Metacluster 62017

Information

Number of sequences (UniRef50):
104
Average sequence length:
101±8 aa
Average transmembrane regions:
0.2
Low complexity (%):
1.16
Coiled coils (%):
0
Disordered domains (%):
10.81
Pfam dominant architecture:
PF12894
Pfam % dominant architecture:
1
Pfam overlap:
0.12
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-A0A2R8RPA6-F1 (231-325) -   AlphafoldDB

Downloads

Seeds:
MC62017.fasta
Seeds (0.60 cdhit):
MC62017_cdhit.fasta
MSA:
MC62017_msa.fasta
HMM model:
MC62017.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A085LU96254-358LSKKKFYMLEFPSLERTRLLEFSGDYGDIVEFHYLPDMTIVCGFQQGHLLLISMAPDRMGQIVFIVQEYQKYLAGVVCNPAAGTITTAGDNSIKTRELNNISEVM
UPI0006D4E0A1207-310VGRKILFIYNLDDPDNPVELAFQGNYGNIVSYEWYADGNIVVGFSAGYFISISTKPREIGQELYQTKNHHGKLTFLCISSPLSKMATCGDNSVKIHELTSLSET
A0A0K0ITG6217-321LSQNTILLAELSDNTQLINLQCQVHYGQIVTFCWYRSNFLLLGFDKGFFVCVSTIAAEIGQEIYAVQDFKTYLSSICINESLSKVLLIGDNQIRIREMSRLDEIV
A0A0N4UN28177-283EKKKTKVDIMLSAVLEDRMIMLINLDDSENPINLQFQNRYGKIVSYVWFADGYILLGFIKGFVVCISAYASEMGQEIFSVQDFKSYLAYLCINENSEKALIIGDNQL
B7PEA5191-296RDEKNTVENTVSLVLNKRTLLLLDIYDPENPYVLAFQEMYGKIIEYRWYGDGYILLGFTNGYFVAISTSLKDIGQEMMQVRCHKQSLSHIAICLPQNKVASCSDNV
A0A183AAV7200-297NNISCVIGQRNLFILNLDDMENPIELEFQKRYGEVMAYRWFGDGYIMIGFSAGYLIVISTEKSELGKEIYQVRDHKDGLYDLAVSGTLSRCATAGDHS
A9VAF2196-299EGKLHEPKASLILDKKTLYIFNLEDPENPIELAFQEKYGTIVAYDWSARGNLYIGFSSGYFVSVSTHMDKIGQELFQVRNHKTRLNDIACCHAVEKVATAGDDF
UPI0004D048A1130-238MKTDDRTSAAKSTISVVIGKKTLRLFNMNEPDNPIDLEFQQRYGNIVCYSWYGDGYIMIGFSRGIFIVISTHTRETGKEIFQAHDHKDNLTSIAVSQTLNKAATCGDNC
A0A0V0QLV2200-316EPKKVRWARPKTDQRDQPQKTITAVLSQKSILMYDIGSNKTPLELVFEQRYGKIVDYSLFGDGYIVVGFAEGYVAHISTHMQELSDEVSSERVFQSTLDALTTNDTVFKMAVAGENQ
UPI0009050FDE193-302MKTDESSAQGESTVSVSVDKKILMLFNINDPGNQIELAFERHYGNIVSYRWYGDGYILIGFSHGYFVVISTHIREMGYELYRAHNHKDCLNSIAISTAVNKCASCGDNSI
H3FQX8428-530LSAILGTKHLMLVNLAKETQGGQDMPTVNLAFQEQYGEIVTYQWYDNGRLIVGFRSGQWVSISARESEIGSELHTEKAFSTYLSDITINQALGRIVCCGDNQI
A0A1W4X8D2206-311VGKRTLYLYSLFDTENPIELEFQQHYGNIVSYKWFGDGYILLGFALGYFIAISTHIKEVGRELFQVKNYKNSLNDIALCKRMGKVASCGDNIIKIHDLNSLQETSS
UPI0008F9B8F2205-299VVIGGKNLSLFSIKDPSNLMELMFQTRYGSIVDYHWYCSGCILLGFSNGFFVAISTHQEEIGQELFQIQNHYGTLGGIAYCPEVGKVATCGDNNI
F6WLW9210-323LLRFSEMKRSVKNEPGENTVSLVVGKKTLYFFKMYDPDNIIELAFQPRYGKIEAYHWYGDGYIMIGFSNGFFVVISTHAKEIGQELFQVRNHHDYLSSIAISPVLNYAASCGDT
A0A1V9XNR7202-306LGKKTLYLVDIYDSENPILLGFQDRYGAIVDYEWSSDALIILGFTEGFVVVVSAIPKEIGQELRMVRCHREGLVHIAISSEYSKVATGSGNQVKVYNANDLDEVE
A0A182SZY91-98FLYHLPEPDSPTELGFQQRYGSLLQHKWFADGYILLGFSLGHVVAISTHPREVGQELWQVKNHRDSLNSIAVCKELELIASCGDNNVKVHSMTNLQET
A0A0L8I442204-314EMKTDERSAMTEDTVSIVISQRYLLLYNINNPDNPIELRFNKSYGSIMAYCWHGDGYIVIGFSSGYFVGISTHIKEIGQELFSTHDHKEGLTNLALSPYLNKIATSGGSSI
A0A0W8CAX8207-313KAIILFNLQDPANPVELTFQTHYGSIIFIEWFADGMIMIAFSEGYLIVISTKIDEVGEELQSHRFFSDRIFTACYSSTLDRVALSGESGIKVVDMTTFTEVAADFIK
F4P757209-297PLELAFSLKYGAIAAYRWFKDNQILVGFTLGYLVSVSTSSHQLGKELFQSKSYKDSLGDIAVSNILNIAATCGDNVIKIHDLSNLQDVS
A0A0G4H4Q0203-300SSVSVVIKRDQTLFLFSLQQPDDPLELAFQEKYGTIVNYSWYGDGFLILGFSNGYLVVLSTSLKEISEELQSVKFHSHGLQALALNSQLQRVATAGDG
A0A1I8I8I8167-275MKSDERSGMGDNTVSCVIGGKTLFLYNLQDPENPVELAFQTRYGHIVDYRWYGDGYIMIGFSQGYFVIISTHMKEIGQELFQAQDHKNNLSSVAISTSLGRCASAGDDR
A0A0S4J4J3192-299KAEERQTKKDNYVCVILAQKSLYLHCIAKKETPIELTFQAKYGNIVCTRFTDDGYCLVGFQSGYCNLVSVHESELGTEVSALKAYRDALTDVSYAPTVKKCATVGDSQ
D7FIK0215-314KIVVAINLSGKSLLLYSLDDPDRPVELAFQNKYGNIVVHRQFGDSYLLLGFSEGYLVLISTHMSEIGEEQFSGRFFDGGLTDVSYSPELRQAVAAGPTSI
A0A087U0W5201-295VSLILNRKSLFLLNIHDPEDPIILSFQEKYGSVVDYCWHSEGYILLGFSSGFFIVLSTLLKEIGQEMCHVQCFTNNLLHMVVCTSDYKVIGCGDE
A0A1D1W432142-239ISNKTLLLFDLDDDSRSLHYTFKADYGNIVDYFWFGDGYILICFQIGILIWVSSHPDEQGKELAHVNISQNSIVHMAASNDGARFGICSENVVKVFQT
A0A090L6P2211-305ISGIIGNKSIILINSNDFENPINLQFQQKYGDIVSYLWFIDGCILLGFSNGYIVCISAQSSEIGQELYVIQEFKNSLSYVYLNEATNELLSIGDS
A0A0N5AR89204-312LGGVILMIMDMNDYQKPINLQFQSRYGEIVTYSWYGNGYILLGFAKGYIVCISAHTSEIGQEMFSVQDFKNSIGSLCISETLSQVMIVGDFQLKVRDIGQLEEVLAMYD
J9JNN3204-307VANKTLYLIDLQDTDNPFELAFNLKYGSIVTYHWYGDGYILIGFSEGYLISISTHPKEVGKELFQIRNHKEILSDVGLSKIAGKVATCGEYTIKVHEIGKLQET
UPI0009E4983069-171MKTDERSSIGETTMSLIVGKKTLYLYNLNDPDNPIELAFQQRYGNIVDYKCSSQYEPCFFCNENLLLFLLSQELYQTRDHKDELTGIAMSLELNKAASCGDNC
E3LYG6227-333LGKKILMLAPLNALDDPVNLQFQEKYGIIHSYKWFNDGYILMGFDCGYIISISAHRVEIGSEIVSFLEYRGYLASLAVSTSFNKLLTIGDNMVKVRDLDDLTTVTML
T1K1G1204-299VSLILNKKNLFLLRLTDMENPYVMSFQDKYGSIKSYQWFGEGYIVIGFSSGLLVMVSTHPSEMGQEISTVRAHQDFLTGIALCTKTKKVATFSENV
A0A158P9P5129-250KVGEVKRSGGSMDIMVSAVLGKKTLFLSSLAEKPKENTGFDGDTDSSMNLQFQEKYGHIVAHAWYNDGYIVVGFAKGFVVCISAHLSEMGQEIFNVAEYKTYLAAVAACSPFGKILTVGDHQ
A0A1I7STJ9175-300TISCTAEPTNLKISKFRRVDAERDKEELFISYIVGHRTLSIVTANDTSSPISLQFQDKYGQIVDTSWHNNGMIMIAFEMGFLVVLSAQDWNDVNHELFSVQEFTSTITCLYTSLSCERLFSGADNG
A0A024UE42217-320RQSSGVKRIVSVNMGRETILLYDLNEKDNALELAFQARYGDIVDYRWFGAGYIIAGFSVGYVVVISTHMNEIGQEQYCAKFHDNWLHAICYNEINGMVATCGDA
A0A0P5HYL7209-312VGRRTLILININNAENPLELAFQQSYGNITTYRWFGDGYILIGFSGGYCIAISTHVKEIGQELFQIRNHRDMISSISVCPLLNRAACAGDNNARIYDLLDLKES
A0A1I8AXR415-114ISAIIAHKNLMIVRLSEPEHPTNLQFQERYGNLVSTVWFGNGNLLVGFDAGFVVCLSAERSNDSISQELFSIQEYKNGLACLMKTRDLANLGEVIDIVDV
A0A132A9J5238-333VCLVLNKRMLFMMKLDDSENSFILNFKDWYETIIDYYCYRNGNIFLTFQSGLIVTISTGLRSFGVELSQIRLHKDSLTAFSVCPQINRVASCSENK
A0A0L0HJK5200-295LSTIIADKTLFIHNVNHPDSPVELAFQPKYGSVVSYQWFAEGYVLVGFSTGYLIVISTNDNDMGQEIFSTRNHKGSLSHVAISSVLGKAASCGDNT
A0A0V1EV97185-298LLNFTERRVLESKEIGNGTISVVISKDTLLLLDFPNFKATHKINFNEAYGEILHCTWFDDKSIIFGFQKGQTVLMSVRQSTMGQELFSIQDFQNYFCGLFVNSISNKVIVAGDF
G4LVR6161-251ENPLELAFRQVYGDLIAYHWFGDGYIMVGFSSGYFVVISTQSSEFGKEIYQIRDHKDSLHDISVSTVLNRCATVGDCCVKIHDLQNIRELT
A0A1I7Y7I5213-317KQMMMVHLANADAPINLQFHESYGKVITYEWLAEDRMMIGFEMGHLICVNTTMNGDNQVAEIFTAKDFKRGLYDMSISLGLDRVLAIGDNQFKAREIANMEDVSN