Metacluster 309160

Information

Number of sequences (UniRef50):
52
Average sequence length:
140±15 aa
Average transmembrane regions:
0
Low complexity (%):
12.93
Coiled coils (%):
0
Disordered domains (%):
51.41
Pfam dominant architecture:
PF12807
Pfam % dominant architecture:
16
Pfam overlap:
0.15
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-A0A1D6HN31-F1 (547-685) -   AlphafoldDB

Downloads

Seeds:
MC309160.fasta
Seeds (0.60 cdhit):
MC309160_cdhit.fasta
MSA:
MC309160_msa.fasta
HMM model:
MC309160.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
V7AXB0381-530EETTRHNKSIRWELGACWVQHLQNQATVKTEPKKAEEAKVEPAVKGLGRQGGLLKELKKKIDNKNSKVEVGKDISPSNNGNEINKQEATKQELERQDEEKETIWRKLLSDGAFTRLKESKTDLHLKSPDELMDMAHKYYVDTALPKLVAD
A0A1D6JFX91-148MPSINSRIIRWELGSSWLQQLQKKDSPASENVKRNATKADKESAVKGLGKHFEQLKKIKKKECNIDGSSSEKEECNSNCSSMNGMQVSDKISVDETNKGADVSKLMSEDAFFRLKSLGAGLHEKSLEELTKMAHNFYDETALPKLVAD
Q9LNJ1292-412IMRWELGACWIQHLQDQKNTEKDKKQTGEKSKNELKVEGLGKPLKSLNSSKKKTDVSSPKTPQTALSSQVDAVSSEADTAASLQSDAEKNAQENVLILKNLLSDAAFTRLKESDTGLHHKV
A0A199UQ50556-685SNTNRSIRWELGACWFQHLQKKDSSPAEVSKGKKEDTQTESPVKGLGKHFEQLRKIKKKTDIVDGNPEKDDSAKSSVRETDAVNEELKQSVSTEESEIRKLLPEEAFCRLKDSGTGLHQKVELAEKLPHI
UPI000A2B1DF1528-669VPKRSIRWELGSSWIQHLQKQEISKDNISKKDSDNETAQNIKGLGKKFKLLERREKEETSIGDTDLTGPNDYQLVHVNGSSDKVEAITDDLENFTELKKLLSHTAFLHLKVSGTGLHSKKVDELINMAHDYYDEIALPKLVM
M8ARU8380-548FMRWELGACWVQHLQDLKKSDKDKKQGDGKEKKKTVNKDVKETKIEGLGKPLKALKHPKNAVDASGKGSSSGNKSLTDTTSSGESQKVKPSSVEPLQGDCITSENEFLLKDVLLDSAFTRLKDSETGLHQKHYSSCDILFANIGDIKSPSELIEMALKFYDEVALPKLD
A5BLW1564-683HARSIRWELGACWVQHLQNQASGKTESKKTEETKVEPAVKGLGKQGGLLKEIKKXIDDRSGKXEQGKDATLTNSLDMNKKLDASHLEKQDEEKEMNSPEELIEMAHKYYADTALPKLVAD
M0RIC9222-350VRWELGACWIQHLQDQNNGEKDKKQASEKDKKQITTKTKNSDEEKTLTIDRKSSDEMHEKQNTKLPIKEPKAESKETENSYKLKDLLPEPVYTRLLESNTGLHLKSPQELTEMAMRYYDEVALPKLVSD
UPI00085A7E8B565-712PSRITKPIRWELGACWVQHLQNEASSKSESKNTEDAKPEPAVKGLGKQGALLKEIKRKIDVKANKTEQGKDALASTVDNDNKSEADDQKELEKQNQEMEKMWKELVTEAAYQRLKESETGFHLKSPRELIEMARKYYTDTALPKLVAD
F4HZK4539-671RPIRWELGSTWVQHLQKKETDVCGKPATNDETELSVKGLGKQFKDLKSKSKKSENISAVNEKDTRLHELNEEDDLGQKSIDGLFTELKELLSEEAFSRLKETGTGLHLKSKEELTNMAYGYYDEIALPRLVAD
A0A1D6HN3526-197LQTSDPQDNEATQTFVRKILTDSLQKLENEVPIVTRPIRWELGACWVQHLQNPTSEKTETKKSDETKDVPTVKGLGKQFGQLKEIKKKTDDKGGKGTYVKGNNSPNTDNGHTDNTASVKDDKDIILQRLLPEAAFQRLKESETGLHVKSLDELIEMSHKYYDDTALPKLVAD
A0A199VSD2428-557FVRWELGACWIQHLQDQNNAEKDKKQGGEKDKKQSTEKSTKETRIEGLGKPLKVLKNSKKIADASDNGSLSDRKLTDEVGGGESKKANLPSGQSEGESKATGNESRLRELLSETAFMRLKESETGLHLKV
F6I6D0556-707EVEKHIFVRWELGACWIQHLQDQNNTEKDKKPSTAKTKNEMKVEGLGTPLRSLKNNKKNSDGNNLKMQSEKSKTPAESVIGEAENSTLSSTKPQLEANANENELALKRMLSDAAFARLKQSETGLHRKSLQELVDLSQKYYSEVALPKLVAD
V4SU32192-337PTASERSIRWELGSCWVQHLQKQETTTDTKSTRSGDDIKTEHAVKGLGKQFKFLKKRENRPNLVGSINEANENDNGPSSMNVGGNGRQQSNGELNCEMELKKLISEESFLRLKETGTGLHSKVVDELMKMAYKYYDDIALPKLVTD
M0RGE0550-671LPHSMERSIRWELGASWLQHLQQKDNSATVEPKDNSKDSSTEPIVKGLGKQFEQLKRIKKKTENAGTISENEDLSSNDKVARKTADSEELIQMFFLRQSIEELTKMAHQFYDDIALPKLVAD
G7JGW2557-690PSVSKRSIRWELGSSWMQHLQKQENSTDGSSNNNKDGSDVEPAVKGLGKQFKLLKKREKKPSDLNGADSVEQNNDEPNNDEPSSLNELETLLSPEAFLRLKESGSGLHLKSVDELINMAHKFYDEVALPKLVTD
A0A103YBJ2521-639IRWELGSCWLQHLQKQEAPAGNNSERPNEDKAEAVVKGLGSQFKMLKKREKKQSDADCSDDTEESNLGQESSVGEPDSKESSSESELKKLIPEEAFLRLKESGTGLHLKVELAEKLPHI
A0A166D012483-622INRWELGACWIQHLQDEKKSENEKKSSAEKTKSEVEVEGLGTSLRSIRNKKKKPNRSKDNLSLTANGINGEIDNIILPSSESQLEVNTNENEVALRRLITDDAFTRLKESGTGLHCKSLQELIISSQKYYDEVALPKLVK
UPI0009E50C2D565-717NSIFFRWELGACWVQHLQDIKNAEKDKKQAGDKGRKHAVEKARHETKVEGLGKPLKLLKNSKKKRDVNEENCKSFDRKSLEIEVTSEVQNSKCVDAQSESAESHFTLKDLLPDSAFMRLKESDTGLHLKSPQELTDMARKFYDEVALSKLVAD
A0A164XDF8559-688EEPELTDRLIRWELGSCWIQHLQKKDTTTDDMSKSPTNDKAEAVVRGLGKEFKLLKRREKTAGSVDDNDENDYRSSNLDVENSIRDVSNSEYESEAELKKFVSEEAFLHLKETGTGLHLKVELADKLPHI
UPI00082375B6585-719IRWELGACWLEHLQKKETSTVEEPKGNKEDSLAEPIVKGLGRQFEQLKKLKKKADPVGKSEKEDFITGSTIVTDLEKLAQSELNEEVEIRKLLSEEAFMRLKDSGTGLHQKSMDELTKMAQKYYDDVALPKLVAD
A0A1D1ZJI8109-262FMRWELGACWIQHLQDQKNADKDKKQTGEKDKKQNAEKIKNESKIEGLGKPLRFLKSSKKKIESDDGKDPSVTNKSLDQGVTGETQNVQLHAAGSPGEATSTEKKLELKKLLSESAFTRLKESETGLHQKSLQELTEMASKYYDEVALPKLVAD