UHGP-MC 16362

Information

Number of sequences (UHGP-50):
55
Average sequence length:
137±14 aa
Average transmembrane regions:
0.18
Low complexity (%):
3.23
Coiled coils (%):
0.76
Disordered domains (%):
18.45
Pfam dominant architecture:
PF07902
Pfam % dominant architecture:
182
Pfam overlap:
0.13
Pfam overlap type:
shifted

Downloads

Seeds:
MC16362.fasta
Seeds (0.60 cdhit):
MC16362_cdhit.fasta
MSA:
MC16362_msa.fasta
HMM model:
MC16362.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME227623_022594-140FVDNGIRQKITSVTLQTANDQTITAGRYDGIDLYALCPYATQEMALAILVQVQDYQYQAFDAKAAGIDPAAELGDGVNVCGIYGVLSSIEDHGDGFPDISAPGEQELEDEYPYQSRTNRSLSNDTDSLRAFVTQSLG
GUT_GENOME046772_01231242-383TKVRITGIVGVDGVSEYVAGNDNGLTLEGECPWGTQTIANSVLAKVNGWVYRPFTADEALLEPSVEIGDTVQINGWKSIVAKLDRSFDKMFDASISAPDDEELNHEFPYVYTGYRGNHELKQVEQEIAKVSSDVDNISSDLN
GUT_GENOME175197_0121714-145FSDNGRFHAISRVTLVIDGDTSVTAGDDSGMELQAECPFATQAMAEAVLEKAGGYRYQTYSAESAAIDPAAELGDGVTAGGLYSVIAQIDDSGNGYPTLSAPGESELQDEYPVVGPSTQEFNRRIESVKQWA
GUT_GENOME206730_021621-162MSENYRVGLDIVDFRNNGKEKPVTRVTLNIDGTNVVTAGTDAGMELTADCPYATQAMADSILAELASYSYQAYSAGSVNIDPAAELGDSVTVNHVYSVIGRITDHGDGYPDLSAPGEAELEEEYPSAGPMTQEFDRKIAETRSTITKTAEEIILAVENELDG
GUT_GENOME001866_03994214-363CSDTFNVAPKDTTIGRLVCAVSKEQTFTHGSEVASAISFSNPLMTETQSKVLFDKVNGFTYRAINFNAIIGRPEIDVGDIIKVQDLDGTIYHVPVFIMENDGFNQTIQANAKTEEQEKFEFQGSVSKAIENTYSEIVSAKKVMADTVIAF
GUT_GENOME023672_00050215-361GRPDMGTVQTVTGLRLWQDDNSAIEKGTDTGLLLEADQPDATDALTTTALGYVKGLNYQPYSSTQRHIDPAAELGDLVDIGPHKRLLICALTETIGKSYYADVSAPEQAVEAEQEFPYLTKTERTAKRIASCPTRSEMQSEIIKNNE
GUT_GENOME108359_00766317-441TGVTLNSDSGESYTAGNDNGTMLTIDSNPYATQGICNDLYAAFNGLVYLPFTATKSLYDPATELGDQVKIGELVHSVMFNVKLTLDHNFRADIEAPNSEELSEEYPYLSEVQHLKQTTEELNGAI
GUT_GENOME251699_01680206-333KISEPEVEQKTFKVSKLVCKTSDDIELSKGSGIGITISNPLMTEEAMNIAWSNIEGYTYQPASIDIMSANPCIDVWDSFMYEGRIIICAKYTLNFDGGIQATISSEGMSETEESYKGPITKQMERYYA
GUT_GENOME101498_002197-135EFESSPAFEPVTKVILWYDDESSYAAGDDGGRVLELTCPWATQAMAENILASVSGFVYRPFSGTGALLDPAAELGDAVTVNGVYSMLATMNTNFDALCLSDISAPADEEVDHEYPYQSPQGRELRRKVS
GUT_GENOME017946_00257219-370AAQSVTGVRVVRNSTDTPLLSGDETGTVLEVENENGTQDLADELAQKLKGLNYAPYTCDQRHINPVAEAGDKITIGGTAYVAYNIKMTLGPSHYADLEAPAEAGELEEEYPYLSETKRTQKELKTVTKSVSEIRKDQEKIETEVSETKKTVA
GUT_GENOME262436_00123291-415SKVTMTDEEGNSYSQGDDSGFEITVDNCPYSCQGICNDLYSMLHGIEYEPFTATDAVFDPATELGDQVKIGDQVHSSIYSMEATLDIGYANTISAPTNTEATRQYPYLTNRDKNRDKVFLEMSAD
GUT_GENOME129454_00570216-356VGSAYKGFTKLSVAKQITKMTLRGSDGTSYSAGTDNGTEITANCPYASQEAVDALFSQSGGMLYGVPNDSYAVSGVYLDPCVELGDTVQVTDNGKTRNLVVASANIRCNASYNADLAYQIGADDEDEYPYISSLEKAERKA
GUT_GENOME236922_02262227-363VSSLQQIRRVTLEDDAGNQYSAGDDTGVEITAKCNYATQAIADKLCNPDSANRGVLYGVEYIPYALKGAYVDPCVELGDTVSLSARDFSAHRMVGSMTIRCNISYNADISCQAEADDEDEYPYIDARSLQASRYIRT
GUT_GENOME162290_01795201-340GRYWGNFEHNDYAFNVTRMVCATGENKNGTSISITAGSGTRSISLSNPFMTQAVLNKILASFKNFSYMPGTLKMLGDPRLDPWDILTVTDLFGNTYKVPIMKLDWEYDGGLTYSVEAVGLSEEETNADYKGPQTKEMERY
GUT_GENOME014997_00402216-357FSSAPALGAISRVDLICDEHNYLTSGTDDGRTVEITCPWGTQQMADDLRKALSAVDYTPFEATMALLDPAAELGDQVEIDGVTGLLTTLDVRCDVLYAPDIAAAGDAEIDHEYPYKSPQEREIKRTLATTRSEIKKTMDSIK
GUT_GENOME014171_0029820-149LSGYSRVTIYAGQNEKGEDKIYTAGDDTGTTLEITNEWGTQEMAEGILKKIQGWRYQPYKAGGSSIDPSAEIGDAVTISDIYGGIFAKKTTYGKYIRTDLEAPSKEEVEHEFQVQSPTDRQYARFTSSVR
GUT_GENOME276359_01364237-346ISGVVLHDGEGNKYTAGSGEVLESESPWASQAAASQALSAVNGYRYQAFSARQAIIKPHMELGDYITVGAASGLMCSYYFDMDTYVGDVGAPEEYEINRKYPYRTTAARA
GUT_GENOME238209_0005030-158TRVVVKVDGDHSYAAGDESGRTLEVDCPFGNQTMANSLLTQVQNYSYQPYEATGAAINPAAELGDGITAKGVYSGVYKVKADFNHAMPWTVSAESDEELEHELGYKDSNGKFVTYAGLRRGTTAVNGAG
GUT_GENOME244801_01034301-418VSGVVMTDQNGTQFSAGSDNGAVITIPENPYANQPVCDALYAAYSGLLYVAFEATESVCDPSVDLGDGVEIGSTLGVAYGIKLALGVLPTADIRAPKDETLESEYPYKSVNDTKFERL
GUT_GENOME219917_00730222-327SLSAITQVILHKMDGNKFLAGPPGRALNVDCPWATQEMADAILAQVQGYQYLPFSAEEAILEPAFQICDACALGLIFSYRAEFFSGITANLDAPPEEEIAHNYPYP
GUT_GENOME191631_001539-147APAFEPISKIVLYVDDEHAYEAGNDTGRTMEITCPYGTQEMANNLLDQLGGYTYQPAQATDALMDPAAELGDAVTIGGVYTVLASVTTAWDRLMTADIGAPGQAEIDSEYPYISRQTSQNNYQLATLRSLITKTSEDIT
GUT_GENOME000937_01795207-396RFADPLEMDEEDTFINRLDCTIDEEHSVSAGTGVGIYFSCPGMTQERITVLYNRIKGFTYRAAKLNWRMAQPDVEAGDLVRVMDNAGNVYAIPLMDFEFNCDGGFYGTIQSKGKTEQEQDTGYKGPLQTKVDRTYSDLVSTKQVITDKITAFEGEFETINTNYLEVNKKLTALDAEIENLDVTELTAKVA
GUT_GENOME270711_0008813-136DYADLFEAYSGVTLTIPDGQSYTAGDDSGRTIKAECPWASQQMADNLLAQVKGFRHQPYSAAGAILDPAAEMGDTVTIDGVAGKIFRRDQRFGTLYRADLSAPGDEEINHEIPYYPPIQRAVSR
GUT_GENOME129099_0019028-152SKVEIQVDDDTVVSAGTDTGRTLTLSCPYGTEAMARHILGKLRGQQYQPYSAGTALLDPSAELGDAVEIMGRYGGLYKIDRELGKLYVATVSAPGDEEIDHEYPYKSTESRKTARKFKEVDANFE
GUT_GENOME120295_00055312-417GNNTLGAGNNSGYVLDISSDCLTQNIVNDLYERLKGITYSPFTASKTIFDPAAELGDKVIIGDAVRSVLCVETLTFDIDFRADLNAPNSEELSVEYPYKKEYQKLQ
GUT_GENOME000720_036181-159MNRKHYLGKAVTSFERYNNVGPITGVSVLVDDGTEYRSGDWSGYVLTVECTFGSQEMANNILLDVYQKTYKGYRAAGAQLPLDAELGDAVTIKGLYSFLAYQSVTFGPGHMSEIAAPGDNEVTHEYQYTATSKKNISGDVTALRNVVQQMLGAMQIELN
GUT_GENOME112557_0050815-162PGIASKPISKVELLDENGDVVASAGDDTGKTLTALHPDGTAEMARAILGKVKGYAHTGYDGGDALLNIAAEIGDAMTVAGHYVPLIAQEINFSALCVSGISSPDADELNDEYPYKSPTQRQIERNMAKTRSLITKTSEEINLRVEGIS
GUT_GENOME190419_00258219-361YTDIGAAITISRVTLEDDGGATYTAGDDTGYELYAQCPYANQAVVSALGNSTDGKLYGVAYQPFSAEKLFINPGAELGDTVTIRTRLGDELNVVLHSLTVTCNNGYTCDAQSQIDSDTEDEYPYETAQELQSGRTVKTNKTYY
GUT_GENOME107780_00268265-412ISRVTIARDENLGYTKGDDTGAELRIENNPCACQAICDDLYTALNGTIYAPFNATSACYDPCAELGDWVLIGDQIRSVIYKQTLTLGTSFRADLEAPYKEETDDEYPYLTEIEKLQLQDERLKKYSEATKTYLETKIEQTNEQITLEV
GUT_GENOME231439_01308229-380ELSTGTDDGNKIVFNNPIITKEILSDIYTKYNGFKYIPYTAKWKGNPAIMAGDILNLTDLNGNKYNALIMEQKFTYKNGISSEVKAKGKTRQDSSFDSKGSVAQSMERYSIEQANIKKALIDKASINDLTAVDAKIQRLYTDDLTAIRADIV
GUT_GENOME047457_0045612-152SSLEKQEEFDGYSGVTIVVSDEMEYSAGSDTGRTLTLECPWGSQKMANDILAKIRGWQYQPYTASDAHLNPAAEIGDGVSVGSVYSGIYQKDVSHGPLYTANLSAPGGEKINYKYEYKSPTTRKIERQHKEVKASLAVMAD
GUT_GENOME116706_0160023-145SDPLSAYSRVTLKVADGVEYTAGTDSGKELISENPFGTQKMANDMLARINGYSYQTYTATGAILDPAAEIGDAVQVKGTYGGIYSVSKSYGKMIRADVSAPGSEEIDESAPYKSHETRKVERQ
GUT_GENOME008050_00301222-342KVTLYPDSNTQYSAGDSGYEIQADCIYATQEICNYVRGVLNGVKYLPYSAGTAFFNPALELGDSVKPNGNASIMASAAFTVGVSMSADIEAPIETEVNHEYPYQARTREERMNARSFSEIR
GUT_GENOME058464_03124229-366RITCAVDAETNLNAGNDTGSLITLSNPCMTQTQLNAIYNKVNGFSYRSCSVNIIMGRPELDVGDIISVQDLDGSIYKVPIMIMDIIDDSGIQQTITSSAKTEQQEQYQFQGNLSQQIQTNYSEYMATKRLLADTIIAY
GUT_GENOME261921_00181228-348GSARTISRIILTDDAEESFTEGDDSGMTLTAECPFANQGVVKDLCNTVDGTMYGAVYQPFEASTAYIDPALELGDTVGLKTRLGEKIRAVLYYIKANCTVSYPCDISAGIDDETDDEYPYE
GUT_GENOME243486_00311212-358KITKVKLETPDGDFEHGETGYALKASLPKGDLNTVKTILSNVNGFEYRGFNAENVVIPPTVELGDTVQLKQFSLYVSNISFSFDLMNTATIESPDFREIDERYGTDTEAKESDYNNKNNSDYKDLKNDLNNFKTDLDDLKANIGNIG
GUT_GENOME216382_0098314-154LTEYEKKAPISGVILWVDDENCYEAGDETGTVIEQDCPYASQQMADNLLATLRGYSYQGLEANGAKMSPIAELGDGMTVAGLYTQLAYQNIRFSTGEVMDMAAPGSDETPHEYKTEGETTKNFNHQIAQTRSLISKTSEEI
GUT_GENOME251098_0086824-153SKVIIQVTEELSYTAGNDTGRTMTLSTPWGTQQMAEDILDSLSNFQYQPYEAGQALTHPAVELGDGVTIKGVYSGIYADDTTFGPLYYADISAPEDEEIDHEYPYEPPEERKVTRDVKGLKASLKITADA
GUT_GENOME223836_0088122-141PVSKIRLFWDDENAFEAGDDTGYTIELFCPSATQKMADNILNAAKGFVYQGFSAPGSSLVPEAELGDGVTVDGFYGMIANRDIEFGPGNLSDISAPGEKEINHEYPYLSSESRELKRKVT
GUT_GENOME157750_0038233-174ISRVILNVDSGNYYTSGNDTGRTLEVTCPWGSQAMADGILAAVKNYSYQPYTAEDALLDPAAELGDAVTVGGIYSVIASADMQFDRACAPTISAPESDEIDDEYPYETRERKETNRQLAQTRSLITKTSEQIRLEVENELKG
GUT_GENOME105745_0040015-166IFVGNSASSLTEADKLQPYSKVTVTDGTNSYTSGDNTGRELTVNVPLLPSIKGDTLAANILAAVKNYRYQPYEAADALLDPAAELGDGVTVGGIYGGIHAKTTTFSRLFRATVSAPAEEEIDNEYPYLSAQERDAVRQKKQTAQNTADIAGN
GUT_GENOME072868_01426212-345LGYRMSQLDTSPALEQITKVILAVDSENAYIAGDDTGRTLQITCPYGTQEMANNLLSILSACIYTPAMAQDAMLDPAAEIGDGLTLGNVHTILAQSVLTFDGLMTSDAGAPGQAAQESEYNYQSPVTDIDWKFA
GUT_GENOME126387_011448-150SVFVGRSAKGYTSTPELPKYTKVRINVDDDSCYEAGSGDNVLELDCPWGSQQMANDILESIREFVYRPYDTEWAKLDPAAELGDGVTINGVFSGIYVNETNFSTLMAARISAPQENAVDHEYPYKSPTDRKTTRQFAETRASL