Metacluster 340888

Information

Number of sequences (UniRef50):
52
Average sequence length:
52±4 aa
Average transmembrane regions:
0
Low complexity (%):
1.2
Coiled coils (%):
0
Disordered domains (%):
20.12
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
AF-P58562-F1 (238-289) -   AlphafoldDB

Downloads

Seeds:
MC340888.fasta
Seeds (0.60 cdhit):
MC340888_cdhit.fasta
MSA:
MC340888_msa.fasta
HMM model:
MC340888.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
UPI0009E03154242-289VLGNGAVTLLDGRQMRSNVRDTDPEDPLQLLDVRLHLLPAGSRFELTD
A0A172TY47239-291VVGTGTVIIIEGFHITESSIDDFTEERPITIRDMKVHILSGGDKYQIPQINPP
A0A081RB532-56LGSGAVYIVDGSRVTHSNIAEASPERTLSMHDVRLHVLSQDDVFDLNRRCPVAAR
C7RC93215-265VYGGGAATLIDPCNLQYSSMGSAGSGDPISLFGLQMHILAEGARFSVGERN
A0A0J1FGE6211-265VVGSQTVTVIDASESVASNVSESKPGQPLVLSPVRMHVLPEGYEFDLRRRVFLPA
A9WKA9207-252VYGKGAVTILDGRTISESNVAEVEAGRPVAVGHLTAHVLTAGCTYD
A0A1Q9NW71215-265VLGEGSVILVDGRNINYSNISQIQVEKAISVENVVLHALSEGHMFNYETHK
I4I2Y8214-270VLGRGAITVVDESEATYDNLDELLKDEAMAVCGVRLHILPQGFRFNLKTRKPVFSRS
A0A0B7MH7222-76VIGSQTVTIIDGKQIQETNVSSASPDEPLALTNVIMHILPAAYRFDMKNRRPLGQ
J0LLS72-54FGTGVVTIIDASKIRFTNTRQVSENEPIAVEHLIMHMLVEGYRYCLKEHLFQP
A0A1G0WII1214-266VIGSSLAVVVDGGHLKNSNISKIAKGEPIAVENFHVHTLVEGYKYNFGERKFL
G8TGS4230-277VIGSGIITVLNGKNITYTNLIDIAERMPISVENIIVHILSQGEHFDLT
K0AYS5214-264VLGTNSVTIVDGKSIKSSNVSELKPDEVLAITNITLHVLPEGYGFDLKNRE
A0A0M3RVC8237-291IGSGLVMILDAKHCSSTNIHEIAPNTPFTLRGLRLHMLSCGEHFTLPIEPRMYA
A0A136JS88220-280VFGQGSITIVDGSHITFNEIAEVADNESFSVCGVQFHILRDGLSYDYLERRAIQPAGEFLL
A0A0D8IEL4214-261VIGSGVITIVDGKNIGYTNISEQYPNEPLAITNVNVHILPTRYKYSLL
W4HM20223-268GDGHVILVDSSGIERSNVFELADGEPVAVSGVRMHALVDGYGYSLT
H1WM95227-286VIGKGTVTIIDAKDLSYTNVAQAGATDPLSLFNLRVNILCHGDSYNMRTHTAFPAAASL
A9AW26218-268VIGEGSVTVVDGAGITYSNIHQLKVGQKEAIVGVKLHVLTHGWSYDLIKRE
U5QEK2227-279IGEGTVTIVDGSELIYNTINEIQAYQPLSVGSFRLSVMAQGLRYNLRERKTL
A0A0H4VJP1232-284IGSGLVIVIDGRQLEENNYGGVKEGEALCLEHLVMHVLPKGRRYNMATGEFM
A0A1M5HGM3259-306AIGSSSVVLIDGREITHSNVANIKGGMPISVSNLKVHILSHSDVYDID
A0A1A6AP12214-261VVGSGAVYIIDGSNITYSNVSEQHPDEVLSMFDVKLHVLKCGDNFNLL
UPI000A3CAC3C216-264VFGDGVVIVVDGSHLRESNLGRIGRGEPVSGQDLRVHLLVSGQRFDLRS
B2TJL8214-266VIGAGAVYFIDGSKITYTNVSELYGEDILSMYNVKLHILTNGKKFDLIKKLPF
A7YEP05-59LGKGSVTIVDPTELTHTNEPHVGANEPLTVHNLRLHILSYGDRFHLYQRTVLPAV
A0A1A7KHL2230-282AVGSGLVIIVDGRFIKDTNLTNINLGEPISIDNLTVHVMSMNDHYDLTTRKLT
A0A0U4AA85237-283IGSGVVTVVEGQDVTATNIHLIEPGAPFTIRGLRVHILSSGERYTLP
A0A0G2ZJ91217-270VLGSGAVYVIDGRGIRFTSLSERHPERILTVHDARVHVLGRGDRYNLKERRPIV
A0A1B2CTN6221-277VVGSGAATVADGRGVTYTNINEADSDHIMSVFDLRLHVLSAGDVFDMRARRPALSRQ
A0A1E4JZY1218-271VVGHGGVTLVDPSDVGPTNITEAGPQAPISITNLHLHALVHGTRYDLDFRRPL
D3HKJ2225-273YGSGMVVIIDGRNIDQTNITDVEEGEAVFVENLIVHLLVKGCQFSIADR
C6VZG9234-285IGSGIVMVLEAEKVRSTNFKEAKKGEAIYVEGMQIHILASGAMYSLPEKKFL
A0A0E3UZ73249-294VIGSGLITIVDGMGLTKTNIYDISTGEVFSAHDLRVHLLAKGERYI
K0NDY8217-266VGTGQVIIVDGRDIGHSNIMDIKPGEPIAVENVRIHSLVNGYGYDFKKRQ
A0A150WGZ5220-274IMGENAVYVLDGRGVTYTNISEASADQTMSIHDVKLHVLSEPEVFDLKKRTALSL
A0A1T4QKM0205-255VVGEGTVTVLDGREMDFSSAPEVDGFTPLTVTDVRLHSLAAGYKFDLNQRR
A0A0X8WUC778-128IIGEGSVTIVDVSELTHNNVDELLMDEPLALCGAKLHILPHGYRFNLDTRS
A0A0P0CBQ8210-267VFGNGVVTIMDSSHVRYSNLEEVEEGEPIAVENLIMHLLVEGHEYCIPDRVFRKLSQK
D6SL04232-284GSGLIIVVDGSTIKYTNMAMINEGELISIENLSVHVMVPGDKLLLSRRKFTPA