HOMCOS:

#WARNING:no index is registered index "YP_009725300.1" in "https://rest.uniprot.org/uniprotkb/" url "https://rest.uniprot.org/uniprotkb/YP_009725300.1.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[100 %]	[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

5852

500

YP_009725300.1()

QUERYSEQ

KIVNNWLKQLIKVTLVFLFVAAIFYLITPVHVMSKHTDFSSEIIGYKAIDGGVTRDIASTDTCFANKHADFDTWFSQRGGSYTNDKACPLIAAVITREVGFVVPGLPGTILRTTNGDFLHFLPRVFSAVGNICYTPSKLIEYTDFATSAC
VLAAECTIFKDASGKPVPYCYDTNVLEGSVAYESLRPDTRYVLMDGSIIQFPNTYLEGSVRVVTTFDSEYCRHGTCERSEAGVCVSTSGRWVLNNDYYRSLPGVFCGVDAVNLLTNMFTPLIQPIGALDISASIVAGGIVAIVVTCLAYY
FMRFRRAFGEYSHVVAFNTLLFLMSFTVLCLTPVYSFLPGVYSVIYLYLTFYLTNDVSFLAHIQWMVMFTPLVPFWITIAYIICISTKHFYWFFSNYLKRRVVFNGVSFSTFEEAALCTFLLNKEMYLKLRSDVLLPLTQYNRYLALYNK
YKYFSGAMDTTSYREAACCHLAKALNDFSNSGSDVLYQPPQTSITSAVLQ

[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.


K
IV
V
NS
SNT
W
LRF
KR
QGVL
LYI
VIKL
KLHIQ
VLA
TFV
LRMFWI
VLQCFI
VLCFYW
LVFIS
FLVAT
VIFLACM
AVNCIW
AVNPGHLT
LQAFIEGSV
FCSWILYMAEGV
YFWIVGCAELS
LFGAVCDEKST
CILVADEGKST
SLTVM
PVFLAEGS
WYTVILASEG
YFSHDAEGLV
VSIYLTNAEG
MATLVIEGS
TSRPVAHEGL
TQPKSVAEGL
VSHLFYADEGIKNPQRT
LTYSADENGKV
DFIGSVAEKLT
FIYHEDN
SEHVKQTD
ASDYGLNT
ERQNSDPAGLV
IVGFMALS
YLAIVEST
DGST
FY
KM
VYA
ILV
DEKQ
NKDSG
GA
VIQ
LIVT
RKQ
DEVPNST
IFV
VDESTAN
SPVADKN
PTESNAD
DLI
TNSDKAQHLV
C
FV
AHSR
N
KVTA
FYH
VKAESDIRFGNQ
NGQSADH
F
DENSGAT
QADKNESVT
WF
FYHW
ESNKADHFGILPQRTV
AESQNKDFGILPRTV
KRHTFADEGILNPQSV
GFYH
GKRF
SVFTYPL
YIPVF
TRVDELHNS
NF
SDNGK
KRIMDPQV
SNADGKRT
C
P
IVLM
VTI
VTAGLI
AGTV
VTI
IVSFMLADEGKNPQRTY
DASTEFGIKLNPQRV
GRDSQLE
DEVI
IVANELFDGKPQRST
GAMRVL
SATNRFYHL
TVRILPM
VIALM
PFATV
GND
VLI
P
AGTS
TNFKYGR
VFTI
LYSAF
LRWA
VYAWST
GMVLITAEKSDFNPQRCHWY
GNDTVRLAEIKPSCFHMQY
GFNQRYALS
KHMRDQTI
FSTVIL
LIV
HVIPFL
FYL
AIVLT
PISTNLMQ
RNTYHAQS
AVWTG
FAIL
FASGN
GARNST
VTDNS
GTSANR
NGVSALDEFIKPQRTY
VQLIMADEFGKNPRST
CADEFGIKLNPQRSTV
YF
TDAL
PQHADL
THSDERIAL
GSKYADIMNL
LEIQANVDGKPRST
IATDEGKLNPQRSV
PDTVESNL
YESFLADGIKNPQRTV
DKGSENTLAFIPQRVY
DSNVGRTLAEFIKPQY
FSVLADEGIKNPQRTY
YSADTLEFGIKNPQRV
TDAFKPL
SDGL
GAITKSL
CA
VIL
FL
SNAPT
SAT
AERLT
C
TADEFGIKLNPQRSV
LTMRI
FLY
STKRLEA
GDTSHMR
ALIG
GSEDM
GN
TKNREDSL
PNIRAMTL
VQNHMT
PLVADEGIKRSTCFHMNQY
YF
C
YAFH
DNKTR
DTPQEAN
GNTAD
LVD
LVMAI
EPQDHK
GN
AS
SKLFIV
LPASR
YF
SGDAET
SEDQMT
LIM
KRIVQLMA
PA
HDN
VTRAYS
RYVM
Y
KDFEVNPRS
LMQHYF
AYMPDV
DNSEA
GSHKA
NSVDK
MYFRIAH
IVL
KRIQSV
FLVI
P
EQAND
VIQT
IVLYAGS
LRFSAIT
ERHSGQ
GSTALF
GTPSIL
LVYIF
RHIV
VITF
VITK
RKFT
TV
LQRSFMIK
ADS
TMSA
TERQKSADFGILNPV
Y
C
RK
VFGHT
GS
ESVTLRQA
C
EIVDRT
EYDRVQ
SAT
EQKNARHD
AEPKV
G
VIYFL
C
FVIML
GSNT
LFTGA
DNSQ
GSPNRADEIKLQTV
SRQKWF
WF
VAFY
LVYI
NFDYL
NDAKL
DEGAPQL
YHEFNAGLSVDIKMPQRT
YGFHLADEIKNPQRSTV
RSITLNADEGKPQV
SVANQKTDEGILPR
KLRMQADGTEINPSV
PSDNAL
GD
VYTFSI
FYIV
C
G
STDRVN
DGSTN
VALFYT
FRLIMWV
DNEGST
LIF
FLVIM
FRMKYAVHT
NRQS
VMLIF
FLVIAG
SLGKTVA
SPTLMGIV
FLI
FSNIVA
QSTKNR
PSGNT
VIFM
SGTDNP
VAYFP
VFLTADEGIKNPQRS
ADQNVS
LIMTV
STY
GATIM
SQAH
ILMSV
LAVI
ALFTMV
GNM
AFCIGLV
ILVAGM
LIVF
ACLG
VIACF
VFLIT
VALI
VTIS
LAMFCI
AVLIMSC
FCAL
YFA
YLMGA
VFLI
ITLNM
KR
FVL
KRQ
RGK
AVIML
FL
GAK
DAE
YCLM
STANDEGIKLPQRV
QSTHGVFYLADEIKNPR
VCGTILADEFKNPQRSY
VAILDEFGKNPQRSTY
FVAGCELSDHIKMNPQRTY
ITVAFLDEGKNPQRSY
NAGITVCLDEFKPQRSY
VTMIAL
LVIFA
ALVS
WVFAINL
VLCGNA
LIMVA
NSICAL
FSAIVNTY
LVTFIM
VCMITS
LINTVY
CFVINQ
VLFAN
TFHNVEASI
QSNPVGLAY
VYASPINL
YNSLVI
PSYNTVL
FLTVMIADEGKNPQRS
LVCFMQ
APTIVSMNL
VCSQALG
IVLPF
YLGF
AMTLS
IVALCM
LIFVAGCM
YFAL
LYFAC
YFTI
ALVTF
TYSV
FLRCMY
YVLFKST
FLTCIR
TPSGAR
SRNKGVADEILPQT
EDNGKRAILPQSTV
VIYPTL
ASVPR
FWIVYCG
IVML
MWLA
HDC
LVAIC
GQSWA
WFLY
LIVFYAM
IVFA
MATS
YF
GIACFLST
LPTNAGFS
ILVMF
VAMI
P
WLFIT
WY
VLMFI
LTCAVI
LVATICMF
ALGWVTIS
YF
IVTAFL
VLIAFM
VCYAGMDEIKLNPQRST
VMFIADEGKLNPQRST
SLYCVIMAEGDFHKNPQRT
TLSFAEGVDHIKMNPQRY
RNPKAGSLDEFIQTVY
HLAEGSVDFIKMNPQRTY
FLIVA
LFYH
WEDL
FLVCS
LFYMA
PSAG
NSYTLADEFGIKPQRV
LFTYCVADEGIKNPQRS
FLSKYT
KCN
LRKT
KRHT
VIKL
LVGQM
FYVT
EDNGS
GVD
DKNVRLC
KSLEAT
FND
GCSH
STN
FY
EQD
SEDLN
AMT
AS
LASKM
GNSTCQ
TI
F
VML
IL
DNRTG
KMG
DREHST
STEMVA
YF
EVLCAQ
KRAT
LI
RKATVI
NSR
SETAD
ITVADEGKLPRS
LAGESVDIKPRTNQFYCHMW
LAGSEKTVDINPRFQYCHMW
STPADEFGIKLNQRV
LDGPTQISN
DEVTA
KARQS
YFLI
KNEFRSV
RSAQKN
YF
LAC
SANG
LSAMT
YF
NA
KR
YL
KR
Y
YF
ST
G
SAKTPN
MAGL
DSGEN
ET
AQT
DAST
Y
RL
EQCML
A
CAS
CYARF
ASC
HQWY
L
AGCV
KYM
A
LM
DMEQLNS
DTQKV
YF
SARNT
NEVKRS
SNDTG
GHR
NSVGTAM
DE
VIMTKL
LVI
YF
QTS
P
P
TRNQ
VCAYTI
S
VIY
NTGSA
STV
STAG
LVFRA
L
Q

n	a	s	e	acc	pdb	contact_mols	observed aa	feature table	variant
1	K	-	-	-	-		K	DISORDER predicted by DISOPRED
2	I	-	-	-	-		IV	DISORDER predicted by DISOPRED
3	V	-	-	-	-		V	DISORDER predicted by DISOPRED
4	N	-	-	-	-		NS	DISORDER predicted by DISOPRED
5	N	-	-	-	-		SNT	DISORDER predicted by DISOPRED
6	W	-	-	-	-		W	DISORDER predicted by DISOPRED
7	L	-	-	-	-		LRF	DISORDER predicted by DISOPRED
8	K	-	-	-	-		KR	DISORDER predicted by DISOPRED
9	Q	-	-	-	-		QGVL	DISORDER predicted by DISOPRED
10	L	-	-	-	-		LYI	DISORDER predicted by DISOPRED
11	I	-	-	-	-		VIKL	DISORDER predicted by DISOPRED
12	K	-	-	-	-		KLHIQ	DISORDER predicted by DISOPRED
13	V	-	-	-	-		VLA	DISORDER predicted by DISOPRED
14	T	-	-	-	-		TFV	DISORDER predicted by DISOPRED
15	L	-	-	-	-		LRMFWI	DISORDER predicted by DISOPRED
16	V	-	-	-	-		VLQCFI	DISORDER predicted by DISOPRED
17	F	-	-	-	-		VLCFYW	DISORDER predicted by DISOPRED
18	L	-	-	-	-		LVFIS	DISORDER predicted by DISOPRED
19	F	-	-	-	-		FLVAT	DISORDER predicted by DISOPRED
20	V	-	-	-	-		VIFLACM	DISORDER predicted by DISOPRED
21	A	-	-	-	-		AVNCIW	DISORDER predicted by DISOPRED
22	A	-	-	-	-		AVNPGHLT	DISORDER predicted by DISOPRED
23	I	-	-	-	-		LQAFIEGSV	DISORDER predicted by DISOPRED
24	F	-	-	-	-		FCSWILYMAEGV	DISORDER predicted by DISOPRED
25	Y	-	-	-	-		YFWIVGCAELS
26	L	-	-	-	-		LFGAVCDEKST	DISORDER predicted by DISOPRED
27	I	-	-	-	-		CILVADEGKST
28	T	-	-	-	-		SLTVM
29	P	-	-	-	-		PVFLAEGS
30	V	-	-	-	-		WYTVILASEG
31	H		e	99.0	8yb7_C	hetero R1AB_SARS2	YFSHDAEGLV
32	V		e	85.3	8yb7_C		VSIYLTNAEG
33	M		e	40.1	8yb7_C	hetero R1AB_SARS2	MATLVIEGS
34	S		e	35.2	8yb7_C		TSRPVAHEGL
35	K		e	51.9	8yb7_C	homo	TQPKSVAEGL
36	H	B	b	15.2	8yb7_C		VSHLFYADEGIKNPQRT
37	T		e	54.5	8yb7_C		LTYSADENGKV
38	D	T	e	32.7	8yb7_C		DFIGSVAEKLT
39	F	T	e	31.1	8yb7_C		FIYHEDN
40	S	G	e	46.1	8yb7_C		SEHVKQTD
41	S	G	e	81.2	8yb7_C		ASDYGLNT
42	E	G	e	31.2	8yb7_C		ERQNSDPAGLV
43	I	E	b	17.0	8yb7_C		IVGFMALS
44	I	E	e	71.9	8yb7_C		YLAIVEST
45	G	E	b	10.7	8yb7_C		DGST
46	Y	E	b	7.4	8yb7_C		FY
47	K	E	e	23.1	8yb7_C		KM
48	A	E	b	0.0	8yb7_C		VYA
49	I	E	b	11.7	8yb7_C	hetero R1AB_SARS2	ILV
50	D	E	e	48.1	8yb7_C		DEKQ
51	G	T	e	81.0	8yb7_C	hetero R1AB_SARS2	NKDSG
52	G	T	e	52.4	8yb7_C	hetero R1AB_SARS2	GA
53	V	E	b	8.0	8yb7_C		VIQ
54	T	E	b	5.8	8yb7_C		LIVT
55	R	E	e	28.9	8yb7_C		RKQ
56	D		e	40.1	8yb7_C		DEVPNST
57	I		e	28.7	8yb7_C		IFV
58	A		e	37.5	8yb7_C		VDESTAN
59	S	T	e	65.6	8yb7_C	homo	SPVADKN
60	T	T	e	73.4	8yb7_C	homo	PTESNAD
61	D		e	20.4	8yb7_C		DLI
62	T		e	66.2	8yb7_C		TNSDKAQHLV
63	C	E	b	18.0	8yb7_C		C
64	F	E	b	0.5	8yb7_C		FV
65	A	B	b	7.1	8yb7_C		AHSR
66	N		b	4.2	8yb7_C		N
67	K		b	17.0	8yb7_C	hetero R1AB_SARS2	KVTA
68	H	B	b	3.1	8yb7_C		FYH
69	A	S	e	26.8	8yb7_C		VKAESDIRFGNQ
70	D	H	e	35.8	8yb7_C		NGQSADH
71	F	H	b	0.5	8yb7_C		F
72	D	H	e	24.1	8yb7_C		DENSGAT
73	T	H	e	59.1	8yb7_C		QADKNESVT
74	W	H	e	26.3	8yb7_C		WF
75	F	H	b	2.4	8yb7_C		FYHW
76	S	H	e	62.5	8yb7_C	homo	ESNKADHFGILPQRTV
77	Q	T	e	85.7	8yb7_C	homo	AESQNKDFGILPRTV
78	R	T	e	54.9	8yb7_C	homo	KRHTFADEGILNPQSV
79	G	T	e	83.3	8yb7_C	homo	GFYH
80	G		b	19.0	8yb7_C		GKRF
81	S		e	78.9	8yb7_C		SVFTYPL
82	Y		b	17.4	8yb7_C		YIPVF
83	T	E	e	65.6	8yb7_C		TRVDELHNS
84	N	E	e	52.7	8yb7_C		NF
85	D		e	51.9	8yb7_C		SDNGK
86	K	T	e	84.0	8yb7_C	hetero R1AB_SARS2	KRIMDPQV
87	A	T	e	75.9	8yb7_C	hetero R1AB_SARS2	SNADGKRT
88	C	S	b	16.7	8yb7_C	hetero R1AB_SARS2	C
89	P		b	18.6	8yb7_C	hetero R1AB_SARS2	P
90	L	E	e	41.6	8yb7_C	hetero R1AB_SARS2	IVLM
91	I	E	b	3.5	8yb7_C		VTI
92	A	E	b	0.9	8yb7_C		VTAGLI
93	A	E	b	0.0	8yb7_C		AGTV
94	V	E	b	14.0	8yb7_C		VTI
95	I	E	b	0.0	8yb7_C		IVSFMLADEGKNPQRTY
96	T	S	e	26.6	8yb7_C		DASTEFGIKLNPQRV
97	R	S	e	51.4	8yb7_C		GRDSQLE
98	E		e	74.4	8yb7_C		DEVI
99	V		b	6.0	8yb7_C		IVANELFDGKPQRST
100	G	S	e	47.6	8yb7_C		GAMRVL
101	F	B	e	59.3	8yb7_C	hetero R1AB_SARS2	SATNRFYHL
102	V		e	36.0	8yb7_C		TVRILPM
103	V		e	30.0	8yb7_C		VIALM
104	P	T	e	41.9	8yb7_C		PFATV
105	G	T	e	54.8	8yb7_C		GND
106	L	S	e	44.4	8yb7_C	hetero R1AB_SARS2	VLI
107	P	S	b	15.5	8yb7_C		P
108	G	S	e	39.3	8yb7_C		AGTS
109	T	E	b	7.8	8yb7_C		TNFKYGR
110	I	E	b	8.2	8yb7_C		VFTI
111	L	E	e	23.0	8yb7_C		LYSAF
112	R	E	e	61.3	8yb7_C	hetero R1AB_SARS2	LRWA
113	T		b	9.7	8yb7_C	hetero R1AB_SARS2	VYAWST
114	T	T	e	92.9	8yb7_C		GMVLITAEKSDFNPQRCHWY
115	N	T	e	70.9	8yb7_C	hetero R1AB_SARS2	GNDTVRLAEIKPSCFHMQY
116	G	S	e	26.2	8yb7_C	hetero R1AB_SARS2	GFNQRYALS
117	D		b	9.3	8yb7_C	hetero R1AB_SARS2	KHMRDQTI
118	F	E	e	42.6	8yb7_C	hetero R1AB_SARS2	FSTVIL
119	L	E	b	0.0	8yb7_C		LIV
120	H	E	e	23.0	8yb7_C	hetero R1AB_SARS2	HVIPFL
121	F	E	b	1.0	8yb7_C		FYL
122	L	E	b	12.9	8yb7_C		AIVLT
123	P		e	40.3	8yb7_C		PISTNLMQ
124	R		e	26.9	8yb7_C		RNTYHAQS
125	V	S	e	78.0	8yb7_C		AVWTG
126	F	S	e	74.2	8yb7_C		FAIL
127	S	S	e	89.8	8yb7_C		FASGN
128	A	S	e	77.7	8yb7_C		GARNST
129	V		e	32.0	8yb7_C		VTDNS
130	G	S	e	39.3	8yb7_C		GTSANR
131	N		b	5.5	8yb7_C		NGVSALDEFIKPQRTY
132	I	E	e	33.9	8yb7_C		VQLIMADEFGKNPRST
133	C	E	b	2.0	8yb7_C		CADEFGIKLNPQRSTV
134	Y	E	b	16.1	8yb7_C		YF
135	T		b	10.4	8yb7_C		TDAL
136	P	S	e	27.1	8yb7_C		PQHADL
137	S	S	e	45.3	8yb7_C		THSDERIAL
138	K		e	55.7	8yb7_C		GSKYADIMNL
139	L	E	e	34.8	8yb7_C		LEIQANVDGKPRST
140	I	E	e	35.1	8yb7_C		IATDEGKLNPQRSV
141	E	E	e	59.3	8yb7_C		PDTVESNL
142	Y		b	6.5	8yb7_C		YESFLADGIKNPQRTV
143	T	S	e	76.6	8yb7_C		DKGSENTLAFIPQRVY
144	D		e	50.6	8yb7_C		DSNVGRTLAEFIKPQY
145	F	G	b	16.7	8yb7_C		FSVLADEGIKNPQRTY
146	A	G	e	54.5	8yb7_C		YSADTLEFGIKNPQRV
147	T	G	e	38.3	8yb7_C		TDAFKPL
148	S	S	b	8.6	8yb7_C		SDGL
149	A		b	15.2	8yb7_C		GAITKSL
150	C		b	0.0	8yb7_C		CA
151	V		b	7.3	8yb7_C		VIL
152	L	B	b	10.7	8yb7_C		FL
153	A		b	13.4	8yb7_C		SNAPT
154	A		b	8.9	8yb7_C		SAT
155	E	S	b	16.1	8yb7_C		AERLT
156	C	E	b	1.3	8yb7_C		C
157	T	E	b	5.8	8yb7_C		TADEFGIKLNPQRSV
158	I	E	e	26.3	8yb7_C		LTMRI
159	F	E	b	6.7	8yb7_C		FLY
160	K	E	e	50.0	8yb7_C		STKRLEA
161	D		e	34.0	8yb7_C		GDTSHMR
162	A	T	e	101.8	8yb7_C	homo	ALIG
163	S	T	e	63.3	8yb7_C		GSEDM
164	G	S	e	54.8	8yb7_C		GN
165	K		e	65.1	8yb7_C		TKNREDSL
166	P	E	e	69.0	8yb7_C		PNIRAMTL
167	V	E	e	24.0	8yb7_C		VQNHMT
168	P	E	e	31.0	8yb7_C		PLVADEGIKRSTCFHMNQY
169	Y	E	b	19.6	8yb7_C		YF
170	C	E	b	0.0	8yb7_C		C
171	Y	S	e	47.4	8yb7_C		YAFH
172	D	S	e	40.7	8yb7_C		DNKTR
173	T	T	e	40.3	8yb7_C		DTPQEAN
174	N	T	e	81.2	8yb7_C		GNTAD
175	V	S	e	44.0	8yb7_C		LVD
176	L	S	e	44.4	8yb7_C		LVMAI
177	E	T	e	93.0	8yb7_C		EPQDHK
178	G	T	e	71.4	8yb7_C		GN
179	S		b	10.9	8yb7_C		AS
180	V	E	e	36.0	8yb7_C		SKLFIV
181	A	E	e	31.2	8yb7_C		LPASR
182	Y	G	b	4.8	8yb7_C		YF
183	E	G	e	74.4	8yb7_C		SGDAET
184	S	G	e	51.6	8yb7_C		SEDQMT
185	L		b	11.8	8yb7_C		LIM
186	R		e	60.5	8yb7_C	homo	KRIVQLMA
187	P	T	e	24.8	8yb7_C	homo	PA
188	D	T	e	35.8	8yb7_C	homo	HDN
189	T		e	37.7	8yb7_C	homo	VTRAYS
190	R		e	59.3	8yb7_C	homo	RYVM
191	Y	E	b	19.1	8yb7_C		Y
192	V	E	e	26.0	8yb7_C		KDFEVNPRS
193	L	B	b	10.7	8yb7_C		LMQHYF
194	M	T	e	63.8	8yb7_C		AYMPDV
195	D	T	e	75.9	8yb7_C	hetero R1AB_SARS2	DNSEA
196	G	S	e	42.9	8yb7_C	hetero R1AB_SARS2	GSHKA
197	S		e	32.8	8yb7_C	hetero R1AB_SARS2	NSVDK
198	I	E	e	33.9	8yb7_C	hetero R1AB_SARS2	MYFRIAH
199	I	E	b	7.0	8yb7_C		IVL
200	Q		b	11.2	8yb7_C		KRIQSV
201	F		b	14.8	8yb7_C		FLVI
202	P		b	6.2	8yb7_C		P
203	N		e	30.9	8yb7_C		EQAND
204	T	E	e	24.0	8yb7_C		VIQT
205	Y	E	e	72.2	8yb7_C		IVLYAGS
206	L	E	e	45.5	8yb7_C		LRFSAIT
207	E		e	37.2	8yb7_C		ERHSGQ
208	G	S	e	47.6	8yb7_C		GSTALF
209	S	S	e	74.2	8yb7_C		GTPSIL
210	V	S	e	41.3	8yb7_C		LVYIF
211	R	E	b	10.7	8yb7_C		RHIV
212	V	E	e	27.3	8yb7_C		VITF
213	V	E	b	2.0	8yb7_C		VITK
214	T	E	e	22.7	8yb7_C		RKFT
215	T	E	b	4.5	8yb7_C		TV
216	F		e	56.0	8yb7_C	homo	LQRSFMIK
217	D	S	e	80.2	8yb7_C		ADS
218	S	S	e	36.7	8yb7_C		TMSA
219	E		e	42.2	8yb7_C		TERQKSADFGILNPV
220	Y	E	b	1.3	8yb7_C		Y
221	C	E	b	6.7	8yb7_C	hetero R1AB_SARS2	C
222	R	E	b	7.1	8yb7_C		RK
223	H	T	e	34.6	8yb7_C	hetero R1AB_SARS2	VFGHT
224	G	T	e	89.3	8yb7_C	hetero R1AB_SARS2	GS
225	T	E	e	35.7	8yb7_C	hetero R1AB_SARS2	ESVTLRQA
226	C	E	e	58.0	8yb7_C	hetero R1AB_SARS2	C
227	E	E	e	20.1	8yb7_C	hetero R1AB_SARS2	EIVDRT
228	R		e	62.5	8yb7_C		EYDRVQ
229	S		b	1.6	8yb7_C		SAT
230	E		e	47.7	8yb7_C		EQKNARHD
231	A	S	e	30.4	8yb7_C		AEPKV
232	G	E	b	15.5	8yb7_C		G
233	V	E	e	23.3	8yb7_C		VIYFL
234	C	E	b	0.7	8yb7_C		C
235	V	E	e	29.3	8yb7_C		FVIML
236	S	E	b	1.6	8yb7_C		GSNT
237	T	S	e	59.1	8yb7_C	homo	LFTGA
238	S	S	e	33.6	8yb7_C		DNSQ
239	G	S	e	36.9	8yb7_C		GSPNRADEIKLQTV
240	R	S	e	30.0	8yb7_C		SRQKWF
241	W		b	4.8	8yb7_C		WF
242	V		b	2.7	8yb7_C		VAFY
243	L		b	0.0	8yb7_C		LVYI
244	N	S	b	6.1	8yb7_C		NFDYL
245	N	S	b	11.5	8yb7_C		NDAKL
246	D	H	e	74.7	8yb7_C	hetero R1AB_SARS2	DEGAPQL
247	Y	H	e	61.7	8yb7_C		YHEFNAGLSVDIKMPQRT
248	Y	H	b	7.0	8yb7_C		YGFHLADEIKNPQRSTV
249	R	H	e	46.2	8yb7_C		RSITLNADEGKPQV
250	S	H	e	71.9	8yb7_C		SVANQKTDEGILPR
251	L	S	e	21.3	8yb7_C		KLRMQADGTEINPSV
252	P	T	e	90.7	8yb7_C	homo	PSDNAL
253	G	T	e	34.5	8yb7_C	homo	GD
254	V	E	b	8.0	8yb7_C		VYTFSI
255	F	E	e	43.5	8yb7_C		FYIV
256	C	E	b	4.0	8yb7_C		C
257	G	E	b	9.5	8yb7_C		G
258	V	S	e	73.3	8yb7_C		STDRVN
259	D	S	e	60.5	8yb7_C		DGSTN
260	A	H	e	56.2	8yb7_C		VALFYT
261	V	H	e	72.0	8yb7_C		FRLIMWV
262	N	H	e	32.1	8yb7_C	homo	DNEGST
263	L	H	b	9.6	8yb7_C		LIF
264	L	H	e	53.9	8yb7_C		FLVIM
265	T	H	e	47.4	8yb7_C		FRMKYAVHT
266	N	H	e	42.4	8yb7_C		NRQS
267	M	H	e	24.6	8yb7_C		VMLIF
268	F	H	e	64.1	8yb7_C		FLVIAG
269	T	G	e	37.0	8yb7_C	homo	SLGKTVA
270	P	G	e	58.1	8yb7_C		SPTLMGIV
271	L	G	e	78.7	8yb7_C	homo	FLI
272	I	G	e	91.8	8yb7_C	homo	FSNIVA
273	Q	S	e	58.7	8yb7_C	homo	QSTKNR
274	P		e	62.8	8yb7_C	homo	PSGNT
275	I	S	e	95.9	8yb7_C	homo	VIFM
276	G	S	e	46.4	8yb7_C	hetero R1AB_SARS2	SGTDNP
277	A	S	e	79.5	8yb7_C	hetero R1AB_SARS2	VAYFP
278	L		e	80.9	8yb7_C		VFLTADEGIKNPQRS
279	D		e	69.1	8yb7_C	homo	ADQNVS
280	I		e	76.6	8yb7_C	homo	LIMTV
281	S		e	74.2	8yb7_C	homo	STY
282	A	T	e	58.9	8yb7_C		GATIM
283	S	T	e	65.6	8yb7_C	homo	SQAH
284	I	H	e	74.3	8yb7_C	hetero R1AB_SARS2 homo	ILMSV
285	V	H	e	66.0	8yb7_C	hetero R1AB_SARS2 homo	LAVI
286	A	H	e	58.0	8yb7_C	hetero R1AB_SARS2 homo	ALFTMV
287	G	H	e	60.7	8yb7_C	homo	GNM
288	G	H	e	38.1	8yb7_C	homo	AFCIGLV
289	I	H	e	52.0	8yb7_C	homo	ILVAGM
290	V	H	e	66.0	8yb7_C	homo	LIVF
291	A	H	e	45.5	8yb7_C	homo	ACLG
292	I	H	e	68.4	8yb7_C		VIACF
293	V	H	e	54.7	8yb7_C		VFLIT
294	V	H	e	57.3	8yb7_C	homo	VALI
295	T	H	e	63.6	8yb7_C	homo	VTIS
296	C	H	e	44.0	8yb7_C		LAMFCI
297	L	H	e	60.7	8yb7_C		AVLIMSC
298	A	H	e	54.5	8yb7_C		FCAL
299	Y	H	e	58.7	8yb7_C	homo	YFA
300	Y	H	e	61.7	8yb7_C		YLMGA
301	F	H	e	52.2	8yb7_C	homo	VFLI
302	M	H	e	44.4	8yb7_C	homo	ITLNM
303	R	H	e	53.0	8yb7_C		KR
304	F	H	e	31.6	8yb7_C		FVL
305	R	H	e	56.5	8yb7_C		KRQ
306	R	H	e	74.3	8yb7_C		RGK
307	A	S	e	46.4	8yb7_C		AVIML
308	F	S	e	56.9	8yb7_C	homo	FL
309	G	G	e	67.9	8yb7_C	homo	GAK
310	E	G	e	84.9	8yb7_C	homo	DAE
311	Y	G	e	71.3	8yb7_C	homo	YCLM
312	S	H	b	10.2	8yb7_C		STANDEGIKLPQRV
313	H	H	e	49.7	8yb7_C	homo	QSTHGVFYLADEIKNPR
314	V	H	e	23.3	8yb7_C		VCGTILADEFKNPQRSY
315	V	H	e	33.3	8yb7_C		VAILDEFGKNPQRSTY
316	A	H	e	29.5	8yb7_C	homo	FVAGCELSDHIKMNPQRTY
317	F	H	e	40.7	8yb7_C	homo	ITVAFLDEGKNPQRSY
318	N	H	e	34.5	8yb7_C	homo	NAGITVCLDEFKPQRSY
319	T	H	e	44.8	8yb7_C		VTMIAL
320	L	H	e	62.4	8yb7_C		LVIFA
321	L	H	b	12.9	8yb7_C		ALVS
322	F	H	e	45.5	8yb7_C	homo	WVFAINL
323	L	H	e	58.4	8yb7_C		VLCGNA
324	M	H	e	48.3	8yb7_C		LIMVA
325	S	H	b	1.6	8yb7_C		NSICAL
326	F	H	e	56.0	8yb7_C	hetero R1AB_SARS2 homo	FSAIVNTY
327	T	H	e	48.1	8yb7_C	homo	LVTFIM
328	V	H	b	10.7	8yb7_C		VCMITS
329	L	H	e	32.6	8yb7_C	homo	LINTVY
330	C	H	e	48.0	8yb7_C	hetero R1AB_SARS2 homo	CFVINQ
331	L	T	e	44.4	8yb7_C	hetero R1AB_SARS2 homo	VLFAN
332	T	T	e	25.3	8yb7_C		TFHNVEASI
333	P	T	e	93.8	8yb7_C	hetero R1AB_SARS2	QSNPVGLAY
334	V	T	e	68.0	8yb7_C	homo	VYASPINL
335	Y		e	61.7	8yb7_C	homo	YNSLVI
336	S	T	e	76.6	8yb7_C	homo	PSYNTVL
337	F	T	e	86.1	8yb7_C	homo	FLTVMIADEGKNPQRS
338	L	H	e	24.2	8yb7_C		LVCFMQ
339	P	H	b	18.6	8yb7_C		APTIVSMNL
340	G	H	e	34.5	8yb7_C		VCSQALG
341	V	H	e	54.7	8yb7_C		IVLPF
342	Y	H	b	7.8	8yb7_C		YLGF
343	S	H	b	2.3	8yb7_C		AMTLS
344	V	H	e	52.7	8yb7_C		IVALCM
345	I	H	e	59.1	8yb7_C		LIFVAGCM
346	Y	H	b	4.8	8yb7_C		YFAL
347	L	H	b	19.7	8yb7_C		LYFAC
348	Y	H	e	63.9	8yb7_C		YFTI
349	L	H	e	49.4	8yb7_C		ALVTF
350	T	T	b	3.2	8yb7_C		TYSV
351	F	T	e	66.5	8yb7_C		FLRCMY
352	Y	S	e	77.4	8yb7_C		YVLFKST
353	L	S	e	21.9	8yb7_C		FLTCIR
354	T		e	48.1	8yb7_C		TPSGAR
355	N	H	e	77.6	8yb7_C		SRNKGVADEILPQT
356	D	H	e	65.4	8yb7_C		EDNGKRAILPQSTV
357	V	H	b	5.3	8yb7_C		VIYPTL
358	S	H	b	13.3	8yb7_C		ASVPR
359	F	H	e	66.5	8yb7_C		FWIVYCG
360	L	H	e	39.9	8yb7_C		IVML
361	A	H	b	1.8	8yb7_C		MWLA
362	H	H	e	21.5	8yb7_C		HDC
363	I	H	e	38.0	8yb7_C		LVAIC
364	Q	H	b	13.3	8yb7_C		GQSWA
365	W	H	b	2.4	8yb7_C		WFLY
366	M	H	e	48.3	8yb7_C	hetero R1AB_SARS2	LIVFYAM
367	V	H	e	73.3	8yb7_C		IVFA
368	M	H	e	20.3	8yb7_C	homo	MATS
369	F	S	b	1.0	8yb7_C		YF
370	T	G	e	39.0	8yb7_C	hetero R1AB_SARS2 homo	GIACFLST
371	P	G	e	85.3	8yb7_C	homo	LPTNAGFS
372	L	G	e	45.5	8yb7_C	homo	ILVMF
373	V	S	b	14.0	8yb7_C	homo	VAMI
374	P		e	54.3	8yb7_C	homo	P
375	F	H	e	76.1	8yb7_C	homo	WLFIT
376	W	H	e	68.1	8yb7_C	homo	WY
377	I	H	b	15.2	8yb7_C		VLMFI
378	T	H	b	16.2	8yb7_C		LTCAVI
379	I	H	e	45.0	8yb7_C	homo	LVATICMF
380	A	H	e	36.6	8yb7_C		ALGWVTIS
381	Y	H	b	3.5	8yb7_C		YF
382	I	H	e	45.0	8yb7_C		IVTAFL
383	I	H	e	54.4	8yb7_C	homo	VLIAFM
384	C	H	e	41.3	8yb7_C		VCYAGMDEIKLNPQRST
385	I	H	e	29.2	8yb7_C		VMFIADEGKLNPQRST
386	S	H	b	18.8	8yb7_C		SLYCVIMAEGDFHKNPQRT
387	T	H	e	36.4	8yb7_C		TLSFAEGVDHIKMNPQRY
388	K	H	e	64.2	8yb7_C		RNPKAGSLDEFIQTVY
389	H	H	e	60.2	8yb7_C		HLAEGSVDFIKMNPQRTY
390	F	H	e	62.2	8yb7_C		FLIVA
391	Y	H	e	77.0	8yb7_C		LFYH
392	W	H	e	60.6	8yb7_C		WEDL
393	F	H	e	56.5	8yb7_C		FLVCS
394	F	H	e	45.5	8yb7_C		LFYMA
395	S	H	e	43.0	8yb7_C		PSAG
396	N	H	e	53.3	8yb7_C		NSYTLADEFGIKPQRV
397	Y	H	e	74.8	8yb7_C	homo	LFTYCVADEGIKNPQRS
398	L	T	e	64.6	8yb7_C	homo	FLSKYT
399	K	T	e	50.0	8yb7_C	homo	KCN
400	R	T	e	87.0	8yb7_C	homo	LRKT
401	R		e	101.2	8yb7_C	homo	KRHT
402	V	-	-	-	-		VIKL
403	V	-	-	-	-		LVGQM
404	F	-	-	-	-		FYVT
405	N	-	-	-	-		EDNGS
406	G	-	-	-	-		GVD
407	V	-	-	-	-		DKNVRLC
408	S	-	-	-	-		KSLEAT
409	F	-	-	-	-		FND
410	S		e	107.8	8yb7_C		GCSH
411	T		e	43.5	8yb7_C		STN
412	F	H	e	25.8	8yb7_C		FY
413	E	H	e	39.7	8yb7_C		EQD
414	E	H	e	54.3	8yb7_C		SEDLN
415	A	H	e	32.1	8yb7_C		AMT
416	A	T	b	1.8	8yb7_C		AS
417	L	T	e	33.1	8yb7_C		LASKM
418	C	S	e	42.7	8yb7_C		GNSTCQ
419	T		e	52.6	8yb7_C		TI
420	F	E	e	27.3	8yb7_C		F
421	L	E	e	61.8	8yb7_C		VML
422	L	E	b	3.4	8yb7_C		IL
423	N		e	29.7	8yb7_C		DNRTG
424	K	H	e	60.8	8yb7_C	homo	KMG
425	E	H	e	44.2	8yb7_C		DREHST
426	M	H	e	34.8	8yb7_C		STEMVA
427	Y	H	b	17.8	8yb7_C		YF
428	L	H	e	60.1	8yb7_C		EVLCAQ
429	K	H	e	57.1	8yb7_C		KRAT
430	L	H	e	27.5	8yb7_C		LI
431	R	T	e	22.9	8yb7_C		RKATVI
432	S		e	37.5	8yb7_C		NSR
433	D	T	e	53.1	8yb7_C		SETAD
434	V	T	e	90.0	8yb7_C		ITVADEGKLPRS
435	L	T	e	37.1	8yb7_C		LAGESVDIKPRTNQFYCHMW
436	L	S	b	7.9	8yb7_C		LAGSEKTVDINPRFQYCHMW
437	P		e	36.4	8yb7_C		STPADEFGIKLNQRV
438	L	H	e	50.0	8yb7_C		LDGPTQISN
439	T	H	e	70.8	8yb7_C		DEVTA
440	Q	H	e	32.7	8yb7_C		KARQS
441	Y	H	b	5.2	8yb7_C		YFLI
442	N	H	e	48.5	8yb7_C		KNEFRSV
443	R	H	e	53.4	8yb7_C		RSAQKN
444	Y	H	b	9.6	8yb7_C		YF
445	L	H	e	23.6	8yb7_C		LAC
446	A	H	e	56.2	8yb7_C		SANG
447	L	H	e	23.6	8yb7_C		LSAMT
448	Y	H	e	26.1	8yb7_C		YF
449	N	H	e	52.1	8yb7_C		NA
450	K	H	e	69.3	8yb7_C		KR
451	Y	H	b	10.4	8yb7_C		YL
452	K	T	e	38.2	8yb7_C		KR
453	Y	T	e	78.7	8yb7_C		Y
454	F		e	35.9	8yb7_C		YF
455	S		e	89.8	8yb7_C	homo	ST
456	G		e	65.5	8yb7_C	homo	G
457	A		e	42.0	8yb7_C	homo	SAKTPN
458	M	S	e	63.3	8yb7_C	homo	MAGL
459	D	S	e	86.4	8yb7_C	homo	DSGEN
460	T	S	e	28.6	8yb7_C		ET
461	T	H	e	73.4	8yb7_C		AQT
462	S	H	e	28.1	8yb7_C		DAST
463	Y	H	e	25.7	8yb7_C	homo	Y
464	R	H	e	38.3	8yb7_C		RL
465	E	H	b	14.1	8yb7_C		EQCML
466	A	H	b	10.7	8yb7_C		A
467	A	H	b	1.8	8yb7_C		CAS
468	C	H	b	5.3	8yb7_C		CYARF
469	C	H	b	0.0	8yb7_C		ASC
470	H	H	e	23.6	8yb7_C		HQWY
471	L	H	b	6.2	8yb7_C		L
472	A	H	b	2.7	8yb7_C		AGCV
473	K	H	e	30.7	8yb7_C		KYM
474	A	H	e	27.7	8yb7_C		A
475	L	H	b	7.9	8yb7_C		LM
476	N	H	e	32.7	8yb7_C		DMEQLNS
477	D	H	e	45.1	8yb7_C		DTQKV
478	F	H	b	2.9	8yb7_C		YF
479	S	H	e	42.2	8yb7_C		SARNT
480	N	T	e	77.0	8yb7_C		NEVKRS
481	S	T	e	56.2	8yb7_C		SNDTG
482	G		e	50.0	8yb7_C		GHR
483	S		e	57.0	8yb7_C		NSVGTAM
484	D		e	67.9	8yb7_C		DE
485	V	E	e	47.3	8yb7_C		VIMTKL
486	L	E	e	61.8	8yb7_C	homo	LVI
487	Y	E	b	9.6	8yb7_C		YF
488	Q		e	62.8	8yb7_C		QTS
489	P		e	41.1	8yb7_C		P
490	P		b	14.0	8yb7_C		P
491	Q		e	67.9	8yb7_C		TRNQ
492	T		e	89.6	8yb7_C	homo	VCAYTI
493	S		e	92.2	8yb7_C	homo	S
494	I	-	-	-	-		VIY
495	T	-	-	-	-		NTGSA
496	S	-	-	-	-		STV
497	A	-	-	-	-		STAG
498	V	-	-	-	-		LVFRA
499	L	-	-	-	-		L
500	Q	-	-	-	-		Q	DISORDER predicted by DISOPRED

Contact Molecules for Homologous Proteins

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