FUNCTION: ANTIMICROBIAL

Found 107,101 peptides

Current Node: Antimicrobial | Page 807 of 5356

Level 2 Subcategories

Antibacterial (29877) Antibiotic activity (14203) Antifungal (12051) Quorum sensing modulation (329) Short antimicrobial peptide (group 4) family (1) Anti-biofilm (0)

Results

Showing up to 20 records.

NO.	PEPTIDE ID	SEQUENCE	STATUS	BIOLOGICAL FUNCTIONS	SOURCE ORGANISM	VERIFIED
16121	MYP_026357	MGYANIKDVQTTGASWKTGQQDKLGYSGVEASHTMAETDSGRMSRYKSKIFNVGQKCGIDPALIAAIISRESRAGNVLHDGWGDWNPHRNAYNAWGLMQVDVNPSGGGHTAEGAWDSEVHLCQATGILVGFIGRIRNKFPGWSGEQHLKGGIAAYNMGDGNVHSYAEVDANTTGGDYSNDVVARAQWYKRNGF	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Scophthalmus maximus [Animal]	NO
16122	MYP_026361	VEIPASRLLPHRPGHHHSIY	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	NO
16123	MYP_026362	MRTFALLTAMLLLVALQPQAEARQARADEAAAQQQPGADDQGMAHSFTRPENAALPLSESAKGLRCVCRRGVCQLL	STANDARD	Antimicrobial Antibiotic Defensin Antifungal Anti-Candida Anti-Gram-negative Anti-Gram-positive Non-hemolytic	Papio anubis [Animal]	YES
16124	MYP_026365	FNLILLRRLAAWRRKSYTPH	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	NO
16125	MYP_026366	RCSKACWVLRGHCRKHCRSGERVRKPCSNGDYCCTASKMNHLPQAPKNALSRTGSVPVAVLKSDNK	STANDARD	Antimicrobial	Mus musculus [Animal]	NO
16126	MYP_026367	IQMDEPMAF	STANDARD	Antimicrobial Anticancer	synthetic construct [Synthetic]	NO
16127	MYP_026368	MTWRGDPTWLADVLRAEGLKVIEEPGWKQRGHGDFLDIRGIIWHHTAGGGSGDWRIVRDGRPDLPGPLAQLVLERDGTYRVIAAGVCWHAGRGSWPGWPTNNANYHTIGIEAVNDGRGQPWPAVQLDAYRRGTAAIARKAGFGASMAAGHREYSSEGKIDPTGINMDAARADVGRLIKGAPKPAPLPNLINEAAEASKAWIGKRLTVGENKLFGADGKLIGAWAEFAAGHVYWRNGAKRAIAVPHDGGLFDAWAARGWERGELGFPFYPHAVVEGGRVQYFEGGTLLVQAGGDPKGHVVHGRIGEHYAAMKSEQGPLGWPLSDEEKVPGTDNITQRFEHGRLTWSPSGIVVQLEAVA	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Gordonia phage GMA4 [Virus]	NO
16128	MYP_026370	MENGIIGNEHNAIENSAERATPAIRFEALEPRVLMSGDVNPAALSITGTLNQPGQQNHYQFTVQGEKHVVFDSLTNRNDINWTLTGPNGAVAQHQFSDDNQPFLDLAAGTYTLTVNGTKDATGSYAMRIVDASAAAPLTLDQKVSDTLVQGNEISVYRFDASAGEKLYFSAGGVQGGNVNWRLIDPYGRQVGDVNNLSSDFGTFTATSNGEYLLLVEGAQNNTTPVNYAFTLNQIKDTQGTLALDQATNGAITQPGQTANYSFTLNTATTAIFDRLSNANFNWSLTGPYGQIVQGRHLNQEQGDALHLAAGSYTLSINFDQGSQGNYAFRLLTATQALTPNTATSGSLDNPVGSHLYKVSLTAGQKLYLSSQPPTGGPMTWRLLDPYGVQVATSPLGQNNPPFTVAADGDYWLVLQGANGNAPTATVSYGFQLNIVPDITAALSLNATTSGTIALAGQSTVYSFHLAAATHLAFDSQSALGNITWSLSGPAGQVIQSRRLTQSDGANYYSVIDAPAGDYTLTVQGDGNATGAYAFALNDLANATGLTQGKAVSGSLSPGNGSAAYRFTANAGDNVKLHSISVSGGTATWRIVDRFGRDVAGAGASAGNLAGDSNVISLTAGGSYTLLIEGAVDNTAAVNYQVELDTTGNIAPAPLPAGDALSLGSVTAGSLATWDATKTYRFTLSNASQLLLDATSRSSAVWTLIGPRGTELSQQQFSGGSILSLPAGDYALTLQGAQASWSYSGNGAYSFRVVDVATLPLLSLGQATTASRSPASATLAYRVQASAGSKLVLNATQVWNSHWDLLDAYGHVLPAQQDDTTGTVYAIPADGTYILRSIGNPGDVSGSRTDTFTLSKEDVTTAPLGLNNLVSGSLAGRQSLAEYSFTLDQPQAIVFDAAKNAGIGVPPGNLQWQLRFSNGQNTGWQGFGSKVQSLPAGRYTLLVRNTLDQLTNFAFRVSNRDTAQPLTLDTQTQASVASDRSTLYRFSAHAGDNCYMQLASANSPFNTQWTLVGPDGNAIAAGSTAYYGSRPSVVLPSTGEYLLVLSPSSWSSNGVPSTTIPFTLGHRVTTNAPLSLGADISGTIAQPGQTIRYSFTLTAPASLLMDPAAVGNNMVWSLNGPSGAVVSSMAFSNGVMPLQLPAGTYVLNVGYNDLSTGQFAFALSDLAAMSPLAFDQQTTASFAPGSKQPAYLFTVPADGDYRVELPPNAPAVQWNIESSLGRYINGSQSMNDATAPLHLAAGQYLLTWTYPFSNQIAVPFTLRHVVTNTQPLTLGTVVNGSIASVAQRQEYDFSVTAPMQVLFNSLSARTDITWQLIGPGGNVVNDTALGKGSSDPITLSTIGNYRLVISPLAQATGNFAFNLLDLAQAPALPAGAAGTTQSIKLSPGNAAVAYALDVHAGDYLNLHIGSLSGGKATLQIVDAAGNIVLATTSLTGTDRFRMTWPHDGRYRLIIRGDIANTTETDIGFDAVQGTPKRATLSLGSDVQGSTSTVGLPDVYRFTVNAPTSVIVDGLSGLDQHWTLRASDGSVVASGQLGTINLQRLAADAYTLEIEAGSANALGAYGLCVVDLANGINLPLAQATQGSIADGHALIYRVAASADQSALQLQVTASANAGASIRVFDATGNLVASGNNALAATTIANGISTGIARYIVIDGGSAATYTLTATQTIVPPTAPLNLGATFNGTLASTGDSKTYRITVGYGQLLPTAQLLRDLGSTSVHWRLTAANATTLAPWQDQNPAYYQALIGAGDYDLTIAATADHASYALQSVDSAQAPFIGAPVSGTLAAGQQAVVYRYAQDLPGALHVNLSGADSWTLYDAHGTQLASGPAGTPADTSWLNTGSYMLLVNRAASTSSVNYTLDVQHAPLPLAPLNTPISGSFSSSQTLIAYRVELPIATQIQLHNASSDPGVQWSITAVGDTPNWNAVPTIDPQPQAYDAGEYQLWVKGDGTAAKNYALQLLNLSSAPALSSTATTGSLSSGHTAAVYSVVLAHDAALHLNFGVSNSQLLRWSLQDSNGNAVAHSLNGANADTAPLHSGRYALVLDGLASAGTASDIAYAISATPFTAPACALGQALNGNLDSGTGQGGYHLSLPNGGRVLLVHAPYGGVNASILQPARQLHRDSTGTLYQLPAGEYDIALNGNTGAAYQCAPFDFDNAPALPAGTSTPAQLAAGQFAALYSFSSDGVAPLTFGAATPSGDGLSWVVYDANGNQVANSNGNASATKLLASGNYRLMVYRSGQSMDALPYTTTLNPVSVPSTALTLGATQTLSLDPATANVADYTFTLATAHRLVLVEPDGNTPPIGYTIVDAHGNVVAGSGTGGQSASPRDFVFGGHKTLSLPAGSYTLRFQGRDSRPMFAARPSGGGGGSSGVSTHFSLVDIDAGATLAVGTPASVSLASRNDVQSLHLAAQAGDSLNLTCTASNGNTDTLGLSWMVVDQDGNILTQGQGNRAGLSASITLKRAGSYTVVVFNANEALTASFSAALQSHTDIAPIDTAALTVGQDTKLTLAAGAAKRYTFSLASASLLAVNGSATQPGTQWQLRDANGLVASGDFNLGQNFVSQAPLAAGDYSLLLSGPQAQGSASSDLDVDVITQAQATTLASGTVDVPATQGIYALPVSAGQDYCFSSAFALNYSIYRQDLTRVALSFDQGVATAHADGSGTWYVVFNQSTANGFLHIVTPSTLTLGQTINGSIAHGGADVYTLQVKSDQWVYLAVPPAQSDVRLSLHGQGMAPITVSSGDDPRPVLLHAGSYSVVIGNPAQNTPTRPAALMAAGPGHDAPPVAYTLLLNALDSTTPQLTLDTATPLSFNALGTAAFRFNGKAGQQLYYASLDGVDNQASWALYDANGRVVYSGASNDTDRLAPLPADGTYYMVWSIDPTIPTSGYGFRFNTTPPQTVAPITLGTPVTLNAGATATTSLYGFTLNAPARLLLNASSSAVGYGWQLTGPGVTQSGTINPGDSPLQFVELPAGTYQFSARPNSNSSGSLSFQFIDTATASPIALDTPFNDSFVPGATKLYRFDGIGGQTLHFAPGNMGTLSGSWTLYAPNGLLVNTTSFTNGVFGSVPDIGLPNTGRYLWAWTSTATSSTAPIAVQFSLGSQTQSQGQAFGTLHNVSWTGQSYAFHLSAPTHLLINISQLNNGQMTWSISSHGQEITRGYVGYAQDTVVELPAGDYQFNALPVDHNTNWNDYYNGSLRLLDLGTANALTLGTPVTGSDSLGSADLYSFHANAGDTVTLASSDTPFSWSIYDEFGRLVQRVQNAGSMSNLPRTGLYYLVRDTSPDGTTTAHSYGFTVTTSHVLTPVAIGQSVTATLSNGYASYGLTVQQGTKLWLDTIDFNPSVRADIYDAQGLLVYSANPTDQHWPINLPAAGTYTLKFSDTYGATQTRSFGFVLTDLATAAALTPDTVIHGSVSASKGVSVYQLNMAQPGNFALKGLGDYYANRSFSWYLVTSYGKTVATGQFSDGIGSLPLDAGNYYLVVAAPYSGASTLNYSYAVDTSLLPLSTDKLISGTLPAGLPVRYTLHLDAPGVLTFHSPAQSNNQWRLDGPGGKVFDQSMSNDQSNQTGLFAAGDYVLTISNGNATTPAPFSFCVLDQNAATPLSVNTPVHTSVTDARGMQLYTIDAVAGTHYYLDTLPGTPSANFGAVPNWMLLDPQGRAVFNLQSMGGLQGPGGQYSFQGQGGFDLGQLALGGKYTLVLVNPNGNTGTPVDVAFNLLTVQDPPTVVLNSLVATPAPALSVTSLNVTPNTGVQTGQTVSVQWVDNNRGTLATSGNWNDRIIVRNTATGVIVADITVPYNVADSGNGAIDINGARSRQQQIRLPDGTSAAGTLSVTVVADSDNLFKENGGTTATATLDVKLAPYPDLTVQNFTLQPASNFQPGQSVTATWTTLNKGNADVTAPWSETLQVTNVTTGKVVASMTLRDAQGTLAANGTRARSTTFTWPSGIDASGNFAIKLIADSLNEIAEANAVKTDNTAEIDEAVGPALQVKNLQVTSSTIRAGGLVTITWEDWNMGGSATGAPFNDRIQVTRADNGMALLNTSVVYDPAAITGGQLNGAIAAGDHRLRSFTFRLPDGLAGAGNLGITVTADSNEAGVQQLFETSVQNGTATTPVVSATTPYADLKIGNVSVPPTGVGGQPLTIGWTVTNNGQASTGDAWSDVIMLGTAATPGSNDIVLGTVRHNGSLAVGQGYTQTAAVNLPLLNDGHYYIYVVSDAKNEVLEPDTRVDSTSAINPIAIAAAYSDLSLTDVSVPAGVQSGDSIKVSWTVKNTGNAPTSSPIWNDRIVLAKNSTPSPDDIVLAGAITHTGTLTNGDSYTGTATLTLPRDLIGDYTILVYSNSDGSVAENGHTSDNLRASSLMHIALSPVPNLTVTSVSGPAAVRPGDAITVSYTANNTGNAATTGAWRDRIYLDAGNGQLIEVANQLYTDGIAANASVNRSVTFTLPPGFAEGTYTFVVRANADGTVYERGSTDHDIGRGNTVTVAKPYLAVTNVTGPGATVQSGSNLHVQWSVTNNGAIATGNWVDRVYLIHDGQQQQIAEIAHSGPLAANGNYTASTDYALPLDAHGEYEILVVADAAHALDEHAFDKNSSQATTTIALAPYADLAVSAVTAPPQVIADPASMDVSWTVTNTGTGAGTSTHWVDRVVLTTHDAPGNSDDIVLGELAHDGALAQGANYTGQLHVMLPPGFSGRYKLFVISDAAKQVFQNGLTAVNTAQATHTVDVMPKPYADLQVQTVTTQGSASSGQPLTVNWTVVNHGIGITDNGEWSDQVWLSSDAAGSNVIAQLGSADHIGQLPANGSYARSMTVMVPNGLQGTYYVNVRTAASGMPYEFIYGNDNVGHVAVPVTLSPSPDLAVKSITLPPNAVEGSLIDVSWTVVNQGQAAATGPWNDALKLVPIDGKGAAIDLGSFAYDQTLAPGITYTHTKQVRLPMHLMGEYRLQVIANADGSVYEDSAVRNDATLTSSTTCTVALQPRPDLIVSKVTLPDHVKAGTHVGIQYTVQNTGSVPATGHWQDKVYLSQSGQLDATAQLVGAFDNASALGSTESYSNVTASIDVPITFAGDYYLIVVANGNSAVDTFPNQSNNTKAAHFTVDPVPFADLFASNVTAPDQVVHGASINVGYKVTNLGSAPTRGLTADVDSWTDTVWLAKDPRRPGAYKGDVLLGSTTHTGNLNVGDSYLGNLQVTIPDGTLSGQYYLTVWSNSYGTILQDELATNKNPDDPTQLNNDNYKARKISVLGVTPPDLEVTQVTAPANVDAGGNVSFSYTVQNQGDAFTGNWTDTVYVADNADLSQARHVWKLGDYTQSSTLNNGQSYTVNQTVQLAPDITGRYVIVQTDSGGLMARAPEPILMRSKAAASNVTTHPANLQVSAVQCQPQNYSGETTQISWTVTNKGETVWPGSAGWVDSVYISADPTFIPSRATALGAFTHANTNGLAAGAAYTATANVQLPPGTGGTYYIYVVADSNYNGDGLSAPEPLSSPHADDHNNTANSGELDYYSRHAYEGSNTTGRIGSRALNVTYREADLQIQKVTISNATPKSGDLVTLTWTVTNTGTRATRATGWNDGVYLSTDNSLATGDYPLIEGSLYDNPARVQHIAITDANGQPRYLQPGESYTQSATFHIPQSISGNFYVLVKTDTTTVKDWNGGSPSAIRQGLDVVSGSGQGAVPVYQGTGANRVYSVPITVTQVTPPYLQVSGVTAPQAVTAGQSFTVNYHVTNNGGTTPDDQGQWYDMVYLSRDRTLDLQHDRYLGYLSHSGGLAANAGYDGQFAVTAPKDLDGPYYVFVVTDPANVFGSGPNGHVLEFRSDKNNETAAAQPMLINAPPPANLVVGNVTVPPTAKVGDPITVTYNVSNNSTNPATGGWTDAVYLSQNNTWSVGDILLGKVVHNGDVAAQAGYTGTLTAQLPPLKDGNWRIIVRPDIYEETGTPKSLTASAATVQTQVPALAVASPLQTTLSNGDVQLYKVSVAAGQTLRVMLGAQEDSGDNELYIRYGDVPTTFAYDAAYSNASAANQQVVIPSTQAGDYYILVRSRSGKNVPTTLRADLLPLSITQVTPDTGGVSDDAHRWVTLDIYGASFQPGAIVKLSRPGVFEAEPARWQVLDATHIRAIFDTRQFPLGLYDVSVTNPDGKSVTEANRYLVQRGIEDDVTIGIGGPRSLNPGDAGTYSVTLQSLTNVDTPYVRFDIGAVEMGYNKYLLDSLSLPYAVFGSNVGGMPFGNIDNAPANTQGYGQTPGTQARADIPWASLDGSENTSGYNLAPGYAFDVAAKGNVGMSFRLQTYPGLSAWLNHDFDALRDALYATHPDWKAKGLLDGGVGDLDKVAPGLAARFNDPEQRKLSKLEAMSESFETNVVGAATALTRDEFIAEQTAYAMKLRSAILADQNAPSSLSVLAADGQQWVNGYLAALEKAGLLQPADQAPPIATNPQVLSLNATLAAGILLSKGGDNYRTQADLLGFFGKVQQWYGNTATYAGDPNAAKGAIDHFETRQDDEGDTVDVPVPKLANAADYDQHAGRTLQFENFRIFVGGQAELEYLRAQGLLDQQFNPLPGKSLNLAQYLQLVAQQKGATQAAISVQGPQGNAVASDGSVYVPAATPLPYSFAFSNPGAQGVGQIRIVTQLDANLDPRSLRLGDLKIGDINIHLPADRANFQSDFDFTATKGYILRVSAGIDVASHIATWLLQAIDPATGDVMQDVTHALLAPVAGQSAAQGGFVSFTVAAMAGATSGAKITSQARILFDDAPPIDSTPVTTTLDAKAPTTTVTVTSLSNNGYDVKWNAQSDASGVRFVTVYVATNGGDFKIWQRQVDPSINEAVFTGVAGNHYEFLAVATDNAGNREAANVTNAVLPDDGARQKVLDGLGVTPTLDQTAQTPQAPQDRQYNSNALFQQAAQLLPGNVAPNNAGDLTNVLAPFSARGFADGFGTGNADIGAMALVQLSDGSLLVSAGTQRNAVYRYAKDGGHSATPLFTLDSPVLDMAIDKLGQLWVMTGNELLQVDANSGAVLRRLQGPSGQPLTHALAIQPTTGDIYVSDGSGIEVFHPNATDPAQQWQHFSNTRVSSLAFGPDGRLWGVKWSGSDITAADPNGTTDIVSFPMSGATLGGAELEYRINGVVDHLAFGQSGSLLDGLLIATGGLSQHVQINGVADTTHGSAVWMIELQSRRVLQVASGGTQGEGVITTADGRILVAQTNHVDELAPARAPKVLATSVPDGSLVPLPLNQIAVQFDQDMWQGTAPDGSSVLDPSNYVLQSSDAGAKAIAPNGIRWDAATHTAYLDVGGLPAGHYQLTISGNLRSATSLRIGQDSITGFTALLDLSTHVQLHFSNTRADDSTGAVSYDVSVTNTGADDLHGPLMLLLDPGAYFGSTIAGAKPGTGDQSDLWVLDLTGALSNGKLAAGATLTNQTITVVPASHFGASGLADLAKFNLGHGIYAVPTADLPPAITPVGSSDTPTTFAQAATIGQAWTTQVEAIDNNSSAIYWQVVQAPAGLTLIAPSSVTVDAAGKHHAVATLNWTPGANAAADSTVVLRVVNASGSVTLQTLHITVSNGSHTPVIAPLGLQTIDEGKAWSLPISASDADGAPLTLSIGNLPPGASFDARTGTLNWTPTYDQAGTYKNVTITVSDGKTTTSESFDIVVNTAWAQPVLTAIPAQTVREGDTFGLQLSGSMPGGLKHADGTTVKLSYGAAFLPAGMTLNSDTGWLGWTPGYDVQGAVNVPITLTATFTLPDGSTQRTSVQQTLQFNVLHANGALHFDSNLAQPWTTLEGQPLAISVVAFDPNNPLFAPKVRPASGAPAVDETGNAIASTVTYNVTGLPQGATFDPDTLQILWTPGYSQAGQYSVTVVASKAGDTAATPITSTVVIPVTVVKVNRAPAIAPIGDVSLDKGSTLDIPVAIDADAGDAVKVTIDGLPRFATFTQNAPSADGHITGTIHLAPGDNDRGDYTLTVTAQNTATGMAAAQRFVVTAKSLTEPPVFTLPQQVVAIIGQPLSLPIAISDADQDGLHLTSNGLPIGAKLTMGDQYGQARLSWTPTANDVGPHDIAITVTDSGLPPQNQGFVNPANPVPNVVTHTVRVIVVASDTPPQLLGMQVNGQTVTDTGNANTNTPVVINTNEGNPFGVALFANDAAGHLINWTATGLPQGMTFNVPAAANGNQATLNWTPDLFASQNGNNGVYRFTVTGSDGAMSFTRTFEVHVAHVAQAPQILPLPLQLVNEGNTLSFNLQSVDADSKPVHLSLIYDANTPAGINFDGSTGTFEWTPGYDTVDKGNTASRDFTFTFQATDGALTSMQTVQVRVLGVYRAPVLSVSSHAVVVGKTLSLPIQLGGTDTHQGIYANDPDGNALTQALAVSFTHLPQGASYDATKHQLNWTPGPGQVGDFVVTANVDDGHGNTVQQSFTVHVVADASANSPKILIDSVPSTPALPGQDIMVTVRASSFSAITALAIQVRGTGLGSDQWQTVALDSSGRFHLKATQPGTIDVRVTATDADGFSGTQDSSVLIKDPAALAPVITWGGALSGATLDGKPVEIDALTNLQANLQELQLMGYRLEIAPIGSSTWQTLGTQLYDASAFNQALTVASLDPAALRNGVYQLRLTAWDLQGRTAEVDARVIINAAQKSAAQNNVADVTYQLGGHAFTVNRTFVGGSGNAFGNWAIAGFDTGLTTDQSAATTSGATAAWTTGARVWLSIPNNLGDANAALQNLSFTLGADGVAMQGSANAPMTYHADFGSSQGWTLAAVNGNALQRQGGHLYDETTGLPWVPSGYVLTAPDGTHYSLDTNGKITGVTFADGKQWLVSDAGIALVGGTASDRIDIVRAANGNIARITGPLDANGNVRSFFYGYDAQNRLVLARALDGTSMGTPYGYDSNGALLTDTVTANLGTAANWLGNSTANSWNGTLQANQTTSLAFAIRDSELASTIKVPGGSGALIVAISASFSDPNSTLQVVGGDVLGNTLSNGVHTVLVRVTEAGMKLLRLNGTGTAKISVSIAGDLNHHGKVDGSDAAALDQDIASKNLAGDINGDGVVDQTDRQILDANYGFQAALPPQAASNLPTTLTHVGLGATISLDQAATASAGESIFWRVLGATNGTAKLSADGHSVIFTPNAGYSGAATINVQADDGFAASAPITLQVNVSAAALTAIHLQPVGDLMPGQNAPLKATVDFQDQLGVDVSADPSYLSLTATDLSSVGLSGPAPVVVDGSRHLVQCNGVGPALIVASHTDGSGHVVQAVQAINTSPAALPPQQSEDDQSDAETPSVKPDVYPVSITLVPGGTRQLKVHVVEPGGDPAAPIDISQASPTPNSATRYFVSDNSVATIDANGLITALKAGRITVSVVYFESVKDANDHVIQQLIGQTDVPLNVQPAVVEDATTNAGVVVDHNLGGAVAAATGETVMIGAGALPADATVSISRIPVSAIGDTTGMNPPLPDMLDTLAAFHLDIGANLSKLPMQLAIPLQVNSGFNAGDEVLFLERSVITDAIGCPHDVWSVVDNGHIGADGVARTASPPYTGISLSGNFIIVKSKTADKKTGSVTVQGAGVNVIALWAGPMLFAGGMGSMSAAGGIAGAATMMSVLGILSTQGIPIYRVNWSSSAAYNDIGQIATNVDSSGNVTLNLDSQVGTGGSGGSGSGNTGPDSGLKVDLKFIYDAENANGDPNATVPNAGQSGVTVAHGFDVGQITLDGLNSMQLGQTLTDELKWYVATAPGHPLAGSAALAALAAHPMNPLTPDQETTIDNAVLKMIDTQLEQHFNPASSTAFRDLPANTQTAIMSAAYQYGNALWSNPHNNHQPMNYWVDLTQGKWDAAVAELRNFGDSYPTRRNKEANLIQADIDSGALPGTKSNSNATQVPITPPAAPDGTLQITGMQMIGNKLRVSFKGLRLPPDSMQLPERLRIWISPEDLKVDSDGHATSNQWNGKAAQQRDMRLWKQFVDVDVTGDTQSIDLDLPANIALSLHEITAQRFVKTTVDVVPWAPRDPQWTTYGGTATASINPQNGFSVMTTATDIDIVENGAIVNKLKYADVAGSPQFVGGAKTHQIAYNEDRSLMFVAGNQGQVYVVDTATMKLVSSVTVAGSTDNLSSLAVSGDWLYIAEGGAYTGNGQHRLLRMNIDEESAQFLTAQQIHLPDAVSGMNAAFGYVDLAVVEGTHSYLAVTAANSNEGIASTSLHSGAMFVLDLDLLDASDTTGGTLTASGSAIQMVNFPSNRGRGAQFLTAASSITSGGKVTTIRFLVSSAFDYDNGLGTVTIGVDAHGVMQSPAFQSISMPGERPGVPLMARYSDKYQLDIQRAQSPVFVKVGGIEYALVADYDVPFKDPGFMNGLLNNKQIGGKIGIIRDPFGAAEYLGATTPIVDASINSLSYNAANGVLWADVRYWGMPGQPSLPDGILVWNMQDLITQATAHSLAVQGGNRPVPIDQLGGVLPTKVDTGVLFGMSSSQTLKANAPTDEKMRYGDISLIDLAALIRKEYPDYAKVTNDAITGINKDTVCVDTASSQYAKIVTTCYKSDGSATDVPYVLSTTANTGHGISAASAADYAGLYDPDTFAASHTLFLQTLFTSADMDALRLGKRLPDRTIEIVLSNITIAGKTIDKLVLDVPLSDFAGDSTKSGFIGDRSSSNPGYTPFTLSTGGTVGKGAVSQTHNRPLDVLRVEQRLKYLGFPAYGTTTAEFDVSEKWTPQVARAAWLFDRVVNYNKPTQYTPAATGPDMTRLVIGGNPGQLDNAAATLKIAQDSTASDGNFLAYLQAWDAPHWMNVWKSLGGLNDTPQGPFHSNVPSAAGQAWLAEGTKDIVEHYGTSWARDLLAAWAETAQARASIGLGNASLTLTAVTRLNYVDTDNHSSHDLGMADDIGLPHDDAARSDAGEHLNTPPATATTADALAAWWASPQSGIPQAKQSTLQSILAMLMLTHPASGNSLYNAIPLSDSVRQTLFNGLVNFMYYGATFNQYSDVKQAIRSVAGALGVPLGNVTTQNGQTGWLRFWSGHNTHFHLTLTPPPALLAQPQLAADDASTQTQTPPAADVSLSALLGLAQHLWGAKPSDLGMPANGDSIAFGNLGNGELGETQGTSVVIDRTANGVGWYVNKDALSNDDFVPTADPGVWVAKAGSAAAGKYDLLTVVLHEYGHLLGLPDIANAADDLMSVSLEPGVRRLPAGVSMQQIQSLLAQFARSQAPASTSNASTRIEQTIAAPTANLASVAQQYQAAINPSFVGLGTNGNQGWSSEGNISGTGASVTLSEGSQTQTRLSQGFVLGTNDRFLRFTLSNVTLQSLGDRPEDAFQVALLDAKSGASLGGKIDLSLTDALLNLQGDGSAHQASGVTVITNADGSRTYIVDLRSVPAGTAVNLSFDLIGFAASGSHVTISDVTTMGMPQAKDAAFTGLENGSISANVLANDGDVYGATPVIIHGPAHGTVTLNKDGSFVYTPNYLYYGTDSFSYALSNAGVQSNTATVSLAIQYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVAGNVSFWLHDNQTKVLNLLANASDADGDKLTVRIISAPQHGKLVRNDDGTYTYEPDHCYVGADSFTYVANDGQLDSKVATVSIDVKGRNHRPHAHSHEMAVAENGTSPIDLLAYSKDPDGDPLTTRIVCGPHHGSLTQNADGTYVYTPNAGWTGMDGFVFVANDGQYDSNHATVWLDVDRPPVAHDESFTVRAGTPKRLDILAGDDPGEEDADDLRAKLVNKPQHGRLTENCDGTFSYTADANFVGTDTFTYIADNGELGSKPATVTLTVLAPKRPPVAVDDNVITNDNTPVRIDVLSNDSDPDGEALNARIVCRPEHGRLTHNADGSFTYTPDRNWTGTDSFAYRAVDDEAQSAIAMVHITVVPVPSARDASFEVERNGKVHIDLNCLIDDPDATAAKRLDLTVGKPAHGRLVQKDDGSYVYRPAHGFIGTDTFTYSVSDGTHTATATVTLNVVRDEDDDDDRCDSSQTVIIIAGDACSDDEGRGGYIIINQGLGDDWRHERHRPSLDWDRADAADLGISGCIGDSWWNVGIEQPLLASEDLLKRSGLVVRRTD	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Trinickia fusca [Bacterium]	NO
16129	MYP_026371	MRTISKEGLALIKQWEGLRLQAYKDLACVWTIGYGHTSEAGRPFVRKGMRITQEQAEAILREDLKQFEKTVEEAVMVSLTDEQFAALVSFCYNVGTKAFCNSTLLKKLNKGDYEAVPEELQKWNRVGGKRLQGLANRRAAEAGLWAKGAYIASNYQRVETKGATGSLKAEILAPIIGSFSGLGGLVAGNGPVQWALAGIMVLAACAGIVFVAKRFREQRL	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Bartonella washoeensis Sb944nv [Bacterium]	NO
16130	MYP_026372	GPGKWLPWLQPAYDFVTGLAKGIGKEGNKNKWKNVGTWDDIGNGIGRVAYWVGKAMGNMSDVNQASRINRKKKH	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
16131	MYP_026373	VNWRRILGRIIRVVR	STANDARD	Anticancer	Insecta [Animal]	NO
16132	MYP_026375	MTTKDQVAQITIAEAKARGYTRSECLAVMSTFYQESGWNDTIWDPTHTTYGIAQQDGSYPHRFDGAAAQIKGFFDKLDVWRAKPGASTDIWLNICWMQQAPNWPSADYWYANGRRAYLTEIKSRIATVTPYLDKYWPADGGTAMPETRPPYNEFAIWSANNSARSGKPTMFLIHTQEGGGGDAAAENLAKWFQNGNGVSYHYTISQASDGGVTVVDCVDTDRAAWSVGNANSISINLCFAGSRASWMRDQWMKQSNAIDVAAYLAVQDAKKYGFTPLVVPPPYTNGRPGISDHRWVTDVFKWGTHTDVGANFPWDYFTERVNHWAAGGKTEPEPPKVKHFPDDWTDRELAVETLRQQRGYNLDGWPQLGGRTVVDALGAIGAKLGIEGCYDIKGKS	STANDARD	Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal	Mycobacterium phage Royals2015 [Virus]	NO
16133	MYP_026377	MPDVTKLKADLIRDEDLRLKPYRCTAGKLTIGVGRNLEDVGIVREEAMLLLDNDIARITADLDRALPWWRTLSEPRRRALANMGFNLGIDRLRGFRKMLAALEAGDCARAALEAEDSLWARQVGGRAARIIGAIRNG	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Azospirillum lipoferum [Bacterium]	NO
16134	MYP_026378	MSTIIDTAAGFPSPEAIKRAGHSGIIAYVSPDRPGSNFAGKPLTRSVADRYREAGVDIAAVWQYGKPQGTAPSDWTTGFEGGKRMAAQALRIARDAGMPGWCPIYFAVDENITLQQWNDTAVHFFRGAGEAIGVEWVGIYGHSRVCHWAIEDKVIGRSPKPGSGPWAWVTRAWSDDTGTGYAALYQRVIDTPSNPGPLVDGIRVDVNDVYAADWGQWSVDRTPNAGQPAPAPGGPADMARIGYGVTHTIPAGSDGPRRAHDYVGLHTQEGGKGDAIGLANYCRNAGVSYNDAVDDVYTVRMMAPGNAPWAAVQANAVGYHIVLSGSFVSWSRDRWLSKDASDGLDEDAMLTRAARCVAAACQEFGIPVEWVGNNGATGWPQKRGICGHKDFGARGGGHTDPYPNFPIDEFMRRVRAFFAPPSPNLIDAEAKVAARWIGKRITGAATPTTTDDETPLFLDGKKVGAFARFESGHVYWRLGASAAYAIPAGGLFEAYAARDWERGLGFPVLRHQVVTTPISKVTAGVQSFEGGVLFTPVGGPVEGFVVHGEIGKRYAAMDWEQGPLGLPTSDERPVPNTDLIEQRFEFGKLTYVPTGVLVELVTN	STANDARD	Antimicrobial Non-hemolytic Non-ribosomal	Gordonia phage Keitabear [Virus]	NO
16135	MYP_026379	IKKEIEAIKKEQEAIKKKIEAIEKLLALTVWGIKQLQARIL	STANDARD	Antiviral Anti-HIV Fusion inhibitor	synthetic construct [Synthetic]	NO
16136	MYP_026380	METQRPSLSLGQWSLWLLLLGLVLPSARAQALSYREAVLRAVGQLNERSSEANLYRLLELDPPSKDVEDHSARKPVSFRVKETVCPRTSQQPPEQCDFKENGLVKQCVGTITLDQSNDQFDLNCNELQSVRRFRRTRRLSRPIIRPLPLPRPGQRPIIRPLPFRPRPRPRPWPRPVPVLL	STANDARD	Antimicrobial Antibiotic Non-hemolytic Non-ribosomal	Odocoileus virginianus texanus [Animal]	NO
16137	MYP_026384	RRMAVVLIVIRR	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	NO
16138	MYP_026386	MENKFDMEKFKKLAAVVSEDELDTLLDETTVGAGSSNDCADLILKITGVVVSATSKFDWCPTGACTTSCRF	STANDARD	Antimicrobial Bacteriocin Lantibiotic Anti-Gram-negative Synergistic peptide Non-hemolytic	Ruminococcus flavefaciens [Bacterium]	YES
16139	MYP_026387	MKLFLVLLILLFEVSEDTARSRKCFSTIAGYCKKKCMLGEIYDKPCTKGKLCCISESKKNTYQQAIQQPEPSSKPDLKLDYVILPTVTLGTIPQ	STANDARD	Antibiotic Antimicrobial Defensin Non-hemolytic	Capra hircus [Animal]	NO
16140	MYP_026389	MSYTIRNDGMIPNPKTQTVNYGGRQFIVIHSTADLNAIAANIDHYFDSNWSRVYAFTQWAIDDKEAWQNYDNGFRSWGAGNVNGYAWSQIEICEFQDDNRSKAAIANAIQLTKALVNEATAKGVKVEIISHKEAAQMFGGSDHVDPIPYFNRFGYTMDWFRQQVEAANGGSTNGGSTNGGATNGGATSNINITGEKEMKVITITTDGDYYGKKYKAGACFFFTGDSLRYIERPQSLGVFDSLQIPRFRMDAISLLLLIQDLDLKIS	STANDARD	Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal	Lactococcus phage P1046 [Virus]	NO