FUNCTION: ANTIMICROBIAL

Found 107,102 peptides

Current Node: Antimicrobial | Page 2066 of 5356

Level 2 Subcategories

Antibacterial (29878) Antibiotic activity (14203) Antifungal (12052) Quorum sensing modulation (329) Anti-biofilm (9) Short antimicrobial peptide (group 4) family (1)

Results

Showing up to 20 records.

NO.	PEPTIDE ID	SEQUENCE	STATUS	BIOLOGICAL FUNCTIONS	SOURCE ORGANISM	VERIFIED
41301	MYP_067433	VDKRPRLPRRRPPRRIYNR	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
41302	MYP_067434	MSKSLQLSVTVLCIFTILVLGEIRMTKGQPLGKMENCYEVLKWGECVPKNCAFSCTLKRHGKGDCIRAYDDNRPGCICYYTC	STANDARD	Antimicrobial Antifungal Non-hemolytic Non-ribosomal	Arabidopsis suecica [Plant]	NO
41303	MYP_067436	MTAPTLDLAKLGRDLDRDEGRRFTVYYDTARVPTIGVGHNLLTGPLDTALRDHLGIPEDTPLHALVLTDEQIDELRDYDIHRTLDAMDRGLGLWWRQLSEGRQRALANMAFNLGVAKLKTFKGTLAALQSNDFNTAAVHAMDSLWARQVGQRANRIAALFRFG	STANDARD	Antimicrobial Bacteriolytic Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Nitrospirillum iridis [Bacterium]	NO
41304	MYP_067437	MEQSHSNSNGKVSLDNLSTERADTAAPSAPATPAIRFEALEPRVLLSGDVNPAALSISGTLDAPGQQNHYQFTVQDTKRVVFDSLTNRGDINWSLSGPNGSVVNGKQFSADGGGSMPAFDLTAGTYTLTVDGLNDAVGAYAMRIVDASAAANLTPGTTVSDTLVQGNETSVYRFNATAGQQFYFKSGGVSPTTGGNAYWRLIDPYGRQEGNVNNLAYDQNTFALKSSGEYLLLVEGDTNNASPLNYSFNLNPVTDTHATLALDQATTATIAQQGQTAYYDFDLSTTTPAIFDRLSSADFEWSLTGPYGQVISRHNPIYGENPNRMNLLAGHYTLAINMDNGALGSVPFRLITGASTQALSTNSAVTGSLDVAGGSALYKVSLSQGQKVCLSSTSPSGGAVNWRLLDPYGAQVSNGTLGQAGNTYAVPTSGDYWLVLDGADNNSATATVSYGFQLNLVPDIAASLTVGTAVSGNIGLAGQSTIYSFHLAAATQLAFDSLTSRNDVLWSLSGPRGQEVNGRSMAYSEGYYNNSLMVLPAGDYTLTVQGNGTATGAYGFNLLDLSQAVAATQDTAFSGTLTPGNSSMAFQFSAVAGDSVNLHAMGVTGGSATWRLYDSFGRVVAGAASLANDSGNLSLAVGGNYTLLVEGDVSNTAAVNFQERVDHVSNTAPTPLPAGDPLGLGSTTAGTLATWDATKTYRFTLTGDTQLLFDSQTSGNNAIWTLRGPRGTEFNQAYLSNSNDNVFTLPAGDYALTVQGAPQGYGVGNGAYAFRVTDLSTLPPLQLGQSTVANRTPANATVGYRVQATAGSTLVLNVDRITSYYQPTWRLIGPQGQVINTQSGDNPGYQFAIPADGTYTLLDTGQYYDSSASSSDTFTLSKQDVITTPLNVNDVATGTLTGRQSLAQYTFTVDHPQVLMFDSLAGTSGVPSNVQWLVRSAAGTFTNWQQMSYDTASGVLFPPGRYTVFLRNMQDTPTSYGFRLLNRDVAQDLSVGTTTQTSLTSDKTTIYRFNANAGDHLYFAADRSGVNYNANWQLFGPQGTVVAQGSAYNYYDTSDILATYSGEYLLVFSPYQNSYSPPLTQSLTFTLGKRSTLSAPLTLGSDIAGTITQPGQTISYSFTLDAPGTLLMNTPLAQSNLQWSLTGPRGQEASQRSFGNSYSNLLSLPVGTYVLTVAYTDLSTGNFHFGLINTGSMTTLAADQASTAAVYQNGQSTPYTFTASADGDYTMEVPPNQQYSQWRLQNLQGTVVASGGSNNVAADPFHLLAGTYVLTWNNPYSGQPDSTCNFTLRQVITTALSMTPGTPVTGTIDAIARRYEYNFDLTTPTQVLFDALGNRSDIDWQLVGPTGQIINRQSLTQAEGSAGNPFIALLAAGHYRLTVVPEGAATGAYAFNLLDLGAISALTSGNGQTLHMATGSASMAYAIQAHTGDYLKLHVQAPQGGVVRVRVLDANGNVILPSSALAGGADFALKLPNDGRYTLLFDGDNTNTSAVDLTYDASIVTPVTAPLSAGVDAQGNLAIVGVPDIYAISVAAPTMFVVDGLAGNAHWLVRDASGAAMQSGQLGVAAPIRLGPGAYTLEIQASDSSSLGAYGVRIVDVATATELSMGQATTVSVTDNLALIYHIAATLDQSSLSLQVDTAAAAGAIVRVFDAAGQLVLSTSGAMASSVVAASVRAGVGRYIVIDGSTPASFTLTPSEVAAPPPALLNWGATLSGSFTLAGDVASYRLAMNFTQTMSFNELLHDLGSQGIHWRIVRADSGDNAPWQDQNSSYYDNLPQAGDYVLSIAATADNASYALQTLDTAGAPVLGAPVQGMMAVGQGAALYRYELSSPSALHVLLDAQGATDFGWTLFDAQGRRVVDASNGTDTPVLIAGTYTLMVDHSQLGAAAAFGLNVQALPLPVVPFDDHFSGTLSSAATIAGYRFDLTARTVLQLHNLSTVPGLQWSIVPVGQMPNWYNVTTGQQGQNDPENGYPATRAYDAGSYQLWVRGPANGGQFAFQLLNAALAPDLSAPDTKGALADGSSAAMLRLSVPTASAYHFSFGVPSSSDVSWSLLNQDGSVVAQGIDTSDANVDTLPPGTYTLVLKAVSSSAAPVAYDVTTALYTPPVVQLGDVVQGTLGDNPNKPQSYRLEVTADTSLLLSQLTTQNNVNFAFYRDGQLYYPGRTGDRYSLQAGTYDIRVNGWQAGANYQFMLVDDSTAQALTVGTTLQGQLASTQSTSSFHFSSDGHAPLALSTGTDALNWMVYDSRGDVVASQINGNSPTQIWPADNYTLVLYRPMPGSDTVSYSVAATAATVPTSALALGQQQSVSLQADSGYLADLTFNVTTAGRYMLVSPANGGDGISYTITDAQGYTWAQGGLGNGNNYVLQLPSGSFTLHLFKQANFNHGGGGAFAVMAAVGSSGGSSATSAVDAAFTLVNLDQGADLSAGHTVSLNLASNRDVQTASINASAGDVLNLSALTAIAGGASSQAYWYILDPDNNQIASSYFNQAGATQSVTFTQGGHYVLVVINASAALTATFTTSLVSQGNQPVVTPEALVLGQDYAVPFSGTDQHIYTFHLDNTSLLGLHGHSDGYGVNWVLRNAAGQWLNGGLYPGNDQFNSTVLGAGDYTLELTASVDGTANVDFSVITQAQANAAQDAVDVPSTQGIYALHVQAGKDYFITGQSYVSYTIYRPDITTLNNGSIYSSDNIFVQHANTDEIWYIVASGGNGPTDSILHVAAAVSLSLNQELQAAMPATGGARVYSLTIDQPQLVYIQMPVQGGMQATLSGPGVQGVNLGNGYQVMLLAPGTYRVTVTGYNQGGGSATSPDVPFSLLFSTLASAPSITADTALSVSLNPGEVKAFQLNVQAGQRLYFQPQDGVPTNGYWDLYDANGNNVYSDVSDAQDTLPAFAADGTYYLVWSSNASDPTTFNYTLSTTAPQPAGSVVLEQPLLLDTSGPASTHVYTFTLTQDTRVLINALDNSGDGFNWQLTQLDTWFGGGNFSAGNFNPSAIQLQAGTYELSVRAQGSNASHLSLLLSDVAQVPVVTMDQAVSASLAPGQQLIYAIDGTNQQIHLTPPASSTLSGNWTLLDNNGNRISSGSLTNASDFYLSTGRYLLVWDAAAATDTTPVSFQFTLNTPTTRFDIGSWLSPQPSTPYAFHLDQTTRLMFDAGFIASGGYVNYQILQYGQVVYSTSANAGASGSNIFQLEPGDYQLVLGYAPYGYANMSVRLLDLSKAAVLTSGTLTTDSATPGAASLYAFDASQGDTVSLVTTDSASTWMLYDAFGRQLQQIAAGGSLNNLPRTGRYYLVRDTSADTIGAAQSFTFTLNLSHSLPSLTIGQITTANIQNGSAAFQLQVTQASSLWFASAATGDPQVRVDLYDSQGTLLYSFNPSQANYALILPGAGTYTLRLTDVNGSTYARNFNFLLSDLAAAPVLGADTVASDNFDTSVGMKAYHINVAQAGTFSFTNLGNNYYTNYLRWHLVSAYGNVVATGTLNTTTGALALAAGSYTLVIDQPGYYLSGTIAYSFAINTQPVTLPLNTVISGSMPVAGAPLHYSLHVGASGVYTFDSLGAGSGASWRLDGPGGTRVFDTNLNGGGYYDNYYLYDFTGLLAAGDYELTVYNNSTSAAPFSFRVIDPSQATLVTADTPVNTAIDKPGGMQLFRFNAQAGVHYFLDALPGLTSSNYSYPPQWTLLDPLGRAVFNAQSAGSIGSVWDSTQSRYVYQFNGTGIDLGALAESGQYTLVLGMPNNNFNTPANMSFSLVTVPEKPPVILDTLVVNPAPDLTVTSVAITPSGTLQTGQTIDVQWVVANQGILPTNGSWNDRIVVRNTATGVILADVTVPYDASDAANGAIANGDARTRHQQIRLPDGAYAAGDVSITVITDADNVIKESNASGTAEGNNAFTTHVTVQLSPYADLTVQNLALQPASAFQPGQTVNVSWTTSNQGNVDVAHAWSETLEVRNLSTGKVVATVVLRDALDQGALAAGASRQRATSFTWPDGVDASGNFAIRVIADSLGEIPESNAQGTGESNNIAEIDQAVGPDMLVKNLQVTSTGVQAGGLVTITWEDWNQGASATGTAFNDRITLKRADSGLILLDTSIVYDPAAITNGQANGAIGPGGHRLRSYTFRLPDGLKGTGNINILVTTDQNAAGIGVLYETNLTHDAESNNTAATAVISAAVPYADLRVDSVSVPPAGIGGQPVTVNWTVANHGQAATSDAWNDVIVLSTDAIIGNGDDIIIGTVRHTGALAVGQSYAQSATVNLPNLPDGHYYIAVRSDADSEVLEPDTRGNNASAGQPINVAAAYADLGVVSVSAPTNALSGENVNVSWTVNNTGNAPTNLALWNDRVVLSRTGVPSADDIVLAGSVTHAGILANGDSYTANATLTLPRDLVGDYYLLVYTNLNNTVTENGHTGNNTGVTATVLHITLAPSANLTVSDVSGPATIRPGDAVSVSYMSHNIGTANVTAAWRDRVYLDDGKGNLIEVGSQFYTDGLVAGGIVTRTISFTLPSNFTEGSYTFVVRTDADDTIYERNGENDNVTSATASVVVARPDLSVSAVSGPTLVLSGSTAHVQWTVANLGGIATGNWVDQVFLSHNGTMQKVAEVAHGGPLATNGSYDSFADIQLPLDASGDYQFVVITDAARVLDDHSRSNNSGQQALTVQLAPYADLAVSAVQAPATVIADPATLNVSWTVTNNGTGAGITSQWVDRVILSTDGVLGNGDDLVLGEVVHNGALSAGASYNGQLSVMLPPGTTGRYKLFVVSDATRQVFENGAIADDTVMLDHNVDIMPKPYADLQVQSVTTQGTPVSGQPLQITWTIANNGIGITDSSQWSDQVWLSSNPDGSGVIAQFGSANHIGQLAVGDTYTRSINVTMPNGISGNYYVNVRTGGPFEFIFGNDDTGHSAAVPVTLSPSPDLVVQAASIAATANGSTAPDGSLLEGTVVDVAWTVSNQGQADAIGPWVDTVKLIPVSGTGAPIVLGSFTYDRPLGAGISYTRTEQLRLPSRIEGLYRLQITTNANFGGSGAQVYEYGAAASNDVFIASNPAQISLQPRPDLQVGAVTIPDHVTAGTNVGIQYTVTNLGSVPASGHWRDKVYLSHDGTLSGDDQLVGVFDNGSALAPTESYSNITGSISIPIRFPGDAYLIVVADADNNVDEYPNDNNNVKAVHFYIDPVPFSDLVTSGVTAPDQAVHGGTIDVRYKVANLGSATTRGLTADVNSWTDTVWLAKDPKRPGANKGDVLLGSMVHTGNLAVGEDYLGDMQVAIPDGTLSGQYYITVWTNTYSTILEDTLASNINGDDPTQIDNNDYKGRAISVLGITPPDLVVTQVNAPATIDAGGPLSFSYTVQNQGDLFTGGWTDTIYVADNADLSKATRVWTLGSYTQSRTLNNGEKYTVNQTVQLAPDIVGSYIIVKTDALNQVRELNENNNVTPYAAAVIPHPADLQVTAVQVQPQNYSGELTPISWTVTNFGQAVWSGTVSWQDSVFISTDPTFIPSRAIALGRFEHQNTNGLVAGASYTTTVNVALPPGTNGRYYVYVITDSARPDSYGLPPRAADEILSGGDNNWPLNLYATSVYEGSANTNNVGSSPLDITYREADLQIGSIQVSNPAPKSGDLITVTWTVTNQGNRATRVSQWNDGVYLSNDSSLDPTDYPLVEGSLYDNPGRVQAISLVDANGEPRFLQPGESYTQSATFHLPQSISGNFNIIVKADTATVKDWYFSQPSSIRDGLDVVWGSGPGSVLEFQNEGNNVSSIPLPITLATPPDLQVSVVTAPTTVVAGQSFTVDYHVTNAGGDTPSDQSQWNDLVYLSRDRFLDVNQDRYLGYLSHSGGLTAGGGYDGRFTVTAPRDLDGPYYVFVITDPARAFGAGPYGKVLEFGNDQNNATAAVQPMLVQTPPPADLKVTDVTVPPQAKVGDAVTVNYTIINDSTNPAYGQWTDAIYLSMDNVWGLDDILLGKVSHSGDLAGGASYSGKLTANLPPLKDGNWRIIVRPDLYNEVYEGAISYGPNGLVMAPGEANNLTASAATIQTQVPPLAIASPLQTTLSSGDVQLYKVSVAAGQTLRVLLDSTAASGDNELYIRYGDIPTTYAYDAAYSNASAADQQALIPSTLAGDYYILVRARSGNAVPVTLRADLLPLSITKVTPDNGGVSDDAHRWVTLDIYGSAFQAGAIVKLTRPGVYEAEPDRWQVLDATHIRAIFDTRAFPLGLYDVTVINPNGQSVTEANRYLVERGIQDDVTIGIGGPRNLNPGDAATYSVSLQSLTNVDTPYVRFDIGAVEMGYNQYLLGGLNLPYAIFGSNVGGSPYGNIAGAPANTQAYGQTPSTQARTDIPWASLDGTLNTSGYNLAPGYAFDVAAHGFVGMSFRLQTYPGLTAWINRDFSGLRDALYATHPDWKAQGLLDAGVSGLDKISQGLTARFLSTDPQDIIYKIEALSESFQLNVVAAATALTRDEFIAEQTAYALRLRTAVLADAGAPSNLATLAADASQWVNGWLAALESSGMLLPADQAPPITTNPQVVSLNATLAAGILMSKGGDNYRTQADILGFFAKVQQWYGDTATYAGDPNAAKGPIDHYETRQDDEGDTIEVPVPALANPADYDQHAGRTLQFENFQIFVGSQSELEYLRAQGLLDEKFNPLPGKSLNLTQYLQLVAQQAGVANAAISVQGPQGSATATDGSVYVPAATPLPYTFAFSNPTGQGVGQIRIVSQLDANLDPRSLRLGDLKIGDINIHIPADRANFQGDFDFTGSKGFILRVSAGIDAETRIATWLLQAIDPITGEVMQDVTRGLLAPLASAQGNTTPQGGFVSFTISTAQGAVSGAKIATQARVFFDQTPPIDSAALNVTLDTKAPTTTVTVTSLGNNAQGAPTYDVKWNAQDDASGIRFVTVYVATNGGDFKIWQRQVDPSVSDAVFTGEAGNHYEFLAVATDLAGNREAASVSNAVLPDDGARQKVLDGLGVTPGVDQTAPVPQAAPDRQYDSNPLFQQATQMLPGSVASVNAGDLHNVLAPFAARGFADGFSTGAADIGAMAMVQLPDGSILVSAGQQRNEVYHYGKDGGHSTTPLFVLDQPVLDMAVDALGQLWVMTGNELLQVDAGSGAIVRRMQGPSQQPLTHALAIKPGTGDIYVSDGDGIEIFHSNETDPNKAWQHFSNTRVGDLAFGPDGRLWGVRWTGSDITAADPNGSTDIISFPMSGITLGRAELEYRINGVVDSIAFGAQGTSLAGLLIASGALPQHVQVAGIADTTTGSSVWTIELASRRVLQLAGGGTQGEAILTTADGRILVAETHHIDEIAPARAPKVIATSVPDGALIPLPVGQIAVQFDQDMWLGSDPQSALTDGSSVLNAGNFQLIGATTITPNSVRWDAATHTAYLDVTGLPAGHYQLTISGNLRSTSQLRIGQDTISGFTALFDMSTQVQLTFSNTRSDQSTGAVSYDVSLKNIGTDDLHGPLMLLLDPGAYFGMNIGGATQGTGDQSDLWVLDLTSALQALGGKLAVGATLANQTISVVPASHFTGGLADLAKFNLGHGIYAVPQANLPPTIAPVNTNADIPDVFAQPATIGQSWSATVDAIDSDGTMFYWQVVQAPAGLVLTPPAGYTVGADGNYHSTATLSWTPGANAMADTVIVLRVQDSRGGVALRTLHVPVANGNHTPALSTQGNLTIVEGQTLTLPLTAADADGDTLTFSISNLPPGAVFDARTGVLTWTPSYDQAGTYRNVTVRVSDGKTTVSEQFDIVVQQAFAQPVLLAVPAQTLREGDAFALQLAGSMPGGLARPDGTTIKLSYAAAVLPGGMQLNSDTGWLSWTPGYAQHGNYNVTVTLLATITQPDGSTRKTSVQQTIQLNVLNVNGAPQFDPTVGQTWNTLEGQPLNINVFAFDPNNPGYIPKVRLQPGGPLVDQNGGGSTPATITYQVLGLPPGATFDPDTLDIHWTPGYDQAGTYHVTVIATNDGDGTGVPASAQVTIPVVVGNTTRAPLVAAIGNAFVDKGATLDIPFDITNVDGNPIVVSLSGLPRFASYTQNPPSANGHITGTIHFTPGDGDRGDYTITLTAQDTGGSTPNQAQATAVSFVVTARSLTEPPVFSLPQQIVAVAGQPISLPISISDADQDGLHLSTIGLPLGAQVTALAQYGQLLLTWTPSADDIGPHDITFTVTDSGLPPQDQGYTNPANPVPNVVSHTIRVVVRAANVAPQLLGVQLNGNAVTDSGDASVPIVLAGSESNPLRLDLFARDPDADLLNWSVTGLPPGMALDVPAAGSGNQATLRWTPGMFAASSDNVGGSSPGVYRFTVTGSDGAASFVRSFEVHVAHVNVAPVILPMPIQLVNEGSTLSFNLRSADANGDPLHMSLVYDDNTPAGVSFNNVTGAFEWTPDYGVVDNAVTSTRDFSFTFKVTDGSLSSTQTVTVRVLDANRAPTLAVSSHAVTVGQTLSLPVQLGGSGAGGIYASDPDGAAQTAALTVSFSGLPEGASYDAQASRLNWTPGPGQVGDFVITAQVSDGQSTVRKTFTVRVVADASANAPAILIDSVPSTPALPGQTVLVTVRASGFSPIANTVVQVRGAALGSDQWQTVALDASGRFHLQATQPGLIDVRVTATDADGFSGTQLGQLRVRDPADTQAPALQWLGALAGATVAGQPVEMDVPTTLQASLQELQLMGYRLEIAAAGSDQWQTLAQQNDAAVSVNQALTLATLDPALLRNGAYQLRLTAWDLSGRTSEIDARVIVDTEQKSFAQQNAADATFQLGGHAFTVNRGLGSDPGAAFGNWGLSGFDTGLSSDQLPTTATGAIAAWTIGSRVWLRMPDNLGDANAAICNLSFTLGTSATTLPGGAGAPVVYQTSFGSDQGWQLQAINGSNLQRQGSHLYDQLTGLPWVPGGYVLTAPDSTHYSLDAQGKLTGVAFADGTQWLVSDAGVALVGGRASDRVDIVRDTQGRIVRITGPLDASANTRSIVYRYDAQNRLILARALDDNAMGTPYGYDGSGQPYQDTISANLGTAADWLGNSSANQWSGSLATGQTTTLAFQVRDSELASTIKVPGGQGAILLAISVQFGDASSDLQIVGGEVLGSTLHNGVRTVLVRVTEAGMKLIRLSGTGSANISVSVVGDLNRDGRIDGADSAAWNQDAAAAAATGDLNGDGVIDASDRQLLYANYGWRANLPPTAVVAAPTLTHAGLDVGIPLSAIALDGEGDALYWRVLNATHGTARLSGDGLSVIFSPDAGYTGPVSVYVIADDGFGASAPIQLNINVSGAKITGIHLQPLPDLGAGQSAPIVATVDFEDQQGVDVSAAPGYLHLEIADLGGLALTDNAPVQIDPATGILRCIGAGPALLVATRTDTDGHVVRTVQAINVYLPDDGALAGGEDMSDPNIPNAAPDVYPGSLTLTPGGTRQLKVTLADDNGQPVDVSQASQSAHTGTRYYSSDESIATVSADGVITALKAGHVVISVVHLQELIDAGGSSSMQYIGQTDVELNVQPPAQVGDAGTPGTPASVVVAHDTGGAVADATGETVMIGAGVLKSDTPVSISRVNVADVTDRTGMAPPLPDTLDTMAAFHLDIGAQTTNAPLQLSIPLQTTAGWNVGDEVLFLRRGIITDAIGVVHDVWWVVDNGHIGADGAAHTASPPYSGVSATGDYIIVRNTKVDAHTGAVTVQGAGVNMYALWAGPLAFATGAAMGMGGMLAGAAAATEIIGILATQAMPLYAVNWSFDGAYNDIGAIQTNIDSSGNLTLSVSSSTGSGGGGTQPGGGGGSNTGGLNVDRQFIYQSERNATDDAVSVPASGTSGVTVAHGFDLGARNNHDLVSLGLAPDLITRLAPYLGLQRNAAATYLAAHPLVLSTPDETAIDDAVFNDMARRLQQDFDPASSTPFHSLPGNTQTAIMDLMYQYQSLPNKTPSFLADITSGNWDAAVAELKNFHDAYPTRRHREQALIQADIDSGLIPGTMSNGQPNHVATTPRTPVTPGVLQVTGMQIANGKLLIQMSGLRGPAGGPTAGLPAKIRLWLSPDDLEIDAQGNAKSDNWNGQATQQQGIRAWLSLGDFDILSDTQTFTVDLPAGIALSLHEVTAERMVQAPSTPDSPGAAAWVTDGDPAAATINPQSNYSAITTSSQIQIIRDGKVVNQLPFLDDNGQPTFVGGGKSHQIVFNGDQTLMFVSGNAGQIYIVDTSVMKIVQVFHLPGSHDNLSSLAVSGDWMYVAEGGSFAAGNGNHRLLRVNIDETSADFLKTQQIQLPDALSGANEAFGYVDLAVVNGAHSYLAVATAKYPLGIIATGHGVSGDVFIIDLNLLDNDSPDHGAAKIGDGGLRVVSFGTNTGKGPQYLTAVSSVVTQQNGVAVITQVRFLLSDSFDYDAGLSTLSIDVGPDGAMSAVNTAKVWMTGVPDGQASVSRFNDKYQLNIQRAQSPLLVNYQGTEYAIVADYYVVFNDPGYSTGAINNKQAGGKIGIIKDPFGAHPEYLGATTPIIDASINSLMLDPTGTQLWADVRNWPIGDNNSPPPNGVLIWKLQDLLQAAIDNSIAKQGNPRPIPVDEKRGTNGNTQTVTPVKVDTGWLFGMASAGQNVTVNVSDTLRYGDVSRIDLLALIKKYAPQYASSVINFTASGVQVNADDAILAKDANGKLISAATDTDQTHSGAAGATLANYPAGQFATSGVLFLLPTLSQADVNLLRNGGHLANRTITLHVSGVSVNGQAAPGFDIVIKIADYDNSNNPQLFGDRPASNPGYSDMKLSGPVSVGAKGTLDVYKLEQRLKYLGYPAYGVYGDGQSNTTLREFKVDGVWDVADSYAAFLFDHVVIYGSAPGTLQLIPHDKHDAAHTMPNLLSAAQAFTVQATGPMLNYLSAWNAPHWVNVWRSLGGANDTAHGTVSGTNGSVWLKDGTESDVEHYGTSWARDLLMAWELTASARSAIGLGTATQLSLNGISDEDFILTSNDHKTHDVGMALDIGIDPSASSNINTHNPNLAAPPAGLTPDQLVNFWAGNTAIAGVTLPPDDQRLNSGLRILEQNLLAMLMLTHQAQGNSIFSAIPVVNAVPGQGGASSLDATRAALFGNLTQFIYVGTTSGNYTDDRRALNSVAAALGAADAARYGRFVAPHDRHFHINLKPPTAIKIAPPPAHQDTVDGTAPAAADPAATASTQQSVSALAPTVVAVWNALTGGVSGQWLQVWQTATAQLQTGEAGETAGGVTTLDVDAAGHGWYINASNDDFLPTADPNVWIARPGSAAEGKLDMLTVLLHEYGHALGLDHSAASSDLMNAVLTPGVRRVPSSADVAALLAMVRAAMPAASGTGMVGGQAIVVTSGTNASTPATTTAQAQVAANPTLEHGDFSSVAGWTTSGAVSIADGTAVLGESTHQQARLTQAFVVGANDRFLRFTVGGVALQNPGDMPEDAFEAALLDAVTGASLGGAIDLNRTDAMLNLQGDGSAHLGQGVSYVTNTDGSRTYLVDLRGIAAGTAVNLSFDLIGFGPAGSHVTVSDVALMGLPQANDDLIKGQEDSAVNVNVLGNDANATGATPTIVTGPAHGTLALNADGSFTYTPDALYYGNDSFTYLLNNGKAQSNVATVNLAIAHVNHAPNANNLTVTLQEDGTAIVDLHQLTSDVDGDALTYRIVNQPQHGSLTQNADGTFTYVPSSLFYGDDNFTYVANDGTTDSPTATVSLVVIHVNHAPIAVNAQVHTLEDQALAGQVMNYGTDVDGDPLTATLVNGPQHGTLTFNADGSFTYTPGSLYRGTDSFSYQLSDGQLSSGVATVTITMDPVNHAPVANDVATTVAEEGVLSIDPRSGASDIDGDALNTVIVSGPQHGTLTRLADGTYQYAPNALYRGDDSFTYKVNDGALDSNVATVKISVTPINHAPTASNANATLPEDGNLTLDPRTDANDVDGDSLTAIIVNGPSHGTLTQNADGSFTYVPNALYRGTDSFSYKVNDGTTDSNIATIMLTVTPVNHAPVAKDGSASVAEDGAVSVDPRANASDVDGDPLSVVIVSGPTHGTLVRNTDGSYSYTPTTYYAGNDSFTYKVNDGTVDSNVATIVLTVTPVDHAPVAVNDTAATDQGVPVVVNVLANDSDIDNSTGVNAGSGRAANAGLTARVISQPANGTLTMNADGTITYTPKAAFSGNDSFSYVANDGQLDSALASVTITVRATNHVPVANDDVFNGKQGQALSFNPLTNDTDADGDPLSLVIVSGPTHGQLTRNSDGSLSYTPTTNWYGTDTLTYQASDGKSLSNVATVRLIIASANQPPVAANDSASVHNNQTAVIRVLANDTDPDGDALTSRLVGGPKHGTVTHNADGSFSYTAQCGYMGTDTFTYVANDGKVDSNLATVTITVLGPNLPPLAFDDAAYVNENGSVKINPVANDWDPNGDKLTAHLLCGPSHGTLSLNGDGTYTYTPDANWYGLDGFVYAANDGQFDSNPATVWIRVAHVDQPPVANNDAFTVRAGQPTRIDVLANDTDEDGDDLDATVVNAPKHGTLTLNCDGSFSYTAQAGFVGTDSFVYVADDGELKSAPATVTLTVLAPNHAPVAKNDQATTNAGTPVRINVLGNDTDADGDKLTSRIVCSPCHGVLSLNSDGTYTYTPNKGWYGTDSFSYRDSDGQADSNVAMVCISVLPVNHAPTARNASFQVQRDGSVRIDFSCLIDDVDDDCLTLSPGKAAHGSLSRNYDGTYTYRPAYGYTGTDGFAYTVSDGKLSATATISLNVIANGGCWNGQSVMVAASAQTYGWSASSSGYIVVRRANTDSDTAQAIDWQGDASSAIGSSANVGGAWWDALVAEPLPTSDDLAAQSGLVVKRLN	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic	Dyella sp. OK004 [Bacterium]	NO
41305	MYP_067438	MNLDITKEQIDAQHRKQGLLGIGYHFIITIDGDVKKGRHVDQIGFNLDDDKGETIGIALVGHKNFNELQTKALNKLVNDLILKYGQLEIKSTIRELGI	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Pelagibacter phage HTVC119P [Virus]	NO
41306	MYP_067439	MRQSMRVFALFIGTSLLVLNTSVLSQELPEFDPPEGGGVPSQLLLERLEGDLPGAANADFVPRRILQSALDLLKVYEGWSSKAYNDPAGYCTIGYGHLIKKASCEPNDFENKMSREEGNTLLAADTVPARKIVQRLVRVQLTRRQFGALTSFVFNVGGDNFARSTLLRRLNDGDFGRATQEMRKWIRAGGRRLQGLANRRNCEVAYFNEAALVRLPNGKIDTRTCAVGVGAAPDASEDIDIGTGMVSR	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Rhizobium sp. J15 [Bacterium]	NO
41307	MYP_067440	QWGYNSYGGYNSYGNYGGYGGGYNNGYGVNANLGVGGRGG	STANDARD	Antimicrobial	Caenorhabditis elegans [Animal]; Animalia [Animal]	NO
41308	MYP_067443	MRNISDNGIHFSAAWEQFRGTAYKATKSEKYWTIGFGHYGPDVKEGQKITEGQGLILLNKDMAAAVKAVDAAAHPSLNQSQFDAMVDLVFNVGPGAIAASTGTGKALRDGDVATLRQKLPQFINQNGKPLLGLRRRATGRLALFDGMLWQQAEKVGRAVN	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic	Salmonella phage St162 [Virus]	NO
41309	MYP_067444	MGVKAAQTGFVVLVLLQCCSAYKLVCYYTSWSQYREGDGSCFPDAIDRFLCTHIIYSFANISNDHIDTWEWNDVTLYGMLNTLKNRNPNLKTLLSVGGWNFGSQRFSKIASNTQSRRTFVKSVPPFLRTHGFDGLDLAWLYPGRRDKQHFTTLIKEMKAEFIKEAQPGKKQLLLSAALSAGKVTIDSSYDIAKISQHLDFISIMTYDFHGAWRGTTGHHSPLFGQEDASPDRFSNTDYAVGYMLRLGAPASKLVMGIPTFGRSFTLASSETGVGAPSSGPGIPGRFTKEAGTLAYYEICDFLGGATVHRILGQQVPYATKGNQWVGYDDQESVKNKVQYLKDRQLAGAMVWALDLDDFQGSFCGQDLRFPLTNAIKDALAAT	STANDARD	Antimicrobial Non-hemolytic	Gorilla gorilla gorilla [Animal]	NO
41310	MYP_067445	RADTQTYQPYNKDWIKEKIYVLLRRQAQQAAK	STANDARD	Antimicrobial	Boleophthalmus pectinirostris [Animal]	NO
41311	MYP_067446	GARSIYKEWSMEYIYKKQMAKVK	STANDARD	Antimicrobial	Bacteriophage ÔKZ [Virus]	NO
41312	MYP_067449	SLDQINVTFLDLEYEMKKLEEAIKKLEESYIDLKELGTYEYYVKW	STANDARD	Antimicrobial Anti-SARS-CoV-2	synthetic construct [Synthetic]	YES
41313	MYP_067450	GIPCAESCVYIPCLTSIGCSCKSKVCYRN	STANDARD	Antimicrobial	Melicytus ramiflorus [Plant]	NO
41314	MYP_067453	GELGRPVYVLGDPGYYATHCIYATTNDALIFSV	STANDARD	Antiviral Antimicrobial	not reported [other]	NO
41315	MYP_067456	XCRHLCYKNKCVTYCRGK	NOT STANDARD	Antimicrobial Antiparasitic Antifungal	Arachnid [Animal]	NO
41316	MYP_067458	MDLIFSACLFGLLSVFPGISGTTFTLVNKCEHTVWPGSLGNSQLGSTGFELPSGGSRSFQAPPSWSGRFWGRTGCTSDQTTGQLTCQTGDCGSSQVECNGNGATPPATLAEFTIGSGTQDFYDVSLVDGYNLPMIVEPSGGSSGACLSTGCVTDLNRQCPTELQFGSGEACLSACEAFKTPEYCCNGAFGAPDTCKPSVYSEMFKAACPRSYSYAYDDATSTFTCTGADYTITFCPSSTSQKSASNTTPATGTTGTTSTTYGSIAGSGEVPKTDDNGSWFPDFLTGESSTTLSSAVFSTTLLASAISSLFLSRFSS	STANDARD	Antimicrobial	Theobroma cacao [Plant]	NO
41317	MYP_067461	ILLLGCSDRYGNILNVDTTGASEATARPEGLSYAGVAASEKIAERDLKNMEKYRAKIRRAGNSKCIDPAVIAGIISRESHAGTVLQDGWGDHGNAFGLMQVDKRYHKIVGSWDSEEHLAQGTEILCDMIKEIQKKFPTWTKEQQLKGGISAYNAGPRNVQSYDRMDIGTTHNDYANDVVARAKLFKRNGY	STANDARD	Antimicrobial Bacteriolytic enzyme Hydrolase	Corythaeola cristata [Animal]	NO
41318	MYP_067463	MRTLAILAAILLFTLLAQAKSLQERADDAATQEQPGEDDQDLAVSFEENGLSTLRDSGSQARRTCHCRSRCLRRESNSGSCNINGRIFSLCCR	STANDARD	Antibiotic Antimicrobial Defensin Antifungal Fungicide Non-hemolytic Non-ribosomal	Macaca mulatta [Animal]	NO
41319	MYP_067464	SCDKDNKRFALLGDFFRKSKEKIGKEFKRIVQRIKDFLRNLVPRTES	STANDARD	Antimicrobial	Homo sapiens [Animal]	NO
41320	MYP_067466	FLPFLAKILTGV	STANDARD	Antibacterial Antimicrobial	not reported [other]	NO