Metacluster 298610

Information

Number of sequences (UniRef50):
73
Average sequence length:
52±6 aa
Average transmembrane regions:
0.02
Low complexity (%):
1.24
Coiled coils (%):
0
Disordered domains (%):
14.17
Pfam dominant architecture:
PF13489
Pfam % dominant architecture:
3
Pfam overlap:
0.09
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-K0F2J6-F1 (194-243) -   AlphafoldDB

Downloads

Seeds:
MC298610.fasta
Seeds (0.60 cdhit):
MC298610_cdhit.fasta
MSA:
MC298610_msa.fasta
HMM model:
MC298610.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
UPI00041A214E233-299LITCRAHSIMPDGRKLSADEPLRYRPLHVLRASLEQAGFVLEQMWGNWDRSELDEDSPEIIILARKP
A0A1F8RQ49198-256LLADGTVRRVVATVDLRFTTRYEMEGLLREAGLELDQVYGDFDLSPYDDASEYLITVAR
A0A1U9NJ82200-249KNFQIRLYSAYELTELLKSSGFKNVRTYADLDGKTYHPTAKRLIAVATK
A0A1A8XP69197-254LPDGRRQVKHSSTRLYLPHTIIAMLRDCGFVDISIWGELNGSPLGMDSLRLIMQARRP
A0A0K9N957134-194LYHSKERLESSRYDIVYKIILDDDYRRLLSEAGFGNIQIYGDYDRSPYSEESRRLIVVAQG
A0A1V5WLU4204-265WMLIDENGRKIDHTYVQRLYSAVELKRLMLASGFSSVEIYGDFDFSPYNEKARTMVLVARK
D9SV34199-243MRIYFPQELEGYLKFNGFQVEEKYGTYDMKKFYAESPRQIIVSKL
UPI000686E043201-258FLSSGKRLRSDFRLRFSAPEELWDGMMAAGLAVEHCYGDWDRSAFTPEAREIIIVARG
E1ICI8195-248RLQRRTMRFVMRWFYRYEIEHLLARAGFAVRAVYGSYDLDEYATGSPRMIVVAA
A0A1G1X0S556-101LRLYTPPEINHLLSERGLVIRKTYGSFSDETYNIDTQRYLVVAQKI
A0A1F4XS10222-269LKMRYFFQDEFEKILSSNGFETVELFGNYDKAPFKEDSPFMIFVAKKV
A0A1G2D0G2179-233GSEENRSTEISFYSPAQLANVLRTAGFDPQELFGGFDGAPFTLDSKRLIMIAQKH
I5BY83228-274TLRFMEHHALCDLLKQTGFRISEQYGDFRRNPVGPHAPEIITLARR
W0RBN0212-262VQAFDMRWYVRAELVHLLARTGFAVREILGDFDRSPLTDGAPEMIVRAERL
A0A1Q3SQK3193-246GEVLKVSSELRFRSFDEITASLEKTGFTVERVYGDWTRGPFTEKSRVMVFVARS
A0A075R1J4190-251RLDQNGKMQERVTGRFTLRYVFPTELHHLLRLAGFKVLERYGSFAKAPFDATSTEFIIVASP
A0A1F7UNE741-96NGRKKVFKLDMRFYALNEVIRMLADAGLSYERAYGDFNGRPYSMDSRRMIVVARKP
A0A098B6I947-99ERFADNLALKYYYHEQLTTLLQDAGFRIKEEYGWYDKSPIENGRELIFVCTR
X0TT1622-68SVRLYSPIEVEQMLEAEGFVNVRRYGSLRGEPHCLESPRLILVAEKR
A0A0S8AZ32185-239LDSDGRSFVERVRLFSPDELTAMVRNAGLRVVRQFGDYGGAPLTDAAPRIILIAE
A0A1G2YJB7208-252RLYSAAELKEALFRAGFANVKFYGNFAGGAYDETASHMVAVAQK
A0A0S8GER8139-186HKVTYRILLDEDYQRLFTQTGYKKIQILGNWDRSPYHPETSERLIVVG
A0A1V5LWT5210-259FSHSVRVYTCTELRELLREVGLTVTDAVGGFRGEALELDAPRLVLIAQRA
A0A0Q7PL59202-247LRFHHADELAALLAKHGFAIEQRYGDFQSGPFTEKSPEIITIARRR
Q82IH6195-247VSRSTLRFLAPDALTRFLAEAGLTVAEQYGDWGRAPLTPTSAEIITVAEIAP
A0A1B1N7T2407-460HLAYPESLRFRTRAELEQTLTRAGFEVLDVAGSWDGSPATADSPEHIVLARRLG
A0A1Q6V4A9199-255EGAGELIGESEIRLYSAHELSAMLRPERWGRVELYGGLEGTPFSLDAPRLVLVARK
UPI00098B9211225-270IRLYTATELRGILQSIGFKNIEIYGGWNNEKLTIDSPRMLIIADK
A8ABR8219-263RLYSLHELAKLAREGGWKPLEAYGDWSGKPFEPSSPRIVLVAKRA
A0A0G0LE96214-259MKLYNLIEIREYLKKSGFKILKVFGDYDKTKFLDSSHRMIILSEKI
UPI00099EA54A179-246VVTITGTVAQPDGTVLRVLREGLRFLDIAALNGILAEAGFEVEAQFGDWNREPVTGASREIITIARRG
A0A139X1P7213-262DIEFRCYGPQELIALLKYNGFDVEQLYGDFQRGNFSSDSKKIIVVCQKK
T0NW73193-246KEYHLDLRIYTAVELKNMLSTVGFKISNVYGDFDKSPFSINSPELIIILKKEG
A0A1N2YEH232-83KTVKNIFLRYTYPQEMERLLESCRLEIIQVYGGWDKRALTARSESLVYVCKL
C2NV63201-246LRVYTAAEIINTLQEIGFKINNVYGDFHGREYTLTSPELIIICSKE
Q8ZU25193-244RTLELRIYSLGELKIMLTSLGFAVEKVFGDFNGESYTKNSDRLIVVAVKSGG
A0A1V5QHR7186-249ENLWTLIRKGRMKTFRVAHRLYSAVELKALLRRAGFDKVKACGQLDGARYDENAIRLVLVAKKA
K9X644230-279EIIEEIKYRLYFPKELDMLLKYNGFTIEHWFGDYDLTPFTSESPRQILIC
A0A1F8STC9156-205KPFFVRLYNPNEIKNIFTQIGLELQHIYGGWDAKEFSADSPRMVVIAQKP
A0A1V5ZDN9185-239GRHRAYHHSIRLYTAAELAMLLASVGVEVLDVFGDYDGSALSFDASRMIVVGERL
J0VQX9298-344QSTLRFLEADELSNLLENAGLRIEQRFGGFDGSPLGPLSPEIITLAT
A0A1F5UH6274-119IRQYNYNELSALLLEAGFEIKTALGDWDGNLFSSDSSRLMVIARKK
G4HL97211-255LRYFYPQELESLLYYNGFTLEEMYGNFDKSVFQADSPLMVCVCRK
UPI00056E3D6E70-116DVRIYTDIEFKELCLEAGFSKVEIYGDWDGSPYNDNSTYLIVVAEK
A0A1V5GTG5197-253GRREEREIVESVRLFERAELEAMMRGAGLSVEGAWGDFDGRAYGEMAPRCVLVGRK
A0A0S8ISH4189-245NGKKTEYSFSLRLYSFAEILNSLKKAGFVLESVYGDFDFSEYSLDSPRMILISRKI
UPI00069C1DFA226-274TEACIRFLSQQELSDHLGKAGFQIEHLYGDWDQSPFRANHKEIIVIARA
A8FBY2206-251MRLYSVAEITNMLKDAGFIVKHIYGDFESNSYNVEAHNTILLCTK
X0YKV4137-181RIYSGVELVELLNECGFNMIDVYGDLTGEPYDHTAKRLILVAHKG
A0A072NGZ710-72LIVDRNETREVYKNSVELYPLTSNQLNKVLSESGFKKIELFGDFKGAPFNITSPALIAVAQK
A0A1F8RST9207-265GTVVRRSYGQPMELRYFHRYEIEHMLARCGFEVEALYGDLLKNEYRGTSPDMIWVARRP
K1Z4N0226-270MRCFYPQELSVLLKANGFIVEHFYGGYDCSEFCSESPKQILVCRL
A0A1F4YPB6191-246SGEVKQANFSIRLYTLTEILELFNAAGLVLIDVYGDFSGALYTAESPRMILVAQKE
A0A075LZ62191-247NGRRREVSYSIRLYTFTELKELLKRAGFEVYKVFGHWDGRELSLNAPRMIVVAQKV
G8M6L0198-250GETLSATSELRFRTLDELTRMLTGAGFATIDWYGDWNRAPVGEASRELIAVAR
A0A1V5PJN2219-266MRYLFRFEVEHLLARTGFEVEAIYADFDKSPYGSKYPGELIVVSRKVG
A0A1M3MRP7208-252IEMRWFWRFELEHLLVRTGFALEAMYGGFDRRPYDAKKEMIVVAR
A0A1X4NFT8197-248LINQSTLRFQNQESIANLLANAGFSTVTWRGNWDGEPVHDNSPELIAVAHRA
B2JE97190-246DSGDTVVSASELRLRTQAELSEALRKAGFSKMEWFGDWSRSSVDEMSRELIVVATRG
A0A1F5VXM1205-253PFSIRTYTVTELKELLHKAGLSVIGFYEDFDKKPLTTESRRLIMLARKG
A0A0S7X7H2156-214GVVVKRYHKPIKLRWIYRYEMQHLLALTGFKIEALYGWFDRREFDRDSREMIWVARKT
D1BJF9205-263VLEDGVDRVSTSTLRFRSRSEVEASLDAAGFDVAWTYGDWDRSPVGPQTSELIMVARRR
A0A0K0XZ88202-247RVWSAGEIRRLLSDHGLTVESLLGGYDGEDYDLDAERMIVIARKLE
B2A8G5204-260PDGEEEIYYQWMRTYTLKEMVTFLENNGLNYHKVYGNFKRTAYSINSPRMIVVANKD
A0A0Q5QQA0178-231IPDAITVSNTLRFCSRSELTSLLGDAGFAIAEQYGDWSRSPVTASSPEIITIAI
A0A1U7MM64185-238KTQYEFVLRAYSLPEMADIFSYCGLSVIATYGGFDGRAYSSETPRMIILAKKIP