UHGP-MC 20500

Information

Number of sequences (UHGP-50):
52
Average sequence length:
119±13 aa
Average transmembrane regions:
0.01
Low complexity (%):
1.72
Coiled coils (%):
0
Disordered domains (%):
0.58
Pfam dominant architecture:
PF16409
Pfam % dominant architecture:
769
Pfam overlap:
0.03
Pfam overlap type:
shifted

Downloads

Seeds:
MC20500.fasta
Seeds (0.60 cdhit):
MC20500_cdhit.fasta
MSA:
MC20500_msa.fasta
HMM model:
MC20500.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME022890_00641188-299SSSLLYEFDGASWRNLSSADNVAAIMPTVYQSMGVDFIENGDEVVPMYLNKLYPYAKKNDIHTVAYYYNKYKDIGALKYKFDDGGWIKIGESFKVTRVQNQAPFVLADGIWR
GUT_GENOME207117_00704538-652TRSADGCNRTALYAYDGSGWNKHALNGITLDVMQPEAYSSLGVGYLTSASTVLPVYLKNAYPYAQEEDVIAVAYYASAENAVAAKELIYNGAEWIMTQKAISFVDQFVKSNGAWV
GUT_GENOME275708_00526393-530IKASSASAKPRRQGPRRVVTLASTTECAVYTVTGGTWKTVSDVDVLQPSDYTEMGSRYGNLQGTQPAEYLPTYLAKKYPFAQADAVRYVLYKYYNGSSTSLRSMEYTFNGTAWVPSITDEGVVTETQQFVYKKNGWVM
GUT_GENOME246987_02403580-711PAANASAASFGMTRAAVTKNRYAIYTFDGTSWAAAENTTMVNPEDYTQMGATNPNFSSSFSQDTYLPLYLKYKYPYALAEEKMNVAYHFYDSTDKVTLLFADEYTYDGADWIKTEDTETLDGPFKKVSGKWN
GUT_GENOME000225_01309403-532KAVAEMAEDKPVVPAPVEIESRPDNALYVYNGSAWTEASSVYLINQDELATMGITNGYMANATAWTNIPIFLKQTFPYAVAGDSKLVAFQSGAKYANCGRFDYDGAVWTKYDNIETKTDAYAKANNKWMF
GUT_GENOME244968_01020411-498SALYLYDGSKWAAVSDVTVLQPADYLQMGVDGALTEDQAATMIPMFLAKTYPYATEKTKKYVLYSFKNGDDIDQRSVEYTYDGEKWVD
GUT_GENOME006044_03156527-658IKVQTVARKAAVAKLSTTTRATAGGVNELATIYTYNGSTWIPYEDAIVVSPSDYEEMGFETFTSSNKPDNYLPQFLTANYPYAQEEQKVGVVYTYSNNQEAAEYIYTAGVWTKNDNVEVVTDQFVRSEGKWN
GUT_GENOME280639_00664599-709NALYAYENNAWAPVKEVITLQPADYKAMGLQSDFSATNAPENYLPAFLKISKPYAQAGDKVFVAYNFYDAGEKATVLRADEYVYDGSQWSRNTGIIEQTDQFVKSNGKWVW
GUT_GENOME090701_01059438-551SEVYAYNGSAWTPAENVVVVQASDYAAMGVSNFSSSNVATYVPEFLKQEFPYASADDVKYVVCKYYDSSSKETIAQHCERAVFDGTVWTVNTIETLSDKFALNGSTWVYDPSVT
GUT_GENOME274093_00454412-529IPSQNLNAVYVFNGSKWEAAGSEIVVVNPSDYAAMGLTYGNFSGTQAQEYLPLFLSQKFPYAQADTEKFVAYKYFSSGSTAYACSQFTFDGTKWEDTITRDGVRTVTNQFVRRNGEWK
GUT_GENOME100342_00334409-517NVNAVYTFSGTAWQPAARTTMLNPSDYTAMGLNQGYISDAAFYITRYLKQKYPYAKEGDAYFVVYRGGTSASSASIICSQYIFDGSEWNVNNNVEIVTEQYVRVGGHWM
GUT_GENOME139629_01422421-530NAMYHFNGDNWVAASGFCVLNPGDYTAMGQKYQNLTEPTKYLPRYLAAKYPYAQPGESTNVAYLYYDSKAKVTSYACDPYICGEDGVWTLNTGITAVTNQFVRNAGKWMY
GUT_GENOME218838_02855382-489ALYIFNGTSWVVPGNFTVVQPADYTAMGQTYPNFSSNEVVASCLPIYLKNAFPYAAADDMKFVFYQYYSNKVTSLRCDQYTFDGTEWILNNGVTVKTGQFVKKEGKWE
GUT_GENOME238303_01050373-484NALYAFNGSTWAPYTAKTVLTLQKSDFASMGSNYDNFSASMSADHYLPIFLAGKYPYATEGTTVIVAYKYFANNETSVAADEYVLQSGSWVKNTAMEVVTDQFVKNNGVWVY
GUT_GENOME055623_02854557-671QVIRFALYEYNGSKWAPKANTVIVNPEDYETMGITGNSFKDASVAMQYLPLFLQQKYPYTVSEKTMHVLFELNGKTAVQEYRRTEGNWTNYNGVVPVTEQYIHNGTKWSFDPTVV
GUT_GENOME206559_01589388-491VFYFDGSKWSVPDNVIAISDAQCIEITGRYNTLTAAQADANLPIFLKVNYPYATADTQKYVVYNEYKTGYVARQYIYDGSEWAENDGIEQTTLQFVRKDGRWLA
GUT_GENOME019997_01881365-496STTRMAPTHEKPFNAMYQFDGVDWKPFNKKDVLILTPEDYAAMGITDFGSSKLPENYLPAYLAKMLPYAQIGDVKTLVYKNYDSGSKTVVAEAAEYKLGSDKVWAKNTAVVDITSQFVNVGNGKWIYDPSIY
GUT_GENOME114679_00422371-490QSSRSSRAVAAEVPTEAKNAVYAYNGSKWAVAEGVVVLNPADYTAMGFSNNKLTDPEIFIPLYLRNKLPYALSGAQEYVVYNGTKVDLFVFDGTKWTLNNNGLETVTGRFQKKDNVWSFV
GUT_GENOME041831_02577434-523VEVLQPADYKAMGQTYGNLSGTLPAELLPVYLKNKYPYAAAEDEIVVAYNYYNGSGASYQAAQYIFNGTEWVVNAGETTSQFVKRNGFWL
GUT_GENOME130091_00623372-491TDVYAATTALYAFDGTKWAPYSANANAYMMTKADFTLLNSTYDNFSTTMNPDVYLPLFLSKKYLLIEGTVVTPVYKFYNSTTKVTTIRADEYTYTGGAWVKNNGIVTVTDQFVRNAGKWT
GUT_GENOME037634_00658381-496ADNKYEAMAGLFRFDGSDWKAFTDAVVLNLADYKAMGGKYDNFSSSMLPADYLPAYLKTNYPYAQEDAKYTVVYKYYDGKNTSVNCSSYSYMSGNWHSAAVEVVTDQFVLSNGKWN
GUT_GENOME030180_00633380-485AAYEFDGSVWKTSTGKEILQPSDYTTMGVTYLTTDNATPYISTYLKAKYPYDQKGATRVVVYKTKDSNQADEYIFDGTSWTPNTFIVTKTDQFVFANVNGVKQWIF
GUT_GENOME112859_01002369-495KAPKKVASRAAAYVPTEVVNVAYVYNGSAWAPAANFVTLSPADYTAMGQSHANLSKAEPFLSTYLNHNYPYASDGAVKYVYWLHYANSATNYECSAYKFAEGAWVADSFVEEVTEQYVLNEEGKWIY
GUT_GENOME098154_02721311-427PVLTNEVVAVFSYSERYGNWSPYTQKDIYIVTADDFKQMGKTDCFNSDADNYLPQLLTLRYPYAQDKDVVTFVYKNDGGSSFSIYTDEYAFTGGVWVKYNPVSQKAEQFMHNGEKWF
GUT_GENOME226328_01161422-522NAIYRYDGTKWVVPENFLVLNPADYAAMGLSGSLSQPDSYLPIFLKQKYPYAKADDVKYVLYNNSGYACAEYIFDGAEWKRFTGVETETSQFVRAGGKWMF
GUT_GENOME244437_01673363-494IVKGMKGASKAPSRAAAAEVPSTPGVALYTLVGGKWKVPSDTYVLQASDYTAMGSNYGNLTPAQATSYIPTWLDIKLPYAAAETKCFVVYRRYANSATNWYAAQYTKDEAGWSVNTGATTDKFTRKEGNWRY
GUT_GENOME229574_00294538-662ALKATRAATAVETRYAVYQYSEADTKWAEAVGVLIVNPSDYLEMGATHLNLGASMNPDNYLPKFMERKKPYGQEGDVMAVVYDYYDGAATYLQADEYLHTGSAWVKNNFVETVTDQFVKANGKWS
GUT_GENOME231397_00305368-492SEASGNSENVYTATNNLYQFDGTQWKVYSGATSLKKADFKDMGSSYDNFSATMNPDSYLPVFLARKYPYAQEGDVKAIAYKYYDSTSKLTSVKADEYSFSFGAWHKTSSVQTVTDQFVYSKGKWN
GUT_GENOME019508_02381558-680SALMASTRAAASEETRYAMYTFNGSNWVIAEDMAIVNPADYSKMGISTNYFSSTYKPENYLSQFMGLTYPYAQEGDVKAAVYFYDEEGAVGVKEYIFSNGTWIVDDYKETVTDQFVLSNGKWN
GUT_GENOME077671_01337364-495DNVSISSAVLAPTNEKPYNALYQFDGTDWKVKEDSRLVVVTPADYDAMGSPGSHDNFSTSDAPENYLPQFLAQKFPYAQEGDSKAVMYKYYNKVTTMEVDEYLFKEGTWVLNNNIELKEKVNFVHNGTEWLF
GUT_GENOME058623_00313413-520NAVYVKNEGRWNAAANTLILNPADYEAMGQRYGNLSSTAKPENYLPAYLKVKLPYAQAGDSRFVVYKYYADGTTSYKCDVYEYNGSEWTPRKSYVEVTSQFVKLDGKW
GUT_GENOME106143_00459225-331YKFDGSAWTVQDVTMIQPADFASMGLTYGNFSGTQAAEYLPKFLALTYPYAKEDDEMYIGYKYFANKETTNACALWAFDGTKWYDKVATNGVQEVTNQFVKRDGKWE
GUT_GENOME201356_02039537-666YAASGAALKPMANVITENRLAMYTFNGTDWGEKDSVAVVNPADYKAMGEPGSRNNFSSTIKAENYLPQFLGVKFPYAQEGEVKAVVYNYYTGSDTELKADEYIFTSGAWKYNNIPVETITEQYTYIGKWL
GUT_GENOME212964_00134368-488VRRGAPVAPVATSKEVALYEFKGSWEPVKDALVLQPSDYTAMGQTYENLSGTSPETLLPIYLKQRLPYAAAGESKVVAYKYYDGTSTAMRANLFEFDGSEWKLNFGATTDQFTRDNGKFVY
GUT_GENOME212669_00447537-656AVTRASDVKPNASALYQYDGSAWIAYEESASIGIRVMQPADYVSTGSDYLSDADAVLPVYLKNAFPYAQSGDVKAVVYFGNKEYDVMADEYGFDGTAWVKKNTETETAEMAFLKTDGKWM
GUT_GENOME246347_00620332-487KAFNGKTVYIAFRYRGAKGGVTTTVQLDNIKITTSKPSHAMPYNGLFQFNGGKWGAYTEKDVVVVTPADYDAMGDPGKNDNFSSSIKPADYLPVFLAQKLPYAKAGATQVVLYKYYNGENTSAIADEYLLGTEWALNNNIVTREKETFLHNGEKWL
GUT_GENOME153918_01792421-526NGSSWSQAASNVNVLQPADYSNMGLGYGSFTNKVDIATIQRYLSLKYPYAAKDAVQYVAYKVYANKETKYHCTQFTFDGTEWTDTFSENGVTTVTNQYVFRNGKWQ
GUT_GENOME000220_00002591-698AVYYYDGSKWAAAAGTLIVNPADYTAMGLRSDFSSSNAPEKYLPDFLRLKQPYAQPEASVYVAYAYYNGKSTERRADEYVFDGSAWVKNAGIVEQTDQFIKNNGKWVW
GUT_GENOME140103_01921608-720AVYVYDGSVWKAPEKVTILNPADYKAMGEPGTHNNFSSSIDPQNYLPQFLGLKYPYAQAGDTVAVVYNYYNGDATVLKADEYVFTAGAWTYNTQPVTVVTEQYALAENGWVFS
GUT_GENOME136120_01524535-663NTLATTRASVEPNSSAVYRYNASSQSWSLYSTDAADVAILQPADYAEMGYSYIGKPEETLPIYLTKHYPYAKADDIAAVVYYADNKGGIAATEFKYNGMSWEETVVAVQNFITFQKSGGDWVEAKVYLE
GUT_GENOME022484_02925357-488DNVAIKTPGKNIYSIVNSLYEYNGETWEAYSGTDISVLSQSDFVRMGLKFDNFSSSAKPDTYLPTYMALTYPYAQKDDLKCVAYKYYDGKTTFIQVGEYICGEGKVWTRTSNVVTNQFKRTKGEWKYSPDVT
GUT_GENOME125520_00974367-494SIEGLRGSRAQVKASVPTETVNALYAYTGGEWAPAKGFCVLSPADYTAMGQNYPNLSTAEPYLSRYLAIKYPYAKTDDVMCVVWNRYAGGSAAYTCSAYVFNGSQWEADNFIGTETSQFVRTQGKWIF
GUT_GENOME117139_00618339-492GKKIQIGFCYKSTAAKAGTWEVKNVKIMATPASRSSRAAISVPTEARNAVYRYSGNKWAPAGNSFAVLQPADYTAMGQTHTNLSTAEPYLSKWLDINAPYAAADDIKYVYWLHYASSKTTCECSAYKYDGSAWAPYSFVETVTNQFVRNDGKWM
GUT_GENOME209738_01025558-676MTRAAMVKERYAAYTFNGTNWEPTPDTAVINPEDYEAMGSSHPNFSSSFSPDVYLPVYLKLKYPYAQPEETKDIAYQYYEDNVTSPRADRYAFDGSQWTKVEAYETLEGPFKKVDGKWS
GUT_GENOME217842_0154331-148TYAVYKFNGSKWVVPDNVVVLQSADYASMGVKDLNATTAAENLPKYLSIQFPYAAAGDYKYVVYKYYDAASKTTINQHCDRMTFDGTTWVMDTQETKMAQFVRSNGKWVYDPTVYLNF
GUT_GENOME246171_01573414-535ASSRAAVTVPSVNENAVYKFDGSAWTVAPSTSILSHADYQAMGQSYDNLSGTVPATLLPKYLSQKYPYAVADETVFVAYYYYNGTETVTRCDQYTYDGSQWILYDGIVTETAQFVKSNGVWN
GUT_GENOME098685_02036566-704TSVVASTPANRAKYATRASLTEKMYAIYQFDGSDWNIADDIAVVNPSDYEQMGISTNSFSSSYNPDNYLPQFMGLKFPYAHEGDAKAAVYFYNTSTGTTTSAVEYVLTNGVWTKNTNIVTVTDQFVFDGEKWKFDPSVT