Metacluster 130097

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Information

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Number of sequences (UniRef50):

52

Average sequence length:

116±22 aa

Average transmembrane regions:

0

Low complexity (%):

0.87

Coiled coils (%):

0

Disordered domains (%):

23.12

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Pfam dominant architecture:

PF04223

Pfam % dominant architecture:

100

Pfam overlap:

0.33

Pfam overlap type:

reduced

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AlphafoldDB representative:

AF-Q8ZRY1-F1 (19-138) -   AlphafoldDB

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Downloads

Seeds:

MC130097.fasta

Seeds (0.60 cdhit):

MC130097_cdhit.fasta

MSA:

MC130097_msa.fasta

HMM model:

MC130097.hmm

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Sequences list (filtered 60 P.I.)

Protein	Range	AA
I0AIQ0	4-142	VKNAAGRLVPIEVNGQEQIPFRGINKHKPTGYKSKPPIRSCVDYPWDGNKLVKDLKTALKKAGIKDGMTISTHHHFRNGDYVTNMLFDIIHEMGIKNIRWFPSASFPVHQNLIKYLEDGTIHHIEGSMNGPLGKFTSEG
A0A101IR52	4-92	AIKASGLQSGMTISFHHHLRNGDYVVNMVLDACYELGIKELVVFPTALFGVHKHLTKHIQKGVIKQIQGSVNGPIGQLASEGGMELPVV
R5BQB4	49-151	KLVATLREACEKCGVHYGMTISFHSVFRNGDYVASMAVKTLVEELGVKDLNIAATSLGSAHDIIADYIEKGIVTGIQTSGVRGRIGEVISEGKLKTPAIIRSH
UPI0003A52371	14-107	TIKDALLAASVKDGQVISFQHHLRNGDLVLLQVLEALKELGVKNITIAPTAIMQAHARLTEFIADGTVSKIYTNYLTGDVARYISEGRMAEPVI
W1DMT5	18-140	LTPYAGVTAKSPWLASESEKRQRKICDSLETAIRRSSLQNGMTISFHHAFRGGDKVVNMVVAKLAEMGFRDLTLASSSLIDAHWPLIEHIKNGVIRQIYTSGLRGKLGEEISAGLMENPVQIH
A0A0H8S5Q9	20-144	LTPYTQARAITPHLHDEQAKKSRKVKSSIREAIVDLGLKDGMTISFHHAFRGGDKTVNLVMEVIAELGIKNLTLASSSLTSCHSPLIEHIKNGVVSKIYTSGIRGALADSISNGLLDEPVHIHSH
A0A1G3LU21	54-146	RPDKLVKNWDDLLDRMDVKSGMTISFHHHLRDGDAVVNEVVARLAARGLRDLTIAPTALFPVHDRLVPFIESGVIARVEGSMNGAVGLACSRG
UPI0009B5E01A	18-158	LKPYTGLSASPEVHHRVGASLRSFSRGTPKLLGSIREGLDAAWVRDGSTISFHHHLRNGDTVANEVLQEAAAMGLRGLKVAASSIFPVHERWVEFIEAGVISQIYTAYAVGPVADAVARGALSSPIIMHTHGGRARLIESG
A0A1J5HC46	1-149	MQNSLGREIPEFIEGYGKTEPFSGAWTKLKKGEMSEITIPPPNKAKLAHQTKLTPNLEEAIAKTNPHDGMTVSFHHHLRNGDGLLVKTLDILAKMGIKNITLASSSLADCHTPILKYIADGTICKVWTSGMRGEIGKAVSEGAMQLPVI
G4Q3T8	1-143	MKNAVGREIPEEILKATGKEPFQGSFSKHLVAYQAATHTVAPVIDPSYSKVVDSIEDVLKKCGIKDGMTLSFHHHFREGDYVVNMVMEAVHKMGIKDLTICATSLGKAQTPIVPMIEDGTITNIQASGVRGKIGEAISNGKLK
D1Y7N0	3-106	DSKVIATLKDAVLRSGLKNGMRISFHHHLRDGDGVMNMVLGELAAMGYRDLTVNSSSVFDVQSPIIDHVKSGVVGRIETNYMGAKVGRFISAGGMKEPVVFRSH
A0A1V5E9V5	1-164	MKTSIGTEIPEFIDKKKGRGRLKPFEGAWTRLQKGWMDEPTVSLPTKAKMPHVSKMEKDLKTAIEKTGPRDGMTVSFHHHLRNGDAIVNLTIDILAELGIKNITLAASSLTSVHRHLIPYLEDGTITEIWTSGMRDELGAAVSMGKLAYRAVIHSHGGRARAIR
A0A1F9ZQL3	38-133	KVHYDLESFIKTLPLEDKMTLSFHHHLRNGDFVMNQVMAEVAKSGVKNLTICASSIFPTHAPLVSLIEQKTITKIIASYISGPVADAISEGKLEDV
UPI00062D5A25	1-145	MKNSLGRELPDAEMKELKYQPYQSTEIGNPVISWVAPKVRVSTGDDKVIFSVDEVIKDVLQDGMTISFHHHFREGDFVFNLVMDRIIKLGYKDLTLAPSSLTNVMNDKVIEAIKAGTVTNITTSGMRGELGEQVSHGLLKNPVIF
A0A1W9V9C4	13-156	ELDGVKLTPFDGAVKHTPLVRQDKGNRQLPRLNKLVDTIEQAVIKSGLQDGMTISFHHHFRSGDYIVNMVMDVISRMGIKDLTIAASSLMAHHDELIGHIENGTVTQLITSGLRGKLAKFVSAGKMGKPVLFHSHGGRARAIEV
A0A0L0MJL1	28-143	EGKRNSKISISLEEAIIQTGLKDGMTISFHHHFRHGDQTVEQILKIIDKLKIKNLTVSASSFTNAHDCLIDYINKGVITGLEGSGLRGKLGDAISEGILTKPVILRSHGGRARAIE
A0A1V2M0U2	1-148	MKNVLGREVPDFVPGYGKVTPFKGAFKNFPEEGKRKAAPLIKYAIPRYGNKVVNNLEEVFLKIGIKDGMTLSFHHHFRNGDKILTQVIDVAAKLGLKNLTVAASGIMLSHHGLVPHLKSGVVTHIDTNGLMGAVAEYIAKGKMENPIV
A0A151EHJ1	26-135	ENPPKQRKAQPYFGYVKHGDSKLLASIDDAIEKTGLKDGMCVSFHHHLRNGDGVVNLVMQHIADKGIKDIKIAPSALFPVHEPLVELMDAGVVTSIEGSMNGPVGDAVSH
A0A1V5T4B2	6-135	IKNAIGRYIPESYRPFKGPDIDYVPKFIPEVFRGTRTESKVRGSIRDAIERTGLVDGDTISFHHGLRNGDAVLEQVMRVIIDMNFRNLVLAPTSLFPCHIPIIMEAIEKGVVVQIRGGSVRGDLGYLIAS
A0A1M5SBF8	17-112	LTSLSDAVAATDLKDGATISFHHHLRNGDAVINTVVAMLAKAGLRDLHLAVTSLFPVHAPLIEHIQSGVIGRISASFISGPVGEAISRGILDDPVT
F9N3J2	25-159	QFAMTETAVRAGKPVKLHTPGEDKLVGSIDEAIEKVGLKDGMSISFHHHLRNGDYVMKLVMDRVQAKGIKDITILNSSLAPCHEFLIDMIKDGTVTAIETSGLRDALGKFLSLNPGVLKRPVVIRSHGGRARAVC
A0A090HY00	37-133	VDSIEDAIIKSGLKDGMTISFHHHFREGDYVIGYVLEAIRKLGIKDLTFAPSAVVNLNNVDFVSYIKDGTIRSVQASGIRGELGNYILREGLKGPVI
X1BT26	4-138	IENILGRLIPVKIEGRKLRPFQGAFADDGGGRKRVTPPIPVSKPGQNKLCSLREAIEKSGLKDGMTISFHHHLRDGDYVVNMVVDEISRIGIKDITLAPSALFPCHKPLIEHIKNGVITKIEGSMNGPVGEHVSY
A0A151DX08	44-150	LTTFEKALRNCLLKNGMTISFHHQLRNGDFVVNQTLTTIKDLGIKDIRIAQTALFTVHKPVIDFIKDGVITRIEGSLNDTVGDYISKHPLKSPVILRSHGGRWGAVK
B5EF95	1-156	MALNSLGREIPESYAGRKLVPYGDPYSITPSGSVAARRLRRVNPGASKLLSSLREAIEASGLKDGMTIATHHSLRNGDFLLNRLVAEIADMGIRGIWIASSSVHPVHAEIIPHIKSGVVAGFHCGVNGLIGEMASRGELSCPIVVRTHGGRARAIM
C2KZZ1	20-161	TVFLGSRHFDGYSYEKTAVKARARIGGEGSKLESNLQEVLRKCNAHDGMTISFHHHFREGDLVAMQVMQAIHDMGFKNITICASSLSKAQDALVPMLEDGTVTHIESSGVRGKIGEAISEGKLQGIAILRSHGGRVRAIETG
C0QVP9	40-166	TQSRRIKNHKPNNKKLCSSIREAIEKSGLKDGMTISFHHHLRNGDGVIMLVVEEISKMGIKDISICTSSFTNAHEGLIEYIKSGVITSIATSGLRGEIGKAVSTENILKKPVVFRTHGGRARAIEAG
I9L5T6	34-134	KLLRSIEEAIDASGLKSGMKISFHHGLLNGDEIMNTVLKMIAYKGMKGLTLSAGSSLRTKDTLLHPFFLEGVIVAEQTSDLQNKLEHFFNANNIKRPISVG
A0A088T3S3	13-105	INSLDEFFQVIPINENKNISFHHHLRNGDYVLNMVLDYYIKNQITDINLFPSAIFPSYTNILELLKNNQINNITTNYLNGPTAEYITSNGLNG
S2R747	1-156	MVKNTLNREIPEPYADQYGVYGGEFANIKPYDEHARHINPVKPDHSKLVASIHDAIVATGLKDGMTISFHHHFREGDYVMNMVLAEIAKMGIKNLSIAPSSIANVHEPLIEHIKNGVVTNITSSGLRDKVGAAISSGIMKNPVVIRSHGGRARAIA
F5YRE5	3-100	KLVASLEEAIRAAGLKDGMRISFHHHLRNGDFVLNMTLALIAKMGIRDLTVNASSLFDSQEPLLAHIKNGVVTELETNYMSPVIGKAVSEGILAKPVI
A8LJE7	50-142	DAGDGRKLRPGLEVVFDELGIADGRTLSFHHHYRDGDRVVVEVMRLARERGLKGLTICPSSIFPTHSSLVPLLEDGTITSIVTDYMRGPVADW
A0A1B6YJT3	41-142	KRLPDLAAAIAATGLRDGMTISFHHHLRNGDGVLNAVLDAVAAAGIGDLTLAPSSIFAAHAPLLDHIARGTVTGLRTAYMAGPVAQAISRGALARPVVLHTH
A0A101EWW8	4-137	NAVGREIPEEIAGKALRPFQGAFTTVPQGRKAAGPLKTIRPGTNKVVPSLEEAIKNSGLSDGMTISFHHAYRDGDLLVLKVVETCARLGIGDLRLFPTALFPCHEGLIPYIEEGVVSRIEGSMNGPVGAFVSQG
A0A143I2V2	15-129	RDLKPFDTAHSATPWLADSDAKHSRKLCASVEEAVKRCGLQDGMTISFHHAFREGDRVINTVVALLARMGIKNLTLASSSLMTCNDALIEHIESGVINRIYTSGMRGRLADAISH
A0A161QC02	1-126	MINTVKRELPEYIEGYGKVKPFIGAYENIGEVKKTSVKIKSVKPGENKVLPSLRDALLKCGIEDGKTLSFHHHLRNGDYVLNMVLEEVAKLGIKDIKVAASSIFPCHAPLVEHIKNGVVTQIYTNL