Metacluster 116200

Information

Number of sequences (UniRef50):
55
Average sequence length:
180±28 aa
Average transmembrane regions:
0
Low complexity (%):
1.47
Coiled coils (%):
0
Disordered domains (%):
33.1
Pfam dominant architecture:
PF00627
Pfam % dominant architecture:
2
Pfam overlap:
0.15
Pfam overlap type:
extended
AlphafoldDB representative:
AF-Q10SU5-F1 (156-337) -   AlphafoldDB

Downloads

Seeds:
MC116200.fasta
Seeds (0.60 cdhit):
MC116200_cdhit.fasta
MSA:
MC116200_msa.fasta
HMM model:
MC116200.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
Q10SU5146-362DFFQEMSEKDEKMKSLVNMGFPEDEAKMAIDRCGLDAPVAVLVDSIYASQEAGNGYSANLSDYEDTEFSSFGGRKKTRFVDGSKKRKRYGSGPSGNQVPFDGSHEEPMPLPNPMVGFSLPNERLRSVHRNLPDQALGPPFFYYENVALAPKGVWTTISRFLYDIQPEFVDSKYFCAAARKRGYIHNLPIENRSPVLPMPPKTISEAFPNTKRWWPSW
A0A175YR8554-307DELVDFILASQLAGETEEVVSANHSDEEKKEKSMDKRQQLLEMGFTEQEVSAAIEINGPDKSLAELTDSIVSGQATSSNKNFSRSSGQLWSNPVHKPGFIGDPEATSSSMNPHLTAEKRKRVKEEYINEPACLKKPKEVYEDNTSSTYAKRMEASQTFSKVASSAPALQRKLPYKAQKPRPPLPKPKSCRTVDLMVAKPPYFFYAHVVNLSDDSWNRASQFLYAIEPEFADTQFYSALSRKEGYVHNLPTDNRF
D7M7C1174-360IERCGEDASVEEVVDFICAAQMARQFDEFFAEPDKKEPMNNSKKRRTYNEPPRRERKPNTAMANDQLIYLPKEMIGFGVPNRPGLMMNRAVPVPDIACGPPFFYYENVAMAPKGVWATISSHLYDILPEFVDSKHFCAAARKRGYIHNLPIQNRFQIQPQPHNTIQEALPLTKRWWPSWDERTKLNC
UPI0007EF531791-232KGMAILREMGFTCGEAFEAIGRCGVQSPITDAQHFIQGLNDVGLNIKCKRESIRRTPMTGFGVPHVVQKPNNVVITRDRERIPRNIPARGGGKGPPYFYFENVARAPKGVWETMSNFLYDIEPEFVDSIYFSAAARKRGYIH
A0A0D9ZX9450-179FLQELSENDEKIKSLVSMGFPEDEAKMAITRCGMPLEFAAFTGRDLILPTLGCRVQFLWRKKEYKIHGWKQEKEWYGSGPQGNRMPFGDSHEEPMPLPNPMVDWWDSACPPEFVGSIYFCAAARKMDYIH
UPI00098DEA8D146-323SEKDKIVSTLVDMGFLAEEASSAIDRCGPNATILELADSIHASQMQEDSGDQLWEGSSVSPSSDNDDDDVDDEDFTYSFHKEKKSSVSESARKSKRIRVYEREKEMMKKLRTNYDENLPPLAIPKPMIGFGLPLQQPRISHRKFPDAAIGPPFFYYENVAPAPRGVWERISRFLYDIE
A0A0K9NUB4158-328CDSITAAQAAKDYDDHLDEVEFRSKSHHRPFENECRGKKRLHEINENNQFTNNKKRQYEGTSFVIPNPMIGFSLPFDKRIPHNRKLPEAAIGPPYFYYENVALTPKGVWETISRFLYDIFPEFVDSRYFCAANRKRGYIHNLPIENRFPILPLQKLHVHDVLPFTKEWWPS
R7W4I996-224EFLREMSEKDENIKLLVDMGFSEDEANMAITRCGMDVDLWELVDSISASRITEDSHSRNISDHQVTDQCFDLFGGGKKARLMEESKKKRNRKRGYIHNLPIENRSPLLPMPPKTIFEAFPHYKKWWPSW
A0A1S3TEF9114-295ENDEILSILVDMGFTFEEACTAIDRCGPKAEIGDLADFISASQLEDEIDSLQDLPKNKHVASVNTQIERRDYYLHTCKKVKLQDNKGKYRMSWTKLKAASAVDMGMILHPPGPMTGFGVHNEDSKVISRELPNEVTGKPYFYFENVAIAPKGVWNNISRFLYEIEPEFVDSKYFCAAMRKRG
G7KC46161-355IERLGLDSSLDDLVDFIGVAQLVKEEDSLLPPEDKQQCSGHSKPRKRSLYEYEVLGKKKRKVSDKRTPCEEEDDGQTLNLPNPMMGFGVPNEPKSIITHRTLPENAIGPPYFYYENVALTPKGVWQTISRFLYDVQPEYVDSKYFCAAARKRGYVHNLPIANRFPLLPLPPRTILDAFPLLRKWWPSWDPRKNLN
C7J306887-1014FLQELSENDEKIKSLVSMGFPEDEAKTAITRCGNVYSANLSDYEDAEFSSFGGRKNTRFMDGSKKKSGMEVGHKGIKCHLVTAMKSQCLCQILWWIGVWTTISRFLFDIQPEFVGSFCAAARKMDYIH
A0A199V7E4226-414DKTLCLLQMGFTEEEVSSAIDNFGPEVSVLELADSIFASRMAHNKEQDVGYGTSSIKRECDYMDNGTTDYPGHYTSSWDANFDDYEDKARIKKAKHVMVDDKTASSSINRPQSNWDKPNPYGIKEETPGFISTYPRRHAQGLAPNVPYFFYGNAVDISKDTWRKLSQFLYGTEPEFVNTQFFSALIRKE
A0A078HU932-181DETVGKFVEMGFSIEIDPSSKSKLIDEELRCGNLSLTCYMYFSHSECSCNLFFSNFSGEIASLAEVVDFILCCSNGTAQQSRSNEPPPRRRKLNTAMPSDDELIHLPNPMIGFGVPNEPGLITERPVPIPDIARGPPYFYFENVAMAPKGVWAKMSSHLYDIKPEFVDSLYFSAAARKRG
Q6AUQ7205-425LLQMGFTEEEVSSVIDKAGPEATVLELADTIFARRIASSIEQKEVKVEPDFLDETETSYSAYHPSNSGLRYYDDDHDNIRIKRAKHMFIDDSAGSSSRAGNQPNLDPWLKDHRATTSDGSVKEEFDAMTPGIRRNVRSDVANPPYFLYGNVVEIPKATWRQLSEFLYNVEPEFVNSQFFSALSRKEGYIHNLPTEGRRNLVPRSPMTIEEAFPFTRQCWPS
D8RGL7134-283DKHLHGRLKSMGFSDEQIANALGLFGNDAKLEDVVEHIFAKEAAPRLEEKPDLARIYREWDEESRPGSSSRRVDTTDGKRKREDDTFFANFDDLEDNFDGFLPEQRNQGDGMGFGIPGQPPRSRTLPSSSLPPPFFYFENVAVMPRGSWE
A0A1J3GUX87-152SDEDSTLHALIKMDYSREEAFIAIERCGETASVAEVIDFISAARLAREYDDFFEEPIHHSKKSRVDNEPYRRGKNPSIAMSSDHELISLPNPMIGFGLPDGTGLRTERPDPIPSVARGPPYFYFENVAMAPKGVWATISRELYNI
UPI0009F2672117-174RQGLYASVLELADSIHAAQMAQKSRGIVSGSPIIKKQQDEATFHSTSRKKKRLIEEKCKHRMNRHHGSLRREYLKKAVLNADNIPMEIPKPMINFSLPFEKCIKRRNLPYSALGPPYFYYENVALAPKGVWDTISRLLYDIEPKFIDSKYFCTAMRKS
M0RVD293-273RCGPNASILELADSIHAAEVAKTFECDPEEPYGVNDEPESHQHSRARGKKRKHAEIRSKKKRSSTGDQSSMISASKRMVGFGLPNEATTATCRRLLPEAAAGPPYFYYENDASAPKEVWATISHLLYDVEPEFVDSKYFCAVSRKRGYVHNLPIQNRFPVMPMAPKTIQEALPATTTWWPS
A5AJP61372-1608DKTLRLLEMGFSENEISSAIEKFGSEVPISELADSIFAGQIAEKDKHSSATFRLNHSHTGNDYRSFGKGMEDGLKRRSSGTFMVKTEEYSPEAVSQLRAVDIGDDHKGKRPKQESLDDSSAYIGPTWXEGRKGDHKFSSCRMPLPRRDLNQVAGQLNKFGMSSISKPMPCKSLDQLVAKPPYFFYGNVXNVSHDSWNKISQFLYALEPEFVNTQFFSALNRKEGYIHNLPSENRFHI
A0A1W0VYJ66-157DADISVLVELICPSMAAGASYYERDANNMEAGLDCCGSSVRKRTKFMEKKKINGKRFGGWARESGGSIDGRHEESMPLPNPMAGFNLPGDRVSMDRLLPKEAIGHPFFYYENMALAPKGAWATISSFLYDIQPEFVDSKFLCTATRKRGYIH
UPI0005123E05166-396LFQMGFTEEEVSTAIDNFGPEVSIQELADSIFASRLSCRIKKDQTVDGSNIKTELDYTDHASEELKCYHSVTDAWEAHASSSNKEFYDYEEKVRVKKAKGTVVDGESSFNHSAKQQARWETAWQSKPNIFSKFEMSDPVFIKKEVPEQMTSNLNGNIHGILSRAPYFFYGNVVDVSRETWRRLSEFLYGAEPEFASCQFFSAFMRKEGYLHNLPSGRRFYILPKPPVTLGE
A0A061ER5967-296EKTLHLLEMGFSENEVSIAIEKFGSEVPIAELADSIFTGQIAGNYTESKKFTSAALRGGLIHNSCDTVKIEPEDCSSSAVPQSRNINTGESCKGKRPKEESFDDFPVSLPQFKQSSYEKKHKGKRPRQDYVDNTSSFLDPAWLEEKIDPNIIRFEMPRPFKSNSCKSVDKMVAKPPYFFYGNVVNMSPDCWAKVSQFLYGIEPEFVNTQFFSALSRIEGYVHNLPAGNRF
A0A1J6IYK9163-373LSEKEHKERLLVNMGYPVEDASIAMERCGPGASLVELTDFIYAAQMAREEDAYLPEDVKPKLGHILNGSGGSMKRKMYNELCKRKKQRVICDEETIRLPKHMIGYGIPTESVSTMVKRTLPEQAIGPPFFYYENVALAPKGVWDTISRFLYDIEPEFVDSKYFCAAARKRGYVHNLPVENRFPLLPFPPCTIHEAFPLTKKWWPSWDTRTH
A0A1U7ZI79165-373RCGPGSSIMELTDFITAAEMAKAVDDAYVDEVPAEDLVQSEDLFRVSSFKFSQVGPSHFHKSPKGKRREYFEDERWERKRHKACEKKIMDEDDEDTIRLPNPMIGFGVPGEPLAMSHRTLPEAAIGPPYFYYENVALAPKGVWQTISRFLYDIEPEFVDSKHFCAAARKRGYVHNLPIHNRYPLLPIPPLTIHEALPLTKKWWPSWDWR
A0A1D1XG62188-372RCGSDASFLELADSIRAAQMAEDEQDLFKEISGYDPSRDKKRIWFEESWKPGKRGRPRTRTEYEKRLPLGRNELSAHSLPNPMVGFGLPTHHRHVTQRKLPEGALGPPYFYYENVALAPKGVWETFSRFLYDIEPEFVDSKFFSASARKRGYIHNLPIDKRFRLLPIPPLTIHEALPATKKWWPS
M7ZLX5209-379RCGVDADICVLVDSVSASRVAEDCHSRNLSDHQVTDRCFNSFGGRKKARLMEESRKKRKRYGGGGQGNRPSLDGSDEDSMPLPNPMVGFNLPGYSGPSVTRMLSKLDTGPPFFYYENVARAPKAARKRGYIHNLPIENRSPLLPLPPKTIFEAFPHYKKWWPSWDTRTHLN