Metacluster 58738

Information

Number of sequences (UniRef50):
57
Average sequence length:
125±12 aa
Average transmembrane regions:
0
Low complexity (%):
0.39
Coiled coils (%):
0
Disordered domains (%):
16.36
Pfam dominant architecture:
None
Pfam % dominant architecture:
0
Pfam overlap:
0
Pfam overlap type:
None
AlphafoldDB representative:
Not available in AFDB v.1. Work in progess ¯\_(ツ)_/¯

Downloads

Seeds:
MC58738.fasta
Seeds (0.60 cdhit):
MC58738_cdhit.fasta
MSA:
MC58738_msa.fasta
HMM model:
MC58738.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
UPI000B366C7015-154VTPAVQEEQKYCFTQDMYSDARGACIGHLRGYWEGISPVPYTNWWPDTFPEKSSEFKEELAHLFHGLQSSGLLADRATMNARCNRFPSAVIKTQFRKEMAFRINTEHRIYFLRCIPHKGEYNFYLYCYDRNALMEIFRRE
H1CJ2712-144ERLYIAKQSTQIEGQTGSVGHLQADMGEDGKGFFPKWTSHRESLDTEDFQQEFEEVLEALVGDEQYGGFLKSRNAMRDFCRGHQESGYDSGFAFGFRADTAQYAYLIRLHPYKGEENLFLYCYRRDWLDRHME
G4HIL111-135EAAYFYSSSAEEGIARGCIGHLRGDFGRSGEEFWVTWFPRNSPFETPTFQEELGKAFQVIGDQGVLKSRRHMLRFCSQHPEARIGGAWSTDVYGFRMETQDHRYYLRCFPFAGDYNFYLYCYARP
A6NYS6101-228TTCTFEEVFRHTYTPPMQLTGRPVSEITYSRSDYDSHRWWTTWHDGPAKKAAPELVKEIDDFQNALFKLPAFKTLNTMRRFCRYAQATSEATEFNLYSETDHLYIWIRMTTRFRDYNVYVHYYDKAAV
C6JA7613-145TEQKYTYAQSMQLEGQTGTIGHLRGDFATTGYGFYTTWFDTRPQWKSDEFKADLDTVINALRKDKGLLHNRYDMSAFARHFPESAIKGNYCTEYGFRVDTEKHAFLLRCNPTKGDYNFYCYCYVKEWLDKHIQ
H1CJ2825-144ERCGSPGILVAELDDSGTAFYSHWDIWDPAWKTPEFSVELDAMIEMLRSDQRYGPVLKNIPAMIAYCLNNQESRIMQSPEYLFRVDAGYHAYLLRCTPSELLDNAYIYAYRRDLLERHMK
UPI00048E19F411-136SEEKLFYACDEEEIKASKIGHMRFDFGTGRQFYGSWFGTTSELNDDEFRTEFNELTKELRQGLLKDRTAMGKFVREHPSLDLGSRGNGYKVQTDEHTYYLRCKPQPGDYDCYCFCYEREPLEQAMT
D4JDL517-136YNQSSQLEGQTGCIGHLRGDFGAGKEFYTSWFDHRREYKTDEFKAELDEVVNTLREKNGLLCTRDSMTRFCYQNPEAEFEGNYCAEYGFKVQTPQHTYMLRCNPNYGDYNFYLYAYVSRF
D4MKN82-103DFGSGSEFYSSWWDNRSDLNTAPFRSELDEVVNGLRKDGLLKNRSEMHRYCTAHQSLNLNESYGFSVETDDHLFLLRCRPERGNYDCYCYCYDKRELQLAQS
B0PFQ6112-252EFVLRPASPDEAGLFYSELEPEKDEALGTIGHVRMDFGHGGREFWHSWWPHNGDRFNIPEFKEVLQRLVDNLRQTGLLKNLGAMDAYCWQHGGAITEDRRSYGYITETENYRFCLRCTPLPGEYQGYLYCYDLRQQQMAQQ
U2SUZ6125-257LYFSRSEEQDKTVGCVGHLRGDFGSGKQFYTTWWPHQQDALNTPEFKADIDRTVNWLREQPGSPLRDFDSMKRYCNRYEQICAIKGALLPSCGFMAKTQRYVYMLRCTPVKGDYQFYIYCYQRKPFEKAQKEQ
A7VUN321-135NRVLNEKTGCIGYLTANLNGSAPVFESSWHDRTPRLNTPEFTDDFNDMMDALRQGILKSPAELRAYCTAHPDSLLQDNPSADTRYGFRINTGRYSYWMVCSFLSTDCRLWVSAFS
V2XTU130-137DVPRRKIGHIRADHDNYRWWSTVWPCHSELVTPAITMEIDQVYDALTANDALADFETLVQFCHAHPEARVRPTEEQEYNFYLEGTFFNYWIRLITRWRDYNMYLNAFS
UPI0006859BC199-218YFDLRSDEGKIRIGHLAGDFGNQGDRFHANFYTNEKRSDKITTDFQAELHSAVYTFRKSILKDRAAMIAFCHAHPEAKLLEDSHFAQYGFKITTDEHQYFVYCHVPECARDARFTIYVYS
R5EJJ25-119MTLRPMTAAEQMYSYSQSQQISMQTGLIGYLRADMDNSGKVFFSSWNGFRDSLKSEDFKQEFDEVLNELREDGNLLHDRNTLGRYCHRTPDSSFHNDRNEYGTNHYLYRCYKPGI
G9YRJ931-139AHLRGVFTNTGEVEITLLKKNEELASPAFQAELNTLLGALRGDSGPLRDLPSMRAYCEARPQALMRGRQTFYAFRIDTSKYRYYLRFFPQRELHKFFIFCYQTDRLRED
N9X6D1118-226EFSMEPDHLIAYNRADHDGYRWWNRWFPQKGTDGNQYMVQEMEKFSAYILEEQLGKGISDIPKLGAYYGAEPSEDQEYHLYCEGTYCNFHVKLINRKRSYNVYIYVYET
A0A174TIP438-143GRYPKKEISYCRAYYKGQWWRTWFSVQELSDRSLGEEIDSFVDAFFERREFYDLDSLSEFCRNYAAATTDPTEYNLFSDTEHFNIWIRLITRSNDYNVYLTFLEK
A0A1S8KY8816-124KIGHMRCSFENKKMSNQWIPLYRSNNKTNSELKEIQKVINEIMDKYNTFQKIVHECDAYYKKEIDYMFDGINYNTDLFLSKGTFNYWVRLIPQKGEYNIYISVYDKETG
A0A1C5PBR029-142KRTVSCKKIFHIRADYDGYRWWNSIWPCNKELATLQVRREADLVYDRLIADDAFQDLTDLREFCRKYPEAAVHGSKDEYNFYFDGELCVYWLRCITRRKDYNLYLYVFAKEDEN
UPI000B36B95C15-136FTYSQEQVIMEQMGCIGYLRADMDSSGKGFYSTWNDFRTDLKTPAFKGEFDAVINALRFDDAYSGILKNRDSLARYCYSHPDTSYGNSREYGIRVDTEDHAYYMRLNPHKGEYNLYCYCYKS
A0A1M2ZMM012-140EEKLFFSQNEETDKKIGCIGHLRGDFDSKGNSFYTTWFDHQSDLKIEFFKKEIDDVVNFFRESNECPILKNRSFMADYCRKYSEGKLESRKDSFGFKAVTSNYSYYIRCFPHAGDNNFYIYCYENNLLM
A7VQH09-147PMTPQEKIYAELQSSQISQQTGFIGVLVGNFNQQDRDLPMKWNILQEPPIKEAFWSEAQSVLKELRNTIFKDRISMQEYCASHTSFFKSQSADVYGFRVDSARYSYLILCSPQSKDRCLYLYAYSTEALEYHMKKAERG
R9MWC39-137MKETCNFLDVFKHCSEAPDSLSSGKYPNAQIGHIRAEWDGYVWRGSYFPCRKELWTETFYRELRNIYCCLVTQFYNLEHLREVCKDHPSARVSESEYDFFMNGHIADYWIRFITRENDYNLYLKGFAKK
A0A101GW726-141RPFSPEEAALFYSNDEKDKELGCIGHLRGDFGHKGREFWHTWFDHQSSLNTPEFKSDIAAVINKLRTRGPLKDLGTMVNYCYGHREAKIPGAWHPDTYGFCVNTDRYCYFIRCFPQQGDYNFYIYCYKNEKEQLNE
G4L0B5114-254ILRPASSNEAGLFYAMPKEQDAELGAIGHVRIDFGRDGNEFWNTWHPRGNEALNSPEFKAELTELVNELRETGPLKNLNAMVGYCGNHGGEIEGGWRQNYGYVAETEYYRYCLRCSPGQGDYHAYLTAFDLRVQQMNMKRK
D4L8G022-143QLMSQSGCITLMRGDFGNGGKTFYPDYEDQIRQYRTNEFAAEFDSVIKEFYKVGILADRDSMLEYCRTRPDGRFMGNFSREYGYRADTEKYTYLLRCIPAPGDNNFYCYAYVSEYLDQHMEK
R9M6K818-139LSFSGSDEEQACVGHLRGDFGRGTEFWTTWWDHQGELKDQEFKDELDEVVNTLRKDGPLKDLSAMQSFCRKHEQARMSPAAGTDYYGFRVDTPKRRYYLRFLPLRGNYNFYIYCYQTDKLER
A6NU9631-142EDAQVGCLRGVFLGENVGDDVMVTWLQNSRKLDGPSFHRELHGLIDELRSRKILNSVPEMESFCQAHPEARMSDRHTFYAFRLDSSKYRYHLRLFPDKQKFYIFCYQTDRMR
R6MYD1141-263DEKYIYQDCYSKDCGYIGHLRGDFGMSGTEYWTTWHNGTDALNTTEFRVEIGELERYLKEQSPTPILKDRATMRYICELHNGFKLADKFADIHLYKVVTEKYTYFIRCFYGMGDYNFYIFAYN
R7ER4018-149LCLTDRNETPEMGCIGHLCGDFGGGGKAFHSRWSDHLCADRNDELFKAVFGKLIDTLREKDNLLSCRTALYNNCIPHPEWEEKRTDSRRFWKFRYLTRDYAFYFRCTPNLGEDNFCVYAYDREKLFARMAKE
B0TD5115-155LCAADKNEAALFFSSNSDDDIQRGCIGHFRCDFGHKGKEFWHTWFDHLAELITPAFKEDFQTVIDELRRCGPLENLNAMAKWCHDHEDARFTDQYCSNSYGFKLETEAYSYYIRCFPQQGNYNAYIYCYDRQQIAESMKQT
A0A1Q6TB9415-140ENLYLFGQSTQISGQTGFVGYLRGDFDKSGNGFYTTWFDDRIYLKTDEFKSEFDTVINGLRSDKAYGGLLENLSSMQSYCHKHKEGCIEQNYSKQYGFRLNTDKYAYLIRCNPINGDYSFYVYAYV
R6GMH517-142YTDSQQLDKQTGCIGHLRGDMDKSGNGFFTSWWDHCPELKTQVFKDEFDDFINALRFDDRYGGIFKNRSSLSRYCYEHKESVFAEDFIPQYGFRVDTPEHAYLLRLNPMQGDYNLYVYCYRREALD
R9INF210-134EQKYTYRQSMQISGQTGSIGVMYGGYKSDKEFYSRFYDLNERWKTREFEEGLENLLNSLRSDKDGFMRNLDTMREYTACHPQNAFQGKEATEYGFRADTEKYAYVMRCNPAKENDNVEIHCYVKE
G4HIL012-139ETPYFYSAIATQSKELSYIGHLRGDFGTDDDQFWMSWSDHAGERRTLAFRQELAALVQHLQWQGLLLNLNEMRAYCRRHPEARIPGAWHSDVCGFCLQTTHYRYYIRCFPHLGDYSFYIYCYRKNHLL
R9M021115-266LCPASPEDAGLFYAQTPERDRKGPPPEPSAAGPVGKGRRNEAGGVFAARRKRNRAEFLLTRWPRGPEELNTQEFRNELDKVVNDLRKGVLKDLPSMRRYCYGSKGAIAGGSCCQNYGFTLETGRYLYRLRCNPIEGDYQCYLSCFDKQAQQM
A0A1Q6KM3534-141RRKIGHIRADYDGWRWYNTVWPCHNAIATPKACAEIDRIYDALIAPDAFSNLAALRKFCANHMDACISKEHEDEFSFYYVGECCNFWIRLITRKGDYNMYLNAYTKEA
D3ABQ224-147CSFNHVFQNIEKGENGIDRPASELVYSRSDYDGYRWYTSWFKCHKERLDPELVKEIDEFTEALFLLPEFTSLSAMKRLCAACAEPTRDETEYNLYSETQRLQIWLRLITRFKDYNLYVHYYLK
UPI000306EB6D75-187RNDAESRRCVGYLRGDFGRDGHSFYHQWFDQTKSENTPEFKDEFHEIMTLLRRDILSDLSSSMDYCYKHPQAKLLGRDGYDYGFKLETETRQYFVRCTTLRNEYFYVYAYNKA