Metacluster 279033

Information

Number of sequences (UniRef50):
117
Average sequence length:
54±6 aa
Average transmembrane regions:
0.01
Low complexity (%):
2.27
Coiled coils (%):
0.826678
Disordered domains (%):
14.8
Pfam dominant architecture:
PF05163
Pfam % dominant architecture:
17
Pfam overlap:
0.25
Pfam overlap type:
shifted
AlphafoldDB representative:
AF-P0C1J7-F1 (332-383) -   AlphafoldDB

Downloads

Seeds:
MC279033.fasta
Seeds (0.60 cdhit):
MC279033_cdhit.fasta
MSA:
MC279033_msa.fasta
HMM model:
MC279033.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A081NIA7117-169SSSIIRELLFLQSHTTHHLALIALMLEQEGIKLPLDFGVATSTRRHRQAAEEP
A0A142B7S3109-160GHDKTLSTTSNLHRELLFLQNHTAHHKAIITLLLEPTGFELPESFGLALATR
M1F8S97-59GKHQTVKTSVERELVFLASHTIHHTAIIGMLAEQAGVKVSSDFGVHPSTLRYL
A0A085BIX1114-170IPTNFYRELLYNIEHCIHHQALIKVAFNEMKMSHLLNKNFGIAPSTIQYRETQNLN
G8THX2106-165HDPDSIALETNYYREIAYNLEHTIHHMALIRVGITEITNIQLPDEFGVASSTIKYRKQCA
R9PQ09112-168QQQSMQFDSSLSRELCYLINHTVHHVAYAKLVAKELGLSVDNNMGIAPSTASYLRQQ
A0A081K6I2106-171LAFSATIDTNGSTVSLESSLVRELLFLQSHTTHHMALINLLFQVAGNEPPKDLGVATSTLIYRNQQ
A0A0S8JY75113-167FTLLTNYERELVYNIEHAIHHMAIIRIALQHEFPDLPVSKEFGYAYSTLKHMQK
UPI0005F7DD06124-169VSSSFLRELMFVGSHAVHHYALIKMLARMQDIEVDAGFGIAPATLS
A0A142XKF0137-183QTSPARELAFVVSHTIHHNALVRVMVKALGADVPADFGYAPSTIAYK
A0A1F3K507113-167IKSSVGREMAYCIEHSIHHQALIKAGLIALGMGNSTDANFGVAYSTIRYRKDQCV
UPI0008545FAC112-168TAETDQTVATESTLQREFQFLTSHTIHHYAIIALLLKLQGYHIPREFGVAPSTLRHE
B7FYV3136-192FALPSTAARELGFAAHHGIHHMAMVKIIALQTLGLDSNDLPADFGKAPSTSNFDRQQ
Q47ZR1115-172QSAQMASSMGRELCFASSHLTHHLALMAAIAKFLGHDVNNEFGVAPTTATFLRSQQQK
D7FP30188-241FESNLERELFFCCHHGTHHDAMIQLILRGMGEKGENALSQAGEAFGVAPSTIDF
I8U3Y1115-160SCLLRELDFVASHTVHHLAILQIVLLQLGYQLPAEAGVHSSTLEYR
F3KH23117-170AAPASSSLARELIFLQGHTTHHYAIISAQLKFMELPVDENFGVAASTQLYNKQQ
A0A1V5P4L745-115LPEKVLTMKFDHGEGNTTIETNFTRELLYNLEHCIHHQALIRVAVCKLTRIQLPSNFGVAPSTLIYRNQCA
UPI00047201B4113-163LPTTYYRELIYNIEHTVHHMALIRIGWNQIWDRPLPSDFGVAVSTRRYRER
UPI000699F372108-162EGQTYTSVERELDFVASHSVHHLALIHAMLEQWDYAWPDSAGVHSSTQEYQQQCA
H5WRG6120-171FAVASSVGRELAFVASHAVHHFALLKPHCLASGIAIDGDFGKAPATVAHERA
A3Y8S7121-172SNLHRELIFVASHSIHHIAIISMNMRLQDIEVPAHFGLAPATATFLRQQDN
A0A1M4VTQ198-157LKHTISGEVTMLQSSYFRELLYNLEHSIHHQALIRVALYSFPFVKYNSRFGVAPATIEYR
A0A0X8HCV3114-177LSLNYPLGSGVQVLDTSLARELAFLTSHTIHHMAIVGLLADQLGITLPEAFGVHPSTLRHCQRD
P0C1J7326-386DASDSHQYQFQSSFGRELFYCSIHAIHHYASIKAICIELGLSVPSHFGLAPSTLQHIKKQ
H2CBL8129-177YRTTSTIGRELAFVMHHAIHHNAIIAMLLRNLEVDIPDFFGFAPATIEV
A0A0N0CYA499-156YELGGEEINIKSNYYRELMYNLEHCIHHQALIKVALLNMPHIHINDTFGVAPSTIKHR
H8XTP3105-166AKEGNEMRIQTSFFRELAYCLEHSIHHQALIKVGLLELNCLSLIDETFGLAPATIRFRKKCV
A0A061H1J5142-193RTTVGRELWFCALHAIHHYALARVILEKECGCTLDPEFGVAPSTLVHREWKR
M3B7V0126-170PSTVGRELVFVAHHAVHHLAVMVPLARALGVDVPAEFGYAPATLA
UPI0006CFF71F65-130YDSEGKNSISIPSSLERELVYNIEHAIHHMAIIRIAIEKEFPDIELHKNFGIAYSTIRYRDDLCAH
A0A1B6Y783124-175VSSIRRELQFLVSHTVHHYALIGLILKTMDVEVPEDFGVAPSTLKYESEQET
D0I8T9108-178MADVVDVRHEVSLNRQVAATSTSTLGRELVFASSHAVHHFALVRVSLCAQDIPVAETFGFAPATLSHFRGD
UPI0006618601117-164STIAREIMFAASHAVHHYALMKNLIADIQLISAPNNFGVAPSTVQFQR
A0A1T5BTI397-167KPLRLAYADKSSGVECEIVTNYERELIYNLEHTVHHMALMRIGVQLVAGIPLADHFGVAKSTIEYRQAQCA
A0A1Q6V6I7120-168SIGSTVGRELMYAVAHAIHHYALIAVMCGMLEVPVPAGFGVAPSTLKYH
F3LGX799-152EGEATQSSIRRELQFLHGHSVHHYALIAAMLRFYGVDTSREFGVAPSTLLHEKT
V5WGS7149-194MESSLERELKFVLEHSLHHYAIISMVLNSRNIPVPPEFGIAPSTLA
A0A0P7ZE54114-170KVSECGGALSVVSTVGREMAFLYSHTAHHLALIKQQANELGYELSANLGVHPSTLRA
Q0F4H1115-163NVKSTVARELVFCASHAIHHYALIKLIRQIQGGVVDKHFGLAPATITYQ
B5JH29111-163GEDLKSISSFGRELQFLVSHTVHHYALIAIASRMQGIHPDESFGVAPSTLKYL
I2EYC5113-161IETNFMRELVYLIEHSIHHFALIRIGIQENFKQVTIETNFGVAYSTIKF
A0A1N6M9I7123-183VCVTQTEACTMTSTLERELTFASLHANHHFAMAKVVCSLLGVETDAAFGFAPATMTYIRGQ
A0A148KKM0121-174QTTSTLGRELLFVASHAIHHFSLLLVMSSLQGKHCSPNFGLAPATASHLRQSA
G7EA471564-1624ALTPFPQEFDTNFARELWFCSLHAIHHFSLIRVIVSGELNLDVPATFGVAPSTMAFRQWEA
C5BR64124-172VESNIARELMFAASHCIHHLALMGMLAAAMGLRVESELGVAPATASFLR
I3C989106-163HTEETKQIEVKTSLDRELIYNIEHTVHHLAIIRIGINAIDSSITLNDSVGIASSTIRN
Q72P80113-167GLEEKTITNIKREFLYVQDHTIHHMAIIKLYAECFLHNVSFPEEFGVALSTIQFR
A0A1M5R4E0118-169YVSFSSLSRELLFLASHAIHHYALVRVRCEASGMQLDEHFGKAPATVRHARG
Q0AC46125-181SAGPQRTWTPSSLQRELMFLLSHTVHHMALIAMLAEQAGLRTDEAFGVAPSTLRYWR
A0A1M4Y3P6106-158QQELKTTYFRELLYCFEHGIHHQALIKVALKEFEWENIPENFGVAPSTVKFRL
A0A0L0HEG4165-219HDVPFSSSFGRELWFVCHHAIHHAALQRAICVEYNIPVSDDFGVAPSTVKHHLQH
A0A1M6N18798-165PLRLKQSLGQEGELVEIQTNLDRELIYNIEHAVHHMALIRVGLKDVKPNLELSEAFGIASSTIRYRQT
A0A1W2ARP9108-161EINSSIERELLYNIEHCVHHLAIIRIGIENNFDYVKIPENFGVAHSTISHREQM
B0STD3106-160YNPEEPKPIVTSSVERELLFLVSHTVHHFAIIAFLLKAFGFTVPQGFGYSPATLY
A0A090K5J1125-175VETSLIRELIFVSSHAVHHYALMDISAKLCDFDTPDNMGLAPATLTALRND
UPI000948DB26123-182QDTESVVLKSTLLRELVFASSHAVHHLAIISMIARSQNIVIDSALGIAPATATFLREKDS
F8EIR8112-164EEIQTSFARELVYMAEHAIHHFAIMKIALREQFPELTMPPNFGVAYSTVKYRE
I8TCT2155-198QSTIARELLFVASHAVHHYAMIQLYCAQDGIDLGRDFGKAPSTR
A0A067BN55112-166NEVQLASTIEREMAFAVHHAIHHNAMIKTILRANFPTLPLPDTFGVAPSTLNFRQ
UPI00040D027C108-161KDWVIPSSYNRELIYLIEHTIHHLAIIKIGLNEAFPEITVPSDFGVAYSTIRYR
Q1Z3F7140-193SEQLTSSMARELIFVAAHAIHHYALIRVSALYCNAEVSADFGIAPATASYLRGQ
A0A1W2HA18105-162AHSEKKIAIKTSIYRELAYNLEHSIHHQALIKIGLSALGLSNLVDIDFGVAPATIKYK
UPI000A3B49B5107-162ETIRTSYNRELCYNLEHCIHHQALINIACNQLDYISLPASFGVARSTIDYANSQSK
UPI0004157247106-165SVTDHQTLVLQSTLWREVMYVIHHNIHHLAYIKLLLEQKGIRLPDTIGQAPATASYFRAL
A0A1M5HVW5123-169TSVGRELDVLTSHTVHHYAIIALILNSHGIECRQDFGVAPSTLEYRN
UPI00041EC03E116-169VYSSLGRELMFVSSHAIHHFSMIAIMRRYQGVDVADGLGVAPATLSHVRRAAG
A0A1X7AQ67111-162RNATIETTLIRELLFLQNHTIHHMAILKILFQEHDKTLPDRFGVAPATLQYQ
A0A0Q5TFC293-156DKRLTLLHHAPGREFSIDTNYHRELLYNLEHCIHHQALIRVAIMDMHNVEVDESFGVAPSTIEY
F4KWZ5108-170HSDVGRPEYPTSVGRELMFVHDHAVHHLAMIKIGLQNEAPDLLKDKNFGVAPSTIKFRQQEA
K6Y5T4111-164TQTVQVLSSLARELVFVSSHAIHHFSLLSVMQSIKGKTSPENFGVAPATVTFQR
A0A1E5E6V5129-185YQQHVCEITSSLQRELLFVSSHTTHHFAVMRVTAVVCNIETDGIFSYAPATASYLRS
A0A151WDT8134-200QMDTPITLHAVTPYLQEFTTTFGRELWFAGLHCVHHWSMVRVIAGELNIQLTDDFGFAPSTLVYQGR
E3L3R1226-284LDLVAITPHRVGLKTTFNRELWFACLHATHHYALIRVIVTGELKLSLPKEFGVAPSTLE
A4BI64113-170ERLHSNLSRELLYLINHSIHHMAYSSVLAKQLNINLPAHIGLAPGTRTHLRHQSEELT
A0A0R2VLY5116-165MSSSIGRELLYCYDHAVHHLAIIRIGCNIHFPELSLSDEIGVAPSTLRYR