Metacluster 35096

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Information

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Number of sequences (UniRef50):

54

Average sequence length:

139±13 aa

Average transmembrane regions:

0.03

Low complexity (%):

9.51

Coiled coils (%):

0

Disordered domains (%):

16.13

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Pfam dominant architecture:

PF07532

Pfam % dominant architecture:

2

Pfam overlap:

0.01

Pfam overlap type:

shifted

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AlphafoldDB representative:

Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

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Downloads

Seeds:

MC35096.fasta

Seeds (0.60 cdhit):

MC35096_cdhit.fasta

MSA:

MC35096_msa.fasta

HMM model:

MC35096.hmm

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Sequences list (filtered 60 P.I.)

Protein	Range	AA
C6PXS5	1-160	MNKNKKYFSVLSSAALGVLIASAVSSTASAKVTDYVAKDASGRTISFNLDALLKDYENKFSTGTSPMFDEYMKDAANLVAFKDDKTGLVSAKTVLDAYTDAVIKDGGKTFVLDTVTEAAKDADLAKDVTIGYECKADGTVDAVTPVDPSKVVKSVSAITA
A0A037Z7A1	7-143	KKCLSVLSTAAMGTLIATALTSGVSAKTTDVIVKLASQNVKFNFSELNNSYEDKSLGLEAPLYDKFSTNEGIISLLDDKTGYVDYKAVSKAAEDAAVLGKDFALDTFTEAAKGDQILPEVKIDAEWKDGQVTPVDGQ
C0GIC8	11-139	LKVFFSAFLVLLLLTSHVSAAIIGFVAEGSDGKYYEYDYDDLLESYVMNMLGSDAKLFNDFRKKSLTAYLDDVNGYVDYEDVLEAYALSIITGKKFDVNAYTAGGNARLASMPNSVIVVTEESGKLVFT
U6EVR2	1-147	MAKKKMLNILSNAAVGVLIATALGTGVYAKVTDVIVNSKGKDYSYDYKELKSSYAKASLGIEGAGQLFDDYSAKLKDGSLKAYNDDKNGYIEYGAIRKAAALQENFDLNTYTESEAAKAIEVEAVAKVSVKDGKIFIDGKEQEAKIK
B1B880	1-140	MNRGKIKKIFAMAVISGTLMVGAKNTAYAVITDYAIKLDNQVYSYNKSQLEESFLNYKAGEDAKLYEDFHSKLGSSKGFYAFKDDKRGFVSYEAIEKGFLKSKDDKKSFDVEKFVENDESESLEVKETKEVVVNDKGSLE
A0A1V2YB69	1-142	MKKKIYAVMSSAALTTAISSAISTTAFAAVDGFLVNNNDKLFLYNYNELMEDSLNKLLGDSSPLYDEYIKGNLVAFHDTIKGYVNEKDVMDQSLESLMDGKNFDLDSFTESAKDEQIYKIEGKNVTERIFDEKKETVVDKKE
C5VQD0	1-164	MKNNKKVALLSSAAIGTLIATALTTTAYAKIDSILTEKDGKFFEYSYKDLLEASELDAAGVESPLFKQYLDQQLKAFHDDVKGYINEKIIMEAAEEAAGNEEEFNLDDYIKNTNLKDNLVKVDNITKLTEQDGKVVEVKNENKTELKVESVSSITETEITVKLT
A0A151AK74	1-128	MKKKFIYTLLTALAITSAASIKAFAAVDAYVLKDNTNTYQYNLNELSDSLINNTLGQQDKLYKEFEAQLSSGKIYLLHDSEGKYVSYDEVKNILIEKTLKEEIFDLNSEVKKAKEADKPSLMENIKKE
UPI0004D7D2FF	8-159	KVFSSTAVAGMIAAAMMSSQAFAAVDAYSVKVGDEVYKYDRVELEKSFLDSKAGDKAALYEDFTKKLGEAKGFYAFNDTKNGYVDYNSIEAKFLEAKNAGQKFDVNAFTESKDAKIVEVKSVKKAVVNKDGKIEYVSEEKESGKLKVESVEA
C6Q0U4	1-141	MKKIKLLVMGAILGTSLLFSSNVFAKASAIDVIGTDGKVYEYNYSDLKTSAMAYELNGAGDLGGKLYNDFLTRKSAISAYYDDVRKSYVDFNTASKVAVSLITSGQKFDLNSFLENPSTPTINLNPIQVTTTSRGNIVVGN
A0A151AK68	1-154	MKRFNKGLSALVLGVTLSLGTTITALAVTDAYLIKDKSTGIVYEYDKTTLNNAAVNYTISGSDPYYEEFDGKKNKYAIYAFHSSSGKYVEFSVASSALINYTLEGKEFNLDTFIDLSSTPSLNITAPIKSVQLENGQVKYVDKSKGQTPVDEEE
UPI0005093CC4	1-135	MSKKTTLNVLSSTAIAGLIVAAVSSTAYAKVTNVVVQDKDGKQYEYDYNKLADSLAGIQAADYFNNFSAKLVGGKTVSYVDDKTGFVDASKAANAVIIDGKDFKTFTESATTADLVNINASLLTDVVLNNDGTIK
UPI0004D728E2	8-112	ALITLLMLNSSVAYALPINYELYTNNTRKSYSIAELQESFLNSKTGQDHKIYDSFIRDLSKGDFIAIKDDSGKYVDYSTIIEAFLKVKNEGKTFDLNEFIKNANG
A0A072YT05	2-135	IKKNKIKNFCVAATLSGALMASLHTTAYAVITDYAIKINEQIFSYNQNELEKSFLSYKSGEKSRLYEDFRSKLSEGNGFYAFKDDKKGFIPYKTVEKGFLESKYNSKSFNIDEFIESDTCKSVEVQSVNKVNID
A0A072Z4K1	1-134	MINKKGLKVLSIAAILSSIIEVNMPIDAQAAIDAYIIKVSKDIYSYNKYELNEDFLNFKAGETSKLYNDFVIKLKMGNGFYAFQDKKRGFIEYEKIESDFLRNKTEHKKFDLDIYTESKECNIIEVKWTKKAVM
A0A1V2YAU5	2-138	IKKRKILNVLSKGAIAAIISASFSISAYASADGFLAKSLSDGKLYYYDYNALMKAYEANVLGLESKLFTDYRNKELIAIHDDKNGFIDYKVIEEAAEDALISEGEFDLNNFIKDASDKVEIHSEVISVHANEEGEIF
A0A037Z927	2-136	KKKIVSIISTLMISFLVSTSASAKVASVLVKDTNTYYQYYYDDIRLAAEDKALGLDSQLYDEYVKRSSNVISLRDDLKGYVDYKAIKIAAENAAVFNQTFNLDSFTSNVSGSDIISITFDIQQRIVKDGKVVDGG
C6Q1I9	1-152	MYKTKKILAVLSTAAVTGLLISAVNSTAFAKTTAIAVNGTDGKVYEYQYDALKASAISLELNGLDDSHSKLYTDFLKRKTTVKAYYDDTKKSYIEFDTISKEALNCVEKGISFNLNSFTESANTPAIKLTTNTVSTDSSGNLLINGQTVSEK
A0A0A0IP39	1-116	MIKRKISVLLTVLIMMYSTTAFGEVLHYGVCTKQNGKESVKDYNAQELKRDFMKSKHQDSCPIYTEFLISLKNGEFIYFQDDKGKSVSYDYIMKRFMDCKRNNNKFNLDDVMNGAP
UPI000509686A	24-161	AYAKVTHAIVKDKSGLYYKYNYPALADSLVSDGILYDSFISKINDNGKLFAYLDDKVGFVNSDDVCDAVIIQGKDFQQFIDKSQNTSSVININGDFKAVSMKDGKLVEEDESTSIKDFTLEADSSTMLGFTYLKIKFV
B1BBP5	2-126	LKKKLVLSLITAGCLSFIPTIANAQVNGYLIKDKSTNVVYKYNLNDLEDSMLGDKAFLNEFQNKCKNDGLFAFCDDSKKVVAYADVIEDFLQNKDNFNLEKYIKNDKTPSIKVDKIEQVKVDEKT
A0A0L6ZCC9	3-147	NKKVVSVLSTAAIGTLIATAVGSTVFAAVDGLVVKNAAGSYLNYDLDALKASVVNDALGQAGAELYKDFDAARTAGSIVSYHDNKVGFVDAAAVQKAALDAALAGTNFALDTFTESSTETVLPATVYQATVTNGKVVAGAEVKPT
C6PXS6	4-138	RKCFALMSSLAMSLIISAATFTNVHAAVKSYIASDASGRIISFNLDDLLADYTNSLIEQPSPMFDEYKKDSSNLIAFEDSIKGYVSYDFVMDAYANALVAGTPFNMDAVTENATSSDIKNVLVGYKWENGSIVPT
B1BAU1	2-138	KKKFLTVLALAGIMTLGICTQSYAQTDAYLVKDNSKGIVYEFDKDELVDSFLKVKGGEDSVLYKEYMKIFSSNGLYAFHDSTKKYIAYGEVEQEFLNCKISKVGFNLDRYTEKIGKAMTNMSKKVTKVTAPNNKIVY
UPI0004867AC3	7-131	ASIISLCLALLTINPVLAASTDLLVETKAGQHYQYNMVQLIRSYNNDKKLFTDFEEKLAIGQVKAYYDNKVNEYVDFSKIVRSYNENRDQFDLNKFTENAKYDDMIFISDMIQTMIEENGEVKEG
A0A0A0I152	3-140	KKPLKVMSIGAILGSVMQIGMPISAEAAVDSYIIKLSQEIYTYNKIELVDDFLQYKVGNKAELYSDFSIKLKMANGFYAFHDKKRGYVKYEDIENSYLKSKESKAKFNIENYIESKESKIIEVNWTKKAIVTIEGKVK
A0A1E8EXZ3	4-141	KIKKSLAVLSSAAIGGLIAAAISSTAYAAADKVLVTDDKGNYFEYSLKELNTAAEDDAVGIESPLFKHYVGKTVVAFHDDKINDYVDVEKVNIAAEDATIEGKVFELDTFTENAKAEDIIKVDGNVSEVDKDGNVVTP
A0A1V2YAV6	5-173	NNKYVAVLSSAALGTLIATTVATTALAKTTGILVKDNTGKNFEYDMEQLKNSAIDKSLGDTALLFDDYQSKELVAFHDNVKGYINGQDVLNASVQAAMEGEQFDLDNFTEKEAPENAILDVKDVAKVSEKDEKIIVDSKKEPVKETIKVESVGAIDETTVKVTFDSKID
C6PZK4	1-147	MKESKKIFSVLSQTVITGLIVVAVGTTVVKAKPVAISIDAEDNKTYEYQYQALRDSALAEVLNGKDDPQSKLYIDFVKRKKSIKAYYDDVRKAYISADIISEAAIKAVTGDTPFDFIAYLENSSTPITTLATPNKVAYDANGNLSIV
A0A0A0IVQ2	2-132	TKRKNLAVLSNAAIGTLVLSALSSTAYAKADAYLVKDIQSGKYYEYNLNELVESMVDKTDLYKQFSDSSKTQLIAIHDDKLNAYVHIDKITDALVDEEEFNLDNFTETRDKIDQFSVDAKVTNLTTDENGK
A0A177XT21	9-172	LSTALVTSMATSAFAASTGYYLGGNVTKYYGADALINADVAAKFKEEAFKSSLTQDQVLFVNPQGKVASLKDIVDAIDNGQTGKDAFRVATGADFDKIGGADGFHTVLEDGTVDSQKNKVPEQDGQQPTGDLKVESVSAINSTTVKVTFAQAVAAIAKEDVTVV
B1B742	1-141	MEIKKFVRVLSVGAILGGFVSIGIPIDAKADINGYTIKVENEIYLYDKYEVMQDFLNYKIGNTAKLYNEFSDKLKKGNGFYAFKDSKKGYIDYGIIKKEFLKTKHENKVFNIEEFVQSKESKVMEVSWTKKAVVTKDGQIK
C6PZK2	1-146	MDKSKKKWLAVLSKTAILGLILTTASSKAAAKPAAIDINGKDSKVYEYQLEALKDSALAEVLNGKSDSAAKLYNDFIQRRMSTKAYYDDVRNAYVSFDVISKAAIDAALSGGTKKFDFKTFMEDTGNPTITVDANKVTVDENGNVA
C6PTI1	1-172	MKNKILKTLSMLFMAGLISSTVNMSVSAKASAIDIVDKDGKVYEYQYQALKYSASVAALDSTSMDAKLYNDFLSRKASVKAYYDDVNKDYVSLDIITTAVLDGTIKDEGTFQKFMEDKTTRPIKLSVSKITSNNGQILIDGQITGTTPSVDMNSIKCSNPLDYMSTVVTFRL