FUNCTION: ANTIMICROBIAL > ANTIBACTERIAL

Found 65,352 peptides

Current Node: Antibacterial | Page 918 of 3268

Level 3 Subcategories

Anti-Gram-negative (14062) Anti-Gram-positive (9577) Bacteriolytic activity (3428) Anti-Mycobacterium (609)

Results

Showing up to 20 records.

NO.	PEPTIDE ID	SEQUENCE	STATUS	BIOLOGICAL FUNCTIONS	SOURCE ORGANISM	VERIFIED
18341	MYP_049591	FLKLLXKLL	NOT STANDARD	Antimicrobial Antibacterial Anti-Gram-positive Anti-Gram-negative	synthetic construct [Synthetic]	YES
18342	MYP_049592	LSDYVETTGASERTAKPEGLGYAGVAASEKIAERDLKNMDKYKETITKVANSKCIPPSLVAAIISRESHAGTALKDGWGDHGNAFGLTQVDKRYHQVHGAWNSEEHIKQGTDILCQSITDIQKKFPTWSKEQQLKGGISAYNAGTRNVRTYEGMDVGTTHNDYANDVVARAKFFQRNGY	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase	Coturnix japonica (Japanese quail) [Animal]	NO
18343	MYP_049595	MNYSQKAIDLCKKYSNFSLKAVAGRNGILSIGYGHFTNEKHPIKPGMVITESQATQILRDDLNEHAALISKLLAIKATQNQFDALVSFSHSKGLGFLPSSDIMHFTNNKEFNSAAREMKLYVYDIGSIKLPKLVERRNAETALYLEGASGNEETTNHARIGFDVMIRWMEQKKAQHITYSMDYRLGPNSYDCSSAVYFALKEAGFIDPSTFPGNTDSLFGQLERVGWSQVPLVGGKYHVQRGDIFIWGIRGNSGGELGHTGIFIDDKDNIIHCTCGWDGNKCSINGISVDNHDQVWVASGRPPVTIYRFGGASKPYPGDSSGSKGDSVNPSAGVFYPSMRLPVSGDTDPNSPALDYYEAGQAIVYDSYVFANGYAWISYVAGSGLRRYVAVGPDDGRTDTVWGTGFLNNTPSGSGSNTGSALSGVFYPSMRLPVSGDTDPNSPALDYYEAGQAIIYDSYVFANGYAWISYIAGSGLRRYVAVGPDDGRTDTVWGTGFFDNGGDPGSQAHPNSIGLVPKAGNFVPNRKLPVSADTDPNSAALDYYEAGQSIGYDSYIFANGYAWISYIAGSGLRRYVAVGPDDGRTDTVWGKGFFN	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Enterococcus faecalis [Bacterium]	NO
18344	MYP_049599	VRVKAHINRLFLTYKHVYAD	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
18345	MYP_049600	MAPVGFEKTSVPELYEKDSYGHSVQLDGNLVVTETDPENNRIEVSQGRLRQPTAYYRPQRAVALREEQRRRTISVEGINNFEKLEEGSVLSSLKGQVRQNRYDNPAVELQSLRNTGQNAFRQSELPAQSDNLRVATFNLESYGVRGRSDAKTPSKTDKLASAVEKANPDILAVQEVANRFGEQSPMSRITDAISSQGNGSYDYVKPPSGDRLGNQPIAVGIAYKPSEVSPVGEAETIEGEAFRGLSRKPLVQKFKDNESGETFTVINVHLKSKRGSGKYPSNIQGGFNYERLQAIGSVIDRIKESGGNAVVLGDFNAYRKEDPLVALESSGMLNISELLGERPNTYTFRGKAGSLDHVFTNPELAKTTDDVGAIASGGSDHKLLWTDFSLGESSFGRRLQTMLNQWSNRQDAVSELYREAQHPTVDIVRSTRATPKYKRSQVDESLELVRPPSELPSAFYDQFRSAETLPKVQIFQNEALNEDLNRMPFRERINRLLLQNSPIPLRDPVIKSDETFLEGGFATVGHLIDRAMGHHYHQQQKRQAQGYYTATLYQATKRLYDPKETKQGPFESLLGGIAQTVSSVSAAFLSYGLFRGTSLLSAHMEDELNRQFQQGTGQYRTGYQGRYQSVQGAREATDQTMRFVRQAYIGSEGLEGYRSLRATQLPSKAALAKYQGYFRKFQSFLMDTVLGGILETISADREQSRTAVREISEEIGKVPTIVDEGQGGIRISNIGSGRMQSLAQRWENISRQVPANLLQWFPAMRQSPQVDLTREASMSDLVGQNLQDMLSTYEQVFKMLGSFVANPRQWTREISTIYQRSGQIEREERQLIQDVAQSSQTAQTADNSVRNAGRDPSEVVEMASRRARLNERINYYESYVQPPNSKGPDIRGQSQKELFGIPIRKARRGMLGVSAVFGADYLTSFAIAGDGGLSLINYLLNPEARKARRAETDLPPVVTASAGVGGALLAGWTFPQFKTRGDIELDFQLPERDSNAVDALRQREYGPNQIDNDQLQDELRKERTFLRTQLNMSERRYQSHGEHALPKDQRRQFQGRVQGIDTYLGATPQEQQGYRTLAESFDPRQAPSQASYSRVARFNKVSAAIGFAVATTGARLTSAAVATGINLFHDSGYPTEDMSYLGAQRIDTKLPDRPLSRDEKANYIAARDYKSSLLKRSESQYRNEFTLTPQFTTPLFQLSWVERTDPSSGTKNYTFGFQLFPLLGGGITPELPVAFRLFGRPESRRKDIDSKEEWAESVAYRAATFPSELLTGVSDSGFEKLAMSVGAYGVAGAIANRVTPRGVKTSLPGRGVRTVSRGLIDFGSSVMATPAMMLDSAKVGFERVLHESAKNARDGQPVLHRAQQAITNRVFKAGRDVNRNRSARWRGIAPYALAYTASLAYIDRQMGSTAPGYSGTYVREEANKWDRTGAALGLAAAYGGVMSGGSYGYNPFAESEMVARDAYQRRLETGENAERGFKRTIKGTQPDQPIGASSGRRPTGADYNARFIGKAQTLATRAYGLYLTGQLVGKGLEAMGFKEPLFGDRETGFFRGLIVGTAQVLTGGYEQPEHPAGGNPLPKVSPQSDVKQMLAEAGYFEQGLLSETINLLNPLSFLSDSGAYADDPNVFFNFFATGQSVRDDISTSGYTQFQGSNVDLSMTTRSLSTRGLEDAEKEALKRIIAGAGEGKVSPQELVNTLRSLSPRPSRMDYTATKSSELAQTSSFAMSQALAVREFYAQNLSRKRPSTLALEHSLYLNRAGLGKTKDARLDSKALFSRFFSNFDYRSLTIGGETIPFDTGNFAQELKQSLIDNRRSGYYTQVEGIFQSLSQWAMTVGGASGATKFIPGSEFLHSDESQEAVNLQSNAFDFAKIGFGALTLGAVGYAGAMTVGRFAATLASVQERNLAEGVQRQIETIAQRVESINVNNLQQVKYHFDTNRSQGSVFIQHREDELRRIPGLSNQSPVGDYGRHVAERFEALYKGRLIPTLAQEIRGAAFTGSEAADLGKPYMSQVREIFESYDKGAISSDEMSRQIRGVLDSGEGYEQRVSRRISEILEETIDISSTQSVKLFTALTGLSGREATRDQVYDWVKSIFRHSDAGGDFTAQIQQTLEQASKEGVTPEMAMQRVKLDIASRLDRTAQLIPSDKPEPGPVEDFDEARAVGERARQVRYRRQQAMTPEPKAELGARDIPRAIGGAVDLFGKASMIQEGYGVIEGASLYADATASGDPIQARQSSKLFWGEAGILGMQSFLVKGFSGRMGLGTAGLIAAGTTAAYSSLSQHSEALQTAESKAYNFFSENLSAIPKAIGTGVNWFAEALNVLPGVEDFNLFKDVTGPLIRRGARALRQTDNQFLSLLGGVVLPRSTVLRTGMQSERKQTAYGYQRHFYGSVEAEWQRIARRRRRRSSQYGRPVDVIHSGLYGQKTTKLGKARKAVRYGGGKRVLDEFSFRANYQISQTLQLALERRQRRSDLYAQGYVYRMNEVDKTSWRSPVASSIAARAQSISAARDRGLFFVSALQDIKAGIGKSVVRPLLQEADNSYRKASYRGVVYYNTRYREKAIQDIKNLGGTLDIQPSRVGPVKAPQADWGSDVTKEVPKRIRQILRNASSVRDVVPTTAAIVKGALRDKTQRARRNARSWGANQFDGIATPPIFAKIGRAFGKRAPILRRSPQAGLYQLRKANFIQARQGNLPPLVGGLQDPEFLQAAFSDSRVRQGRATSRLFGSGLRGLLSAGVFLTRLGAETISKGLGGLGRSVPGATLRAGAYAFFSSLNLGGRLAAMGVTIAGGMVSNPLVGEIGAGILSAVDLATTGGSITSTAAGAYSLFQGSRLAFPNPKTGFRNAMGSLEQTLRVVAGQASMLPPLSVRQAISRRMPGGRAVSPNEIPVSAEDATRYRKGLFKSVKDRYSRSLPISPEFPYSQTSNVSALYGEVISPNNTFSAQPIDGQDTRSFSDSLGDLLKQGRDFIDRSRTAQYKGPPQAEGKLGQIGRAVSHRASQTSSAISQVGRRVPGVMRSLAPDVASFALDAYFINRSYRKIEDLQKGRDYQARYEQAYAEYYGNIGSTISGVGALAIASAPFTGGLSLLPALGISIVGGIAGGIVGAEYGKQRGADVYHGEDRQGQEWWAGTIAKSVAAVPILSTAYKLFRDRNRQGTQSDHSQAGDEGSSGSRRSPSPEPPGLSSGGTADATRRSLPTARQAEQRAVDRMRQQEADRLSRSSSGKAQRRVASPVEASVDKSPEKPKSANDSKIQATESESAFAEDSRRSATSTRSDDANIASDKSQFSAPTESSDTSITTDSGQSGFRGDRPAGSKNSIGSNQTRLSLSSGSNVPRGMLEELVKNQIASRRRDLSDSNISATPEPKPPRTGASDSSISADPRPTSFPQPRGPAKRSASVDDSRITSRVSNNQTESLTVTEWISPSKYKYGPKGDIELAGFETFNDMPYKGVPEANDVISKLLRESVGYGNLRSRFNAPNQEPLAFAKQFQNGGFLAIGENMRDNKGKAISMFRYFYAKGPNAVESIYNQLKSEGRLSLGDPIQNQGGEFEAFGSTIEAESPGPRYQSSEVGLDEAIRQAKGNASGGEFSFTFNLAEHGFQAPNVDQFLGSNTMYFVPEIVQENAGRYRPGLENGNQGSSRRKRGGRRLNAMFSPFPDWVDDIGSDDSILNKAGRMLSRGGQNVAKRARAQGKQVMQKGRKAIGNIGMPGVMKGLNALGTVGDIAELGFAAYGAYEVQQGVQEQNRKRAVKGGATIGGAVGGFAAGGIATAIAVGVAIALALPALAIGGLALGAGLAVGAIGSYFGSKFGGEAAGSYYDRQMAHEDVASIRQRQDQSRPSIREFAESVTASFTEGFSLAVGGGVEADRQIASEGGFFSTLGGMIGNVWQATKAAAQATVSGVSKVADLVSSTVSAGVGSTSKAGRRLGKTIKQTGQAIENWVNPSVTGERPTGREAKVSSLNEPFYQQQLNEAGVDATVTSGYGRRADPMTGRPEQHEGLDVVAPKGSKFYNPYERGRVQVADRVSGYGNAVYVKQLNEKGKPTGRRIMAGHLRSINVERGQTVSGGKALGVQGSTGHSTGDHFHIEVQKRQDGQWQDVAPSDREIIASLSGKKVVSTGSVEGKGRIDLGEDPDVSKKGLSTLKNFEGLRLNSYQDSAGVWTVGYGHTDTAKPGMSISRSRAKELLKRDLQRFEEAVAKKVDVPLSQSQFDALVSFTYNVGIGALSRSTLLEKLNRGNYEGAQKEFKKWTHAGGRELEGLVKRRKAEARLFGSEPPKEAQASDRQSSDRQVSADKGQVVFVVGHSSDRDTGAVNPATGKREEDVTPDLVKEINRLADEYGYGSAVRIASGNEKNVGESKVDKQTSSGKSFTSAAAYERQGIEYYGLHFNAVGNEEQGGRRPGIITGTERTQADRNLGSLFSMFPKNTSDFYVTRNEGSIIELGAADSPLVNTLAGAKGEESKRKAQRQVALRILRRTLKGKGYDVSNLPEPKKTEQPFQAYLKSPEKSSIDASKVEFSDSQELSKTIEAQEANQDKQLQFDSADVAIAPDPEGNRKNKATEEQNKQVEEEIKKEEEKAKLQIELAQASPDIPHSVEPAYSQVLDQWLEGPIASTDTESRNYRKAGNTKVTKKDNGNKEVNVEVEESQEAVELATASADEFSFTEGNSPVEQMVARS	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Cyanobacteria bacterium SW_9_44_58 [Bacterium]	NO
18346	MYP_049602	FFPIVGKLLFSLSGLL	STANDARD	Antimicrobial Antibacterial Antifungal Hemolytic	Amolops loloensis [Animal]	YES
18347	MYP_049603	MNRKAIFDRVRQLLGRGFRQEEVRALDEAIDDALASRGHVTHARTISAAGLALIKAFEGCAKLRSDGMVQAYPDPGTGGAPWTIGWGATGRDIGPETVWTRQQCDERLARDLQRYASETADAIGDAPTTQPQFDALASFHYNTGAIARATLTRLHREGQFIDAAAEFARWKFAGGRVLQGLVRRRRAEAALYRTVA	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Citromicrobium sp [Bacterium]	NO
18348	MYP_049606	VLPPPHQFRRHRRRGLCPCL	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
18349	MYP_049608	MSAAGKGGRVARVKSRYLAGGAAGAALLAFATTYTSGWEGTSYKAYLDTIAQPPVWTICQGDTYGVKPGMVETKAGCAVRLQRQILEHEARMLSCAPELLKVPGETYVAINDWAYNAGTGAACRSSLIRKVKAGDLRGACNELSRWVFAGGKVVKGLANRRVNGLPGLISNRALCLRGLG	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase	Aureimonas phyllosphaerae [Bacterium]	NO
18350	MYP_049609	MTLKERLKDHEGFRAEIYRCPAGHWTIGYGHFLGNGNCKISPQVADLILEEDIHCATFNYLSMGWDLGPARNDVMIEMIFWHGLKGFLKFKKMITAVEKEDWDEVAAQMMDSNSGRDYAARMTTLAMLMIEG	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Desulfobacterales bacterium S7086C20 [Bacterium]	NO
18351	MYP_049612	RRSQARKCSRGNGGKIGSIRCRGGGTRLGGGSLIGR	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
18352	MYP_049619	MMNATENQIFVETVSDQELEMLIGGAGRGWIKTLTKDCPNVISSICAGTIITACKNCA	STANDARD	Antibiotic Antimicrobial Bacteriocin Lantibiotic Anti-Gram-positive Non-hemolytic Non-ribosomal	Enterococcus columbae [Bacterium]	NO
18353	MYP_049623	RRWRIVVWRVRR	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	NO
18354	MYP_049625	GIGAVLKVLTTGLPALISWIKRKRQQX	NOT STANDARD	Antimicrobial Antibacterial Anti-Gram-positive Anti-Gram-negative	Xenopus laevis [Animal]	YES
18355	MYP_049627	MGQVNRISKSGLELIKGFEGLRRRSEPLAGGAWIVGYGHTRSAREGVEVTEREAEYLLRYDLQETEKWVSDAIHAPLNQNEFDALVSFAWNVGRENFHASDVLKYVNAGEMLAAAESFNAWRKARVDGRLIVVDALVRRRAAEKHLFLSHPAGAPSAPSQIIRPELDVAASVLALSDGALSIETKITGDGEVQKTVTAERPLEAANSNEGLVEPENIILPGLLSDQETVEDEVETVEDTAVETEESETETTVEDAAPQPLADFDDDDDDQEEDLRPVQASIWDASDESEYADLDEYEEDEDDDFDVDDSLLAAAITASNLTRVEDETEDETETEVDAESDDVETSDTDAETAVEEAEDVDVSQAEDLPEIETTDAETAIEADEDETGSDAAEIGPELEPIDVAEPLALVSETEETVEEAIAETAEAGVVQAEEVLNEIDEDASAEDVDAEPVTTFAETVGTAEDVETVEVPEEAENVIVVEADDVVEAVEASEAEDEAETAEEEITSEVETEAEQAGEEIEGSEAVEPEPIYEEDFSPAASPATLVSSEAVQDDEEIAEIWKSDETPEATESAAGTKKKCIVDPLVEDHFPEEMAAQKADSEGYNPVMGERVSPAKRLISVLPFVILVLLGGAMCIFGATDWWGLIKSDTPVERNQLYAGPFFTIIGGVGFLFGAYFAVRNLFVSQD	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Ponticaulis sp [Bacterium]	NO
18356	MYP_049628	MLKHVLLFVLFNLFYTCAHSEDVDVPVPEFCLGCICRAASDCDTSTQCEGGACGPYRITKEYWIDAGNLTYNDHSPKEHESYVKCAVNFYCSVQTIQNYMGTFKKDCDGNGKITCEDFAAIHALGASQCHKKWPKNYKKRFDACKAQYQK	STANDARD	Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic	Photinus pyralis [Animal]	YES
18357	MYP_049631	METSFRAGLGLVKTFEGCKLTAYLCPAGVPTIGYGRTRGVKLGQQITQVQADTWVGQEYDEFEAAVRKLLRVPVSANQLGALVSFAYNLGSGALAGSTLLRKLNAGNYKGAAAQFASWDKARVNGVLRALPGLTKRRAAEAALFLK	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Sphingomonas sp. Leaf34 [Bacterium]	NO
18358	MYP_049632	RVHRLLRRVHRLLRRVHRLLR	STANDARD	Antimicrobial Antibacterial Antifungal	synthetic construct [Synthetic]	YES
18359	MYP_049635	KKLFKKILKYLGIGAVLKVLTTGLKDEL	STANDARD	Hemolytic	synthetic construct [Synthetic]	YES
18360	MYP_049636	RYRIRKKRG	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	NO