UHGP-MC 62301

Information

Number of sequences (UHGP-50):
74
Average sequence length:
195±21 aa
Average transmembrane regions:
0.05
Low complexity (%):
2.38
Coiled coils (%):
0
Disordered domains (%):
4.88
Pfam dominant architecture:
PF18244
Pfam % dominant architecture:
1351
Pfam overlap:
0.34
Pfam overlap type:
extended

Downloads

Seeds:
MC62301.fasta
Seeds (0.60 cdhit):
MC62301_cdhit.fasta
MSA:
MC62301_msa.fasta
HMM model:
MC62301.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME150353_00907822-1004DVKFYTDDNTKAIRATDFATKITADVTYADSTTETGVDITGLVDCYGATPKTLYDKQAQDGFFISENMPLYCNGSLLKWKDTGNNVTQNIMVGKRGDINHDSKVDSQDLFYLMYYIALKGVGSDDAKLYDGKSSNQYMESFLMYLMDFDTWGMTSDAALNSTDMYYLMLYIANKAVGNNVTWN
GUT_GENOME009629_0057635-163NNRWYYSDETSFRYSDFGANANGYLSDGSQIDFAGNSPESMYVSGKTDYNVSYRKGSSTASLSVKIGLCGDANMDGKIDVRDASYIGRCAAGTAAYPTDFNTFLADSDRDGTVTIRDASFLSKYLAEQS
GUT_GENOME284715_006231306-1513TTTTSATTTQPQPNVTTVIFELADPNFYFSVDEREFKATDLFKSVTLISTDADGNIVSKEDIIDKVNFNGATPKSTYVQADKYYAGTIQAYYNNGTENVLIPDATPTVYIGVKGDADLNGLEDVPDAVTILTYIAKVAAGQEGIVLNDDPMLNKLAFFLADIDTESKEGQNTDGKLLEVSDAVSILTYVAKKAAGQDPTWPDLVPSLK
GUT_GENOME167697_00928473-646FFAENDKEIRLNQGSGELISTVTSADGTTATQDVTDAVTCGQSPAELYAQQSGSAYVNPVPFTLNTQPLKNTDGTDYTKTLLIGKKGDTNLDGKVDVEDAVLVLQYYAKKAAGLESTLLEQATNEEEILSYFLSDIDTCSQNQGTDGGELSVEDAVQILTYYAQAAAGNNPVWS
GUT_GENOME025284_008501147-1353TTSTKVSSDTTPAGKPDVKVKEDANFYLSEDARDFAKTDLIASATLDGKDVTADLTFAYATPKEMYEKLHGAKAYVANDLDILYKGTKVATAKVYIGIKGDTDLNGKVDSTDMFYNMYYQARLGAGIKDGVTLLENNKDANLEKLSYFLTDIDTESKEGKNTADKSITPTDLFYQMYYIALQGAGYKDTTWTDVCPELKELKGSCWY
GUT_GENOME234686_00022531-720TVATTAATTPAAVVTTAANNNPTINPDSIPKADSAAAYFFSVEDNFQRLTDALKFTGVTNPQVTYQFGGKAVAGPKDVFVKGTHKYDLTVLANGKVAGTATVYIGVKGDANLDDEVDSKDAVAILKTFAYAITGTDLALQSDATLENLATFLADIDGETFDHKNLDSKDAVWILQFFAYSIAHDGQTQPW
GUT_GENOME135925_00783531-756NEATDFTSTVGYYFSHDTNSFNKDQVVKLMVTLVLDNGAIIENVDLLDQEAVNAKLIEAGAEPATIDITFGDATPATVFNKSTNKYDVQLYVNGTPLTSSEELGTDEAGNPIYKPMTVTAYIGVKGDADLNNTVDANDASNILTYYAQKQTDVANPVLYSAEDENLEQLACFLADTDKDVYSEGNWNTDKANRNLDANDASNILTFYSYVQTGSSDAKNNWDTIIG
GUT_GENOME227344_0223329-205YFAEDTKVITGSSTGFDYICNVSYTDGTSESAKNVTGAVNAAISPSEIINSSSGNYFIGDIQMYCGDTPLTYNDKETKIKALIGKKGDVNLDGQVEISDATDVLRYYAEEMAGLKPELPVDNTGFQNTLSFFLGDIDTESQIMKDGGTLDINDATSILSYYANSMAGNHISWDKYIK
GUT_GENOME099562_007371270-1495STTEATTTEATTTVTEATTTTENTTASTEATTTTEVTTTTAEAELEIEVNPDANFYLSIDGRNFNAADLVKSATVNGESVMDDLTFGAESPKALFDSEGKAYVDTDLDILYKGEKVATAKVYIGVKGDTDLSGKVEATDMYYSSYYIARQGAGDKDAKLLDGTEHAQDENLEKLSFFLTDIDTESKAGENSADGKLEATDIFYQAYYVALVGAGHKSTTWDNPVCP
GUT_GENOME194363_00938132-254DILNEDYEFACVAASSYEYDSVVYCITIIGNSDDILDGADFVTTQGVTGDADYDSVVDINDAFMTLRAYSMVSAGAELPMCNLQQQNCDIDGDGSITLQDALNILTYYSYASAGKNIQWSDLL
GUT_GENOME227344_00209471-669ESVSVEAGKDYYFSHDENAFDLAELVESLTLVGTLDDAPYTVQISPASFNKYLTPAYATPAEYFNAVEGTAYVASKLGLTFKPAESMVVADNADLTVANEPTVYIGVKGDSDLSGVVDISDASLTLKYYAYRMAMLEVSFNEDADLNTLAYFLSDVDTESKAGVDSETGSIDISDATNILKYYANQMAMLDTTWEDILA
GUT_GENOME283775_009561219-1404TSIVFELKEANYYFSSDETALQAADLFVSVTLISTDVDGNVVESDILDQVTFNDVTPASLYEQNAPYFAGTVQAYYNGLPIDGATPAVYVGLKGDADLNGKVEVEDAVAILTYYAQKSAALPTVFQEDPMLNTLAYYLADVDTESKLGMNHAASGQSISVEDAVYVLTYYAQTSAALHPSWESILQ
GUT_GENOME197769_00239320-520TSIAVGVEDAEVVSIRSQKDAAFYTADDNDPILATDFASGILANLKFADGTTEENVDITNLVDCYGITPKKLYDSQAKDGFYASENAPLYYNGKVLKQTDGSAVTQNILVGMKGDVDFDGDVTINDAYLTLCYYAEVFAGKMPSLYSGPSSNSYAERLAIFLADTDTYNESGDPGCILIDDARNILQYYSDASAGASPSWN
GUT_GENOME067179_00938347-526LYTAEDTSAIKASDFAASIQGTVTYADGTVAENADITDLVDCKGATPENLYTQLAGSNGYVKSNVQLYCQDIPLKWNSEPLTQHVLVGKKGDVDFDGSVTLDDSFAVLSYYSKLAAGADVKLYSGTETDPAMEQLAFYLADTDTCSKVGKTDTAVIDIDDAFNILQYYSAFAAGSSISWD
GUT_GENOME270996_01349359-553LSIKVLNEARYYIAADARAFRVEDFVESATCDGKDIMADLCFEYESPHMFAAVKLEKKHENGFYYAADNTGIYYTGDKIADIDTIYVGVKGDVNLDGSVNAMDAYCLMNYYTQHIAGNDIALLNRNEDANLETLACFLGDIDTESQPRKDSADSTLDLWDVLYIEQYAATVGAGLGTSWSEIVPVLKKLEGSCWY
GUT_GENOME216267_02420464-689YAEVESDYGFYLDIDEEFNKGQITSAELHIVYNDIAVDEDGVEILDESGNPIILKEYEDVTDILENVDFGDNTPGSTYTKESTTFLYNVPVSYEGEELKDADGNVVTVEAYIGLKGDANFDNKIDASDATSVLRYYTLLSSGEGGAKVDPYTLQLSVSELVDSPTSVYDEFAAFLCDVSCDLSDNWNKKKPDRVINPSDSTYILRYYTLLQSFEEPGAALWQKVME
GUT_GENOME055438_002931106-1347TSLVVPADGKIIVNGEHVRPFEGDVYAEVEKTHGFYFSHDNGVRSNGTKGGFSPNQIVSLKIFERTTVDGNTTITPWTESEIDMSMINFGNAVPSTVYDETNTTFKYEVPVYYGENALTDADGNQITVTVYIGVKGDIDLNNKVLANDASQALAYYAATQIADPSEVKLSESEYVTGADDILDDFCAFLGDVDANEWSEDNWKLTKSERRILANDAGSILTFYAKSQMPNAEAQAIWDEVVP
GUT_GENOME175594_00235998-1186EPTRVCYWSHDNRPFDLEGLKVILQETIFIIHEDGTVVEAEEQPAAVDITEQCMTIFCNDKQVATPEDTYETQIYKYMLEFAYEGNPDVIVGTHQVLIGVKGDTNLSGDVTVADAVEILMYRADMMANPNNPTYVFNEDPDLHKLGYFLGNVDCIKEGDDLNVADAVNILMFRAEVLANGSATWEQIVG
GUT_GENOME128745_00081505-674YNSEETSFDASELIVSAVATLKDGTTKDLDASYFGFLQTPADVYTAPYYKGTVDIYYVGDADKTALEDKPTVAVAMKGDTQLDGDVDMDDAFDTLQYYSSSAAGKTVTFTDGSDELLEKLAFYVSDIDTESKAGKKTEDAEISMDDAFNILQYVSYRAAGKDVVWSDVIG
GUT_GENOME013154_012776-202VKNVTVVYSDAKAGAGFFFSVDDNAYNFNVTATLKNPEAFGRTAKNNVVTLDAKSITYKYNNKDVTSPAKTFQKGTNKYELEVFLKGKSLSTKAVAYIGVRGDANLDYAVDSKDAIKVLQYYADGIADTSKAPVLYDSKDANLEKLAKILGNADLDGKSMTDVSILNANGTIDTKDAIRILQYFADTITAGDKATWK
GUT_GENOME069115_00634497-711DSYVDVEADYGFYTDLDDEFSADQVSSAVLHVNYKTVAVDVDGNETVIDEFEGQPKHIENYIGFGNATPANTYSVDNANFKYELNLFYNGEDIVDEYGNTVIASGAPIMTTEGQATATAYIGLKGDASLDNKVLANDASLVLTYYANMQSGGNVQLSDSALVDGPDSVYDDFAAFLCDVDTDIDASVAWKTGKDGRKLLASDAAGILSYYALTQK
GUT_GENOME238640_00124301-525FYFSHDNGERDGKQIGGFNKKQVTSLKLYNRYVDEDGTILLETEVESDLNNINYNGLTPQKVYSEDRLNFTYDKDVQVYYMGKDSEGNDVNYALVDKDGNPLYITAYIGLKGDITLDNIVTGSDATYALMYYTLLSSGTGAVDPRTVIATASPLVTSGDDNLDHLAVFLADVTENEYGEDNWMLRKQDRIFNGTDATLILQYYTLLNSGGTKDPQTCWNEVVPNR
GUT_GENOME237499_01683320-509DVQISEADINKKLYYYADSNDVVKTEDVIKSVKADILNNGQRQSIDITKSVGRIYYKTEGAFIKDSDYTKISLALTYCGYNPVDEDGDMLTTDIYIGKKGDANLDGKVDSKDAVMILKYYASSLASGGQATLYAEDPALEDFAYYLADVNGGSKDHGASGSAVDSKDAVFVLKYYAATLANSQATWKDVE
GUT_GENOME013313_00310573-784YVTADTDYAFYLNTEETFSEEQVKNAKVHVSYVDVTTDEEGNVVSISDPVEEDIDIANIGFGDATPENTYVADRTDGFDYDVTLTYEGEDITAPDGTVLLANGAALANEAGEKITVKAYIGVKGDANLDNKVDAVDASAILTYYATLLTGQSAEETVLSTSQLAKNDPVYEQFAAFLADVNAPLSDRAKTKEDRGTELNSIDSSYILTFAAD
GUT_GENOME227344_0034024-209SQSNFYFSFDDRELNARDLFESIILSVTYEDGFNETIDIINDVNFDGISPASLFEHRERTSYYSGVYKGIVSPIYNGEVLNIESTIYVGVKGDADLDGNVSIADATLILSYYAQNAAQLDISFTGDATSDYEKLAFFIADVDTESKEGNNYGGVGNISISDATNVLSYYAQNAAQLNPQWQVIIPS
GUT_GENOME113353_006791828-2023TTTTPVVTTVPTTTTGETSIVVVPKEADFYFAEDTTTFTPSDLFESITLIQKDGTEVDITDQITLPEVSPSTVETDEQHRAILPVFYQDELLAELTVPVYIGKKGDIDLDGDVTLADATLALTYYSEHAVNNAFYFTTQSAQAQQTEAEQMLEKLMFFLADIDTESKQGADTDNGMIELLDATRILTYYAEQAVGN
GUT_GENOME283739_00620615-796FYFSVDERELKPSDLFSKFDIVDEEGTHFNALEAGAVTLDKTTPKEIFDAEGKPYCVTEVNAYFTDPTKADAEAVAAPVNPTVYIGVKGDTDLSGLVDVPDAVAILTYTAKIAAGQENIVFNEDENLNKFAFFLADVDTESKEGKNDGNKLMTTEDAVRILTYTAKTAAGQEVTWPDVIPSL
GUT_GENOME037917_007051101-1298PDPVVTTTSLSVEVKTAVGYYFSVDENPFNIADLLTVYSVDEKGEKTDVTDQVTFDYKSPADLYNAQKNAYAKSTLKPKYEDKYIDDTSVTVYVGVKGDTTLNAEVAIDDAYYTLLYYSKIYAGDNNVKFYDIVTPAVPKNDEIEGLMYFLSDIDTEGKGGKNDATHNITNDDALWILQYYSDKYAGGDKTWKEICPT
GUT_GENOME136696_00312724-944AIDSEIETTYGFYFSHDTNEFNKGQIIKVIAHCTFQKEDGTIEESDVDLTADIGFNGQTPYSKFKKSLGNVYEVPLYYGDEPLTYEDGSPVTVLALIGVKGDADLNNTVDAIDASNVLTYYAQKQTGVESPVLYQGPTDVLKGVNEKFGNVIKGLDQVDVLDELACFLADVDVDEYSADNWKTHKGNRAIDAIDASNILSFYAKVQTGSPADSATWDEVLG
GUT_GENOME009629_00449768-971VTSYVPVPGSSSVTTTGGGDTTKVSISIDTSATDVYGNDVNWYFADEKAFDRTSIKVVDADGNEVEGAEIGFGDATPANTYNGKTFDYVVAFTVSVDGEEVGTGEINVKIGQRGDANCNHKVDARDAAAIAKDLAQLYGSKKTTLTAKEGEFALFLANVDRGTAKKATDWYGLRDLNARDAATIAKYLAQKYSKPTLKLVDLVK
GUT_GENOME238640_00123491-708KAYAEVESEYGFYYSYEDSFNVKQLGEAKLYTPYDNIAVDENNEPILDGDGNQIVLDSGVDTEDITGSVTFGENTPVNTFNEENTTFRYDVALSYNDTALVDVSGNPLTAEVYIGKRGDVTLDNIINGSDATYMLSTYTLINSAGAGQVDANTILFTREEMTNDPASVLDQFAAFLGDVDCNITDNWKATKDQRAIIATDATYILAAYTALGSSFEGT
GUT_GENOME257560_00868401-611IECLQYSESKNGLKKFYLDPEVTDGAVVIGSSSSDDLTVEVDDSALDTKGDNINWYFADEAEFDKSNITVMSGDKDVTADADIKFDSTPGKTYNGKTFDYTVSYTATYGGKTANGTVDVKIGLRGDADCSHKVDARDAAAIAKDLAQLYGSKKTTLTKKNGEFALFLANVDEGVAKKETTWYGKRDINARDAAKIAEYLSKKFKNPNLELV
GUT_GENOME227344_006022-156SDGTTTETDIINEVTFDGQSPMSVFTDGYNTSEYDGVYRGYVNGYYNGEMIDAKSLVYVGVKGDSDLNGIVEISDASLTLKYYAYRMAMLDISFTKDPTSDYETLAYFLSDVDTESKQGKDSNDGIIDISDATNILKYYANDVAMLNPQWEEIIP
GUT_GENOME271129_018052262-2485TTTSTTSGTTETSETTSTTETGTSTSTSSSDTPEGQISVTISTESVYCTAEDSTPFDLASFMSVSLVNAAGETVDVTADVTLEYDSPAALFAARNTAYVAENLKATYTAENGEVYEITGPMVYIGKKGDANLDGKVDSTDIYELMRYIAYVGAGFSDTKLLETSPDAADENLSVLAYFLADADTESTEGKNTAEKRLDPQDMFYVMYYVANRGAGVPVTWSDII
GUT_GENOME105897_00204824-997VAISIDTSEIDADGSNLQWYYADEKEFVIDGIKVFVDGKEVDAEDLITFDTTPESTYDGKTFDYVVPFVVTVGDQTAEGTIKAKIGQRGDANCDHNVSAMDASYIAFNLAQLDDSKKTILTKEDGFGVFLANSDEDMKDGKYAPYDLAAKDAATLANFLARSAFEKDLTLYDVA
GUT_GENOME259405_00465543-735PTGVSSVEVKLVDAETAEDIYLSNEESFDVAGLIESVTLHLEDGTDYQVQDPATAIDFAMTPAEAYATVDQKAGAGKVYFNGEVGLKYKGEEDLTISETVKVAVALKGDTNLDGKVTSTDLYDTMLYIALKGAGEKEYFDTVKNGTALETKLAYLASDIDTESKAGANTDDAKLDSTDMLYTQVYQAYNGAGE
GUT_GENOME270900_01110493-722TTTTTPAVDPSEVDSIAVETVAAKASNGVYFSKDKAFNASDLISSVKLTLKNGKETVYDDAASIDAYIGFKSTPGEVYKTVVDANAKLADKDKVGKIYYQGGVDIYYTTGVEGSDTFAIDTKPEVAVALKGDTNLNGKVDNDDALQTLTYYSNVNAGAKDVAFTDTAKTNALLEKLVYFVSDADTESKLGTDSKDKLITNDDALFILTYYAQQYAGNKDDEETLWTDVLA
GUT_GENOME238661_015391111-1320TEITTTTEEPVVSTTTTTEEVPVVTTTSISIEVNAEAGFYLSVDERPFNAADLLKAFSVNEDGEATDITADITFDYATPKAAFDDKNEAYCAIELTPKYNGEDVDGAAKPKVYIGIKGDAQLDGDVDMDDSFEVLQYYSYKAAGRFPTLTDGTDENLEKLAYFLADVDTESKLGKNDDEKALSMDDAFNILQFVSYRAAGRDTTWPDVVT
GUT_GENOME013313_003091428-1659TTTTTTTSVVEVYAEIETTEGYYFSHDNGTRANGVEGGFSKNQITSIKLYNVLSNGETVEVDADPSKINFNGETPYTQYTARDHAGTPTRDEFIYNVPVYYQLDDTTNIQLRAKSTDGNAGEPLTIEAYIGVKGDTDLNNIVDSRDSSAILTYYANIMTVNYTPETRQLSTSKLVTGPDDKLDNLAALLADVNANEWAEDNWKLTRADRTNLETGAAIDSRDASYILTFYAD
GUT_GENOME198774_00800363-526IMATLSYADGTTETKDITDVVRGDGSTASALYAQQSDPYCSVEVPLFYGSQPLVDADGNAITQKILIGKKGDVNFDGDVGLEDATLTLTYYSEHATNNTFWFYDDIAKEPELETLAYFLADIDTGSQNYGVDGGVIELSDATQILTYYSERAVGNQPYWDDLLK
GUT_GENOME220614_003211103-1289SVVLKDAGFYFSEDNREFDPADLIESVVSIDAEGKTTNIDVSKITFKGATPKSTYAETEKYFVGTVDAYYGDTVVATPTVYIGVKGDADLNGKVELSDATLTLTYYCEHSVNNEFYFRTANDTKPNGAEEEMLEKLAYFLADINTESKAGADTTDATIELSDATSILTYYCEDSVNNNPKWAEVCKE
GUT_GENOME193642_000291171-1403TTTIPGQPVLDHSYAEIETEIGFYFSHDDGRRADGMTGGFAKEQVNSLVIYDVYTIDGVEQEPVIREDIDMSKINYNGLTPASVYSEDRTNFTYDHDVQVYYDDLALVDKDGNPLYITAYIGVKGDVNLNNVTDGTDATHTLRYYTLRISGQGGGAIDPLELQLSNSELVTGPNDPLEHLAAFLGDVNVDEWDPDNWRTRKEDRNIDGTDATQILRFYTLMISGTPGGTLPDA
GUT_GENOME237499_01498118-303DPNGSYDSSLSADSLAVYFFSSDTNFDKLTEAIKSHQNGTSTVTYTYNGKTVESPKDIFKKGQHKYELRFANESTTTYAGRPSWASAGDVTIYIGVKGDANLDDTVNAKDSISTLQTFANAIAGQYKPLQSDDSLEYLANYLADVDAEQLNYSNLDSKDAVWTLQFYADCLTEKNTPWNELCKDLA