Metacluster 200061

Information

Number of sequences (UniRef50):
61
Average sequence length:
85±5 aa
Average transmembrane regions:
0.02
Low complexity (%):
2.2
Coiled coils (%):
0
Disordered domains (%):
13.85
Pfam dominant architecture:
PF14528
Pfam % dominant architecture:
73
Pfam overlap:
0.79
Pfam overlap type:
equivalent
AlphafoldDB representative:
AF-Q58817-F1 (273-356) -   AlphafoldDB

Downloads

Seeds:
MC200061.fasta
Seeds (0.60 cdhit):
MC200061_cdhit.fasta
MSA:
MC200061_msa.fasta
HMM model:
MC200061.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
A0A1F5FW0735-122CLRGLIDTDGGIFKNKYRINGREYSYLKMCFTNKSLSLIDFVSKSLKLNGFNPKIYKGSKVWLCSEKEVKRYLEVIGSSNNRLNKWLG
D6GVL5171-258ACLRGLFDTDGSVFRMSQRDFDLPRISFVNNSERLLEDVRSGLIGLGFSPSKMIKSASGTAIFLSRKDNISKFVNEIGFSNKKHLLRL
A0A1G2BUB9246-339LACLRGLVDTDGTIIKHSYNVKTKKYTYKKLAFTSKSIPLLQSVEEILSKLDIKHRRAGRGKYDIRVESRSAMERYFSLIGTHNPKHLKRYQK
A0A1G2DKD0168-255LRGLFDTDGSVYQDFRVIKGRRYQGIGLLFSSASESLRKDIIEILLALDYNPTGGVGTHRSIYLRKRENIVRYFKEIGTSNLKHSERL
A0A0G1SEI9213-303ITAFIRGLFDTDGSVFKHSYVAKGKRYSYVNVSLSNRFLPLLKMVQETLINCGISVRISKDQSEIRIEGQDSVDRYVNLVGTHNPKHQDKI
A0A1F6HEK0238-327IACLRGLMDTDGGVFIHRYSVNGKNYMYKKISFSNRSVPLLHFVFNTLTELGFTPKIIDKVENKKVWLYNETEVKRYLSQVGSNNQRLLR
A0A0G0KBB3247-325MDTDGGCYFHKHKSNHLVYRNFGMCFANESLPLIISMAKVLKSLGIKFSLAKKSTRIYIYSFTEIKKYFKLIGSHNAKN
A0A1F8ELC9247-335MACLRGLVDTDGCIFTHRYRVGSKKYSYKKISFATASHPLMKSVKNILKNLEIKPYINKEELRIENQNGVIKYFNIIGSHNPKHLRKYH
A0A1F6Y130232-311MDTDGGVYSHNHSVGGNKYLNFGLTFTNASMPLILGAKRILEENSLKVFMPRERNLYIYSFKQIGQYFKIIGSSNNKHLE
A0A1G2I9Z7238-329IACVRGLIDTDGCIFNHRYKVNNKFYNYKKLAFACYSQPMRKSVFNILYSLNIKSRMFSYRDVRIDSQEAMKKYFKIIGTSNPKHLKRYYK
A0A1G2C7P3245-333CVRGLVDTDGSVFEHKYRVSEKVYRYKKIDFASSSRPLLNSAYRALKDLGLKPRITKDGKKLRLESIEDVGKYFSIIGSSNPKHLNRYN
A0A0G0C7J9243-328IACLRGLMDTDGCISRCTHKYKSKSYTYLNPCFANRSKPLLNFVTKTLDELNLHPSVAGERIWLYNKASVIDYFNIVGSSNFRLLR
A0A0G1CTW7286-363DTDGCVFIHKYKVDEKEYNYPKISFTSRSGILVDQVLVILKKKQFNARISKNSFDVRVESAKDVSGFMSVIGSSNSKH
A0A0B3ASJ4120-207LIACLRGLFDTDGTIFQANKIKYPKRLTIGFKNNNKTLLFDVRDSLISLGFHPTNTKRNAIFLCRKDEIKLFMKRIGFSNNKHSQKYY
A0A0G1FQS49-89LDTDGSVFRHSYSVRHKIYHYKKISFSSRSKPLIFSVYHFLKELDLSPRITKNNFEIRIENQKNVKNYFHLIGSHNTKHLN
A0A0G1KFJ8250-331FDTDGCLYTDKHLIRGKSYLNCGMNFTNRSIPLLNFFRSKLEKLGYHPTQKTQFSIFLRREQEILRYFKEIGSKNFKCNNKL
A0A0G1ZU82169-257SCVRGLFDTDGCVFLDTHRIRGKSYQSVGIAFANNEPTVLAFFHDALVDLGLHPTQTSPHRIFLRRRRDIEAYFRLVGTSNPKHMARFS
A0A0G1LU861-82MDTDGGIFLHRYKVNNKYYDYFKICFTNMSKPLLKFVFETLTTLGFNPKYASYNKVWLYDSKEVRRYFDIIGSSNNRLLLKL
A0A0G1HRY2128-217VRGLVDTDGCLYIHRHKIKGVNYKNIGFCFTSYSRNLLNSVASILRKSGIESYIKNDGRSIYLYGKNAVENYINIFGSSNPRIFDLYKKW
A0A0G0H1G1246-335IACVRGLIDTDGCVFTHRYIVRGKIYKYKKIAFTNKSKPLLKSVYTILKNIGLHPRFTTVFDVRLDRIQDVKKYMRIVGTHNNKHLKRYK
A0A0G0UBS4239-327ACLRGLMDTDGGIFIHKYVVHKKLYSYTKLCFSNRSIPLVNFVYDTLAMLKLQPRLNMGSQTKRVWLYDQDKVNEYLHVVTTHNPRLLK
A0A0G1QBB6189-275CLRGLMDTDGGIFTNPYQINGKTYVYPKTCFTNASQPLLDFVYLTLKSNGFRRNNKVSRKIWLHSQAESKRYLEVIGNSNERLLKKI
A0A0G0BPX81-82MDTDGCFTIHKYKVKGKEYQYPKIVFSNQSEPILDFVYRGLLYLKYNPKRTLKYDVWLHNQNEVMRYLKEVGTNNIKLSIKK
A0A1G2VDR0234-324LACVRGLIDTDGSVVTHSYVVKGKRYRYKKISFCTHSELLRHSVARILSDSGMSPHLNRFDVRLDSITDVKKYFSVVGSSNSKHLERYAK
A0A1G1Q052171-253IDTDGSFYSHRYNSNGKSYKYLKLCFANCSKPLLNSVLRILRKFDFKAYMHGDQVFINSMSGIKKYFVEIGTHNPKHSDKIIK
A0A1F6VLF8249-323DTDGGFYFHHHYKWKDKRPYLGWSFTNFSIPILKEFQSTLNLLGLNPKNIDNKKLYMYSIKDLSKYMDIVGTHNP
A0A1F6ZVA9215-293MDTDGGIFVHSYIVNGKRYSYLNLSFKNASMPLIIFVRNTLKTLGFHPKIQDERNVWLYTKKEVLQYIFLVGSTNPRLY
A0A1G2IQG5245-326MDTDGCFYIDKHKINGRSYYSPCLVFTNHSPILLKSVLSSFQRFNYGPTLNRHKSIFIRRKENVIRYFSDIGSSNPKHVKKF
A0A1G1MC17179-253MDTDGGLYYHKYSVRGKAYTYLKLGFGNRSKPLLRFVFKVLRRLGYRVSLNGDNVSISSGLEVKRYFAEIGSSNP
A0A0B3AAW3211-295ACVRGLIDTDGSIFRMSQRDYNLIRINFTNHNLTLLKDTRKAFLNLGFNPSKIINNRQFYLSRQDEIRKYLKEIGFSNVRHQERL
A0A1G2I0Q565-152CVRGLMDTDGCIFNKVHKMKNKQYSYKRLSLVSASPMLRKSIFDILEKLRLSPKIRGNRSVQIENKEKIAEYFKVVGSSNPKHLNRYH
A0A1F6TNX8246-334ACIRGLVDTDGCFYSNSYYSNGKKYSYFKIAFTSASKPLIASVAKIFKSLEIKARISKNYKDVRIESSKYVNRYISEIGSNNSKHVEKI
A0A0G0U2D8245-336IACLRGLIDTDGSVYKHTYVVNKKIYRYQKLSFCSLSPPLLHTVFRILKNIGLKPRICKNKEIKVENKQNVLKYFKIVGSNNKKHLEKIQK
A0A1F6QU11209-286SCIRGLIDTDGSIYRLKPQWSNIIQLSFKNNNKELLKDIRSAFIELGFHPSKIFGNRIVITRQEEIKRYLKDVGTNNK
A0A1F6E6C0168-256LAFLRGLFDTDGCVYVDVHRIKGRTYKNVGMAFTNRSLPLLVGFKKSLERIGLHPTQKSKYTVFLRRERDIQRYFAVVGSSNPKQLRKI
A0A1G2E7U8249-330VDTDGSIFRHSYRVGGKMYSYKKISFTSRSEPLRKSVFVILRSLGLNARLTQSYDVRIDSIRDVKKYFKIFNSHNQKHLIRY
A0A0G1P3Q8239-320VDTDGCVFIDHHKKNKKIYKNPGICFTNHSVPLLQSVFDFCTQNGYYPTRYGFNMFIRREKNVINFLKNISFHNGKHTKKLE
A0A0G1RI33241-329VACLRGLMDTDGCVFLHNHVTHGVRCLNMGMCFSSHSEPLLEFVHSTLARCQYTPKFNRTNVYLYRGGEVNSYFAKIGSHNSHHLARWR
A0A1S6H6A4245-326VDTDGCIYIHKHQVGGNQYEHIGLTFTNHSIPIASWVTSMLDSIGLNPKQPNPQHVYAYGTSSVARYLKIVGTNNPKHQTKY
A0A1F5P4R4243-331IACLRGLIDTDGSVVIHKYRVGGKRYSYKKIEFSSASRPLFESVVEILTKLGLNPNRNKRHLTISASKNVEKYFKIISSHNPKHLKRYK
A0A0G0YU39251-329IDTDGCVFTNRYKVNNKQYSYKKIDFASASAPLRESMISILRDLGMTPSVNGIHVRLNSRPDVERYFKIIGSHNPKHLK
A0A0G0LSL9249-340IACLRGLLDTDGSLIIHRYKSKGKLYIYKKIGFTSRSFPLLNSVHSILNELKIRHGLHGQYDIRVENGQFVKEYFKKVGSHNPKHIKRYLKV
A0A0G0ZB8459-142MGAAIRGLIDTDGSVYRLKFGMQISFCNHSKPLLQSARKMLLELGYHPSKINGQNIYITRREDLKKYFTEIGFNNLKHRERLLA
A0A0G0KSV3151-232DTEGSVGVKYFKGKGGSYIYKQLTVTNKNENILKFLEKYLTILGHTPTKNSKKNIYLSNKISIDKYLKEIGSSNPKIIKKIR
A0A0G1QLX4241-325ACVRGLFDTDGGFYFHRKRSGIYIGWCFTSYSESLLGDVHNVLQRVGLNAKKEQEGRLYMYDLWSIERYMELIGSHNPKNIAKFQ
A0A1F8DY18254-341DTDGCIFGERHKIKNKTYEYPRWAFVSASEYLLQSTFTILRELDFSPKIRNNRSVQLESRADIIRYFEVIGTSNLKHRNRFNRILFKS
A0A1F5ZHZ6242-318DTDGSVYLDKHYKKNIVYKSICVAYTSYSAPLQSNIYDLLVEFGFFPTISTINRIMLRKKEEVMKFFELVKPGNGKH
A0A1F6C3L2250-328MDTDGCVIIHKYKVNNKQYCYKKLSFCSASKPLIKSVIGMLKMFDFNPRLSHNGRNVWIDNQNEVKRYFQIINSSNPKH
A0A0G0BAF1173-257MKSFLRGFFDTDGSIYKLKYGVQMSFCNRSLPILKSLQLMLKRLRYNPSSISLYNLYLTRRKDIKRFFEEIKPSNHKHIVRYLKI
A0A0G0ZAV5242-333VACLRGLVDTDGCIFTHKYKVNNKNYAYKKLSFTSYSRPLRCTVYKLLKKLGLKPLISQNKDVRLESQYDLRRYFQLIGSNNPKHLNKYFKK
A0A0G0QUU1244-335AFLRGLFDTDGCIYLDKHKINKKRYNHLGWAVTSYAEKLRKDVMEILANLGYSPTNRDTQKSVYLRKQKEIAKYFREIGTNNSKHLTRYRKF
A0A0G1NA00183-264IIGFLRGFFDTDGSIYKLKHGIQISFCNMSMPLLDNTRTALISLGFSPSKISSNRVYLTKKKDLLRYKKEIGSANPTKMERI
A0A0G0CQU0245-338CLRGLIDTDGGVYYHQHSNGKWESFNIGLCFTNKSKPLLAFVEKVLISEGFHPKRSWSGDNIFLYREAEVLRYEREIGFTNIHQKKRLLDYLKI