UHGP-MC 101462

Information

Number of sequences (UHGP-50):
93
Average sequence length:
91±8 aa
Average transmembrane regions:
0.01
Low complexity (%):
0.97
Coiled coils (%):
0
Disordered domains (%):
0.6
Pfam dominant architecture:
PF09479
Pfam % dominant architecture:
215
Pfam overlap:
0.07
Pfam overlap type:
shifted

Downloads

Seeds:
MC101462.fasta
Seeds (0.60 cdhit):
MC101462_cdhit.fasta
MSA:
MC101462_msa.fasta
HMM model:
MC101462.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME009239_012561273-1367VNKNGYINFIYDLAPAQIGQTVTTDLFSSNGKLISSSSYSIKDYCYDYLDAYKAGENETEKNLVISLLNYGAYAQKYFKYETTDFVNKNLTDNEK
GUT_GENOME258258_00999690-766GDYIVFSYKNIVSSAMNDRIYARLYVRNGDSYAYGDIDSYSVCDYAANQITKNSDQKLIKLLRTLMLYGDEAKTYFR
GUT_GENOME015442_00989534-622DGIAAKAIGDSMWAQMYAVIDGETVKSGVIEYSPKIYAMNKLNGRNVSDETKDLCLALLDYGAAAQSYFGYCTDVLANAEISVETRAAV
GUT_GENOME116069_00449475-564YDYCGVAPQCIGDNISAALILNGSVLDTRPEYTVADYCHTLLAGSASDFGYSEDKFNAMKNVVKDLLIYGGAAQRYVGYKTDSLVSEGIE
GUT_GENOME064913_008711490-1581KQYEYYKYSVSLTAKQMADKVLAKAYATTADGKEVATRKFYYSVEKYVSNKMKNTATKDSLKNVLASMVNYGAAAQNYFAYNTQHLADKLLY
GUT_GENOME026228_001552331-2422ENNGRFVYTFDGVSAMEMGSIVTATMHGTKDGKDVSGKPVEYSVKTYAMNQLKRDTTPDKLKTLLVDMLNYGASAQTYWSYNTANLVNQDLT
GUT_GENOME105748_01621693-770LAAKEMTDEVSASITVNGEIITSAATSAASNANALLNDTNSSDTLKALAKSLLNYGAAAQVQFNYKSTELANASLEDT
GUT_GENOME082882_010263123-3214DGKPMDVFTFDFTGINPQRMTDTLKATVYAKDANGNVVEYQVDDYSVAQYCSNKLAKLGQNDPLRKLIGNLVAYGAAAQVYQNYRTDNLVST
GUT_GENOME139763_00941684-773VAAKEMTDEIKSKMIVGNKEGKVYTYSVKSYADYILNNAGQYKDVVTQLMKALLNYGAASQELFEYNTDNLANASLSDKDKALGNIDFSP
GUT_GENOME084626_00658777-865LYYRVPGIAAAQMTDAIYAKFYFTVNGVQYVSQKYVTSVENYAAAMLNVSTDGKLNTLLVDMLNYGATAQVAFQYHTSAFANANLTMEQ
GUT_GENOME113260_01507516-603TVNGKQYYVFTCYVAAKEMADDIRAQVFLSDGTACGTIYRYSVQDYAGYMLDRSSTYTAELPVVKAMLNYGTAAQELFGYHTGDLANA
GUT_GENOME229667_01245542-625NTYKFTCHVAAKEMADTVIAQLTANGMTSDIYTYSVAEYANAILSDSAYAEAQPLVKAMLDYGAYAQKYFGYNETNLANGGTDN
GUT_GENOME055447_01512811-911GENKYKFVFRGIAPQQLGDFINVELVCDGNVIKSIKNVSLKKYFAELLECDADTLRYSEKKYSLLKPLIYDIFDYCTAAQKFTGYKTDTLINTGYEGMGTT
GUT_GENOME282269_00554526-613FRFTYANLLPHQMTDTITGTYKVQVGEASFTKDFEYSVQKYCENLLKDSKDEALNKLLVDMLYYGEAAQKQMQYNLTSLATANLTDEQ
GUT_GENOME017737_010741132-1214NIAAKEMASDIKLKIVSGDGSEGAEYTYTVKKYGDKILADTSGSYTNDDKAMVKAMLNYGAYAQKHFKYDDNKLANAGMEEED
GUT_GENOME272998_01840900-1010YVNGTHEEGSTATTDTTVKDGVTYYVFTCEVAAKEMTSDIQAQMIGNNGEKKGTVHTYTVKEYADYILSHMSADESLTSRATIQLVKGMLNYGGAAQKYFGYKTDKLASDG
GUT_GENOME216778_02117536-616NGITAKEMAKEITVTIYGSNSDGTSVYHSEEYTNSVAGYARQLLEMDSTGNALKQLVVDMLNYGAAAQNYFGYQTSELAND
GUT_GENOME284397_00811628-725IDGVTYYVFPLEIPAKDMSENITSQMFLGDGTKCSAVQKYSVSEYADKILNGSYDDKAKAVVKAMVNYGECAEAYFNPSVSTTVDTDSVTSETLADFM
GUT_GENOME234981_01115506-598KSENGKYYFNIGIAAAQMTENIAVRVITADADSDIQNFTVRKYADYLLKKESSSAELKKLITAMLDYGAYAQVYFGVNTDRLANAGLHEDGKN
GUT_GENOME237430_004791-99MRFTYDDISATEMGTVVTANLYIGDELVAVKEYSIKEYAMKYLHTTSTSDAQKEQHKELRAMLVDMLNYGAAAQIYFNYKTNDLVNADLTEEMRASGTQ
GUT_GENOME017934_02057454-562GESFCSRIDISAVEMTEKVNLQLLSNSGKVLDTFSTSVEDYAKSLLASNTKEYAAYKPVVKAMLNYGAASQQYFGFMTYALANRSLTNADKTIQQIPQATLKQYAANSS
GUT_GENOME105748_01625717-799LPAKKMADDIIVDMKNVSTNECLDRVVCSVADYADTLLADDAQSDELKALVKAMLNYGAAAQVQFSYNTENPANASLNDTDKA
GUT_GENOME237429_00450703-792AGIAAKEMGDTRYYVAYAKLDDGTYVYSNIYGYSPKQYAMNMLGKSTTSDKQKVLCVAMLNYGAAAQEYFGYNTDSLMNAELTDEQKALV
GUT_GENOME157876_001731451-1553INGETYYRFDYNGVSAKEMGDTLTAELAFFREGANYSGKVDIYSLKAYAMERLSASQDASFNTLLVDLLNYGAAAQTYFAYRTDALVNSDLTDEQKALATKDY
GUT_GENOME105748_01039642-739ISGTRCHVFSCEVAAKEMTAEIRAQMMYEGNPVGQEYSYTVKQYAEHILENQTENTEYAAAAELVKSMLNYGGYAQKYFGYRMENLANESAYITEADK
GUT_GENOME259879_00321103-197YIFEYADLTAKQMTDTVYSQPYVIHNGTKVYGTIEEYSICTYAARKLGLVEGVAGTTDENLRAMLQDMLHYGAKAQVYLKYKTERLATDILNGHI
GUT_GENOME008916_00236930-1014YVFSGISAKCMNNAIKINCYGILADGSVETRTVDYGIHTYLYNQLHKSGISTAERAFYAAVLNYGAAAQRFFDYNLENPVNANLD
GUT_GENOME237051_01345997-1093PAEIVDGTFTFAFEGIGAQCMSDTITAALVSKDSDGDETVLSTVEYSIKSYAQELLNDTNSSAELKTFVSDMLRYGDAAQIYRGHNLDNLATKDVTG
GUT_GENOME275136_00393100-182YIYTFEGVSPQCLGDLMNVTILVGGSPVGHENAVLTGYSVKENLINAYNITNDANMKQLIIDTLEYGAAAQVYRNYKTNALVT
GUT_GENOME166548_01267893-968GTSEKAFAAKELGDEVYIVFYVTTAEGKEETSAAVCYGPQIYAYNKLLSSDNAELKALCAAMVDYGAAAQKYFGYK
GUT_GENOME018976_01308656-736NVAAKEMTSDITANLVVNGQKGKDHIYSVKEYADQIIKNSSGGYSPEAINLVKAMLNYGASAQNFFNFKSENLANASLDEA
GUT_GENOME108074_0079545-138NYYAYTYEGFAATEIASDVFATVYAEDANGNVFYGPETEYSLRSYAENQIKKANGNAKFKTMMVDFLNYGASAQTYFGYNTTDLANKNIDAYQN
GUT_GENOME117758_01226115-209FRSKNVSGVDYCVFTFDGITAAEMGNNVQATLYAAKEGVYCCGKTVDYSVWQYVTNMLNRSQDEKLNTLLVDMLNYGAWAQTYFGYNTDNPVNAT
GUT_GENOME270967_00408315-404CVRIYSVPVSAKRMTETVTISILGSDGQELLTVGNTYSVAEYCYAQVKIWKDAGETVTQEQLDVAKICTGILVYGRTAQQYFGYNTANLP
GUT_GENOME260851_00302862-951NNSIYVYAYTDIAAAEMTDDMTIRFYFTMDGQQYVSQAHTVSIADYVISYLETSQDAATRTLMVDMLNYGTQTQLYFGYKTDELANAVLT
GUT_GENOME250042_00766343-428YYVFPYRNISPQSMNDTVTATVYGTRNGILYHGESVDFSVAQYVYGMLERDNENVKLRTLLVDLLNYGAAAQTYQNYKTNNLVNAD
GUT_GENOME234598_00538435-514INAAEMTEVVTLTLHNGNGTKDSARTRSFVQYAKELLKSEDESLVTLVKDALNYGALAQIYFVKNESNLANDSLSEEDKL
GUT_GENOME241366_01521775-871AEVNENGKTLYKFSCPVSAAQMSDTIETRIVIDNNTKEEYSYSVKEYASNLLSKSNEYPAETVKLVKALLNYGAAAQTFFNYNTDKPANGILSNADK
GUT_GENOME001019_00036678-756VYAKEMADQVTAQFYVDGKPGETYTYSIKQYAQNVLDGKVTCNQETLNVVKAMLNYGAAAQVQFNYKTDTLANASLSDT
GUT_GENOME138985_015341205-1291NGALMFSYDKLAAKELNDKVYATLYAVQDDGKVVFGTPTPISAAEYAISTFGLYANDARLQTLMVDMLNFGAAAQNEFDYRTNALAN
GUT_GENOME112794_00177768-851GFSCPVTASEMTDVISARFCIVKNGEVIKSEPYTTTVAEYSNIILSGNYADTTKNIVKAMLNYGAKAQTYFNHNTDNLADASFA
GUT_GENOME018116_00417108-220KYTNLAAHQMCDIVWSRAYAIVDGEYRYSELVSYSIARYAETMLGYRGKAGLVTDKKLRQVLLDMLQYGKSMQKYRGYNLDHLPTDVLDENRLTVAFSSRGGTGINALSVCRN
GUT_GENOME237061_00588106-189FTYDRLAAKQMTDVLYTVAYVERNGEYYYSAPKKYSILEYAYNKLGKTNAEPTTNTELKELLQSMLIYGGNAQKYFDYAEDRLA
GUT_GENOME235105_0035993-182QDAKKYYVFGYTDLTAKQMADVIYARAVVTVDGTTYTSEIDSYSICEYAARQLGVMPDYPATKNEALKTMLRSMLQYGSDAQTFFGYHTD
GUT_GENOME015762_00539642-740YNIFDYKGISPQALGDEISITVYGIKDGTTYWGNTATYSATDYIKSTLADSSTDTNLKTLLVDLVYYGEACQMYQGYNTDKPLTDILTDRQKTFRSTGD
GUT_GENOME018116_0081796-196IDGGTYYVFKYDDLEIKQLCDVIYARAYAVVDGRYYYSDVAKYSVVTYAARKLGLVEGVAGTTDEALVALLRAMLDYGEQAQKQFGYKTDTLPTDILPENR
GUT_GENOME236134_0170896-193NYSVFRYDRLTAEQMTDDVWARAYAVVGGRTYYSKVVKYSIVTYAARKLGLVDGVPETQDPQLTETLISMLRYGAAFQKLSGYRTDALATDILPSHRF
GUT_GENOME258266_004691353-1454ELSSDTMLIFAYRGIAAAEMTDEMQLTFSYLSNGTYYKSQTITTSIASYINDVLIQSGNEKSQQNTMLVDLLCYGAAAQTYFSYQTDALATDILSPEQLALG
GUT_GENOME218592_01260321-431EQGRVYATTSEVDGTTYYVFTCEVAAKEMTADIKAQIISGSENGTVYTYTVKEYADYILSHPLGENTGKGYDENTVSLVKAMLNYGSYAQEYFAYRTENPANADLTQAERN
GUT_GENOME276757_00644107-189FMFDKYSAKQMADDVYVCAYYSDGASTIYSEPVKYSVIQYVYNMRNVGNADQTFIDMLDSMLRYGASAQRYFNYNLERPADAY
GUT_GENOME224932_02049576-659GIAAKQMADKVNARIVSNGVKGEVHTYSVTDYAESVINAASGVYSDKAVNAVKAMLNYGTAAQQYFGYNTDNPANSIMTDDDKN
GUT_GENOME245661_00948696-783FRFTYTGIAAKEMTDCLYVRPYAVKNGTRIYGSVIDFSVVSYAEALYGRSATLDTLLTDMLLYGAAAQEYFDYHTERLATATLTEEQR
GUT_GENOME139684_01172929-1030IVTEYKEQGDYLVFSYKGISPQLMNDDVVAVLHAKHNGIDYKSPQKVMSIKTYAYAILDKYNSDSYAKLRTLMVDLLNYGAAAQAYIGYEENDLVNSALTQQ
GUT_GENOME251527_00015847-917AAKELADVVNLELYYDDVLIDSVDYSARKYCDDKIAENTDANLVELCYALLEYGSYAQVRFQYNTEDLANI
GUT_GENOME045297_013621108-1186YKFSCNINAKQMTDTIQATLKTASGTWKEEYSVQKYADEAKNGDNEKLTSIVNAMLTYGAYAQKLFGYRTDTLAGGTLP
GUT_GENOME037300_00637801-892TCFRFSNIAAKEVNDTITVTLYGTFNGKVYKAEEYSYSVATYCYNRLAKSSDAKFKRVCVDLLNYGAAAQTYFSYNTENLANAALTDEQKTF
GUT_GENOME153930_01406263-345YAFYYGGTLAKEMGSKVRVTVYGEKADGTKIHTQIDEYSVIDYVRNRLSKTTNAKEKTVLVDILDYGTAAQKYFTYNTSNLVI
GUT_GENOME136671_01373503-603GSLYFNTDGIPPKKMADTVYAYVLATATDDTGRVFERRSEEVNYSVTRYAANMYGGGTGYSRRKLDKLLSAMMGYGAAAQKYFGYNTASPADSVLPEEGRT
GUT_GENOME051848_010791231-1329EQGDYFVFSFPGISPKMMNNIVTAQLYATYKENGQLYSSETKSISVKEYAYKMLDAYASINTTQAKKLKTLIVDLLNYGAKAQIYTNYKTGSLVNEDLT