UHGP-MC 46573

Information

Number of sequences (UHGP-50):
76
Average sequence length:
130±13 aa
Average transmembrane regions:
0.01
Low complexity (%):
0.73
Coiled coils (%):
0
Disordered domains (%):
0.68
Pfam dominant architecture:
PF02449
Pfam % dominant architecture:
7105
Pfam overlap:
0.39
Pfam overlap type:
reduced

Downloads

Seeds:
MC46573.fasta
Seeds (0.60 cdhit):
MC46573_cdhit.fasta
MSA:
MC46573_msa.fasta
HMM model:
MC46573.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME180680_01050395-548GTSSGWLGIPSLFSEKFTRHAQRAAEVLVQRYRDCPEIQLWSLHPYGVVDHDTTDIYDTNPEALAAFHRMLAQKYGSVTALNRAYGSAYASFDEVPVPESRSDRLLREGRAARAVTVVDRSARWRDWLDFYHARTVWFRDRIARIVRRHDPKRA
GUT_GENOME021955_00352108-235CCTSPVYRRYAARIVERMVSEFHAYPNLFAWQIDNELEINQVNCCCPACRAGFREYLKRKFKTLEAVNQAWKTTFWSSEYSDWEEIEIGDMDRNLNPSLVLESQRYRNQEYLAYVENQASIIRKGCPG
GUT_GENOME195721_00500494-639IGLWFRHSLHDPVYQKALETFWRTVAREVGDDPDCALFVSWNEPAYGLDATPAALAAWRAAMKREYGNIGKFNAAMGTNFRSFAELAPPKTPDENRTFFYHWFRYNQQAFADFFARQRSILKEEAPGIRVTGKHPVTALLGDALYC
GUT_GENOME000568_00961124-263PESLPMNADGVRLGFGSRQQYCPSSAIYRERSAALARELAERLGSHPGVVMWHIGNEYGCHTAECFCPACAQAFRDWLADRYGDVARLNATWGTDFWSQRYTSLEQVSPPAAMPTFHNPAQLLDWRRFSDHQLRSLMEAE
GUT_GENOME021955_01704188-315HWVPYNIFHPDARKIYRTYWEAGVDELKGKSPVLDYELFNEPAYDDFGSYNRGLFETWLKRKYRTVSAMNKNWGSSYKTFRDAANFKRKTENAGLAVDWGKFLEEGFTDLCRYGADVIRKKVPDARIS
GUT_GENOME014183_00544116-230NYFNPKVKKIIAKNFKNTAKAYKNFKALKAYDIFNETMFRSFDKYTINEFRVWLKEKYGTIEKLNRVWERTYTSFSQITYQEWKWLSVMPQADYYSFRKAAITRFLKHWCEAVRS
GUT_GENOME237524_00706126-240QAKALGDHPALIGWQLDNEPGFPFSDFDPACAREFRNFLREKYGDIDALNRAWFTMEWSNVYGSFDEIDIPVNSSEGGWTLQIQLDYRKFFSRNFHRLLHMESDIVRKYSPNRFV
GUT_GENOME065309_0165598-246KGFGTRRHYCASNKVYHRYVRRLVEAMAEHYRENPHVIAWQIDNEFDAHCYCDACLAGFREWLKKKYGTIEAVNAAWGTNFWSQTYQSFEQVIIPRYTSSDGFAQVSGGQGIGAPPYTHNPGLLLDYRRYQSDTVVAFQKMQLEILRQY
GUT_GENOME213631_00159118-246CLNSPVYRELSKKIITHMVERYKDNKYVIGYQIDNELEANHCCCDVCKSSFREWIKKKYGTIQAVNKAYGNNVWSGEYSDFSQIMPPMNENGKWLNPSLNLDFNRYASESTCDYVKFQSDIIRKISPDK
GUT_GENOME100897_00448109-254TATENRQIGGAPGPCYHHPQAILYKRRFVEKLAERFAGHPALFLWDLWNEPELTCALARAASESKMTCYCPHSQAAFRGWLKDKYGTIEALNEGWQRRYLSFDEVEVPRSPRHFQDMIDWRRFFADTLTADLAERVQAVRQYDADT
GUT_GENOME074260_01078114-252RHNHCYTSPVYREKVRIINTKLAQQFGNHPGVIAWHISNEYGGECHCPLCQEEFRKWLKEKYKTVENLNKAWATTFWSHIYQDFSQIESPSDRGESALHGLNLDWKRFVTDRTVDFTEHEIQAIRDAGSNKPTTVNMMY
GUT_GENOME114249_00482116-247PGPCFHFPEGIRARRDFCEALSKELGSHPALLLWDLWNEPELGSGIENREPGQEELLCYCEHSLAAFKEWLKNKYKTVEALNNSWHQYYGSWDETELPRCSQMFNNMVDFREFFADTLIEETRMRKEAVRKY
GUT_GENOME011076_02898376-530TTGGHFFAWNQELPESRAILRSLWKSVLDQSRKYPVLFYEMFNEVVYEDKSPANIARFQKDLKEKYRTIEALNRACGTDFASFSEAAPQGYRGVQDLLKPLSENLKAEWTRFTEKRFAEIADESYAFFRKAVTPYSKISFQSVCGFPDYTDAVTD
GUT_GENOME030745_01432142-296RQNYCYTSSIYREKVRTIDQKLAQRFGDDPAVILWHISNEMGGDCHCALCQAEFRRWLQARYGTLEALNKAWNARFWSHDYTDWEQIESPAPHGENAVQALALDWKRFVSDRHIDFLKFERDTVKEIAPNAKFTANMMYRFDGIDYFKMAKEIDV
GUT_GENOME000496_01301106-238YCYNHPQYREYSRRIILKMAEHFRGNPQVYGWQIDNELGCEDEVRCYCGNCRAAFVRWLKRKYRDLENLNQSWGTVFWSQTYTDWDQIVLPARTVTDAYSQHTHNPGLLLDYARFSSDSLISYAQMECDTLRA
GUT_GENOME204025_01354103-236THGGRQHVCTNNPDFRKYASRIVEAEAKACGRLPGVIAWQLDNEFKCNVSECYCACCEEQWHRWLEKKYGTIDALNTAWGTAVWSQSYASFDEVPTDRRATTQHNPSLSTNYRLFSRERIADFATMQADIIRKW
GUT_GENOME236147_00243123-250CYDDPRYQELTREFLHCAVARYKDHPALLAWSGWNEPRLAECYCRHTVALYRKWLERRYGDLETLAKAWSGEFPVRFRSWEDVNPQPEASFEAGGYVPFLDWRRFLAENRTDKFHLVKSWIREVDPET
GUT_GENOME063431_00730109-234CLSSDVFLEYARKITEEQAKVFANDKNVVGWQLDNEPGFPFVCYDPCCEKKFRKWLERRYGTIEALNRAWFTMMWSNVYNSFDEIRLPVNAAEGGWSPGMKLDYRRFFSDNFNNLLSEEARIIRAQ
GUT_GENOME247081_00524112-231NYNHPAVRKEMKRFLEAAAAALKDHPALAGWDVWNESHFLSFDPWTLAEFRRFLERKYGTIGELNRVWRKSYTDFSQLRIDPVLWASIMPEVDLQEFRTENLAGRCAEWTRILKTADPDH
GUT_GENOME278390_00806170-314VNQFRNGSGNHWMPYNVNHPAGRAAYRAYWREGTQFALRNGSPVVAYEIFNEPAYDDPGPYNRKLFQKFLREKYGDIERLNAVYRATYPSFEKAAAFRHKAENPALFVDWSKFMEHSFVELCRLGRDTITELDPDARVTLQSLGR
GUT_GENOME266720_00258119-259KIIRALVEHYKDEESIVAWQIDNEIGHEGSDVCYCENCRKAFRSYLSKKFAGDIDALNETYGTTFWSQEYNTFDEIPTPEETITTHNPALRQDWERFRSQSIVDFMAFQAKLIKEIVPDAVVMHDFPGGGLGKHVDYSKVA
GUT_GENOME237871_00062120-280GARHNFCPSSPTMRKYAPLLAQKLAERYKDYDNIVAWHIGNEYGGECHCDNCQKNYREWLKKKYGTLDELNRAWNTSFWSHTYYDWDEIQIPDERSENFISEGGKKITQVQGQFLDYKRFNSDIMLEEYRLERDAIKKITPDIPITTNFMWFFYDFDYREW
GUT_GENOME238466_02218104-250RRYMEDVSDPAYQQYAMRFAEKLVCRYKNHPALVAFGLCNEIGDGFLSHSEDTRRRFSEWLKKKYGNVEALNEAWAAKRWSRKLTSFDDAVLQENELAAGAPEAWLDMRRFFSDENGEFIVKLRKIVEKNAPGIPHSSNHYAEKDHY
GUT_GENOME063123_01160133-264DPATRQYVLDAAAATVDSVMKQGDRGSVFIWGIDNEWEPPLDYSEEAVTAFRAFLEKAYGGDLSKLNRAWGETYKAFADAQPPKVAEYTLKPGAWLDWRRFQEEAYADFIRDYFKAIQERDPDHRAVVTKST
GUT_GENOME213047_02714140-253SNNAAYQEASAVIVRALAKEFGSDRNVIGWQLDNEIYMPGTGCFCPVCVDQFRKYLKRKYQTIENLNKKWNLNIFSQAYDSFEEIPAPANAWHHPHILLEWNVFQQESCISFLH
GUT_GENOME001092_04970144-267YRHYVENIVSRLAIHYGNNPTVIGWQIDNEPGHYGVVDYSENAQAKFRVWLQKKYGTIDKLNDTWGTSFWSETYQNFEQVRLPNQQEVPDKANPHAMLDLNRFMADELAGFVNMQADILRRHIH
GUT_GENOME245584_02232128-278CLNNEDYRQYSLRIVHKLAERYKNNKSIIGFQIDNELATEEPYCYCPECLKKFQTWLKQKYHTIGNLNRAWGTIFWSETLNNFEQAWLPRKMDNPSAYLDYQQFYSDIALGFFRMQREAIKAVAPNMKVTTNIGGSGFVTTMDLYKLSDTS
GUT_GENOME019121_0224798-246WLGQRYPETCQTNREGIRVSWRARQTNCLHSPVFRARVAAVNRKLAERYADHPALAGWHISNEYGSECFCPICRKKFSEFLQERYRTLENLNRCYWSAFWGHRLTAWDQIDPTDDCICTVRLDWRRFMTRTVAEFLRMEIDAVREFSPL
GUT_GENOME025611_01867196-303YCLADPVGRELYLKMWKSGAEEMKNAGGNVLMYELFNEPAYHDPCPANRKKFLEFLKEKYGSVDTVNSVWGTKYQSLDEIAEFRDRTDSPGLYVDWSKFMESEFLKLC
GUT_GENOME183102_01394189-311NIFHPEARKIYRRYWQDGAEFMKQNGANVLAYELFNEPAYNDPSPYNRALFARFLQAKYNTPEAMNRTWRTRYVSFEEAANVPEFIRTPGLAVDWGKFLEKGFTELAKYGCEAIREVDPYARI
GUT_GENOME171682_00950115-246CMDSPEFAGLVARFIRETARHYKDVKAVTVIDVWNEPHLEPMYDYRSNMLCYCGYSRQAFTDWLRQKYGTLEMLNQAWLRTYTDWSQVSPPPRFGTWTDMLDWRYFWLENLRKWLRLRVEAAREGAPDKKIQ
GUT_GENOME208002_01388106-235FGSRQQYSPANPYVRGKMVDLARALADAVKGHPALAMWHVGNEYGCHVAESFDPESIRQFRLWLAEKYQTVDQLNDAWGTAFWSQCYASFDQVGAPGVMPAFHNPGHVADWRQFFSDQMLACYLAEVDAL
GUT_GENOME193235_00138145-237VAAWHVSNEYGCHIRECFCQQCAQAWRDWLKKRYCCLDALNRAWGTNFWSQFYTDWEQVIPPRITPSFANPNQMLDWRRFSNHTLKAAYLSEA
GUT_GENOME018544_01792131-257VETVVTKLHEAVGDHPGVILWHISNELGGECYCPLCVKRFQNYLRDKFDNDIDKLNQAWWTTFWSHNYNSFDQIEPPYANGEYSIMGLNLEWKRFTTWNMNDYMEFEIDLVKKLTPDRPVTTNFMQL
GUT_GENOME195237_01712123-257HCLTSPVYRRKVREMDTALAQRYAHHPAVILWHLSNEFSGDCYCPLCQEQFRQWLKKRYGTLENLNQAWWTSFWSHRYTDWSQVEAPGEMAETSTNGMFIDWRRFSTHQCKTFMMAERDAVQAVDSSLKCTANLM
GUT_GENOME199221_01217453-546DSRIIGWQLDNEPAVQFDYNLKAELAFRDFLRAKYNNDIQLLNNAWGTAFWSEVYSSFDEITLPKRVQMFMNHHQILDYRRFAASQTNDFLNEQ
GUT_GENOME251946_00551174-301GTHWVPYSVFHPAGRALYLTHWRRSLEFARKNGANVFRVELFNEPSYNDPVTPYNRCLFAEYLKKNYGSVAAMNANWNSAYPSFEAAAGFQRENEVSGLYVDWSKFVEKGFADLCREGAELVRSVSPG
GUT_GENOME147615_02879123-248YREHVKRIVAAMAEHFKNNPYIIGWQIDNELGNSHDDLCMCESCKNAFSRWLENKYHTIDELNHQWGTSFWSQEYDDFSQIPVPRKTPTVHNPSMLLDWKRFCSDLVIDFQNMQISIIRKISPNQK
GUT_GENOME034356_00341121-249HCYTSPIYREKIAIIDRLLAERYKDHPALILWHISNEFEGQCYCPLCEEAFRDFLREKYDNDINKLNKAWWTKFWSHTYASFDEIEAPAPHGEPALHGLNLDWMRFVTHQTLDYYKHERSILKEITPDI
GUT_GENOME049637_01176107-236CLNNALYREKCTQIITKMVEHYREKSCVTGYQIDNELEANHCCCPTCIQKFQEFVKKKYKIIESVNQAYGNRVWSGEYTDFSQIKPPFGPFQTWLNPSYMLDFNRYASQSTVEYVEFQRELIHSLDPKAV
GUT_GENOME232209_01210148-263RYGRRRSIVAWHVSNEYENLCYCPNCAAAFRVWLKNRYGTVEALNEAWTSAFWSHTFASFDQIVPPNRLGDAFDENLSVLPAAFLDYARFFGESQLSEFVMEKNAIRRHDPSTPVT
GUT_GENOME061693_00511274-405RQSWSPTSPVFKEYALTLCRKLAERYGANPYVTAWHMGNEYGWNNRDDYSDNALEAFRAWCRRKYGTIGALNQAWGTTFWGQEMTGFDEVLIPRFMGADSMVNPGQKLDFERFGNDMLLDFYKAERDAIAAI
GUT_GENOME072468_00522125-257HHPEGIRIRREFTEKLAEKLGNHPALLCWDVWNEPFLGGGFENDMACYCENTFERFVSWLKKRYGTIEGLNAVWHTYYGSFDDVEMPTCREAFRNMIDWRLFFSETLTEEAKMRIDAVKRHDSLHPVMLHTVP
GUT_GENOME274675_00143118-246HCYTSPAYRERVRIINEELSKRYGKHPAVIGWHISNEYGGACYCRLCRAAFKKFVQKRYKTIENLNEQYWAAFWSHTYTSFDQIDPPGATGDTDMHALTLDWHRFVSAQTLDFMRAEIAAVRKYSDKPV
GUT_GENOME142610_03576122-276HCFTSPVYREKTAILNAKLAERYSQHPAIIGWHISNEFGGECHCELCQDAFREWLKVKYNNSLDEVNHAWWATFWSHTYTSWSQIESPAPHGETQVHGLNLDWRRFVSERTIDFCQHEINTVRPYNPELPITTNMHMIDGIDYRELAKILDVVSW
GUT_GENOME003174_00045133-242VERYKDHPAVVGWQVDNEPGLALMYNPDVFADFKKWLQKRYGDVDTLNRKWGLTYWSHRITSWDELWTPDGNTVPSYDLAWRRFQAEITHEMIQWQADLVRQMVPDHHIV
GUT_GENOME152194_00160134-251RLNVNGMNPIYQYYVKRIIEKMAEHYGSSSVICGWQLDNEPHYEGLYDYSPFVKGQFQRWLKNKYTTIENLNKAWGAAFWSYEFNDFEQIDLPNPKEHNNNPHAKIDFKRYSADAIAA
GUT_GENOME274744_01237854-985FSTWNTHHPKLLEMYEIFYKSVIPRIKDYESFDGVIVANEPQWNTRVSSYAYIDDFRAKMQEKYVTIDTLNKRWGTQYSSFDEVEMPDSNLDTTPQWHDWREYNDTILPEFVGHISDYIKAIDPDVFTSVKI