Metacluster 9761

Information

Number of sequences (UniRef50):
157
Average sequence length:
65±8 aa
Average transmembrane regions:
0
Low complexity (%):
0.1
Coiled coils (%):
0
Disordered domains (%):
31.95
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
AF-A0A175VPA1-F1 (292-355) -   AlphafoldDB

Downloads

Seeds:
MC9761.fasta
Seeds (0.60 cdhit):
MC9761_cdhit.fasta
MSA:
MC9761_msa.fasta
HMM model:
MC9761.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
J9K003192-258KTESANKFWSLVEPYLSRVKKEDLKWLNDLVKSYCTSKNLYEIPPLGEHYAKNWAKEELEMQKNQSS
A0A074S2D1265-334PLSVMDDFSAARQPPNQTTITTFWTAADPWVKPLGLEDLANLELEGDDIQPYEFVPLGRHYLDRWDDEDT
A0A165GP91233-300DFTKLKQPAKQEPIHTFHASVEPYTRPLREEDLAFLDYNGDEDDPFLIPALGRHYMEIWEEEDALFEG
A0A197JN23323-373TFWTSMDPYFRPFTESDRNVLEEQTETDQVTPLMIPPLGRHYQDVWAEEDR
A0A0D7BF11215-277KLKQPQQTSVNSFHQSIEPWIRNIREEDIGWLEHTGDEVEAFVIPKLGRHYLEIWREHDNSIF
A0A0L0UZP9399-508PKTQGEVNQDFSKIKAPSNQIPIHQFQNWCNDHYLRSFGEDDLAFLCSNFVACNGSILVRVQPPSSSSSIAPGTNPTRTRTSISEQPRDPTFDIPKLGRHYSEVWKDEDL
I4YFA2146-214IVNDDFVDKKPASQTQISTFYSSIEPYLRPLGEDDLMFLSAKGDEVTPYTIPPLGRPYLSVWEAEDAGL
A0A163ECX387-165DLGFVVVKPKDQVPVANFWAAVEPCFRPLAEEDRNFLLEQSDNTTPYIIPTLGRPYSELWAEEDHNLVPALSRSHSPAL
A0A1X2ID79258-322DVDFVRVKAKDQVPILTFWTYLEPYFRPVTEEDRDFLLQKNDDPKPYLIPPLGQNYQEAWAEEDR
G7DS89249-312EDFSKARTTNQVPFTTFSPWVEQYLRTFGEDDLAFLAVKSEDLAPFVIPKVGRHYLDSWAEADI
A0A109FL261-64DFSNAKPGQQIAHSTFQNWVDAYLRPFGEDDLAVLAAKPEDLTPYIIPPLGKHYLERWEEEDLD
A0A0F7SGZ4287-343TQLLFATFWQTAEGYVRPIGEEDLAFLKTYKEEDKTPFDVPALGRHYSEIWEEEDRL
F4QBI7437-489PNVFWAAMDSYFRNITDADLELITPKGEENYTTYLLTPQLGSHYTEVWTNEDQ
A5DW06306-376QVQFTTFQSYIESYFRPFNNDDLTFLKERNIIPPGFEKLGYDPDLSPFIIPKLGKFYADVWTEEDATLAAK
J4I1V4231-298EEDFSKSKPSGQQVQIMTFYTSIEPWIRPIKEEDVGFLEYTADELEPFVMPKLGRHYSEVWEEDDTAL
A0A0P6F637104-167KNDTPNKFWASVEPYCAPFTDDDLKLVEELISNHNDDEEYLKIPPLGRHYTLRWAEDDLLQEQR
W1QL12294-369DFSTAKPNNNQIAFTSFQAYVEPFFRPFTEEDIRLLRTKCNLSSNLPRDYDDQKTPYHIPRLGPHYADVWYEEDLR
A0A0D2APK0273-339DFSNAKPAQQVNFTTFQNYAEPFLRPLTEEDRGFLLERGNRELPFVIPKLGAKHYKEIWAEEDNQIA
I1BTY522-88DFIRVKAKDQIPVTTFWTAMEPYLRPLTEQDRQFLLERSEETRPDLIPPLGEHYLDQWSREDQFVQS
S9PW57233-287QISISTFYSFLDPYFRNLNDDDINFLKETSDNSKSYQNPPLGERFPEIPEEDDIS
A0A077W6V9251-310QQVPIFTFWQAMEPYFRPLTEEDRIFLMKKEEEHESTFEVPPLGKHYLEQWNEEDRIATE
A0A152AA73353-411PSTFWASMDSYFKFITESDISHITPKSDDYYSRYFNIPSLGQHYTEVWHQEDQDRYGSS
A0A1X7SFQ41-69SKTEGADKFLASLEPYFADITENDLHNLQAQDNNFDKSLFEIPSQGQHYSQQWLMEELNEEGTETARLH
A0A1E3QPQ5219-308DLSHLKPANQVQFATFATHIESFFRPFCEEDIAFLEKKAILPTNVSTNPNPHSNASSNMTLETSYDPSILPFLTPKLGRPYTEVWADEDS
A0A146I9D8181-239IPPPTPVSTFYASVEPYLRTIREEDLGYLEHTADEVEPFIMPKLGRHYLDVWAEQDALM
Q1HQA8185-255VKLELSQLALPKNNIPYKFWNSVEPYCAPVTLDDIKFLESLLAQSSNTTLPPIPPLGKHYSEVWADEHLAE
A0A0C9UCQ0279-341DFSKLKPPTQTSISTFWSYVEPWLRPIREEDVGLLEWDGDEETPFVIPPLGRHYTEIWDDEDS
A0A0C4E3M7344-410DFSSGKASNQISFSTFSTYTEPYFRPFNEEDLTFLRERGDRSTVFNMPKRGRKHYTEIWAEEDGAMA
A0A066VLS5400-465KEGKKGKEQSQVPLNTFYSYADGYFKSLTEDDLAWLSSQTDDLEPFQIPPLGRYYREVFEAEDAAQ
A0A0L8IFR3192-248FWASVDPYCAEISTEDMKVLEEVLVTIKDDSEFFKIPPLGKHYSERWAQEDIMDEQK
A0A0B7AM17175-236KLPKNDAVNRFWAAVEPYCAPITADDLRVIEEMLKSYEEDTEYMKIPTLGIHYTQRWTEEDL
F0ZS21406-462PGVFWASMESYLRPIKDSDIEFITPRSEEQDAKFFEIPQLGTHYSEAWQLEDLERLQ
I2JQN9392-467DLSVNRPTSQVPFTSFENYVEPFFRNFTEEDVSFLRQKAVLGNHVSRGYDFRKEPFSIPALGPGYAEVWKEEDRLA
A0A075AD91136-199SSSSYAIPNKFWELMEPYCAEITEANISYLENLIRSYQDLETTILQPLSLNPSETRSADDVVHS
K0KQC7301-386DFSKSKPSNQVQFATFQSFIENFYRNFTEDDLKFLKNKYIMTDALTNDSNYDPNLTPYLIPNLGQLYSLVWNEEENSSNYSPPPSR
A0A167DMD9350-425DFTRAKPANQVQFSTFATFIEPFFRPLTEEDISFLKHKSVGLDGTYTRSIASPYLIPPLGPLYSDTWADEDGQIAN
A0A0E9NA58259-323EDFSTRPQKPPNQVNIGTYYTYLEPYFRPFTEEDLGFLRERGDRLGCFLVPPLGVHYMEMWADEG
A0A1U7LNT096-147QTFQASIDPYFRQFTEEDLGWLRDRGDQITPYIVPELGPHYTETWDDEDFLR
T2MIN1145-200APNKFWSYVEPYCSDILPEQITAIEESLSSKAEISEYYKMPALGVHYSEVWNKEDF
A0A183TC85252-315SHDVPNRFWALMEPYCADITETNISYLESILKSYVEEATTAKYFQLPPEANTAVAAATDHNLLP
A0A177W9H0371-434DFSTSKAPPNQVPIAQFWAFFEQYYRNMTEDDLRALSQKGDDVTPFLIPPLGIHFTEQWHAEDQ
A0A0G4IJZ3192-239SLWTSTADYFRFPTDDDLQLIRPKVDPELFEVPPLGRHYPEEWKELDE
A0A0C3AW98222-305PQTDQPDEVNDDMSDRKQPPNQASRTASVTAHAYWNFVEPWTRQLKDEDVAFLAVSGDDDEFWEVPPLGRHYSEKWEDEDRFML
A0A023GI1141-113RNDAPNRFWASLEPYCGQVTADDVRALEELMRTREEEASEFQRVPPLGRHYSQRWAQEDLQEEQTQGARATGG
K1XI39337-412DKDFSNAKPTNQVQANTFATHIEPFFRPLTEEDLTFLRERGDRVGPFSIARRGKRHYLEVWAEEDGALSADGPQPG
R4G3F1177-248LPKNDIPNKFWASVEPYVGEITENNIKDLENLIAACDTDLAGIKIPPLGKHYTECWSEEDLRQERQASSVSK
G8BZW3310-391DFSCPKPTNQIQFSTFLSSVDNYFRDFTDDDIKFLKTEYILPANLSMDKSYEPQSTPYIIPKLGPLYSTIWLKEDNNQNIGN
A8Q9S2367-443TPQPPVKDTSNRSRSTKEAAQVPATTFFNYVDAFFKPITEDDLAWLSSRADDPSPYVFPELGLHYRKVWEKEDAELQ
A7S4C1164-219NRFWSVVEPYCADLTQDDLKFLEDSLKADDDEHEYCKIPSLGKHYSEKWAQEDLMD
G0W387391-470DMDFSHPKPANQIQYNTFLTSIENFLRNLDENDLKFIKETYIIPKSLELDKTYDPNVTPFIIPSLGPLYTEQWYKEDNNQ
A0A139A9M3204-271RVTKPQNQTPTDAFWRFADQYLRSITEEDMAWLMSKGEDRTLYMIPPLGRPYRAQWEEQDRQLRIGAG
F2QRG3338-418EDFTKSKPPSQVQFSTFQSYLEPYFRPFTEEDIKFLKKQYNLPQNLPKNYDPNVTPFVIPKFGAHYRDTWYEEDINTGMIK
A0A137P7K7290-356EIEEDFTKQNNTNQTPITTFYNWLDPYLKNITEDDLKVLQTDSDIEPYLVVPPTGKNYKERWNEKDR
A0A1R1Y4V558-138PIPENSIVPNDYSRIKVNTQIPANIFWASVDLYLRPITDDDLQFLENYTDPKVNIEIGPKGQNYIAKWAKEESSLYPDLIQ
A0A0D2UKB3160-216FWQSIEPYFAPIDTALVDTLLLDPIQRKEGNFLFRLPPIGRHFAEIWAEDDLREEQA
A0A1V9XRQ5193-259PANDAPHRFWIYLDTYCRAPNDEQIQGLENMLEAQESIKFSDYVKVPPLGTHYIVKWAQEDLLEEQM
M5GEZ1259-314AAQITADTFWKSVEHWIRDLGEEDVAAMSYIDDDPEPFVRPPLGRHYLERWAEEEQ
A0A067MVC3261-326NEDFTNAKAPVNQVPTVTFWKEVEGWTKPVGEEDIAWLGFDESDTDPFLIPKLGRHYTEVWEDEET
A0A1D2VK00225-299DFSSMKAPTNQIPYNTFQTYIEAYFRPYTEDDIEFLSKKFVIPDNLLENKNYNPKVSPFITPKLGTLYSKLWTEE
A0A0L0HKT3281-358DRMDGVTDIPVEGDYTKAKPIQNQIPIQTFWGFVDQFYRPLTEEDLKYLDAQGDEVTPYIVPGLGRPYKEQWADEEAK
A0A015K127252-308VKSNVAIKTFYDYVEPYVRDFKDEDVQFLEAKGDDITPYEIPKLGRHYVEVWAEEER
T1FSU9172-233KIPKNITPLRFWAMVEPYCTDVTKEDIKFLEEQIKLCEDIDEYMRVPALGRHYTEKWKEEDE
UPI0008F9DEC1182-250EPSKMPFIPRIDTPNKFWAFVGTYCADVTPEHIQYLESLLKMQENDEELMKIPPLGEHYSKKWKEEEMD
I1CB26189-246QVPILSFWATIDPHFRPLEEADREFLLEKPDDETSHIIPPLGRHYTETWSEDDSISIP
A0A0L0DDJ6303-358FWHSVEPYFRDVTDADIELLAEHGIHPNDSAFIVPRLGRFYRDVWYEQDIEEHEGV
J5SHL8229-286KAPSQIAVQTFWQNIEPYIRDIREDDLAMLNFKADTPESYVIPPRGRHYTEIWDEEDG