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FUNCTION: ENZYME / CATALYTIC ACTIVITY > HYDROLASE > GLYCOSIDASE

Found 16,637 peptides
Current Node: Glycosidase | Page 235 of 832
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Xylanase (137)

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NO. PEPTIDE ID SEQUENCE STATUS BIOLOGICAL FUNCTIONS SOURCE ORGANISM VERIFIED
4681 MYP_049572
MEISQEGITLIKHYEGCPKDNLGNAVSYRCAANKATIGFGSLKLIDGSPVQDNMSITMQEAEELLAHELKEYEGYINNMVTVPLKQNEMDALVSWVFNLGPNNLKSSTLLRVLNEGKYHEVPEQIKRWNKVNGVVNEGLVKRRKSEALLFECQDWTCV
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Prokaryotic dsDNA virus sp [Virus]
 NO
4682 MYP_049592
LSDYVETTGASERTAKPEGLGYAGVAASEKIAERDLKNMDKYKETITKVANSKCIPPSLVAAIISRESHAGTALKDGWGDHGNAFGLTQVDKRYHQVHGAWNSEEHIKQGTDILCQSITDIQKKFPTWSKEQQLKGGISAYNAGTRNVRTYEGMDVGTTHNDYANDVVARAKFFQRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Coturnix japonica (Japanese quail) [Animal]
 NO
4683 MYP_049595
MNYSQKAIDLCKKYSNFSLKAVAGRNGILSIGYGHFTNEKHPIKPGMVITESQATQILRDDLNEHAALISKLLAIKATQNQFDALVSFSHSKGLGFLPSSDIMHFTNNKEFNSAAREMKLYVYDIGSIKLPKLVERRNAETALYLEGASGNEETTNHARIGFDVMIRWMEQKKAQHITYSMDYRLGPNSYDCSSAVYFALKEAGFIDPSTFPGNTDSLFGQLERVGWSQVPLVGGKYHVQRGDIFIWGIRGNSGGELGHTGIFIDDKDNIIHCTCGWDGNKCSINGISVDNHDQVWVASGRPPVTIYRFGGASKPYPGDSSGSKGDSVNPSAGVFYPSMRLPVSGDTDPNSPALDYYEAGQAIVYDSYVFANGYAWISYVAGSGLRRYVAVGPDDGRTDTVWGTGFLNNTPSGSGSNTGSALSGVFYPSMRLPVSGDTDPNSPALDYYEAGQAIIYDSYVFANGYAWISYIAGSGLRRYVAVGPDDGRTDTVWGTGFFDNGGDPGSQAHPNSIGLVPKAGNFVPNRKLPVSADTDPNSAALDYYEAGQSIGYDSYIFANGYAWISYIAGSGLRRYVAVGPDDGRTDTVWGKGFFN
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Enterococcus faecalis [Bacterium]
 NO
4684 MYP_049600
MAPVGFEKTSVPELYEKDSYGHSVQLDGNLVVTETDPENNRIEVSQGRLRQPTAYYRPQRAVALREEQRRRTISVEGINNFEKLEEGSVLSSLKGQVRQNRYDNPAVELQSLRNTGQNAFRQSELPAQSDNLRVATFNLESYGVRGRSDAKTPSKTDKLASAVEKANPDILAVQEVANRFGEQSPMSRITDAISSQGNGSYDYVKPPSGDRLGNQPIAVGIAYKPSEVSPVGEAETIEGEAFRGLSRKPLVQKFKDNESGETFTVINVHLKSKRGSGKYPSNIQGGFNYERLQAIGSVIDRIKESGGNAVVLGDFNAYRKEDPLVALESSGMLNISELLGERPNTYTFRGKAGSLDHVFTNPELAKTTDDVGAIASGGSDHKLLWTDFSLGESSFGRRLQTMLNQWSNRQDAVSELYREAQHPTVDIVRSTRATPKYKRSQVDESLELVRPPSELPSAFYDQFRSAETLPKVQIFQNEALNEDLNRMPFRERINRLLLQNSPIPLRDPVIKSDETFLEGGFATVGHLIDRAMGHHYHQQQKRQAQGYYTATLYQATKRLYDPKETKQGPFESLLGGIAQTVSSVSAAFLSYGLFRGTSLLSAHMEDELNRQFQQGTGQYRTGYQGRYQSVQGAREATDQTMRFVRQAYIGSEGLEGYRSLRATQLPSKAALAKYQGYFRKFQSFLMDTVLGGILETISADREQSRTAVREISEEIGKVPTIVDEGQGGIRISNIGSGRMQSLAQRWENISRQVPANLLQWFPAMRQSPQVDLTREASMSDLVGQNLQDMLSTYEQVFKMLGSFVANPRQWTREISTIYQRSGQIEREERQLIQDVAQSSQTAQTADNSVRNAGRDPSEVVEMASRRARLNERINYYESYVQPPNSKGPDIRGQSQKELFGIPIRKARRGMLGVSAVFGADYLTSFAIAGDGGLSLINYLLNPEARKARRAETDLPPVVTASAGVGGALLAGWTFPQFKTRGDIELDFQLPERDSNAVDALRQREYGPNQIDNDQLQDELRKERTFLRTQLNMSERRYQSHGEHALPKDQRRQFQGRVQGIDTYLGATPQEQQGYRTLAESFDPRQAPSQASYSRVARFNKVSAAIGFAVATTGARLTSAAVATGINLFHDSGYPTEDMSYLGAQRIDTKLPDRPLSRDEKANYIAARDYKSSLLKRSESQYRNEFTLTPQFTTPLFQLSWVERTDPSSGTKNYTFGFQLFPLLGGGITPELPVAFRLFGRPESRRKDIDSKEEWAESVAYRAATFPSELLTGVSDSGFEKLAMSVGAYGVAGAIANRVTPRGVKTSLPGRGVRTVSRGLIDFGSSVMATPAMMLDSAKVGFERVLHESAKNARDGQPVLHRAQQAITNRVFKAGRDVNRNRSARWRGIAPYALAYTASLAYIDRQMGSTAPGYSGTYVREEANKWDRTGAALGLAAAYGGVMSGGSYGYNPFAESEMVARDAYQRRLETGENAERGFKRTIKGTQPDQPIGASSGRRPTGADYNARFIGKAQTLATRAYGLYLTGQLVGKGLEAMGFKEPLFGDRETGFFRGLIVGTAQVLTGGYEQPEHPAGGNPLPKVSPQSDVKQMLAEAGYFEQGLLSETINLLNPLSFLSDSGAYADDPNVFFNFFATGQSVRDDISTSGYTQFQGSNVDLSMTTRSLSTRGLEDAEKEALKRIIAGAGEGKVSPQELVNTLRSLSPRPSRMDYTATKSSELAQTSSFAMSQALAVREFYAQNLSRKRPSTLALEHSLYLNRAGLGKTKDARLDSKALFSRFFSNFDYRSLTIGGETIPFDTGNFAQELKQSLIDNRRSGYYTQVEGIFQSLSQWAMTVGGASGATKFIPGSEFLHSDESQEAVNLQSNAFDFAKIGFGALTLGAVGYAGAMTVGRFAATLASVQERNLAEGVQRQIETIAQRVESINVNNLQQVKYHFDTNRSQGSVFIQHREDELRRIPGLSNQSPVGDYGRHVAERFEALYKGRLIPTLAQEIRGAAFTGSEAADLGKPYMSQVREIFESYDKGAISSDEMSRQIRGVLDSGEGYEQRVSRRISEILEETIDISSTQSVKLFTALTGLSGREATRDQVYDWVKSIFRHSDAGGDFTAQIQQTLEQASKEGVTPEMAMQRVKLDIASRLDRTAQLIPSDKPEPGPVEDFDEARAVGERARQVRYRRQQAMTPEPKAELGARDIPRAIGGAVDLFGKASMIQEGYGVIEGASLYADATASGDPIQARQSSKLFWGEAGILGMQSFLVKGFSGRMGLGTAGLIAAGTTAAYSSLSQHSEALQTAESKAYNFFSENLSAIPKAIGTGVNWFAEALNVLPGVEDFNLFKDVTGPLIRRGARALRQTDNQFLSLLGGVVLPRSTVLRTGMQSERKQTAYGYQRHFYGSVEAEWQRIARRRRRRSSQYGRPVDVIHSGLYGQKTTKLGKARKAVRYGGGKRVLDEFSFRANYQISQTLQLALERRQRRSDLYAQGYVYRMNEVDKTSWRSPVASSIAARAQSISAARDRGLFFVSALQDIKAGIGKSVVRPLLQEADNSYRKASYRGVVYYNTRYREKAIQDIKNLGGTLDIQPSRVGPVKAPQADWGSDVTKEVPKRIRQILRNASSVRDVVPTTAAIVKGALRDKTQRARRNARSWGANQFDGIATPPIFAKIGRAFGKRAPILRRSPQAGLYQLRKANFIQARQGNLPPLVGGLQDPEFLQAAFSDSRVRQGRATSRLFGSGLRGLLSAGVFLTRLGAETISKGLGGLGRSVPGATLRAGAYAFFSSLNLGGRLAAMGVTIAGGMVSNPLVGEIGAGILSAVDLATTGGSITSTAAGAYSLFQGSRLAFPNPKTGFRNAMGSLEQTLRVVAGQASMLPPLSVRQAISRRMPGGRAVSPNEIPVSAEDATRYRKGLFKSVKDRYSRSLPISPEFPYSQTSNVSALYGEVISPNNTFSAQPIDGQDTRSFSDSLGDLLKQGRDFIDRSRTAQYKGPPQAEGKLGQIGRAVSHRASQTSSAISQVGRRVPGVMRSLAPDVASFALDAYFINRSYRKIEDLQKGRDYQARYEQAYAEYYGNIGSTISGVGALAIASAPFTGGLSLLPALGISIVGGIAGGIVGAEYGKQRGADVYHGEDRQGQEWWAGTIAKSVAAVPILSTAYKLFRDRNRQGTQSDHSQAGDEGSSGSRRSPSPEPPGLSSGGTADATRRSLPTARQAEQRAVDRMRQQEADRLSRSSSGKAQRRVASPVEASVDKSPEKPKSANDSKIQATESESAFAEDSRRSATSTRSDDANIASDKSQFSAPTESSDTSITTDSGQSGFRGDRPAGSKNSIGSNQTRLSLSSGSNVPRGMLEELVKNQIASRRRDLSDSNISATPEPKPPRTGASDSSISADPRPTSFPQPRGPAKRSASVDDSRITSRVSNNQTESLTVTEWISPSKYKYGPKGDIELAGFETFNDMPYKGVPEANDVISKLLRESVGYGNLRSRFNAPNQEPLAFAKQFQNGGFLAIGENMRDNKGKAISMFRYFYAKGPNAVESIYNQLKSEGRLSLGDPIQNQGGEFEAFGSTIEAESPGPRYQSSEVGLDEAIRQAKGNASGGEFSFTFNLAEHGFQAPNVDQFLGSNTMYFVPEIVQENAGRYRPGLENGNQGSSRRKRGGRRLNAMFSPFPDWVDDIGSDDSILNKAGRMLSRGGQNVAKRARAQGKQVMQKGRKAIGNIGMPGVMKGLNALGTVGDIAELGFAAYGAYEVQQGVQEQNRKRAVKGGATIGGAVGGFAAGGIATAIAVGVAIALALPALAIGGLALGAGLAVGAIGSYFGSKFGGEAAGSYYDRQMAHEDVASIRQRQDQSRPSIREFAESVTASFTEGFSLAVGGGVEADRQIASEGGFFSTLGGMIGNVWQATKAAAQATVSGVSKVADLVSSTVSAGVGSTSKAGRRLGKTIKQTGQAIENWVNPSVTGERPTGREAKVSSLNEPFYQQQLNEAGVDATVTSGYGRRADPMTGRPEQHEGLDVVAPKGSKFYNPYERGRVQVADRVSGYGNAVYVKQLNEKGKPTGRRIMAGHLRSINVERGQTVSGGKALGVQGSTGHSTGDHFHIEVQKRQDGQWQDVAPSDREIIASLSGKKVVSTGSVEGKGRIDLGEDPDVSKKGLSTLKNFEGLRLNSYQDSAGVWTVGYGHTDTAKPGMSISRSRAKELLKRDLQRFEEAVAKKVDVPLSQSQFDALVSFTYNVGIGALSRSTLLEKLNRGNYEGAQKEFKKWTHAGGRELEGLVKRRKAEARLFGSEPPKEAQASDRQSSDRQVSADKGQVVFVVGHSSDRDTGAVNPATGKREEDVTPDLVKEINRLADEYGYGSAVRIASGNEKNVGESKVDKQTSSGKSFTSAAAYERQGIEYYGLHFNAVGNEEQGGRRPGIITGTERTQADRNLGSLFSMFPKNTSDFYVTRNEGSIIELGAADSPLVNTLAGAKGEESKRKAQRQVALRILRRTLKGKGYDVSNLPEPKKTEQPFQAYLKSPEKSSIDASKVEFSDSQELSKTIEAQEANQDKQLQFDSADVAIAPDPEGNRKNKATEEQNKQVEEEIKKEEEKAKLQIELAQASPDIPHSVEPAYSQVLDQWLEGPIASTDTESRNYRKAGNTKVTKKDNGNKEVNVEVEESQEAVELATASADEFSFTEGNSPVEQMVARS
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Cyanobacteria bacterium SW_9_44_58 [Bacterium]
 NO
4685 MYP_049603
MNRKAIFDRVRQLLGRGFRQEEVRALDEAIDDALASRGHVTHARTISAAGLALIKAFEGCAKLRSDGMVQAYPDPGTGGAPWTIGWGATGRDIGPETVWTRQQCDERLARDLQRYASETADAIGDAPTTQPQFDALASFHYNTGAIARATLTRLHREGQFIDAAAEFARWKFAGGRVLQGLVRRRRAEAALYRTVA
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Citromicrobium sp [Bacterium]
 NO
4686 MYP_049608
MSAAGKGGRVARVKSRYLAGGAAGAALLAFATTYTSGWEGTSYKAYLDTIAQPPVWTICQGDTYGVKPGMVETKAGCAVRLQRQILEHEARMLSCAPELLKVPGETYVAINDWAYNAGTGAACRSSLIRKVKAGDLRGACNELSRWVFAGGKVVKGLANRRVNGLPGLISNRALCLRGLG
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Aureimonas phyllosphaerae [Bacterium]
 NO
4687 MYP_049609
MTLKERLKDHEGFRAEIYRCPAGHWTIGYGHFLGNGNCKISPQVADLILEEDIHCATFNYLSMGWDLGPARNDVMIEMIFWHGLKGFLKFKKMITAVEKEDWDEVAAQMMDSNSGRDYAARMTTLAMLMIEG
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Desulfobacterales bacterium S7086C20 [Bacterium]
 NO
4688 MYP_049627
MGQVNRISKSGLELIKGFEGLRRRSEPLAGGAWIVGYGHTRSAREGVEVTEREAEYLLRYDLQETEKWVSDAIHAPLNQNEFDALVSFAWNVGRENFHASDVLKYVNAGEMLAAAESFNAWRKARVDGRLIVVDALVRRRAAEKHLFLSHPAGAPSAPSQIIRPELDVAASVLALSDGALSIETKITGDGEVQKTVTAERPLEAANSNEGLVEPENIILPGLLSDQETVEDEVETVEDTAVETEESETETTVEDAAPQPLADFDDDDDDQEEDLRPVQASIWDASDESEYADLDEYEEDEDDDFDVDDSLLAAAITASNLTRVEDETEDETETEVDAESDDVETSDTDAETAVEEAEDVDVSQAEDLPEIETTDAETAIEADEDETGSDAAEIGPELEPIDVAEPLALVSETEETVEEAIAETAEAGVVQAEEVLNEIDEDASAEDVDAEPVTTFAETVGTAEDVETVEVPEEAENVIVVEADDVVEAVEASEAEDEAETAEEEITSEVETEAEQAGEEIEGSEAVEPEPIYEEDFSPAASPATLVSSEAVQDDEEIAEIWKSDETPEATESAAGTKKKCIVDPLVEDHFPEEMAAQKADSEGYNPVMGERVSPAKRLISVLPFVILVLLGGAMCIFGATDWWGLIKSDTPVERNQLYAGPFFTIIGGVGFLFGAYFAVRNLFVSQD
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Ponticaulis sp [Bacterium]
 NO
4689 MYP_049631
METSFRAGLGLVKTFEGCKLTAYLCPAGVPTIGYGRTRGVKLGQQITQVQADTWVGQEYDEFEAAVRKLLRVPVSANQLGALVSFAYNLGSGALAGSTLLRKLNAGNYKGAAAQFASWDKARVNGVLRALPGLTKRRAAEAALFLK
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Sphingomonas sp. Leaf34 [Bacterium]
 NO
4690 MYP_049638
MSKTTSNAGLNLIKGFEGKRLNAYDDGVGVWTIGFGTIKYPNGVRVKKGDTCTEQQAETYLKNDLTKFEVVINKLVKVSLTQNQFDALASFTYNLGETNLANSTLLKKLNKGDYQGAADQFLVWNKAGGKVMKGLVRRREAERALFLKK
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Acinetobacter baumannii [Bacterium]
 NO
4691 MYP_049663
MGRFMHNFLCYGDITRVSASGASEKTSQQDRLGYSGVEASEKMAQMDSGRMNKYKSKINSVGSQCGIDPALIAAIISRESRAGNALDDGWGDHGNAWGLMQVDIRYHQKEGDWDSEEHLRQATGILVHFIKRIQNKFPNWSREQQLKGGIAAYNMGDGNVHSYENLDAITTGKDYSNDVVARAKWYKRYGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Poecilia latipinna [Animal]
 NO
4692 MYP_049675
MDLSAVGRAVLIAREGRRLEAYRDSVGVWTIGIGHTAAAGPPVPRAGLRIEAGEADAIFTRDVAAFVRTVAETVPKPLPQHAFDALVSLCFNIGPAAFRRSTVLRRLRAGDRAGAGEAILMWNRPAAIIPRRQGEFDQFRTPYETALPRARRSDAQPVAAPVERPSSPSSARPGWRARLWDWLRAGR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Methylorubrum extorquens [Bacterium]
 NO
4693 MYP_049677
MPPSLRKAVAAAIGGGAIAIASVLITGPGGNDGLEGVSYIPYKDIVGVWTVCHGHTGKDIMLGKTYTEAECKALLNKDLSTVARQITPYIKVDIPETTRGALYSFVYNVGAGNFRTSTLLRKINQGDIKGACDQLRRWTYAGGKQWKGLMTRRDIEREVCLWGQQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Escherichia coli [Bacterium]
 NO
4694 MYP_049682
MSPSLRKAVAAAIGGGAVAIASVLITGPSGDDGLEGVSYIPYEDIVGVWTVCHGHTGKDIIPGKTYTEAECKALLNKDLATVARQINPYINVDIPETTRGALYSFVYNVGAGNFRTSTLLRKINQGDIKGACDQLRRWTYAGGKQWKGLMTRREIEREVCLWGQQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Escherichia coli [Bacterium]
 NO
4695 MYP_049728
MNTKIKYGLSAAVLALIAIGAPAPDILDQFLDEKEGNHTTAYRDGSGIWTICRGATMVDGKPVFPGMKLSKEKCDQVNAIERDKALAWVEKNIKVPLSEPQKAGIASFCPYNIGPGKCFPSTFYKRINAGDRRGACEAIRWWIKDGGRDCRIRSNNCYGQVSRRDQESALACWGIDR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Escherichia coli [Bacterium]
 NO
4696 MYP_049745
MKTSDNGIKLIKAHEGFVPRAYLCPAGVWTIGYGHTGGVKNGDRVTESRAENFLREDVLTAENAVNATGLKLTQNQYDALVSFVFNVGTGNFNRSSLLRIAKSNPSDPRIQFEFSRWVYADGKILPGLVKRRKAEASLYFKQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Porphyromonadaceae bacterium [Bacterium]
 NO
4697 MYP_049770
MPLNKSKLSKTVLALIIAGASGTVILGGFLDEKEGNRLSAYRDGMGKPTICRGVTFIDGKPVQMGMALTATQCNKLNQKEAAAAIAWVERNVHVPLTEPQKAGIASFCPYNIGPAKCLPSTFYYKLNSGDRIGACAEIKRWIRDGGKDCRIRSNNCYGQIERRAQESELTCWGLDE
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Yersinia phage YeP5 [Virus]
 NO
4698 MYP_049780
MRISEKGITLIKEFEGCSLTAYPDPGTGGDPWTIGYGWTHSVDGKPVKPGMMIDEATAERLLKTGLVGYENDVSKLVKVKLTQGQFDALVSFAYNLGARTLSSSTLLRKLNAGDYAGAADEFLRWNKAGGKVLNGLTRRREAERALFLS
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Salmonella enterica [Bacterium]
 NO
4699 MYP_049787
MISNKTRVAAAALSLSAAAGMAWIASEGDGPKSVSQTGEVLLHPYVPTQGDVPTIGHGSTHYEDGRRVSLADPPITRQRAVNLALGELDRTYAQCVRDSLGQTLVNQTEFDKAADFAGQYGCGAWRGSSMLAKTKAGDYPGACRAYLGYRFMTSGRREGSGWAAYQWDKNGKPTRWRFDCSTPGNKVCLGVWTRQLGRYNACMEAQQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Oxidoreductase Non-hemolytic
Comamonas testosteroni [Bacterium]
 NO
4700 MYP_049820
MRSLVFLLFVAVANARLYQRCEWARILKSHGMDGYRGHSLANWVCLSKHESEYNTRAINHNRDGSTDYGIFQINSRWWCNNGQPTSNGCNIRCDELLTDDVSVAINCAKRVVRDPNGIGAWVAWRDHCRNRDLSSYLAGCGL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Seriola lalandi dorsalis [Bacterium]
 NO
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