FUNCTION: TOXICITY / SAFETY

Found 55,674 peptides

Current Node: Toxicity / Safety | Page 414 of 2784

Level 2 Subcategories

Cytotoxicity (21) Blood cell toxicity (0) Cytolysis / cell lysis (0) Negative safety assay result (0)

Results

Showing up to 20 records.

NO.	PEPTIDE ID	SEQUENCE	STATUS	BIOLOGICAL FUNCTIONS	SOURCE ORGANISM	VERIFIED
8261	MYP_026350	FFSMIPKIATGIASLVKDL	STANDARD	Antimicrobial	Phyllomedusa trinitatis [Animal]	NO
8262	MYP_026352	MRIYYLLFVLPFLFLMPVPGNGGIISLLQKQFCSLRSGRCALLTCLPKEEQIGRCSLSGRKCCRRKK	STANDARD	Antibiotic Antimicrobial Defensin Non-hemolytic	Felis catus [Animal]	NO
8263	MYP_026354	MELKAALKDYTASEFQALVNKIWAVDLPKPDHDKLINHFDRIAGHPRGADLLFYSTDEHISNSPQAVVHHVRTWHHQQGIPAFKGEDIPAAKPPVAPLTPLARSLAEVEKIAADVAVSGHVLEEAFSHFEQQIESFQRQQDTLRDIPKQESGIRTLEHAQREALIAARKFEFWKMRVEFVQSGAQRNLTYARSEQAQWQGVIQKINAIRDRYVTRLASMTQRHRTLHDEAEALLIKAHQRLIHSRSSTQTMHTISASLAFADKRPDLLLNGGSPVLLLSQQVALLKAIRSVVADFSWQNTSGEPNTGSQQAALLNFAFTSRADTQVFGLSAPLAELLPIEGQDWQYLAASRGEVDLPFRMGTATVPVTPGKMFHGLRELETLSQVYLTACNGCPSISGVRVRAVTQDQHLNRFSFTPEGAATVTVHWSTTDSLESAQSLRIGFVHSAPVPTIEALADRAHDRFDDYILVFPVESGLDPLYIVFNRPPN	STANDARD	Antimicrobial Antibiotic Bacteriocin Non-hemolytic Non-ribosomal	Pseudomonas fluorescens [Bacterium]	NO
8264	MYP_026356	EPILGIITSLLKSL	STANDARD	Antimicrobial Antibacterial Antifungal Hemolytic	Orancistrocerus drewseni [Animal]	NO
8265	MYP_026357	MGYANIKDVQTTGASWKTGQQDKLGYSGVEASHTMAETDSGRMSRYKSKIFNVGQKCGIDPALIAAIISRESRAGNVLHDGWGDWNPHRNAYNAWGLMQVDVNPSGGGHTAEGAWDSEVHLCQATGILVGFIGRIRNKFPGWSGEQHLKGGIAAYNMGDGNVHSYAEVDANTTGGDYSNDVVARAQWYKRNGF	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Scophthalmus maximus [Animal]	NO
8266	MYP_026362	MRTFALLTAMLLLVALQPQAEARQARADEAAAQQQPGADDQGMAHSFTRPENAALPLSESAKGLRCVCRRGVCQLL	STANDARD	Antimicrobial Antibiotic Defensin Antifungal Anti-Candida Anti-Gram-negative Anti-Gram-positive Non-hemolytic	Papio anubis [Animal]	YES
8267	MYP_026366	RCSKACWVLRGHCRKHCRSGERVRKPCSNGDYCCTASKMNHLPQAPKNALSRTGSVPVAVLKSDNK	STANDARD	Antimicrobial	Mus musculus [Animal]	NO
8268	MYP_026368	MTWRGDPTWLADVLRAEGLKVIEEPGWKQRGHGDFLDIRGIIWHHTAGGGSGDWRIVRDGRPDLPGPLAQLVLERDGTYRVIAAGVCWHAGRGSWPGWPTNNANYHTIGIEAVNDGRGQPWPAVQLDAYRRGTAAIARKAGFGASMAAGHREYSSEGKIDPTGINMDAARADVGRLIKGAPKPAPLPNLINEAAEASKAWIGKRLTVGENKLFGADGKLIGAWAEFAAGHVYWRNGAKRAIAVPHDGGLFDAWAARGWERGELGFPFYPHAVVEGGRVQYFEGGTLLVQAGGDPKGHVVHGRIGEHYAAMKSEQGPLGWPLSDEEKVPGTDNITQRFEHGRLTWSPSGIVVQLEAVA	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Gordonia phage GMA4 [Virus]	NO
8269	MYP_026370	MENGIIGNEHNAIENSAERATPAIRFEALEPRVLMSGDVNPAALSITGTLNQPGQQNHYQFTVQGEKHVVFDSLTNRNDINWTLTGPNGAVAQHQFSDDNQPFLDLAAGTYTLTVNGTKDATGSYAMRIVDASAAAPLTLDQKVSDTLVQGNEISVYRFDASAGEKLYFSAGGVQGGNVNWRLIDPYGRQVGDVNNLSSDFGTFTATSNGEYLLLVEGAQNNTTPVNYAFTLNQIKDTQGTLALDQATNGAITQPGQTANYSFTLNTATTAIFDRLSNANFNWSLTGPYGQIVQGRHLNQEQGDALHLAAGSYTLSINFDQGSQGNYAFRLLTATQALTPNTATSGSLDNPVGSHLYKVSLTAGQKLYLSSQPPTGGPMTWRLLDPYGVQVATSPLGQNNPPFTVAADGDYWLVLQGANGNAPTATVSYGFQLNIVPDITAALSLNATTSGTIALAGQSTVYSFHLAAATHLAFDSQSALGNITWSLSGPAGQVIQSRRLTQSDGANYYSVIDAPAGDYTLTVQGDGNATGAYAFALNDLANATGLTQGKAVSGSLSPGNGSAAYRFTANAGDNVKLHSISVSGGTATWRIVDRFGRDVAGAGASAGNLAGDSNVISLTAGGSYTLLIEGAVDNTAAVNYQVELDTTGNIAPAPLPAGDALSLGSVTAGSLATWDATKTYRFTLSNASQLLLDATSRSSAVWTLIGPRGTELSQQQFSGGSILSLPAGDYALTLQGAQASWSYSGNGAYSFRVVDVATLPLLSLGQATTASRSPASATLAYRVQASAGSKLVLNATQVWNSHWDLLDAYGHVLPAQQDDTTGTVYAIPADGTYILRSIGNPGDVSGSRTDTFTLSKEDVTTAPLGLNNLVSGSLAGRQSLAEYSFTLDQPQAIVFDAAKNAGIGVPPGNLQWQLRFSNGQNTGWQGFGSKVQSLPAGRYTLLVRNTLDQLTNFAFRVSNRDTAQPLTLDTQTQASVASDRSTLYRFSAHAGDNCYMQLASANSPFNTQWTLVGPDGNAIAAGSTAYYGSRPSVVLPSTGEYLLVLSPSSWSSNGVPSTTIPFTLGHRVTTNAPLSLGADISGTIAQPGQTIRYSFTLTAPASLLMDPAAVGNNMVWSLNGPSGAVVSSMAFSNGVMPLQLPAGTYVLNVGYNDLSTGQFAFALSDLAAMSPLAFDQQTTASFAPGSKQPAYLFTVPADGDYRVELPPNAPAVQWNIESSLGRYINGSQSMNDATAPLHLAAGQYLLTWTYPFSNQIAVPFTLRHVVTNTQPLTLGTVVNGSIASVAQRQEYDFSVTAPMQVLFNSLSARTDITWQLIGPGGNVVNDTALGKGSSDPITLSTIGNYRLVISPLAQATGNFAFNLLDLAQAPALPAGAAGTTQSIKLSPGNAAVAYALDVHAGDYLNLHIGSLSGGKATLQIVDAAGNIVLATTSLTGTDRFRMTWPHDGRYRLIIRGDIANTTETDIGFDAVQGTPKRATLSLGSDVQGSTSTVGLPDVYRFTVNAPTSVIVDGLSGLDQHWTLRASDGSVVASGQLGTINLQRLAADAYTLEIEAGSANALGAYGLCVVDLANGINLPLAQATQGSIADGHALIYRVAASADQSALQLQVTASANAGASIRVFDATGNLVASGNNALAATTIANGISTGIARYIVIDGGSAATYTLTATQTIVPPTAPLNLGATFNGTLASTGDSKTYRITVGYGQLLPTAQLLRDLGSTSVHWRLTAANATTLAPWQDQNPAYYQALIGAGDYDLTIAATADHASYALQSVDSAQAPFIGAPVSGTLAAGQQAVVYRYAQDLPGALHVNLSGADSWTLYDAHGTQLASGPAGTPADTSWLNTGSYMLLVNRAASTSSVNYTLDVQHAPLPLAPLNTPISGSFSSSQTLIAYRVELPIATQIQLHNASSDPGVQWSITAVGDTPNWNAVPTIDPQPQAYDAGEYQLWVKGDGTAAKNYALQLLNLSSAPALSSTATTGSLSSGHTAAVYSVVLAHDAALHLNFGVSNSQLLRWSLQDSNGNAVAHSLNGANADTAPLHSGRYALVLDGLASAGTASDIAYAISATPFTAPACALGQALNGNLDSGTGQGGYHLSLPNGGRVLLVHAPYGGVNASILQPARQLHRDSTGTLYQLPAGEYDIALNGNTGAAYQCAPFDFDNAPALPAGTSTPAQLAAGQFAALYSFSSDGVAPLTFGAATPSGDGLSWVVYDANGNQVANSNGNASATKLLASGNYRLMVYRSGQSMDALPYTTTLNPVSVPSTALTLGATQTLSLDPATANVADYTFTLATAHRLVLVEPDGNTPPIGYTIVDAHGNVVAGSGTGGQSASPRDFVFGGHKTLSLPAGSYTLRFQGRDSRPMFAARPSGGGGGSSGVSTHFSLVDIDAGATLAVGTPASVSLASRNDVQSLHLAAQAGDSLNLTCTASNGNTDTLGLSWMVVDQDGNILTQGQGNRAGLSASITLKRAGSYTVVVFNANEALTASFSAALQSHTDIAPIDTAALTVGQDTKLTLAAGAAKRYTFSLASASLLAVNGSATQPGTQWQLRDANGLVASGDFNLGQNFVSQAPLAAGDYSLLLSGPQAQGSASSDLDVDVITQAQATTLASGTVDVPATQGIYALPVSAGQDYCFSSAFALNYSIYRQDLTRVALSFDQGVATAHADGSGTWYVVFNQSTANGFLHIVTPSTLTLGQTINGSIAHGGADVYTLQVKSDQWVYLAVPPAQSDVRLSLHGQGMAPITVSSGDDPRPVLLHAGSYSVVIGNPAQNTPTRPAALMAAGPGHDAPPVAYTLLLNALDSTTPQLTLDTATPLSFNALGTAAFRFNGKAGQQLYYASLDGVDNQASWALYDANGRVVYSGASNDTDRLAPLPADGTYYMVWSIDPTIPTSGYGFRFNTTPPQTVAPITLGTPVTLNAGATATTSLYGFTLNAPARLLLNASSSAVGYGWQLTGPGVTQSGTINPGDSPLQFVELPAGTYQFSARPNSNSSGSLSFQFIDTATASPIALDTPFNDSFVPGATKLYRFDGIGGQTLHFAPGNMGTLSGSWTLYAPNGLLVNTTSFTNGVFGSVPDIGLPNTGRYLWAWTSTATSSTAPIAVQFSLGSQTQSQGQAFGTLHNVSWTGQSYAFHLSAPTHLLINISQLNNGQMTWSISSHGQEITRGYVGYAQDTVVELPAGDYQFNALPVDHNTNWNDYYNGSLRLLDLGTANALTLGTPVTGSDSLGSADLYSFHANAGDTVTLASSDTPFSWSIYDEFGRLVQRVQNAGSMSNLPRTGLYYLVRDTSPDGTTTAHSYGFTVTTSHVLTPVAIGQSVTATLSNGYASYGLTVQQGTKLWLDTIDFNPSVRADIYDAQGLLVYSANPTDQHWPINLPAAGTYTLKFSDTYGATQTRSFGFVLTDLATAAALTPDTVIHGSVSASKGVSVYQLNMAQPGNFALKGLGDYYANRSFSWYLVTSYGKTVATGQFSDGIGSLPLDAGNYYLVVAAPYSGASTLNYSYAVDTSLLPLSTDKLISGTLPAGLPVRYTLHLDAPGVLTFHSPAQSNNQWRLDGPGGKVFDQSMSNDQSNQTGLFAAGDYVLTISNGNATTPAPFSFCVLDQNAATPLSVNTPVHTSVTDARGMQLYTIDAVAGTHYYLDTLPGTPSANFGAVPNWMLLDPQGRAVFNLQSMGGLQGPGGQYSFQGQGGFDLGQLALGGKYTLVLVNPNGNTGTPVDVAFNLLTVQDPPTVVLNSLVATPAPALSVTSLNVTPNTGVQTGQTVSVQWVDNNRGTLATSGNWNDRIIVRNTATGVIVADITVPYNVADSGNGAIDINGARSRQQQIRLPDGTSAAGTLSVTVVADSDNLFKENGGTTATATLDVKLAPYPDLTVQNFTLQPASNFQPGQSVTATWTTLNKGNADVTAPWSETLQVTNVTTGKVVASMTLRDAQGTLAANGTRARSTTFTWPSGIDASGNFAIKLIADSLNEIAEANAVKTDNTAEIDEAVGPALQVKNLQVTSSTIRAGGLVTITWEDWNMGGSATGAPFNDRIQVTRADNGMALLNTSVVYDPAAITGGQLNGAIAAGDHRLRSFTFRLPDGLAGAGNLGITVTADSNEAGVQQLFETSVQNGTATTPVVSATTPYADLKIGNVSVPPTGVGGQPLTIGWTVTNNGQASTGDAWSDVIMLGTAATPGSNDIVLGTVRHNGSLAVGQGYTQTAAVNLPLLNDGHYYIYVVSDAKNEVLEPDTRVDSTSAINPIAIAAAYSDLSLTDVSVPAGVQSGDSIKVSWTVKNTGNAPTSSPIWNDRIVLAKNSTPSPDDIVLAGAITHTGTLTNGDSYTGTATLTLPRDLIGDYTILVYSNSDGSVAENGHTSDNLRASSLMHIALSPVPNLTVTSVSGPAAVRPGDAITVSYTANNTGNAATTGAWRDRIYLDAGNGQLIEVANQLYTDGIAANASVNRSVTFTLPPGFAEGTYTFVVRANADGTVYERGSTDHDIGRGNTVTVAKPYLAVTNVTGPGATVQSGSNLHVQWSVTNNGAIATGNWVDRVYLIHDGQQQQIAEIAHSGPLAANGNYTASTDYALPLDAHGEYEILVVADAAHALDEHAFDKNSSQATTTIALAPYADLAVSAVTAPPQVIADPASMDVSWTVTNTGTGAGTSTHWVDRVVLTTHDAPGNSDDIVLGELAHDGALAQGANYTGQLHVMLPPGFSGRYKLFVISDAAKQVFQNGLTAVNTAQATHTVDVMPKPYADLQVQTVTTQGSASSGQPLTVNWTVVNHGIGITDNGEWSDQVWLSSDAAGSNVIAQLGSADHIGQLPANGSYARSMTVMVPNGLQGTYYVNVRTAASGMPYEFIYGNDNVGHVAVPVTLSPSPDLAVKSITLPPNAVEGSLIDVSWTVVNQGQAAATGPWNDALKLVPIDGKGAAIDLGSFAYDQTLAPGITYTHTKQVRLPMHLMGEYRLQVIANADGSVYEDSAVRNDATLTSSTTCTVALQPRPDLIVSKVTLPDHVKAGTHVGIQYTVQNTGSVPATGHWQDKVYLSQSGQLDATAQLVGAFDNASALGSTESYSNVTASIDVPITFAGDYYLIVVANGNSAVDTFPNQSNNTKAAHFTVDPVPFADLFASNVTAPDQVVHGASINVGYKVTNLGSAPTRGLTADVDSWTDTVWLAKDPRRPGAYKGDVLLGSTTHTGNLNVGDSYLGNLQVTIPDGTLSGQYYLTVWSNSYGTILQDELATNKNPDDPTQLNNDNYKARKISVLGVTPPDLEVTQVTAPANVDAGGNVSFSYTVQNQGDAFTGNWTDTVYVADNADLSQARHVWKLGDYTQSSTLNNGQSYTVNQTVQLAPDITGRYVIVQTDSGGLMARAPEPILMRSKAAASNVTTHPANLQVSAVQCQPQNYSGETTQISWTVTNKGETVWPGSAGWVDSVYISADPTFIPSRATALGAFTHANTNGLAAGAAYTATANVQLPPGTGGTYYIYVVADSNYNGDGLSAPEPLSSPHADDHNNTANSGELDYYSRHAYEGSNTTGRIGSRALNVTYREADLQIQKVTISNATPKSGDLVTLTWTVTNTGTRATRATGWNDGVYLSTDNSLATGDYPLIEGSLYDNPARVQHIAITDANGQPRYLQPGESYTQSATFHIPQSISGNFYVLVKTDTTTVKDWNGGSPSAIRQGLDVVSGSGQGAVPVYQGTGANRVYSVPITVTQVTPPYLQVSGVTAPQAVTAGQSFTVNYHVTNNGGTTPDDQGQWYDMVYLSRDRTLDLQHDRYLGYLSHSGGLAANAGYDGQFAVTAPKDLDGPYYVFVVTDPANVFGSGPNGHVLEFRSDKNNETAAAQPMLINAPPPANLVVGNVTVPPTAKVGDPITVTYNVSNNSTNPATGGWTDAVYLSQNNTWSVGDILLGKVVHNGDVAAQAGYTGTLTAQLPPLKDGNWRIIVRPDIYEETGTPKSLTASAATVQTQVPALAVASPLQTTLSNGDVQLYKVSVAAGQTLRVMLGAQEDSGDNELYIRYGDVPTTFAYDAAYSNASAANQQVVIPSTQAGDYYILVRSRSGKNVPTTLRADLLPLSITQVTPDTGGVSDDAHRWVTLDIYGASFQPGAIVKLSRPGVFEAEPARWQVLDATHIRAIFDTRQFPLGLYDVSVTNPDGKSVTEANRYLVQRGIEDDVTIGIGGPRSLNPGDAGTYSVTLQSLTNVDTPYVRFDIGAVEMGYNKYLLDSLSLPYAVFGSNVGGMPFGNIDNAPANTQGYGQTPGTQARADIPWASLDGSENTSGYNLAPGYAFDVAAKGNVGMSFRLQTYPGLSAWLNHDFDALRDALYATHPDWKAKGLLDGGVGDLDKVAPGLAARFNDPEQRKLSKLEAMSESFETNVVGAATALTRDEFIAEQTAYAMKLRSAILADQNAPSSLSVLAADGQQWVNGYLAALEKAGLLQPADQAPPIATNPQVLSLNATLAAGILLSKGGDNYRTQADLLGFFGKVQQWYGNTATYAGDPNAAKGAIDHFETRQDDEGDTVDVPVPKLANAADYDQHAGRTLQFENFRIFVGGQAELEYLRAQGLLDQQFNPLPGKSLNLAQYLQLVAQQKGATQAAISVQGPQGNAVASDGSVYVPAATPLPYSFAFSNPGAQGVGQIRIVTQLDANLDPRSLRLGDLKIGDINIHLPADRANFQSDFDFTATKGYILRVSAGIDVASHIATWLLQAIDPATGDVMQDVTHALLAPVAGQSAAQGGFVSFTVAAMAGATSGAKITSQARILFDDAPPIDSTPVTTTLDAKAPTTTVTVTSLSNNGYDVKWNAQSDASGVRFVTVYVATNGGDFKIWQRQVDPSINEAVFTGVAGNHYEFLAVATDNAGNREAANVTNAVLPDDGARQKVLDGLGVTPTLDQTAQTPQAPQDRQYNSNALFQQAAQLLPGNVAPNNAGDLTNVLAPFSARGFADGFGTGNADIGAMALVQLSDGSLLVSAGTQRNAVYRYAKDGGHSATPLFTLDSPVLDMAIDKLGQLWVMTGNELLQVDANSGAVLRRLQGPSGQPLTHALAIQPTTGDIYVSDGSGIEVFHPNATDPAQQWQHFSNTRVSSLAFGPDGRLWGVKWSGSDITAADPNGTTDIVSFPMSGATLGGAELEYRINGVVDHLAFGQSGSLLDGLLIATGGLSQHVQINGVADTTHGSAVWMIELQSRRVLQVASGGTQGEGVITTADGRILVAQTNHVDELAPARAPKVLATSVPDGSLVPLPLNQIAVQFDQDMWQGTAPDGSSVLDPSNYVLQSSDAGAKAIAPNGIRWDAATHTAYLDVGGLPAGHYQLTISGNLRSATSLRIGQDSITGFTALLDLSTHVQLHFSNTRADDSTGAVSYDVSVTNTGADDLHGPLMLLLDPGAYFGSTIAGAKPGTGDQSDLWVLDLTGALSNGKLAAGATLTNQTITVVPASHFGASGLADLAKFNLGHGIYAVPTADLPPAITPVGSSDTPTTFAQAATIGQAWTTQVEAIDNNSSAIYWQVVQAPAGLTLIAPSSVTVDAAGKHHAVATLNWTPGANAAADSTVVLRVVNASGSVTLQTLHITVSNGSHTPVIAPLGLQTIDEGKAWSLPISASDADGAPLTLSIGNLPPGASFDARTGTLNWTPTYDQAGTYKNVTITVSDGKTTTSESFDIVVNTAWAQPVLTAIPAQTVREGDTFGLQLSGSMPGGLKHADGTTVKLSYGAAFLPAGMTLNSDTGWLGWTPGYDVQGAVNVPITLTATFTLPDGSTQRTSVQQTLQFNVLHANGALHFDSNLAQPWTTLEGQPLAISVVAFDPNNPLFAPKVRPASGAPAVDETGNAIASTVTYNVTGLPQGATFDPDTLQILWTPGYSQAGQYSVTVVASKAGDTAATPITSTVVIPVTVVKVNRAPAIAPIGDVSLDKGSTLDIPVAIDADAGDAVKVTIDGLPRFATFTQNAPSADGHITGTIHLAPGDNDRGDYTLTVTAQNTATGMAAAQRFVVTAKSLTEPPVFTLPQQVVAIIGQPLSLPIAISDADQDGLHLTSNGLPIGAKLTMGDQYGQARLSWTPTANDVGPHDIAITVTDSGLPPQNQGFVNPANPVPNVVTHTVRVIVVASDTPPQLLGMQVNGQTVTDTGNANTNTPVVINTNEGNPFGVALFANDAAGHLINWTATGLPQGMTFNVPAAANGNQATLNWTPDLFASQNGNNGVYRFTVTGSDGAMSFTRTFEVHVAHVAQAPQILPLPLQLVNEGNTLSFNLQSVDADSKPVHLSLIYDANTPAGINFDGSTGTFEWTPGYDTVDKGNTASRDFTFTFQATDGALTSMQTVQVRVLGVYRAPVLSVSSHAVVVGKTLSLPIQLGGTDTHQGIYANDPDGNALTQALAVSFTHLPQGASYDATKHQLNWTPGPGQVGDFVVTANVDDGHGNTVQQSFTVHVVADASANSPKILIDSVPSTPALPGQDIMVTVRASSFSAITALAIQVRGTGLGSDQWQTVALDSSGRFHLKATQPGTIDVRVTATDADGFSGTQDSSVLIKDPAALAPVITWGGALSGATLDGKPVEIDALTNLQANLQELQLMGYRLEIAPIGSSTWQTLGTQLYDASAFNQALTVASLDPAALRNGVYQLRLTAWDLQGRTAEVDARVIINAAQKSAAQNNVADVTYQLGGHAFTVNRTFVGGSGNAFGNWAIAGFDTGLTTDQSAATTSGATAAWTTGARVWLSIPNNLGDANAALQNLSFTLGADGVAMQGSANAPMTYHADFGSSQGWTLAAVNGNALQRQGGHLYDETTGLPWVPSGYVLTAPDGTHYSLDTNGKITGVTFADGKQWLVSDAGIALVGGTASDRIDIVRAANGNIARITGPLDANGNVRSFFYGYDAQNRLVLARALDGTSMGTPYGYDSNGALLTDTVTANLGTAANWLGNSTANSWNGTLQANQTTSLAFAIRDSELASTIKVPGGSGALIVAISASFSDPNSTLQVVGGDVLGNTLSNGVHTVLVRVTEAGMKLLRLNGTGTAKISVSIAGDLNHHGKVDGSDAAALDQDIASKNLAGDINGDGVVDQTDRQILDANYGFQAALPPQAASNLPTTLTHVGLGATISLDQAATASAGESIFWRVLGATNGTAKLSADGHSVIFTPNAGYSGAATINVQADDGFAASAPITLQVNVSAAALTAIHLQPVGDLMPGQNAPLKATVDFQDQLGVDVSADPSYLSLTATDLSSVGLSGPAPVVVDGSRHLVQCNGVGPALIVASHTDGSGHVVQAVQAINTSPAALPPQQSEDDQSDAETPSVKPDVYPVSITLVPGGTRQLKVHVVEPGGDPAAPIDISQASPTPNSATRYFVSDNSVATIDANGLITALKAGRITVSVVYFESVKDANDHVIQQLIGQTDVPLNVQPAVVEDATTNAGVVVDHNLGGAVAAATGETVMIGAGALPADATVSISRIPVSAIGDTTGMNPPLPDMLDTLAAFHLDIGANLSKLPMQLAIPLQVNSGFNAGDEVLFLERSVITDAIGCPHDVWSVVDNGHIGADGVARTASPPYTGISLSGNFIIVKSKTADKKTGSVTVQGAGVNVIALWAGPMLFAGGMGSMSAAGGIAGAATMMSVLGILSTQGIPIYRVNWSSSAAYNDIGQIATNVDSSGNVTLNLDSQVGTGGSGGSGSGNTGPDSGLKVDLKFIYDAENANGDPNATVPNAGQSGVTVAHGFDVGQITLDGLNSMQLGQTLTDELKWYVATAPGHPLAGSAALAALAAHPMNPLTPDQETTIDNAVLKMIDTQLEQHFNPASSTAFRDLPANTQTAIMSAAYQYGNALWSNPHNNHQPMNYWVDLTQGKWDAAVAELRNFGDSYPTRRNKEANLIQADIDSGALPGTKSNSNATQVPITPPAAPDGTLQITGMQMIGNKLRVSFKGLRLPPDSMQLPERLRIWISPEDLKVDSDGHATSNQWNGKAAQQRDMRLWKQFVDVDVTGDTQSIDLDLPANIALSLHEITAQRFVKTTVDVVPWAPRDPQWTTYGGTATASINPQNGFSVMTTATDIDIVENGAIVNKLKYADVAGSPQFVGGAKTHQIAYNEDRSLMFVAGNQGQVYVVDTATMKLVSSVTVAGSTDNLSSLAVSGDWLYIAEGGAYTGNGQHRLLRMNIDEESAQFLTAQQIHLPDAVSGMNAAFGYVDLAVVEGTHSYLAVTAANSNEGIASTSLHSGAMFVLDLDLLDASDTTGGTLTASGSAIQMVNFPSNRGRGAQFLTAASSITSGGKVTTIRFLVSSAFDYDNGLGTVTIGVDAHGVMQSPAFQSISMPGERPGVPLMARYSDKYQLDIQRAQSPVFVKVGGIEYALVADYDVPFKDPGFMNGLLNNKQIGGKIGIIRDPFGAAEYLGATTPIVDASINSLSYNAANGVLWADVRYWGMPGQPSLPDGILVWNMQDLITQATAHSLAVQGGNRPVPIDQLGGVLPTKVDTGVLFGMSSSQTLKANAPTDEKMRYGDISLIDLAALIRKEYPDYAKVTNDAITGINKDTVCVDTASSQYAKIVTTCYKSDGSATDVPYVLSTTANTGHGISAASAADYAGLYDPDTFAASHTLFLQTLFTSADMDALRLGKRLPDRTIEIVLSNITIAGKTIDKLVLDVPLSDFAGDSTKSGFIGDRSSSNPGYTPFTLSTGGTVGKGAVSQTHNRPLDVLRVEQRLKYLGFPAYGTTTAEFDVSEKWTPQVARAAWLFDRVVNYNKPTQYTPAATGPDMTRLVIGGNPGQLDNAAATLKIAQDSTASDGNFLAYLQAWDAPHWMNVWKSLGGLNDTPQGPFHSNVPSAAGQAWLAEGTKDIVEHYGTSWARDLLAAWAETAQARASIGLGNASLTLTAVTRLNYVDTDNHSSHDLGMADDIGLPHDDAARSDAGEHLNTPPATATTADALAAWWASPQSGIPQAKQSTLQSILAMLMLTHPASGNSLYNAIPLSDSVRQTLFNGLVNFMYYGATFNQYSDVKQAIRSVAGALGVPLGNVTTQNGQTGWLRFWSGHNTHFHLTLTPPPALLAQPQLAADDASTQTQTPPAADVSLSALLGLAQHLWGAKPSDLGMPANGDSIAFGNLGNGELGETQGTSVVIDRTANGVGWYVNKDALSNDDFVPTADPGVWVAKAGSAAAGKYDLLTVVLHEYGHLLGLPDIANAADDLMSVSLEPGVRRLPAGVSMQQIQSLLAQFARSQAPASTSNASTRIEQTIAAPTANLASVAQQYQAAINPSFVGLGTNGNQGWSSEGNISGTGASVTLSEGSQTQTRLSQGFVLGTNDRFLRFTLSNVTLQSLGDRPEDAFQVALLDAKSGASLGGKIDLSLTDALLNLQGDGSAHQASGVTVITNADGSRTYIVDLRSVPAGTAVNLSFDLIGFAASGSHVTISDVTTMGMPQAKDAAFTGLENGSISANVLANDGDVYGATPVIIHGPAHGTVTLNKDGSFVYTPNYLYYGTDSFSYALSNAGVQSNTATVSLAIQYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVAGNVSFWLHDNQTKVLNLLANASDADGDKLTVRIISAPQHGKLVRNDDGTYTYEPDHCYVGADSFTYVANDGQLDSKVATVSIDVKGRNHRPHAHSHEMAVAENGTSPIDLLAYSKDPDGDPLTTRIVCGPHHGSLTQNADGTYVYTPNAGWTGMDGFVFVANDGQYDSNHATVWLDVDRPPVAHDESFTVRAGTPKRLDILAGDDPGEEDADDLRAKLVNKPQHGRLTENCDGTFSYTADANFVGTDTFTYIADNGELGSKPATVTLTVLAPKRPPVAVDDNVITNDNTPVRIDVLSNDSDPDGEALNARIVCRPEHGRLTHNADGSFTYTPDRNWTGTDSFAYRAVDDEAQSAIAMVHITVVPVPSARDASFEVERNGKVHIDLNCLIDDPDATAAKRLDLTVGKPAHGRLVQKDDGSYVYRPAHGFIGTDTFTYSVSDGTHTATATVTLNVVRDEDDDDDRCDSSQTVIIIAGDACSDDEGRGGYIIINQGLGDDWRHERHRPSLDWDRADAADLGISGCIGDSWWNVGIEQPLLASEDLLKRSGLVVRRTD	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Trinickia fusca [Bacterium]	NO
8270	MYP_026371	MRTISKEGLALIKQWEGLRLQAYKDLACVWTIGYGHTSEAGRPFVRKGMRITQEQAEAILREDLKQFEKTVEEAVMVSLTDEQFAALVSFCYNVGTKAFCNSTLLKKLNKGDYEAVPEELQKWNRVGGKRLQGLANRRAAEAGLWAKGAYIASNYQRVETKGATGSLKAEILAPIIGSFSGLGGLVAGNGPVQWALAGIMVLAACAGIVFVAKRFREQRL	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Bartonella washoeensis Sb944nv [Bacterium]	NO
8271	MYP_026373	VNWRRILGRIIRVVR	STANDARD	Antimicrobial Anticancer Cytotoxic	synthetic construct [Synthetic]	YES
8272	MYP_026375	MTTKDQVAQITIAEAKARGYTRSECLAVMSTFYQESGWNDTIWDPTHTTYGIAQQDGSYPHRFDGAAAQIKGFFDKLDVWRAKPGASTDIWLNICWMQQAPNWPSADYWYANGRRAYLTEIKSRIATVTPYLDKYWPADGGTAMPETRPPYNEFAIWSANNSARSGKPTMFLIHTQEGGGGDAAAENLAKWFQNGNGVSYHYTISQASDGGVTVVDCVDTDRAAWSVGNANSISINLCFAGSRASWMRDQWMKQSNAIDVAAYLAVQDAKKYGFTPLVVPPPYTNGRPGISDHRWVTDVFKWGTHTDVGANFPWDYFTERVNHWAAGGKTEPEPPKVKHFPDDWTDRELAVETLRQQRGYNLDGWPQLGGRTVVDALGAIGAKLGIEGCYDIKGKS	STANDARD	Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal	Mycobacterium phage Royals2015 [Virus]	NO
8273	MYP_026377	MPDVTKLKADLIRDEDLRLKPYRCTAGKLTIGVGRNLEDVGIVREEAMLLLDNDIARITADLDRALPWWRTLSEPRRRALANMGFNLGIDRLRGFRKMLAALEAGDCARAALEAEDSLWARQVGGRAARIIGAIRNG	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Azospirillum lipoferum [Bacterium]	NO
8274	MYP_026378	MSTIIDTAAGFPSPEAIKRAGHSGIIAYVSPDRPGSNFAGKPLTRSVADRYREAGVDIAAVWQYGKPQGTAPSDWTTGFEGGKRMAAQALRIARDAGMPGWCPIYFAVDENITLQQWNDTAVHFFRGAGEAIGVEWVGIYGHSRVCHWAIEDKVIGRSPKPGSGPWAWVTRAWSDDTGTGYAALYQRVIDTPSNPGPLVDGIRVDVNDVYAADWGQWSVDRTPNAGQPAPAPGGPADMARIGYGVTHTIPAGSDGPRRAHDYVGLHTQEGGKGDAIGLANYCRNAGVSYNDAVDDVYTVRMMAPGNAPWAAVQANAVGYHIVLSGSFVSWSRDRWLSKDASDGLDEDAMLTRAARCVAAACQEFGIPVEWVGNNGATGWPQKRGICGHKDFGARGGGHTDPYPNFPIDEFMRRVRAFFAPPSPNLIDAEAKVAARWIGKRITGAATPTTTDDETPLFLDGKKVGAFARFESGHVYWRLGASAAYAIPAGGLFEAYAARDWERGLGFPVLRHQVVTTPISKVTAGVQSFEGGVLFTPVGGPVEGFVVHGEIGKRYAAMDWEQGPLGLPTSDERPVPNTDLIEQRFEFGKLTYVPTGVLVELVTN	STANDARD	Antimicrobial Non-hemolytic Non-ribosomal	Gordonia phage Keitabear [Virus]	NO
8275	MYP_026380	METQRPSLSLGQWSLWLLLLGLVLPSARAQALSYREAVLRAVGQLNERSSEANLYRLLELDPPSKDVEDHSARKPVSFRVKETVCPRTSQQPPEQCDFKENGLVKQCVGTITLDQSNDQFDLNCNELQSVRRFRRTRRLSRPIIRPLPLPRPGQRPIIRPLPFRPRPRPRPWPRPVPVLL	STANDARD	Antimicrobial Antibiotic Non-hemolytic Non-ribosomal	Odocoileus virginianus texanus [Animal]	NO
8276	MYP_026386	MENKFDMEKFKKLAAVVSEDELDTLLDETTVGAGSSNDCADLILKITGVVVSATSKFDWCPTGACTTSCRF	STANDARD	Antimicrobial Bacteriocin Lantibiotic Anti-Gram-negative Synergistic peptide Non-hemolytic	Ruminococcus flavefaciens [Bacterium]	YES
8277	MYP_026387	MKLFLVLLILLFEVSEDTARSRKCFSTIAGYCKKKCMLGEIYDKPCTKGKLCCISESKKNTYQQAIQQPEPSSKPDLKLDYVILPTVTLGTIPQ	STANDARD	Antibiotic Antimicrobial Defensin Non-hemolytic	Capra hircus [Animal]	NO
8278	MYP_026389	MSYTIRNDGMIPNPKTQTVNYGGRQFIVIHSTADLNAIAANIDHYFDSNWSRVYAFTQWAIDDKEAWQNYDNGFRSWGAGNVNGYAWSQIEICEFQDDNRSKAAIANAIQLTKALVNEATAKGVKVEIISHKEAAQMFGGSDHVDPIPYFNRFGYTMDWFRQQVEAANGGSTNGGSTNGGATNGGATSNINITGEKEMKVITITTDGDYYGKKYKAGACFFFTGDSLRYIERPQSLGVFDSLQIPRFRMDAISLLLLIQDLDLKIS	STANDARD	Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal	Lactococcus phage P1046 [Virus]	NO
8279	MYP_026391	KWKSFLKTFKSAKKTVAHTAAKAISS	STANDARD	Antimicrobial Anticancer	synthetic construct [Synthetic]	YES
8280	MYP_026392	MNPSLRNKLSAAMITLIVSGASAPVLLDQFLNEKEGSSLTAYRDGGGIWTICRGATMVDGKPVVQGMKLTQSKCDQVNTIERDKALAWVERNIHAPLTEPQKAGIASFCPYNIGPGKCLPSTFYKRLNSGDRKGACEAIRWWIKDGGRDCRLTKGQKNGCYGQVERRDQESALACWGLDE	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Hafnia alvei FB1 [Bacterium]	NO