CA
Y
D
H
V
MIFV
SGAH
T
DTSKNP
H
K
FLYMN
VI
LM
SA
VI
TSN
P
Y
VI
C
NSC
ASQFNT
PSN
GDNS
C
DGN
VE
NSAT
D
V
TK
KQ
L
YF
L
G
G
ML
SN
Y
YFW
C
EVKGMHINRT
DNSE
H
KR
P
QPHRVK
LIYC
SA
FI
PK
L
CV
ASM
NAS
G
NMQLT
VI
F
G
LI
Y
KR
NQSA
SMTNI
CA
TVAL
G
S
PEDLMS
DNYSA
VI
DETAM
DVE
F
N
RKAQST
LI
AS
TSV
CST
DKN
W
TS
DNET
VSAI
GDEKRS
DP
Y
IKVTR
L
A
N
TDERN
CVAT
TKVI
ED
RSPT
L
KR
LRI
F
A
A
E
T
LVIQ
KR
A
TK
E
E
SATLN
VFSHA
K
QSL
SQEAC
YF
AG
SIYCF
A
TVE
IVL
KRHQ
E
VI
VLI
SG
DPE
RK
E
LI
ILVH
L
SKVQCL
W
E
VASTIP
GS
KR
PVTAS
KR
P
P
L
NS
RK
N
YS
V
F
T
GC
YF
HQR
IFVL
TS
KRNS
NDT
STG
K
VFTI
QV
LIV
G
ED
YF
VTI
F
ED
KRQ
GSVIAL
ED
YLG
GTNSK
DN
AGVTS
V
YTSVN
Y
RK
SAGT
TS
TASV
T
YTA
K
L
SVANTQ
VPI
G
DM
IVYL
F
VI
L
T
S
H
NSTA
V
AQSMV
PSNT
L
SRIKQ
AS
P
TI
LIM
VACIL
PN
Q
EQ
RKNHT
YF
SIVNLT
RTKS
IFL
TVSHYA
KGSN
LVI
YHR
PSAL
ATVNLS
FLVIMA
NTMSADEFGIKLPQRV
VIADEFGKLNPQRST
PSAHDEFGIKLNQRTV
EDAGLS
AETCSDGL
FY
ASQVN
NST
NLH
VI
PAV
NYLH
YF
QH
LKHMR
IVA
G
KMLF
QKES
KRD
YAIFRL
TACSV
TFL
IVL
QMLHI
G
PM
P
G
TS
G
K
TS
HTE
FCVAYL
VAEIS
IYMV
GIKQDN
LIKT
AYGIDS
LTVKIA
YAVTS
YSQKF
PERACSY
GSNTAQ
ANKS
RK
VIF
VLA
YFLV
TCIV
AS
PCYA
STA
HN
ASRK
AL
VA
DGQ
ASDNH
LMI
CDL
EIQAV
KA
AGILDEFKNPQRSTVY
LMWFAYHSVDEGIKNPQRT
KDETAFGILNPQRSVY
FHIKYANVDEGLPQRST
LYFKADEGINPQRSTV
NVRSPKADEFGILQTY
HIVLNS
DNPTA
DKGAVR
CATS
TVSQ
RVKS
IVY
VISK
PAK
AYNQES
RKNYEI
ADILVT
RSNT
VTFNI
EYKCDN
CSKFRAEGLV
YFNAEGLSV
DNSPTAEGLV
KGDERVQAFILNPST
FYNW
KP
VILPKSA
NVDW
SDNE
TAKSNV
STYNDGL
AKDVMERCS
QSKTVAEGL
YAIV
LVTMSI
FLT
CSGLT
TLN
IVHAP
NEG
ATG
LV
PNC
EFTR
IKHGNTVLCAM
HDKASNTV
FASGTCV
DACT
IVYHT
VLIC
IVL
VLIFA
D
E
VACIDEGKLNPQRST
SAGTDEIKLNPQRV
MQLADEGIKNPRSTV
ACILS
TSVPQAEGKL
NEQPLAGKSTV
YLIHNPAGS
DESVTP
LMIAGS
SITPA
VKCINLFM
IASWV
NIPLADEGKRSTV
LGSAQP
RPSCLVAK
LVIMTY
RKGSTN
AYGFEPC
KNPSTRQ
HKQRVY
VICFY
VIF
LYMF
VLAI
G
D
PH
ARQYFLKN
Q
L
PDALEFGIKNQRSTVY
AVSGPEKLT
PKEADFGILNQRSTV
RVNSTADEFGIKLPQ
TVDYL
LVAKGHIM
LIANMS
SHTRGNAEKLV
KLRTADEGINPQSV
GVARSK
ATSGHVY
LFQAM
ESAKDVQ
PYEGRSL
SDELGKNRIQV
YDLTSHN
FYRTGS
NKSQTADEGILPRV
SVTLYADEFGIKNPQR
VMFLIADEGKNPQRSTY
TCFEVADGIKLPRS
RKEYPQN
LKRI
MVQHLF
KCQPEV
NAECLFKTV
LSACHIYGFV
GVTNKSYAEL
PAQDNEGKLSTV
DEKGSQVALT
RILMAVKEGST
FMTYVLAEGKS
LAEGKSTV
STGHKALDEFINPQRVY
TIKVQANEGLS
CQYAEGKLSTV
YRAEGKLSTV
RM
CM
PHADEGIKLNQRSTV
PAKGQSE
EDQAN
I
VLTRSAEGK
DSTNRHEKAGLV
TLFAWEGKSV
VPSFAEGKLT
SNAEGKLTV
KAEFTDGILNPQRSV
LAKQMDEGINPRSTV
VFIMADEGKLNPQRST
YF
DENH
NGLSK
KQWEAR
LFV
KVETIS
APD
GHKVYSN
KNTPDSH
DEPSNV
SDAEVIMKNT
SANTE
GAKVDESR
QRHSKELM
CILVT
FDLQY
KPFQ
VDMHIC
FLYAIVW
FHYAPVCE
KGRYEN
GN
DSILEKNQVG
VALQERTI
TGKQES
HIVCLQS
DEIHN
ESVTNA
SGERMN
SD
ASQWRT
IVCYFQ
NS
RLNKIM
PGIDEQRKT
QEDN
LIVAP
EYGNSDH
FVQLEKMI
VYI
KRVIDHSN
EQLRKMDAST
FLKTV
LIVT
AKTLNCHIV
RKAHM
NILFY
PNQTKS
AEPTKNSLRV
WLDEG
KRSEVAHNQ
KDSIENAFGLPQRTV
AIGSDEFKLNPQRTV
VAGT
FVLIADEGKPRST
IL
STCA
PN
Y
NRK
SKLQYA
QMADEFGIKLNPRSTV
NQVGRADEFIKLPST
AYSMTQFDEGIKLNPRV
VLKEFRADGINPQST
AISKDEFGLNPQRTV
KRNSVEYAGDFILPQT
KRPES
VIMHLF
LIPSV
GDET
LIV
QEKDNPTAGLSV
ITVNADEGKLS
QAGKN
TS
VI
DE
SGQ
SFA
Q
G
SQRK
ET
YKF
DKEQP
YVHAIF
VITA
IF
FYVIL
STVCA
QLVRTE
TKLVN
GSART
DENSQY
TSVI
AGKNQ
HF
ALSTNG
SQIACLNVT
NVED
VIDPFSAL
NR
R
FAILM
NI
V
AG
IVLM
TS
R
AS
KRTQADEGILPSV
KSVHIR
SGA
ILV
LIF
CVI
IV
MGI
SGCTR
DNSQ
RMQKS
TDQAESV
LM
FY
DES
SAKNIL
L
KEQND
F
TIYAFGL
ETSPAGL
LFIV
KETDSP
LIVMADEGKNPRST
DPKSAEFGILNQRTVY
KRDHAEFGILNPQSTVY
IRALDEFGKNPQSTVY
NQSD
VNL
AGHQP
TSR
LS
Q

n	a	s	e	acc	pdb	contact_mols	observed aa	feature table	variant
1	A		e	77.7	7cxm_H	hetero R1AB_SARS2	AS	DISORDER predicted by DISOPRED
2	V		e	49.3	7cxm_H	hetero R1AB_SARS2	VA
3	G	E	b	14.3	7cxm_H		G
4	A	E	e	42.9	7cxm_H		ALSVMT
5	C		b	0.7	7cxm_H	metal ZN	C
6	V	T	e	27.3	7cxm_H	compound JFM VWY VVJ S9S RY4	V
7	L	T	b	12.9	7cxm_H	metal ZN	VL
8	C	T	b	12.7	7cxm_H	metal ZN	C
9	N		e	73.3	7cxm_H	compound S7G homo	NGSH
10	S		b	7.8	7cxm_H	metal ZN	S
11	Q	E	e	43.4	7cxm_H	hetero R1AB_SARS2 homo	Q
12	T	E	b	0.0	7cxm_H		T
13	S		b	2.3	7cxm_H	hetero R1AB_SARS2	SVI
14	L	E	b	0.0	7cxm_H		L
15	R	E	e	24.5	7cxm_H	compound VW7	R
16	C		b	0.0	7cxm_H	metal ZN	C
17	G	T	b	15.5	7cxm_H		G
18	A	T	e	33.9	7cxm_H	metal ZN	DSATNG
19	C	S	b	6.0	7cxm_H	metal ZN	C
20	I	S	e	53.8	7cxm_H		IL
21	R	S	e	20.6	7cxm_H	compound JFM VWY VW7 S9S RY4	R
22	R		e	39.1	7cxm_H	compound VW7	RK
23	P		b	11.6	7cxm_H	compound JFM VWY VVJ S9S RY4	P
24	F	E	e	23.9	7cxm_H		FLM
25	L	E	b	0.0	7cxm_H		L
26	C		b	0.0	7cxm_H	metal ZN	C
27	C	H	b	0.7	7cxm_H		CT
28	K	H	e	23.6	7cxm_H		K
29	C	H	b	1.3	7cxm_H	metal ZN	C
30	C	H	b	0.7	7cxm_H		CA
31	Y	H	e	21.3	7cxm_H		Y
32	D	H	e	27.2	7cxm_H		D
33	H	H	b	0.5	7cxm_H	metal ZN	H
34	V	H	b	4.0	7cxm_H		V
35	I	T	e	62.6	7cxm_H		MIFV
36	S	T	e	42.2	7cxm_H		SGAH
37	T	S	e	24.7	7cxm_H		T
38	S	S	e	75.8	7cxm_H		DTSKNP
39	H		b	8.4	7cxm_H	metal ZN	H
40	K		e	32.5	7cxm_H		K
41	L		b	18.5	7cxm_H		FLYMN
42	V		b	0.7	7cxm_H		VI
43	L	B	e	20.8	7cxm_H		LM
44	S	S	b	12.5	7cxm_H	hetero R1AB_SARS2	SA
45	V	S	e	62.7	7cxm_H	hetero R1AB_SARS2 compound 1N7	VI
46	N	S	e	54.5	7cxm_H	hetero R1AB_SARS2 compound 1N7	TSN
47	P	B	e	51.9	7cxm_H		P
48	Y		b	2.2	7cxm_H	hetero R1AB_SARS2	Y
49	V	S	e	28.7	7cxm_H		VI
50	C		b	7.3	7cxm_H	metal ZN	C
51	N		e	68.5	7cxm_H		NSC
52	A	S	b	5.4	7cxm_H	compound UVJ metal ZN	ASQFNT
53	P	T	e	97.7	7cxm_H	hetero R1AB_SARS2 compound UVJ homo	PSN
54	G	T	e	81.0	7cxm_H	hetero R1AB_SARS2 homo	GDNS
55	C		b	10.7	7cxm_H	metal ZN	C
56	D		e	81.5	7cxm_H	homo	DGN
57	V		e	39.3	7cxm_H	metal ZN	VE
58	T		e	39.6	7cxm_H		NSAT
59	D		b	11.7	7cxm_H		D
60	V	G	b	0.7	7cxm_H		V
61	T	G	e	63.6	7cxm_H		TK
62	Q	G	b	11.2	7cxm_H		KQ
63	L		b	0.6	7cxm_H		L
64	Y	E	e	27.8	7cxm_H		YF
65	L	E	b	18.5	7cxm_H	hetero R1AB_SARS2 compound 1N7	L
66	G		b	8.3	7cxm_H	hetero R1AB_SARS2	G
67	G	S	e	71.4	7cxm_H	hetero R1AB_SARS2 nucleotide compound 1N7	G
68	M	S	e	81.6	7cxm_H	hetero R1AB_SARS2 nucleotide compound 1N7	ML
69	S	S	e	20.3	7cxm_H		SN
70	Y	E	b	13.5	7cxm_H	hetero R1AB_SARS2 compound 1N7	Y
71	Y	E	e	28.3	7cxm_H	compound UVJ	YFW
72	C		b	0.0	7cxm_H	metal ZN	C
73	K	S	e	59.0	7cxm_H		EVKGMHINRT
74	S	S	e	62.5	7cxm_H	hetero R1AB_SARS2 metal ZN	DNSE
75	H	S	e	38.7	7cxm_H	hetero R1AB_SARS2 compound UVJ metal ZN homo	H
76	K		e	43.4	7cxm_H		KR
77	P		e	21.7	7cxm_H	nucleotide compound UVJ	P
78	P	S	e	98.4	7cxm_H	hetero R1AB_SARS2 nucleotide	QPHRVK
79	I	S	e	74.9	7cxm_H	hetero R1AB_SARS2 nucleotide	LIYC
80	S		b	14.8	7cxm_H	hetero R1AB_SARS2	SA
81	F		e	52.2	7cxm_H	hetero R1AB_SARS2 compound 1N7 VVG	FI
82	P	B	e	45.0	7cxm_H	compound VVG	PK
83	L	S	b	1.7	7cxm_H	compound VVG	L
84	C	S	b	17.3	7cxm_H		CV
85	A	B	e	23.2	7cxm_H	compound VVG	ASM
86	N	T	e	88.5	7cxm_H		NAS
87	G	T	e	26.2	7cxm_H		G
88	Q	B	e	30.6	7cxm_H	compound VVG	NMQLT
89	V		b	0.0	7cxm_H		VI
90	F	S	e	38.3	7cxm_H	hetero R1AB_SARS2 compound 1N7 VVG	F
91	G		b	15.5	7cxm_H	hetero R1AB_SARS2	G
92	L	S	e	51.1	7cxm_H	hetero R1AB_SARS2 compound 1N7	LI
93	Y	S	e	46.1	7cxm_H	hetero R1AB_SARS2 homo	Y
94	K	S	e	25.0	7cxm_H	hetero R1AB_SARS2 compound 1N7	KR
95	N	S	e	83.6	7cxm_H	hetero R1AB_SARS2 homo	NQSA
96	T	S	e	54.5	7cxm_H	hetero R1AB_SARS2 homo	SMTNI
97	C		b	7.3	7cxm_H		CA
98	V		e	61.3	7cxm_H	metal ZN	TVAL
99	G		b	15.5	7cxm_H	metal ZN	G
100	S		e	30.5	7cxm_H	metal ZN	S
101	D	S	e	91.4	7cxm_H		PEDLMS
102	N		e	61.2	7cxm_H		DNYSA
103	V	H	b	12.7	7cxm_H		VI
104	T	H	e	66.2	7cxm_H		DETAM
105	D	H	b	19.1	7cxm_H		DVE
106	F	H	b	0.0	7cxm_H	metal ZN	F
107	N	H	b	12.7	7cxm_H		N
108	A	H	e	31.2	7cxm_H		RKAQST
109	I	H	b	3.5	7cxm_H		LI
110	A	H	e	24.1	7cxm_H	metal ZN	AS
111	T	H	e	48.1	7cxm_H		TSV
112	C		e	24.7	7cxm_H		CST
113	D		e	64.8	7cxm_H		DKN
114	W	S	b	8.4	7cxm_H		W
115	T	S	b	15.6	7cxm_H		TS
116	N	S	e	43.6	7cxm_H		DNET
117	A	H	e	38.4	7cxm_H		VSAI
118	G	H	e	51.2	7cxm_H		GDEKRS
119	D	H	b	5.6	7cxm_H		DP
120	Y	H	b	15.7	7cxm_H		Y
121	I	H	e	25.1	7cxm_H		IKVTR
122	L	H	e	39.3	7cxm_H		L
123	A	T	b	10.7	7cxm_H	precipitant	A
124	N	T	b	5.5	7cxm_H		N
125	T	S	e	51.3	7cxm_H		TDERN
126	C	S	b	12.0	7cxm_H		CVAT
127	T		e	52.6	7cxm_H	compound VVY	TKVI
128	E	H	e	40.7	7cxm_H	compound VVM VVY S7G RYM	ED
129	R	H	e	29.6	7cxm_H	compound JFM VWY VVJ VVM VVY S9S S7G RY4 RYM	RSPT
130	L	H	b	11.8	7cxm_H		L
131	K	H	b	12.3	7cxm_H		KR
132	L	H	b	3.9	7cxm_H	compound JFM VWY VVJ VVM VVY S9S S7G RY4	LRI
133	F	H	b	3.8	7cxm_H	compound JFM VWY VVJ S9S RY4	F
134	A	H	b	0.9	7cxm_H		A
135	A	H	b	7.1	7cxm_H		A
136	E	H	b	11.6	7cxm_H	compound JFM VWY VVJ S9S RY4	E
137	T	H	b	3.9	7cxm_H		T
138	L	H	b	12.4	7cxm_H	precipitant	LVIQ
139	K	H	e	32.5	7cxm_H	nucleotide	KR
140	A	H	b	11.6	7cxm_H		A
141	T	H	e	21.4	7cxm_H		TK
142	E	H	e	20.6	7cxm_H	compound VXD	E
143	E	H	b	16.6	7cxm_H	nucleotide	E
144	T	H	e	48.7	7cxm_H		SATLN
145	F	H	e	51.7	7cxm_H	nucleotide compound VXD	VFSHA
146	K	H	b	15.1	7cxm_H	nucleotide compound LJA VXD	K
147	L	H	e	57.9	7cxm_H	compound LJA VVD	QSL
148	S	T	e	64.1	7cxm_H		SQEAC
149	Y	S	b	15.2	7cxm_H	compound VXD	YF
150	G		b	16.7	7cxm_H		AG
151	I		e	26.9	7cxm_H	compound LJA VVD JG4	SIYCF
152	A	E	b	0.9	7cxm_H		A
153	T	E	b	16.9	7cxm_H	homo	TVE
154	V	E	b	0.0	7cxm_H	homo	IVL
155	R	E	e	43.1	7cxm_H	homo	KRHQ
156	E	E	e	53.8	7cxm_H	homo	E
157	V		e	24.7	7cxm_H	hetero R1AB_SARS2	VI
158	L		e	44.9	7cxm_H	hetero R1AB_SARS2 homo	VLI
159	S		e	42.2	7cxm_H	hetero R1AB_SARS2	SG
160	D	S	e	56.8	7cxm_H	homo	DPE
161	R	S	e	51.4	7cxm_H	homo	RK
162	E	E	b	11.1	7cxm_H	hetero R1AB_SARS2	E
163	L	E	b	1.7	7cxm_H		LI
164	H	E	e	35.6	7cxm_H	homo	ILVH
165	L	E	b	4.5	7cxm_H		L
166	S	E	e	30.5	7cxm_H	homo	SKVQCL
167	W	E	e	21.5	7cxm_H	homo	W
168	E		e	27.6	7cxm_H		E
169	V	T	e	82.0	7cxm_H	homo	VASTIP
170	G	T	e	94.0	7cxm_H		GS
171	K		e	35.8	7cxm_H		KR
172	P		e	87.6	7cxm_H		PVTAS
173	R		e	48.6	7cxm_H		KR
174	P		b	14.7	7cxm_H		P
175	P		e	58.1	7cxm_H	nucleotide	P
176	L		b	9.6	7cxm_H	nucleotide	L
177	N		e	30.9	7cxm_H	nucleotide compound VWM VXG	NS
178	R	S	e	56.5	7cxm_H	nucleotide	RK
179	N	S	e	75.8	7cxm_H	nucleotide compound VWM VXG	N
180	Y		e	27.8	7cxm_H	nucleotide compound VXD	YS
181	V		b	6.7	7cxm_H		V
182	F	E	b	1.0	7cxm_H		F
183	T	E	b	12.3	7cxm_H		T
184	G	E	b	0.0	7cxm_H		GC
185	Y	E	e	34.8	7cxm_H	compound LJA VVD JG4	YF
186	R		e	25.3	7cxm_H	hetero R1AB_SARS2	HQR
187	V		e	38.7	7cxm_H		IFVL
188	T	S	e	60.4	7cxm_H		TS
189	K	S	e	84.0	7cxm_H	hetero R1AB_SARS2	KRNS
190	N	S	e	65.5	7cxm_H		NDT
191	S	S	e	65.6	7cxm_H		STG
192	K		e	66.5	7cxm_H	compound LJA JG4	K
193	V		e	57.3	7cxm_H	hetero R1AB_SARS2	VFTI
194	Q		e	39.3	7cxm_H		QV
195	I		b	11.1	7cxm_H	hetero R1AB_SARS2	LIV
196	G		b	10.7	7cxm_H		G
197	E	E	b	13.6	7cxm_H		ED
198	Y	E	b	3.5	7cxm_H	homo	YF
199	T	E	b	5.2	7cxm_H		VTI
200	F	E	b	1.4	7cxm_H		F
201	E	E	e	25.1	7cxm_H		ED
202	K		b	7.5	7cxm_H	nucleotide compound JHJ	KRQ
203	G		b	4.8	7cxm_H		GSVIAL
204	D	S	e	42.6	7cxm_H	hetero R1AB_SARS2 homo	ED
205	Y	S	e	54.3	7cxm_H	hetero R1AB_SARS2 homo	YLG
206	G	S	e	44.0	7cxm_H	homo	GTNSK
207	D	S	e	56.2	7cxm_H		DN
208	A	S	e	21.4	7cxm_H		AGVTS
209	V	E	b	0.0	7cxm_H		V
210	V	E	b	4.7	7cxm_H		YTSVN
211	Y	E	b	3.9	7cxm_H	homo	Y
212	R	E	e	22.5	7cxm_H		RK
213	G	E	e	29.8	7cxm_H		SAGT
214	T	S	e	27.9	7cxm_H		TS
215	T	S	e	49.4	7cxm_H		TASV
216	T	S	e	74.7	7cxm_H	hetero R1AB_SARS2 homo	T
217	Y		e	57.4	7cxm_H	hetero R1AB_SARS2 homo	YTA
218	K		e	37.7	7cxm_H	hetero R1AB_SARS2 homo	K
219	L		b	2.2	7cxm_H		L
220	N		e	43.0	7cxm_H		SVANTQ
221	V	T	e	43.3	7cxm_H	homo	VPI
222	G	T	e	60.7	7cxm_H		G
223	D		b	1.2	7cxm_H		DM
224	Y	E	e	37.0	7cxm_H	compound LJA VVD JG4	IVYL
225	F	E	b	2.4	7cxm_H		F
226	V	E	e	21.3	7cxm_H	compound LJA VVD JG4	VI
227	L		b	3.9	7cxm_H	compound LJA VVD	L
228	T		e	29.2	7cxm_H	compound VVD	T
229	S		e	53.9	7cxm_H	compound LJA VVD	S
230	H		e	80.6	7cxm_H	nucleotide	H
231	T		e	50.0	7cxm_H		NSTA
232	V		b	16.7	7cxm_H		V
233	M		e	51.7	7cxm_H	nucleotide compound 6SU	AQSMV
234	P		e	68.2	7cxm_H	compound 6SU	PSNT
235	L		b	17.4	7cxm_H	compound JFM VWY VVJ S9S RY4	L
236	S		e	83.6	7cxm_H	compound JFM VWY VVM VVY S9S S7G RY4 RYM	SRIKQ
237	A	S	b	13.4	7cxm_H	compound VVM RYM	AS
238	P		e	48.1	7cxm_H	compound VVM VVY RYM	P
239	T	S	b	2.6	7cxm_H		TI
240	L	S	e	25.8	7cxm_H	compound VVM VX4	LIM
241	V		e	34.0	7cxm_H	compound VVM VX4	VACIL
242	P		e	63.6	7cxm_H	compound VVM VX4	PN
243	Q		e	32.7	7cxm_H	compound VX4	Q
244	E		e	38.2	7cxm_H	homo	EQ
245	H		e	63.9	7cxm_H	homo	RKNHT
246	Y		e	28.3	7cxm_H	homo	YF
247	V	S	e	93.3	7cxm_H	homo	SIVNLT
248	R	S	e	56.9	7cxm_H	hetero R1AB_SARS2 homo	RTKS
249	I		e	21.6	7cxm_H	hetero R1AB_SARS2 homo	IFL
250	T	T	e	22.1	7cxm_H	homo	TVSHYA
251	G	T	e	34.5	7cxm_H		KGSN
252	L		b	7.9	7cxm_H	homo	LVI
253	Y		e	66.1	7cxm_H	hetero R1AB_SARS2 homo	YHR
254	P		e	65.1	7cxm_H	hetero R1AB_SARS2 homo	PSAL
255	T		b	16.2	7cxm_H		ATVNLS
256	L	S	e	74.7	7cxm_H	hetero R1AB_SARS2	FLVIMA
257	N	S	e	71.5	7cxm_H		NTMSADEFGIKLPQRV
258	I	T	e	62.0	7cxm_H		VIADEFGKLNPQRST
259	S	T	b	4.7	7cxm_H		PSAHDEFGIKLNQRTV
260	D	G	e	54.3	7cxm_H		EDAGLS
261	E	G	e	74.4	7cxm_H	compound ADP ANP UR7 NZG VWJ K34 UJK	AETCSDGL
262	F	G	b	9.6	7cxm_H	compound ADP	FY
263	S	H	e	47.7	7cxm_H		ASQVN
264	S	H	e	54.7	7cxm_H	compound VVD NZG K34 N0E ADP	NST
265	N	H	b	0.0	7cxm_H	compound UXG	NLH
266	V	H	b	12.0	7cxm_H		VI
267	A	H	e	66.1	7cxm_H		PAV
268	N	H	e	26.1	7cxm_H		NYLH
269	Y	H	b	0.4	7cxm_H		YF
270	Q	T	e	40.3	7cxm_H		QH
271	K	H	e	35.8	7cxm_H		LKHMR
272	V	H	b	16.0	7cxm_H		IVA
273	G	H	b	0.0	7cxm_H		G
274	M	H	e	28.5	7cxm_H		KMLF
275	Q	S	b	7.1	7cxm_H		QKES
276	K	S	b	19.3	7cxm_H		KRD
277	Y	E	b	10.0	7cxm_H	compound VX4	YAIFRL
278	S	E	b	15.6	7cxm_H		TACSV
279	T	E	b	1.3	7cxm_H		TFL
280	L	E	b	0.0	7cxm_H		IVL
281	Q	E	b	12.8	7cxm_H	compound VWV NX7	QMLHI
282	G		b	8.3	7cxm_H	compound ADP precipitant	G
283	P		b	1.6	7cxm_H	compound ADP ANP precipitant	PM
284	P	T	b	11.6	7cxm_H	compound ADP ANP precipitant	P
285	G	T	e	42.9	7cxm_H	compound ADP ANP VVD UR7 JFM VW4 NZG VWD VWG S9S K34 UXG N0E UJK precipitant	G
286	T	S	b	11.7	7cxm_H	compound ADP ANP UJK VVD UR7 JFM VW4 NZG UQS VWD VWG S9S K34 UXG N0E precipitant	TS
287	G	S	b	2.4	7cxm_H	compound ADP ANP UJK VVD UR7 JFM VW4 NZG UQS VWD VWG VWJ S9S K34 UXG N0E metal MG precipitant	G
288	K	T	b	15.6	7cxm_H	compound ADP ANP JFM VW4 S9S metal MG precipitant	K
289	S	T	e	26.6	7cxm_H	compound ADP ANP JFM VW4 S9S metal MG precipitant	TS
290	H	H	e	33.0	7cxm_H	compound ADP ANP UJK VVD UR7 JFM VW4 NZG UQS VWD VWG VWJ S9S K34 UXG N0E	HTE
291	F	H	b	3.8	7cxm_H		FCVAYL
292	A	H	b	4.5	7cxm_H		VAEIS
293	I	H	b	2.9	7cxm_H		IYMV
294	G	H	b	0.0	7cxm_H		GIKQDN
295	L	H	b	2.8	7cxm_H		LIKT
296	A	H	b	0.9	7cxm_H		AYGIDS
297	L	H	e	27.5	7cxm_H		LTVKIA
298	Y	H	b	7.8	7cxm_H		YAVTS
299	Y		b	7.8	7cxm_H		YSQKF
300	P	T	e	49.6	7cxm_H		PERACSY
301	S	T	e	54.7	7cxm_H	hetero R1AB_SARS2 compound NUA homo	GSNTAQ
302	A	S	b	19.6	7cxm_H	homo	ANKS
303	R		e	29.6	7cxm_H	compound NUA STV homo	RK
304	I	E	b	1.8	7cxm_H		VIF
305	V	E	b	6.7	7cxm_H		VLA
306	Y	E	b	0.9	7cxm_H		YFLV
307	T	E	b	0.6	7cxm_H		TCIV
308	A	E	b	0.0	7cxm_H		AS
309	C	S	b	11.3	7cxm_H	nucleotide compound NYV	PCYA
310	S	S	e	24.2	7cxm_H	nucleotide	STA
311	H	H	e	35.1	7cxm_H	nucleotide compound NYV	HN
312	A	H	e	31.2	7cxm_H		ASRK
313	A	H	b	8.0	7cxm_H		AL
314	V	H	b	2.0	7cxm_H		VA
315	D	H	e	59.3	7cxm_H		DGQ
316	A	H	b	17.9	7cxm_H		ASDNH
317	L	H	b	6.2	7cxm_H		LMI
318	C	H	b	10.0	7cxm_H		CDL
319	E	T	e	56.8	7cxm_H		EIQAV
320	K	T	e	31.6	7cxm_H	compound ADP ANP UJK VVD UR7 JFM VW4 NZG VWD VWG S9S N0E	KA
321	A	T	b	3.6	7cxm_H		AGILDEFKNPQRSTVY
322	L	T	e	29.8	7cxm_H		LMWFAYHSVDEGIKNPQRT
323	K	T	e	59.9	7cxm_H	compound UJK ADP	KDETAFGILNPQRSVY
324	Y	T	e	32.6	7cxm_H	compound UJK VWJ ANP ADP	FHIKYANVDEGLPQRST
325	L	S	b	5.1	7cxm_H		LYFKADEGINPQRSTV
326	P		e	60.5	7cxm_H		NVRSPKADEFGILQTY
327	I	S	e	49.7	7cxm_H		HIVLNS
328	D		e	69.1	7cxm_H		DNPTA
329	K		b	1.9	7cxm_H		DKGAVR
330	C	E	b	0.0	7cxm_H		CATS
331	S	E	b	0.8	7cxm_H		TVSQ
332	R		b	4.3	7cxm_H		RVKS
333	I		b	2.3	7cxm_H	compound VVG	IVY
334	I		b	7.6	7cxm_H	nucleotide compound VVG	VISK
335	P	S	e	65.1	7cxm_H	nucleotide compound VVG NYV	PAK
336	A	S	e	80.4	7cxm_H	nucleotide	AYNQES
337	R		e	44.3	7cxm_H	nucleotide compound NYV	RKNYEI
338	A		b	9.8	7cxm_H	compound NYV	ADILVT
339	R	S	e	27.7	7cxm_H	nucleotide	RSNT
340	V	S	e	41.3	7cxm_H	nucleotide	VTFNI
341	E		e	78.4	7cxm_H		EYKCDN
342	C		b	13.3	7cxm_H		CSKFRAEGLV
343	F		b	19.6	7cxm_H		YFNAEGLSV
344	D		e	62.3	7cxm_H	hetero R1AB_SARS2	DNSPTAEGLV
345	K	S	e	39.6	7cxm_H	hetero R1AB_SARS2	KGDERVQAFILNPST
346	F	S	e	50.7	7cxm_H		FYNW
347	K		b	16.0	7cxm_H		KP
348	V	S	e	44.0	7cxm_H		VILPKSA
349	N	S	e	98.2	7cxm_H	compound VVG	NVDW
350	S	S	e	53.9	7cxm_H		SDNE
351	T		e	27.3	7cxm_H	compound VVG STV	TAKSNV
352	L		e	53.4	7cxm_H	hetero R1AB_SARS2 compound NUA STV	STYNDGL
353	E	S	b	13.6	7cxm_H		AKDVMERCS
354	Q	S	e	26.0	7cxm_H	compound NUA	QSKTVAEGL
355	Y	E	b	3.0	7cxm_H		YAIV
356	V	E	b	8.0	7cxm_H		LVTMSI
357	F	E	b	2.4	7cxm_H		FLT
358	C	E	b	4.0	7cxm_H		CSGLT
359	T	E	b	0.6	7cxm_H	nucleotide compound NYV	TLN
360	V	G	b	5.3	7cxm_H	compound 6SU	IVHAP
361	N	G	e	63.0	7cxm_H	nucleotide compound VVG NYV 6SU	NEG
362	A	G	e	25.9	7cxm_H	nucleotide compound VVG NYV	ATG
363	L		b	12.4	7cxm_H	nucleotide compound VVG 6SU	LV
364	P		e	58.9	7cxm_H	compound VVG	PNC
365	E	S	e	66.3	7cxm_H	nucleotide compound VWJ PK4 homo	EFTR
366	T		e	34.4	7cxm_H	compound VWJ PK4 NUA STV homo	IKHGNTVLCAM
367	T		e	50.0	7cxm_H	hetero R1AB_SARS2 compound PK4 NUA STV	HDKASNTV
368	A		b	10.7	7cxm_H		FASGTCV
369	D	S	e	25.3	7cxm_H	homo	DACT
370	I	E	b	3.5	7cxm_H		IVYHT
371	V	E	b	4.7	7cxm_H		VLIC
372	V	E	b	4.0	7cxm_H		IVL
373	F	E	b	4.3	7cxm_H		VLIFA
374	D		e	24.1	7cxm_H	metal MG precipitant	D
375	E		b	6.5	7cxm_H	compound ANP metal MG precipitant	E
376	I	T	b	1.2	7cxm_H		VACIDEGKLNPQRST
377	S	T	b	3.1	7cxm_H		SAGTDEIKLNPQRV
378	M	T	e	28.5	7cxm_H	nucleotide	MQLADEGIKNPRSTV
379	A		b	2.7	7cxm_H		ACILS
380	T		e	24.7	7cxm_H	precipitant	TSVPQAEGKL
381	N	H	b	4.2	7cxm_H	precipitant	NEQPLAGKSTV
382	Y	H	b	11.7	7cxm_H	nucleotide compound 6SU	YLIHNPAGS
383	D	H	b	18.5	7cxm_H		DESVTP
384	L	H	b	1.1	7cxm_H		LMIAGS
385	S	H	b	0.0	7cxm_H		SITPA
386	V	H	e	24.7	7cxm_H	compound 6SU	VKCINLFM
387	V	H	b	8.7	7cxm_H		IASWV
388	N	H	b	4.8	7cxm_H	compound RYM	NIPLADEGKRSTV
389	A	H	e	23.2	7cxm_H	compound VWJ PK4 6SU homo	LGSAQP
390	R	H	e	36.4	7cxm_H	nucleotide compound VVG VWJ PK4 6SU homo	RPSCLVAK
391	L		b	6.2	7cxm_H		LVIMTY
392	R		e	46.6	7cxm_H	hetero R1AB_SARS2 compound VWJ PK4 homo	RKGSTN
393	A		b	14.3	7cxm_H		AYGFEPC
394	K	S	e	26.9	7cxm_H		KNPSTRQ
395	H	E	b	0.5	7cxm_H		HKQRVY
396	Y	E	b	9.1	7cxm_H		VICFY
397	V	E	b	9.3	7cxm_H		VIF
398	Y	E	b	3.9	7cxm_H		LYMF
399	I	E	b	7.0	7cxm_H		VLAI
400	G	E	b	15.5	7cxm_H		G
401	D		b	6.2	7cxm_H		D
402	P	T	b	10.1	7cxm_H		PH
403	A	T	b	10.7	7cxm_H		ARQYFLKN
404	Q	S	b	14.8	7cxm_H	compound ANP precipitant	Q
405	L		b	14.0	7cxm_H		L
406	P		e	41.1	7cxm_H		PDALEFGIKNQRSTVY
407	A		e	24.1	7cxm_H	nucleotide	AVSGPEKLT
408	P		e	86.8	7cxm_H	nucleotide compound VXD	PKEADFGILNQRSTV
409	R		b	11.9	7cxm_H	nucleotide precipitant	RVNSTADEFGIKLPQ
410	T	T	e	74.7	7cxm_H	nucleotide compound VXD	TVDYL
411	L	T	b	16.9	7cxm_H	compound VXD	LVAKGHIM
412	L		b	13.5	7cxm_H		LIANMS
413	T		e	64.3	7cxm_H	homo	SHTRGNAEKLV
414	K	S	e	61.8	7cxm_H	homo	KLRTADEGINPQSV
415	G	S	e	69.0	7cxm_H	homo	GVARSK
416	T		e	73.4	7cxm_H	compound UXG	ATSGHVY
417	L		b	12.9	7cxm_H		LFQAM
418	E		e	52.3	7cxm_H		ESAKDVQ
419	P	G	b	15.5	7cxm_H		PYEGRSL
420	E	G	e	22.6	7cxm_H		SDELGKNRIQV
421	Y	G	e	27.4	7cxm_H		YDLTSHN
422	F	S	b	2.9	7cxm_H	precipitant	FYRTGS
423	N		b	6.7	7cxm_H		NKSQTADEGILPRV
424	S	H	b	13.3	7cxm_H		SVTLYADEFGIKNPQR
425	V	H	b	3.3	7cxm_H		VMFLIADEGKNPQRSTY
426	C	H	b	0.0	7cxm_H		TCFEVADGIKLPRS
427	R	H	e	20.2	7cxm_H		RKEYPQN
428	L	H	b	16.9	7cxm_H	compound VX4	LKRI
429	M	H	b	1.4	7cxm_H		MVQHLF
430	K	H	e	44.8	7cxm_H		KCQPEV
431	T	H	e	66.2	7cxm_H		NAECLFKTV
432	I	S	e	58.5	7cxm_H		LSACHIYGFV
433	G		e	26.2	7cxm_H		GVTNKSYAEL
434	P		e	27.9	7cxm_H	compound VWV NX7	PAQDNEGKLSTV
435	D	S	e	30.9	7cxm_H		DEKGSQVALT
436	M	S	b	16.9	7cxm_H		RILMAVKEGST
437	F		e	27.8	7cxm_H	compound VWV NX7	FMTYVLAEGKS
438	L		b	3.4	7cxm_H		LAEGKSTV
439	G		e	47.6	7cxm_H		STGHKALDEFINPQRVY
440	T		e	36.4	7cxm_H	compound UQS VWG UXG N0E	TIKVQANEGLS
441	C		b	0.0	7cxm_H		CQYAEGKLSTV
442	R		e	26.1	7cxm_H	compound ADP ANP UJK VVD UR7 JFM VW4 NZG UQS VWD VWG VWJ S9S K34 UXG N0E	YRAEGKLSTV
443	R	S	b	7.1	7cxm_H	compound ADP ANP VWD precipitant	RM
444	C	S	b	0.7	7cxm_H		CM
445	P	B	b	0.0	7cxm_H		PHADEGIKLNQRSTV
446	A	G	b	13.4	7cxm_H		PAKGQSE
447	E	G	b	10.1	7cxm_H		EDQAN
448	I	G	b	0.6	7cxm_H		I
449	V	T	b	0.7	7cxm_H		VLTRSAEGK
450	D	T	e	33.3	7cxm_H		DSTNRHEKAGLV
451	T	T	b	0.0	7cxm_H		TLFAWEGKSV
452	V	T	b	0.7	7cxm_H		VPSFAEGKLT
453	S	T	b	1.6	7cxm_H		SNAEGKLTV
454	A	T	e	29.5	7cxm_H		KAEFTDGILNPQRSV
455	L	T	b	12.4	7cxm_H		LAKQMDEGINPRSTV
456	V	S	e	27.3	7cxm_H	compound VWV	VFIMADEGKLNPQRST
457	Y	S	b	12.6	7cxm_H	compound VWV NX7	YF
458	D		e	96.9	7cxm_H	compound VWV	DENH
459	N	S	e	40.6	7cxm_H		NGLSK
460	K		e	49.5	7cxm_H	compound VWV NX7	KQWEAR
461	L		b	2.2	7cxm_H		LFV
462	K		e	42.5	7cxm_H		KVETIS
463	A		b	10.7	7cxm_H	compound GQJ	APD
464	H	B	e	63.4	7cxm_H	compound UQS UXG N0E GQJ	GHKVYSN
465	K		e	35.8	7cxm_H	compound GQJ	KNTPDSH
466	D		e	51.9	7cxm_H	compound GQJ	DEPSNV
467	K		e	50.0	7cxm_H	compound NY7 GQJ	SDAEVIMKNT
468	S		e	35.2	7cxm_H		SANTE
469	A		e	50.0	7cxm_H		GAKVDESR
470	Q		b	0.0	7cxm_H	compound VW1	QRHSKELM
471	C		b	14.0	7cxm_H		CILVT
472	F		b	0.5	7cxm_H	compound HR5 EJQ JOV	FDLQY
473	K		b	3.8	7cxm_H	compound NY7 UVA	KPFQ
474	M		b	0.5	7cxm_H	compound S7J HR5 EJQ MUK JOV	VDMHIC
475	F		e	23.4	7cxm_H	compound K34	FLYAIVW
476	Y		e	51.7	7cxm_H	compound K34	FHYAPVCE
477	K		b	3.8	7cxm_H	compound K34 homo	KGRYEN
478	G		e	48.8	7cxm_H	compound K34 homo	GN
479	V	S	e	84.0	7cxm_H	homo	DSILEKNQVG
480	I		e	31.6	7cxm_H	homo	VALQERTI
481	T		e	44.2	7cxm_H	homo	TGKQES
482	H		e	69.1	7cxm_H	nucleotide compound K2P homo	HIVCLQS
483	D	S	e	62.3	7cxm_H	compound JHJ	DEIHN
484	V	S	e	53.3	7cxm_H	nucleotide	ESVTNA
485	S	S	e	90.6	7cxm_H	nucleotide compound VWM VXG	SGERMN
486	S	S	e	29.7	7cxm_H	nucleotide compound K2P VWM VXG precipitant	SD
487	A		b	10.7	7cxm_H	compound K2P	ASQWRT
488	I		b	0.0	7cxm_H		IVCYFQ
489	N		b	0.0	7cxm_H		NS
490	R	H	e	26.9	7cxm_H	compound JHJ	RLNKIM
491	P	H	e	38.8	7cxm_H		PGIDEQRKT
492	Q	H	b	0.0	7cxm_H		QEDN
493	I	H	b	0.6	7cxm_H		LIVAP
494	G	T	e	40.5	7cxm_H		EYGNSDH
495	V	T	b	0.0	7cxm_H	compound S7J HR5 EJQ JOV	FVQLEKMI
496	V	T	b	7.3	7cxm_H		VYI
497	R	T	e	47.0	7cxm_H		KRVIDHSN
498	E	T	e	53.8	7cxm_H	compound S7J HR5 EJQ JOV	EQLRKMDAST
499	F	T	b	15.8	7cxm_H	compound S7J HR5 EJQ MUK JOV	FLKTV
500	L	T	b	12.9	7cxm_H		LIVT
501	T	T	e	68.8	7cxm_H		AKTLNCHIV
502	R	T	e	42.3	7cxm_H	compound S7J HR5 EJQ MUK JOV	RKAHM
503	N		b	6.1	7cxm_H	compound HR5 EJQ JOV	NILFY
504	P	T	e	94.6	7cxm_H		PNQTKS
505	A	T	e	58.0	7cxm_H	compound VW1	AEPTKNSLRV
506	W		b	15.9	7cxm_H	compound VW1	WLDEG
507	R	S	e	51.0	7cxm_H		KRSEVAHNQ
508	K	S	e	43.4	7cxm_H	compound VW1	KDSIENAFGLPQRTV
509	A		b	1.8	7cxm_H	compound VW1	AIGSDEFKLNPQRTV
510	V		b	0.7	7cxm_H		VAGT
511	F	E	b	0.5	7cxm_H		FVLIADEGKPRST
512	I	E	b	4.7	7cxm_H		IL
513	S		b	1.6	7cxm_H		STCA
514	P	S	b	9.3	7cxm_H	nucleotide compound VWM VXG	PN
515	Y	S	e	21.7	7cxm_H	nucleotide compound K2P VWM VXG precipitant	Y
516	N	S	e	35.8	7cxm_H	nucleotide compound VWM VXG precipitant	NRK
517	S	H	b	8.6	7cxm_H	compound JHJ precipitant	SKLQYA
518	Q	H	b	0.0	7cxm_H		QMADEFGIKLNPRSTV
519	N	H	b	0.0	7cxm_H		NQVGRADEFIKLPST
520	A	H	e	21.4	7cxm_H	compound JHJ	AYSMTQFDEGIKLNPRV
521	V	H	b	11.3	7cxm_H	compound JHJ	VLKEFRADGINPQST
522	A	H	b	0.0	7cxm_H		AISKDEFGLNPQRTV
523	S	H	b	3.1	7cxm_H		KRNSVEYAGDFILPQT
524	K	H	e	52.8	7cxm_H	compound JHJ	KRPES
525	I	S	e	59.1	7cxm_H	compound JHJ	VIMHLF
526	L		b	18.5	7cxm_H		LIPSV
527	G	S	e	28.6	7cxm_H		GDET
528	L	S	b	6.2	7cxm_H		LIV
529	P		e	48.1	7cxm_H		QEKDNPTAGLSV
530	T		b	13.0	7cxm_H		ITVNADEGKLS
531	Q		e	23.0	7cxm_H		QAGKN
532	T		b	2.6	7cxm_H	nucleotide compound VXG	TS
533	V	G	b	4.7	7cxm_H		VI
534	D	G	e	40.1	7cxm_H	nucleotide compound VXG	DE
535	S	G	e	50.8	7cxm_H	nucleotide	SGQ
536	S		b	14.8	7cxm_H		SFA
537	Q	S	b	10.7	7cxm_H	compound ANP precipitant	Q
538	G	S	e	57.1	7cxm_H	compound ANP ADP metal MG precipitant	G
539	S		e	37.5	7cxm_H		SQRK
540	E		e	34.7	7cxm_H	compound ADP VWD ANP	ET
541	Y	B	e	43.0	7cxm_H		YKF
542	D	S	e	29.6	7cxm_H		DKEQP
543	Y		e	22.2	7cxm_H	compound VW1	YVHAIF
544	V		b	7.3	7cxm_H		VITA
545	I	E	b	5.3	7cxm_H		IF
546	F	E	b	5.7	7cxm_H		FYVIL
547	T		b	0.0	7cxm_H		STVCA
548	Q		b	0.0	7cxm_H		QLVRTE
549	T		b	1.3	7cxm_H		TKLVN
550	T	S	e	27.3	7cxm_H		GSART
551	E	S	e	51.8	7cxm_H	compound VVP H04 VWA VWJ K34 UXG homo	DENSQY
552	T	S	e	70.1	7cxm_H	nucleotide compound VVP K2P H04 VWA JG4 VWJ K34 UXG O2A homo	TSVI
553	A	T	e	72.3	7cxm_H	compound VVP H04 VWA JG4 VWJ K34 UXG O2A	AGKNQ
554	H	T	e	29.3	7cxm_H	nucleotide compound K2P VWM VXG	HF
555	S	T	b	3.1	7cxm_H		ALSTNG
556	C	T	e	42.7	7cxm_H	compound VVP H04 VWA JG4 VWJ K34 UXG O2A	SQIACLNVT
557	N		e	25.5	7cxm_H	compound UXG	NVED
558	V	H	e	32.0	7cxm_H		VIDPFSAL
559	N	H	e	27.9	7cxm_H		NR
560	R	H	e	22.9	7cxm_H	nucleotide	R
561	F	H	b	1.9	7cxm_H		FAILM
562	N	H	b	3.6	7cxm_H		NI
563	V	H	b	4.0	7cxm_H		V
564	A	H	b	13.4	7cxm_H		AG
565	I	H	b	3.5	7cxm_H		IVLM
566	T	H	b	3.2	7cxm_H		TS
567	R	S	b	7.5	7cxm_H	compound ANP ADP precipitant	R
568	A	B	b	0.0	7cxm_H		AS
569	K	S	e	27.4	7cxm_H	compound ADP	KRTQADEGILPSV
570	V	S	b	15.3	7cxm_H		KSVHIR
571	G		b	0.0	7cxm_H		SGA
572	I		b	1.8	7cxm_H		ILV
573	L	B	b	9.6	7cxm_H		LIF
574	C		b	0.7	7cxm_H		CVI
575	I		b	0.0	7cxm_H		IV
576	M		b	3.9	7cxm_H		MGI
577	S		b	3.9	7cxm_H		SGCTR
578	D		b	5.6	7cxm_H		DNSQ
579	R	S	e	62.8	7cxm_H	homo	RMQKS
580	D	S	e	74.7	7cxm_H	homo	TDQAESV
581	L	G	b	18.5	7cxm_H		LM
582	Y	G	e	21.3	7cxm_H		FY
583	D	G	e	65.4	7cxm_H	compound NY7 UVA homo	DES
584	K	S	e	47.2	7cxm_H	compound NY7 UVA homo	SAKNIL
585	L	S	b	2.2	7cxm_H	compound NY7 UVA	L
586	Q		e	51.0	7cxm_H	compound NY7 UVA	KEQND
587	F		b	17.2	7cxm_H	compound NY7 UVA	F
588	T		e	69.5	7cxm_H		TIYAFGL
589	S		e	37.5	7cxm_H		ETSPAGL
590	L		e	27.0	7cxm_H	compound S7J HR5 EJQ MUK JOV	LFIV
591	E		e	34.7	7cxm_H	compound S7J EJQ MUK JOV	KETDSP
592	I	S	b	18.1	7cxm_H	compound K34	LIVMADEGKNPRST
593	P	S	e	69.8	7cxm_H	compound S7J HR5 EJQ MUK JOV	DPKSAEFGILNQRTVY
594	R	S	e	79.4	7cxm_H		KRDHAEFGILNPQSTVY	DISORDER predicted by DISOPRED
595	R		e	30.4	7cxm_H		IRALDEFGKNPQSTVY	DISORDER predicted by DISOPRED
596	N		e	101.8	7cxm_H		NQSD	DISORDER predicted by DISOPRED
597	V	-	-	-	-		VNL	DISORDER predicted by DISOPRED
598	A	-	-	-	-		AGHQP	DISORDER predicted by DISOPRED
599	T	-	-	-	-		TSR	DISORDER predicted by DISOPRED
600	L	-	-	-	-		LS	DISORDER predicted by DISOPRED
601	Q	-	-	-	-		Q	DISORDER predicted by DISOPRED

Contact Molecules for Homologous Proteins

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