UNIQUE SEQUENCES

Found 174,815 unique sequences

Page 1055 of 6993

Results

Showing up to 25 records.

Peptide ID	Sequence	Length	Status	Functions
MYP_026351	NLKDDDLDQWQNDEEYSQFDDTEEDIEGREDDSQEIMDVN	40	Standard	-
MYP_026352	MRIYYLLFVLPFLFLMPVPGNGGIISLLQKQFCSLRSGRCALLTCLPKEEQIGRCSLSGRKCCRRKK	67	Standard	Antibiotic, Antimicrobial, Defensin, Non-hemolytic, Non-ribosomal
MYP_026353	IGTKILGGLKTAVKGALKELASTYVN	26	Standard	-
MYP_026354	MELKAALKDYTASEFQALVNKIWAVDLPKPDHDKLINHFDRIAGHPRGADLLFYSTDEHISNSPQAVVHHVRTWHHQQGIPAFKGEDIPAAKPPVAPLTPLARSLAEVEKIAADVAVSGHVLEEAFSHFEQQIESFQRQQDTLRDIPKQESGIRTLEHAQREALIAARKFEFWKMRVEFVQSGAQRNLTYARSEQAQWQGVIQKINAIRDRYVTRLASMTQRHRTLHDEAEALLIKAHQRLIHSRSSTQTMHTISASLAFADKRPDLLLNGGSPVLLLSQQVALLKAIRSVVADFSWQNTSGEPNTGSQQAALLNFAFTSRADTQVFGLSAPLAELLPIEGQDWQYLAASRGEVDLPFRMGTATVPVTPGKMFHGLRELETLSQVYLTACNGCPSISGVRVRAVTQDQHLNRFSFTPEGAATVTVHWSTTDSLESAQSLRIGFVHSAPVPTIEALADRAHDRFDDYILVFPVESGLDPLYIVFNRPPN	488	Standard	Antimicrobial, Antibiotic, Bacteriocin, Non-hemolytic, Non-ribosomal
MYP_026355	MMQISDKGIALIKQFEGCKLTAYQDSVGVWTIGYGWTQPVDGKPIRAGMTIKQETAERLLKTGLVSYESDVSRLVKVRLKQGEFDALVSFTYNLGARSLSTSTLLRKLNAGDYAGAADEFLRWNKAGGKVLNGLTRRREAERALFLS	147	Standard	Antimicrobial, Bacteriolytic enzyme, Glycosidase, Hydrolase
MYP_026356	EPILGIITSLLKSL	14	Standard	Antimicrobial, Antibacterial, Anti-Gram-positive, Anti-Gram-negative, Antifungal, Hemolytic
MYP_026357	MGYANIKDVQTTGASWKTGQQDKLGYSGVEASHTMAETDSGRMSRYKSKIFNVGQKCGIDPALIAAIISRESRAGNVLHDGWGDWNPHRNAYNAWGLMQVDVNPSGGGHTAEGAWDSEVHLCQATGILVGFIGRIRNKFPGWSGEQHLKGGIAAYNMGDGNVHSYAEVDANTTGGDYSNDVVARAQWYKRNGF	193	Standard	Antimicrobial, Bacteriolytic enzyme, Glycosidase, Hydrolase, Non-hemolytic, Non-ribosomal
MYP_026358	GNAFIPRL	8	Standard	Neuropeptide
MYP_026359	APPPPAEVHEVV	12	Standard	Sourness suppressing
MYP_026360	RWRRWWRRW	9	Standard	Cell-penetrating peptide, Cargo delivery
MYP_026361	VEIPASRLLPHRPGHHHSIY	20	Standard	Antimicrobial, Antibacterial
MYP_026362	MRTFALLTAMLLLVALQPQAEARQARADEAAAQQQPGADDQGMAHSFTRPENAALPLSESAKGLRCVCRRGVCQLL	76	Standard	Antimicrobial, Antibiotic, Defensin, Antifungal, Anti-Candida, Anti-Gram-negative, Anti-Gram-positive, Non-hemolytic
MYP_026363	LDGP	4	Standard	Antioxidant
MYP_026364	SNFKDGSEELCTLR	14	Standard	Immunomodulatory, Allergenicity
MYP_026365	FNLILLRRLAAWRRKSYTPH	20	Standard	Antimicrobial, Antibacterial
MYP_026366	RCSKACWVLRGHCRKHCRSGERVRKPCSNGDYCCTASKMNHLPQAPKNALSRTGSVPVAVLKSDNK	66	Standard	Antibiotic, Antimicrobial, Defensin, Non-hemolytic, Non-ribosomal
MYP_026367	IQMDEPMAF	9	Standard	Antimicrobial, Anticancer
MYP_026368	MTWRGDPTWLADVLRAEGLKVIEEPGWKQRGHGDFLDIRGIIWHHTAGGGSGDWRIVRDGRPDLPGPLAQLVLERDGTYRVIAAGVCWHAGRGSWPGWPTNNANYHTIGIEAVNDGRGQPWPAVQLDAYRRGTAAIARKAGFGASMAAGHREYSSEGKIDPTGINMDAARADVGRLIKGAPKPAPLPNLINEAAEASKAWIGKRLTVGENKLFGADGKLIGAWAEFAAGHVYWRNGAKRAIAVPHDGGLFDAWAARGWERGELGFPFYPHAVVEGGRVQYFEGGTLLVQAGGDPKGHVVHGRIGEHYAAMKSEQGPLGWPLSDEEKVPGTDNITQRFEHGRLTWSPSGIVVQLEAVA	357	Standard	Antimicrobial, Bacteriolytic enzyme, Non-hemolytic, Non-ribosomal
MYP_026369	GARGLTGG	8	Standard	Protein-binding, Peptide-protein interaction, Structural binding
MYP_026370	MENGIIGNEHNAIENSAERATPAIRFEALEPRVLMSGDVNPAALSITGTLNQPGQQNHYQFTVQGEKHVVFDSLTNRNDINWTLTGPNGAVAQHQFSDDNQPFLDLAAGTYTLTVNGTKDATGSYAMRIVDASAAAPLTLDQKVSDTLVQGNEISVYRFDASAGEKLYFSAGGVQGGNVNWRLIDPYGRQVGDVNNLSSDFGTFTATSNGEYLLLVEGAQNNTTPVNYAFTLNQIKDTQGTLALDQATNGAITQPGQTANYSFTLNTATTAIFDRLSNANFNWSLTGPYGQIVQGRHLNQEQGDALHLAAGSYTLSINFDQGSQGNYAFRLLTATQALTPNTATSGSLDNPVGSHLYKVSLTAGQKLYLSSQPPTGGPMTWRLLDPYGVQVATSPLGQNNPPFTVAADGDYWLVLQGANGNAPTATVSYGFQLNIVPDITAALSLNATTSGTIALAGQSTVYSFHLAAATHLAFDSQSALGNITWSLSGPAGQVIQSRRLTQSDGANYYSVIDAPAGDYTLTVQGDGNATGAYAFALNDLANATGLTQGKAVSGSLSPGNGSAAYRFTANAGDNVKLHSISVSGGTATWRIVDRFGRDVAGAGASAGNLAGDSNVISLTAGGSYTLLIEGAVDNTAAVNYQVELDTTGNIAPAPLPAGDALSLGSVTAGSLATWDATKTYRFTLSNASQLLLDATSRSSAVWTLIGPRGTELSQQQFSGGSILSLPAGDYALTLQGAQASWSYSGNGAYSFRVVDVATLPLLSLGQATTASRSPASATLAYRVQASAGSKLVLNATQVWNSHWDLLDAYGHVLPAQQDDTTGTVYAIPADGTYILRSIGNPGDVSGSRTDTFTLSKEDVTTAPLGLNNLVSGSLAGRQSLAEYSFTLDQPQAIVFDAAKNAGIGVPPGNLQWQLRFSNGQNTGWQGFGSKVQSLPAGRYTLLVRNTLDQLTNFAFRVSNRDTAQPLTLDTQTQASVASDRSTLYRFSAHAGDNCYMQLASANSPFNTQWTLVGPDGNAIAAGSTAYYGSRPSVVLPSTGEYLLVLSPSSWSSNGVPSTTIPFTLGHRVTTNAPLSLGADISGTIAQPGQTIRYSFTLTAPASLLMDPAAVGNNMVWSLNGPSGAVVSSMAFSNGVMPLQLPAGTYVLNVGYNDLSTGQFAFALSDLAAMSPLAFDQQTTASFAPGSKQPAYLFTVPADGDYRVELPPNAPAVQWNIESSLGRYINGSQSMNDATAPLHLAAGQYLLTWTYPFSNQIAVPFTLRHVVTNTQPLTLGTVVNGSIASVAQRQEYDFSVTAPMQVLFNSLSARTDITWQLIGPGGNVVNDTALGKGSSDPITLSTIGNYRLVISPLAQATGNFAFNLLDLAQAPALPAGAAGTTQSIKLSPGNAAVAYALDVHAGDYLNLHIGSLSGGKATLQIVDAAGNIVLATTSLTGTDRFRMTWPHDGRYRLIIRGDIANTTETDIGFDAVQGTPKRATLSLGSDVQGSTSTVGLPDVYRFTVNAPTSVIVDGLSGLDQHWTLRASDGSVVASGQLGTINLQRLAADAYTLEIEAGSANALGAYGLCVVDLANGINLPLAQATQGSIADGHALIYRVAASADQSALQLQVTASANAGASIRVFDATGNLVASGNNALAATTIANGISTGIARYIVIDGGSAATYTLTATQTIVPPTAPLNLGATFNGTLASTGDSKTYRITVGYGQLLPTAQLLRDLGSTSVHWRLTAANATTLAPWQDQNPAYYQALIGAGDYDLTIAATADHASYALQSVDSAQAPFIGAPVSGTLAAGQQAVVYRYAQDLPGALHVNLSGADSWTLYDAHGTQLASGPAGTPADTSWLNTGSYMLLVNRAASTSSVNYTLDVQHAPLPLAPLNTPISGSFSSSQTLIAYRVELPIATQIQLHNASSDPGVQWSITAVGDTPNWNAVPTIDPQPQAYDAGEYQLWVKGDGTAAKNYALQLLNLSSAPALSSTATTGSLSSGHTAAVYSVVLAHDAALHLNFGVSNSQLLRWSLQDSNGNAVAHSLNGANADTAPLHSGRYALVLDGLASAGTASDIAYAISATPFTAPACALGQALNGNLDSGTGQGGYHLSLPNGGRVLLVHAPYGGVNASILQPARQLHRDSTGTLYQLPAGEYDIALNGNTGAAYQCAPFDFDNAPALPAGTSTPAQLAAGQFAALYSFSSDGVAPLTFGAATPSGDGLSWVVYDANGNQVANSNGNASATKLLASGNYRLMVYRSGQSMDALPYTTTLNPVSVPSTALTLGATQTLSLDPATANVADYTFTLATAHRLVLVEPDGNTPPIGYTIVDAHGNVVAGSGTGGQSASPRDFVFGGHKTLSLPAGSYTLRFQGRDSRPMFAARPSGGGGGSSGVSTHFSLVDIDAGATLAVGTPASVSLASRNDVQSLHLAAQAGDSLNLTCTASNGNTDTLGLSWMVVDQDGNILTQGQGNRAGLSASITLKRAGSYTVVVFNANEALTASFSAALQSHTDIAPIDTAALTVGQDTKLTLAAGAAKRYTFSLASASLLAVNGSATQPGTQWQLRDANGLVASGDFNLGQNFVSQAPLAAGDYSLLLSGPQAQGSASSDLDVDVITQAQATTLASGTVDVPATQGIYALPVSAGQDYCFSSAFALNYSIYRQDLTRVALSFDQGVATAHADGSGTWYVVFNQSTANGFLHIVTPSTLTLGQTINGSIAHGGADVYTLQVKSDQWVYLAVPPAQSDVRLSLHGQGMAPITVSSGDDPRPVLLHAGSYSVVIGNPAQNTPTRPAALMAAGPGHDAPPVAYTLLLNALDSTTPQLTLDTATPLSFNALGTAAFRFNGKAGQQLYYASLDGVDNQASWALYDANGRVVYSGASNDTDRLAPLPADGTYYMVWSIDPTIPTSGYGFRFNTTPPQTVAPITLGTPVTLNAGATATTSLYGFTLNAPARLLLNASSSAVGYGWQLTGPGVTQSGTINPGDSPLQFVELPAGTYQFSARPNSNSSGSLSFQFIDTATASPIALDTPFNDSFVPGATKLYRFDGIGGQTLHFAPGNMGTLSGSWTLYAPNGLLVNTTSFTNGVFGSVPDIGLPNTGRYLWAWTSTATSSTAPIAVQFSLGSQTQSQGQAFGTLHNVSWTGQSYAFHLSAPTHLLINISQLNNGQMTWSISSHGQEITRGYVGYAQDTVVELPAGDYQFNALPVDHNTNWNDYYNGSLRLLDLGTANALTLGTPVTGSDSLGSADLYSFHANAGDTVTLASSDTPFSWSIYDEFGRLVQRVQNAGSMSNLPRTGLYYLVRDTSPDGTTTAHSYGFTVTTSHVLTPVAIGQSVTATLSNGYASYGLTVQQGTKLWLDTIDFNPSVRADIYDAQGLLVYSANPTDQHWPINLPAAGTYTLKFSDTYGATQTRSFGFVLTDLATAAALTPDTVIHGSVSASKGVSVYQLNMAQPGNFALKGLGDYYANRSFSWYLVTSYGKTVATGQFSDGIGSLPLDAGNYYLVVAAPYSGASTLNYSYAVDTSLLPLSTDKLISGTLPAGLPVRYTLHLDAPGVLTFHSPAQSNNQWRLDGPGGKVFDQSMSNDQSNQTGLFAAGDYVLTISNGNATTPAPFSFCVLDQNAATPLSVNTPVHTSVTDARGMQLYTIDAVAGTHYYLDTLPGTPSANFGAVPNWMLLDPQGRAVFNLQSMGGLQGPGGQYSFQGQGGFDLGQLALGGKYTLVLVNPNGNTGTPVDVAFNLLTVQDPPTVVLNSLVATPAPALSVTSLNVTPNTGVQTGQTVSVQWVDNNRGTLATSGNWNDRIIVRNTATGVIVADITVPYNVADSGNGAIDINGARSRQQQIRLPDGTSAAGTLSVTVVADSDNLFKENGGTTATATLDVKLAPYPDLTVQNFTLQPASNFQPGQSVTATWTTLNKGNADVTAPWSETLQVTNVTTGKVVASMTLRDAQGTLAANGTRARSTTFTWPSGIDASGNFAIKLIADSLNEIAEANAVKTDNTAEIDEAVGPALQVKNLQVTSSTIRAGGLVTITWEDWNMGGSATGAPFNDRIQVTRADNGMALLNTSVVYDPAAITGGQLNGAIAAGDHRLRSFTFRLPDGLAGAGNLGITVTADSNEAGVQQLFETSVQNGTATTPVVSATTPYADLKIGNVSVPPTGVGGQPLTIGWTVTNNGQASTGDAWSDVIMLGTAATPGSNDIVLGTVRHNGSLAVGQGYTQTAAVNLPLLNDGHYYIYVVSDAKNEVLEPDTRVDSTSAINPIAIAAAYSDLSLTDVSVPAGVQSGDSIKVSWTVKNTGNAPTSSPIWNDRIVLAKNSTPSPDDIVLAGAITHTGTLTNGDSYTGTATLTLPRDLIGDYTILVYSNSDGSVAENGHTSDNLRASSLMHIALSPVPNLTVTSVSGPAAVRPGDAITVSYTANNTGNAATTGAWRDRIYLDAGNGQLIEVANQLYTDGIAANASVNRSVTFTLPPGFAEGTYTFVVRANADGTVYERGSTDHDIGRGNTVTVAKPYLAVTNVTGPGATVQSGSNLHVQWSVTNNGAIATGNWVDRVYLIHDGQQQQIAEIAHSGPLAANGNYTASTDYALPLDAHGEYEILVVADAAHALDEHAFDKNSSQATTTIALAPYADLAVSAVTAPPQVIADPASMDVSWTVTNTGTGAGTSTHWVDRVVLTTHDAPGNSDDIVLGELAHDGALAQGANYTGQLHVMLPPGFSGRYKLFVISDAAKQVFQNGLTAVNTAQATHTVDVMPKPYADLQVQTVTTQGSASSGQPLTVNWTVVNHGIGITDNGEWSDQVWLSSDAAGSNVIAQLGSADHIGQLPANGSYARSMTVMVPNGLQGTYYVNVRTAASGMPYEFIYGNDNVGHVAVPVTLSPSPDLAVKSITLPPNAVEGSLIDVSWTVVNQGQAAATGPWNDALKLVPIDGKGAAIDLGSFAYDQTLAPGITYTHTKQVRLPMHLMGEYRLQVIANADGSVYEDSAVRNDATLTSSTTCTVALQPRPDLIVSKVTLPDHVKAGTHVGIQYTVQNTGSVPATGHWQDKVYLSQSGQLDATAQLVGAFDNASALGSTESYSNVTASIDVPITFAGDYYLIVVANGNSAVDTFPNQSNNTKAAHFTVDPVPFADLFASNVTAPDQVVHGASINVGYKVTNLGSAPTRGLTADVDSWTDTVWLAKDPRRPGAYKGDVLLGSTTHTGNLNVGDSYLGNLQVTIPDGTLSGQYYLTVWSNSYGTILQDELATNKNPDDPTQLNNDNYKARKISVLGVTPPDLEVTQVTAPANVDAGGNVSFSYTVQNQGDAFTGNWTDTVYVADNADLSQARHVWKLGDYTQSSTLNNGQSYTVNQTVQLAPDITGRYVIVQTDSGGLMARAPEPILMRSKAAASNVTTHPANLQVSAVQCQPQNYSGETTQISWTVTNKGETVWPGSAGWVDSVYISADPTFIPSRATALGAFTHANTNGLAAGAAYTATANVQLPPGTGGTYYIYVVADSNYNGDGLSAPEPLSSPHADDHNNTANSGELDYYSRHAYEGSNTTGRIGSRALNVTYREADLQIQKVTISNATPKSGDLVTLTWTVTNTGTRATRATGWNDGVYLSTDNSLATGDYPLIEGSLYDNPARVQHIAITDANGQPRYLQPGESYTQSATFHIPQSISGNFYVLVKTDTTTVKDWNGGSPSAIRQGLDVVSGSGQGAVPVYQGTGANRVYSVPITVTQVTPPYLQVSGVTAPQAVTAGQSFTVNYHVTNNGGTTPDDQGQWYDMVYLSRDRTLDLQHDRYLGYLSHSGGLAANAGYDGQFAVTAPKDLDGPYYVFVVTDPANVFGSGPNGHVLEFRSDKNNETAAAQPMLINAPPPANLVVGNVTVPPTAKVGDPITVTYNVSNNSTNPATGGWTDAVYLSQNNTWSVGDILLGKVVHNGDVAAQAGYTGTLTAQLPPLKDGNWRIIVRPDIYEETGTPKSLTASAATVQTQVPALAVASPLQTTLSNGDVQLYKVSVAAGQTLRVMLGAQEDSGDNELYIRYGDVPTTFAYDAAYSNASAANQQVVIPSTQAGDYYILVRSRSGKNVPTTLRADLLPLSITQVTPDTGGVSDDAHRWVTLDIYGASFQPGAIVKLSRPGVFEAEPARWQVLDATHIRAIFDTRQFPLGLYDVSVTNPDGKSVTEANRYLVQRGIEDDVTIGIGGPRSLNPGDAGTYSVTLQSLTNVDTPYVRFDIGAVEMGYNKYLLDSLSLPYAVFGSNVGGMPFGNIDNAPANTQGYGQTPGTQARADIPWASLDGSENTSGYNLAPGYAFDVAAKGNVGMSFRLQTYPGLSAWLNHDFDALRDALYATHPDWKAKGLLDGGVGDLDKVAPGLAARFNDPEQRKLSKLEAMSESFETNVVGAATALTRDEFIAEQTAYAMKLRSAILADQNAPSSLSVLAADGQQWVNGYLAALEKAGLLQPADQAPPIATNPQVLSLNATLAAGILLSKGGDNYRTQADLLGFFGKVQQWYGNTATYAGDPNAAKGAIDHFETRQDDEGDTVDVPVPKLANAADYDQHAGRTLQFENFRIFVGGQAELEYLRAQGLLDQQFNPLPGKSLNLAQYLQLVAQQKGATQAAISVQGPQGNAVASDGSVYVPAATPLPYSFAFSNPGAQGVGQIRIVTQLDANLDPRSLRLGDLKIGDINIHLPADRANFQSDFDFTATKGYILRVSAGIDVASHIATWLLQAIDPATGDVMQDVTHALLAPVAGQSAAQGGFVSFTVAAMAGATSGAKITSQARILFDDAPPIDSTPVTTTLDAKAPTTTVTVTSLSNNGYDVKWNAQSDASGVRFVTVYVATNGGDFKIWQRQVDPSINEAVFTGVAGNHYEFLAVATDNAGNREAANVTNAVLPDDGARQKVLDGLGVTPTLDQTAQTPQAPQDRQYNSNALFQQAAQLLPGNVAPNNAGDLTNVLAPFSARGFADGFGTGNADIGAMALVQLSDGSLLVSAGTQRNAVYRYAKDGGHSATPLFTLDSPVLDMAIDKLGQLWVMTGNELLQVDANSGAVLRRLQGPSGQPLTHALAIQPTTGDIYVSDGSGIEVFHPNATDPAQQWQHFSNTRVSSLAFGPDGRLWGVKWSGSDITAADPNGTTDIVSFPMSGATLGGAELEYRINGVVDHLAFGQSGSLLDGLLIATGGLSQHVQINGVADTTHGSAVWMIELQSRRVLQVASGGTQGEGVITTADGRILVAQTNHVDELAPARAPKVLATSVPDGSLVPLPLNQIAVQFDQDMWQGTAPDGSSVLDPSNYVLQSSDAGAKAIAPNGIRWDAATHTAYLDVGGLPAGHYQLTISGNLRSATSLRIGQDSITGFTALLDLSTHVQLHFSNTRADDSTGAVSYDVSVTNTGADDLHGPLMLLLDPGAYFGSTIAGAKPGTGDQSDLWVLDLTGALSNGKLAAGATLTNQTITVVPASHFGASGLADLAKFNLGHGIYAVPTADLPPAITPVGSSDTPTTFAQAATIGQAWTTQVEAIDNNSSAIYWQVVQAPAGLTLIAPSSVTVDAAGKHHAVATLNWTPGANAAADSTVVLRVVNASGSVTLQTLHITVSNGSHTPVIAPLGLQTIDEGKAWSLPISASDADGAPLTLSIGNLPPGASFDARTGTLNWTPTYDQAGTYKNVTITVSDGKTTTSESFDIVVNTAWAQPVLTAIPAQTVREGDTFGLQLSGSMPGGLKHADGTTVKLSYGAAFLPAGMTLNSDTGWLGWTPGYDVQGAVNVPITLTATFTLPDGSTQRTSVQQTLQFNVLHANGALHFDSNLAQPWTTLEGQPLAISVVAFDPNNPLFAPKVRPASGAPAVDETGNAIASTVTYNVTGLPQGATFDPDTLQILWTPGYSQAGQYSVTVVASKAGDTAATPITSTVVIPVTVVKVNRAPAIAPIGDVSLDKGSTLDIPVAIDADAGDAVKVTIDGLPRFATFTQNAPSADGHITGTIHLAPGDNDRGDYTLTVTAQNTATGMAAAQRFVVTAKSLTEPPVFTLPQQVVAIIGQPLSLPIAISDADQDGLHLTSNGLPIGAKLTMGDQYGQARLSWTPTANDVGPHDIAITVTDSGLPPQNQGFVNPANPVPNVVTHTVRVIVVASDTPPQLLGMQVNGQTVTDTGNANTNTPVVINTNEGNPFGVALFANDAAGHLINWTATGLPQGMTFNVPAAANGNQATLNWTPDLFASQNGNNGVYRFTVTGSDGAMSFTRTFEVHVAHVAQAPQILPLPLQLVNEGNTLSFNLQSVDADSKPVHLSLIYDANTPAGINFDGSTGTFEWTPGYDTVDKGNTASRDFTFTFQATDGALTSMQTVQVRVLGVYRAPVLSVSSHAVVVGKTLSLPIQLGGTDTHQGIYANDPDGNALTQALAVSFTHLPQGASYDATKHQLNWTPGPGQVGDFVVTANVDDGHGNTVQQSFTVHVVADASANSPKILIDSVPSTPALPGQDIMVTVRASSFSAITALAIQVRGTGLGSDQWQTVALDSSGRFHLKATQPGTIDVRVTATDADGFSGTQDSSVLIKDPAALAPVITWGGALSGATLDGKPVEIDALTNLQANLQELQLMGYRLEIAPIGSSTWQTLGTQLYDASAFNQALTVASLDPAALRNGVYQLRLTAWDLQGRTAEVDARVIINAAQKSAAQNNVADVTYQLGGHAFTVNRTFVGGSGNAFGNWAIAGFDTGLTTDQSAATTSGATAAWTTGARVWLSIPNNLGDANAALQNLSFTLGADGVAMQGSANAPMTYHADFGSSQGWTLAAVNGNALQRQGGHLYDETTGLPWVPSGYVLTAPDGTHYSLDTNGKITGVTFADGKQWLVSDAGIALVGGTASDRIDIVRAANGNIARITGPLDANGNVRSFFYGYDAQNRLVLARALDGTSMGTPYGYDSNGALLTDTVTANLGTAANWLGNSTANSWNGTLQANQTTSLAFAIRDSELASTIKVPGGSGALIVAISASFSDPNSTLQVVGGDVLGNTLSNGVHTVLVRVTEAGMKLLRLNGTGTAKISVSIAGDLNHHGKVDGSDAAALDQDIASKNLAGDINGDGVVDQTDRQILDANYGFQAALPPQAASNLPTTLTHVGLGATISLDQAATASAGESIFWRVLGATNGTAKLSADGHSVIFTPNAGYSGAATINVQADDGFAASAPITLQVNVSAAALTAIHLQPVGDLMPGQNAPLKATVDFQDQLGVDVSADPSYLSLTATDLSSVGLSGPAPVVVDGSRHLVQCNGVGPALIVASHTDGSGHVVQAVQAINTSPAALPPQQSEDDQSDAETPSVKPDVYPVSITLVPGGTRQLKVHVVEPGGDPAAPIDISQASPTPNSATRYFVSDNSVATIDANGLITALKAGRITVSVVYFESVKDANDHVIQQLIGQTDVPLNVQPAVVEDATTNAGVVVDHNLGGAVAAATGETVMIGAGALPADATVSISRIPVSAIGDTTGMNPPLPDMLDTLAAFHLDIGANLSKLPMQLAIPLQVNSGFNAGDEVLFLERSVITDAIGCPHDVWSVVDNGHIGADGVARTASPPYTGISLSGNFIIVKSKTADKKTGSVTVQGAGVNVIALWAGPMLFAGGMGSMSAAGGIAGAATMMSVLGILSTQGIPIYRVNWSSSAAYNDIGQIATNVDSSGNVTLNLDSQVGTGGSGGSGSGNTGPDSGLKVDLKFIYDAENANGDPNATVPNAGQSGVTVAHGFDVGQITLDGLNSMQLGQTLTDELKWYVATAPGHPLAGSAALAALAAHPMNPLTPDQETTIDNAVLKMIDTQLEQHFNPASSTAFRDLPANTQTAIMSAAYQYGNALWSNPHNNHQPMNYWVDLTQGKWDAAVAELRNFGDSYPTRRNKEANLIQADIDSGALPGTKSNSNATQVPITPPAAPDGTLQITGMQMIGNKLRVSFKGLRLPPDSMQLPERLRIWISPEDLKVDSDGHATSNQWNGKAAQQRDMRLWKQFVDVDVTGDTQSIDLDLPANIALSLHEITAQRFVKTTVDVVPWAPRDPQWTTYGGTATASINPQNGFSVMTTATDIDIVENGAIVNKLKYADVAGSPQFVGGAKTHQIAYNEDRSLMFVAGNQGQVYVVDTATMKLVSSVTVAGSTDNLSSLAVSGDWLYIAEGGAYTGNGQHRLLRMNIDEESAQFLTAQQIHLPDAVSGMNAAFGYVDLAVVEGTHSYLAVTAANSNEGIASTSLHSGAMFVLDLDLLDASDTTGGTLTASGSAIQMVNFPSNRGRGAQFLTAASSITSGGKVTTIRFLVSSAFDYDNGLGTVTIGVDAHGVMQSPAFQSISMPGERPGVPLMARYSDKYQLDIQRAQSPVFVKVGGIEYALVADYDVPFKDPGFMNGLLNNKQIGGKIGIIRDPFGAAEYLGATTPIVDASINSLSYNAANGVLWADVRYWGMPGQPSLPDGILVWNMQDLITQATAHSLAVQGGNRPVPIDQLGGVLPTKVDTGVLFGMSSSQTLKANAPTDEKMRYGDISLIDLAALIRKEYPDYAKVTNDAITGINKDTVCVDTASSQYAKIVTTCYKSDGSATDVPYVLSTTANTGHGISAASAADYAGLYDPDTFAASHTLFLQTLFTSADMDALRLGKRLPDRTIEIVLSNITIAGKTIDKLVLDVPLSDFAGDSTKSGFIGDRSSSNPGYTPFTLSTGGTVGKGAVSQTHNRPLDVLRVEQRLKYLGFPAYGTTTAEFDVSEKWTPQVARAAWLFDRVVNYNKPTQYTPAATGPDMTRLVIGGNPGQLDNAAATLKIAQDSTASDGNFLAYLQAWDAPHWMNVWKSLGGLNDTPQGPFHSNVPSAAGQAWLAEGTKDIVEHYGTSWARDLLAAWAETAQARASIGLGNASLTLTAVTRLNYVDTDNHSSHDLGMADDIGLPHDDAARSDAGEHLNTPPATATTADALAAWWASPQSGIPQAKQSTLQSILAMLMLTHPASGNSLYNAIPLSDSVRQTLFNGLVNFMYYGATFNQYSDVKQAIRSVAGALGVPLGNVTTQNGQTGWLRFWSGHNTHFHLTLTPPPALLAQPQLAADDASTQTQTPPAADVSLSALLGLAQHLWGAKPSDLGMPANGDSIAFGNLGNGELGETQGTSVVIDRTANGVGWYVNKDALSNDDFVPTADPGVWVAKAGSAAAGKYDLLTVVLHEYGHLLGLPDIANAADDLMSVSLEPGVRRLPAGVSMQQIQSLLAQFARSQAPASTSNASTRIEQTIAAPTANLASVAQQYQAAINPSFVGLGTNGNQGWSSEGNISGTGASVTLSEGSQTQTRLSQGFVLGTNDRFLRFTLSNVTLQSLGDRPEDAFQVALLDAKSGASLGGKIDLSLTDALLNLQGDGSAHQASGVTVITNADGSRTYIVDLRSVPAGTAVNLSFDLIGFAASGSHVTISDVTTMGMPQAKDAAFTGLENGSISANVLANDGDVYGATPVIIHGPAHGTVTLNKDGSFVYTPNYLYYGTDSFSYALSNAGVQSNTATVSLAIQYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVAGNVSFWLHDNQTKVLNLLANASDADGDKLTVRIISAPQHGKLVRNDDGTYTYEPDHCYVGADSFTYVANDGQLDSKVATVSIDVKGRNHRPHAHSHEMAVAENGTSPIDLLAYSKDPDGDPLTTRIVCGPHHGSLTQNADGTYVYTPNAGWTGMDGFVFVANDGQYDSNHATVWLDVDRPPVAHDESFTVRAGTPKRLDILAGDDPGEEDADDLRAKLVNKPQHGRLTENCDGTFSYTADANFVGTDTFTYIADNGELGSKPATVTLTVLAPKRPPVAVDDNVITNDNTPVRIDVLSNDSDPDGEALNARIVCRPEHGRLTHNADGSFTYTPDRNWTGTDSFAYRAVDDEAQSAIAMVHITVVPVPSARDASFEVERNGKVHIDLNCLIDDPDATAAKRLDLTVGKPAHGRLVQKDDGSYVYRPAHGFIGTDTFTYSVSDGTHTATATVTLNVVRDEDDDDDRCDSSQTVIIIAGDACSDDEGRGGYIIINQGLGDDWRHERHRPSLDWDRADAADLGISGCIGDSWWNVGIEQPLLASEDLLKRSGLVVRRTD	12197	Standard	Antimicrobial, Bacteriolytic enzyme, Non-hemolytic, Non-ribosomal
MYP_026371	MRTISKEGLALIKQWEGLRLQAYKDLACVWTIGYGHTSEAGRPFVRKGMRITQEQAEAILREDLKQFEKTVEEAVMVSLTDEQFAALVSFCYNVGTKAFCNSTLLKKLNKGDYEAVPEELQKWNRVGGKRLQGLANRRAAEAGLWAKGAYIASNYQRVETKGATGSLKAEILAPIIGSFSGLGGLVAGNGPVQWALAGIMVLAACAGIVFVAKRFREQRL	220	Standard	Antimicrobial, Bacteriolytic enzyme, Glycosidase, Hydrolase, Non-hemolytic, Non-ribosomal
MYP_026372	GPGKWLPWLQPAYDFVTGLAKGIGKEGNKNKWKNVGTWDDIGNGIGRVAYWVGKAMGNMSDVNQASRINRKKKH	74	Standard	Antimicrobial, Antibacterial
MYP_026373	VNWRRILGRIIRVVR	15	Standard	Anticancer, Antimicrobial, Antifungal, Cytotoxic, Hemolytic
MYP_026374	HLLKFNKMIKFETRKNAIPFYAFYGCYCGWGGRXXXXXXXXXCCFVHDCCYGKXXXXXXXWDLYRYSLKSGYLTCGKGTWCEEQICECDRVAAECLRRSLSTYKYGYMFYPDSRCRGPSETC	122	not Standard	Immunomodulatory, Allergenicity
MYP_026375	MTTKDQVAQITIAEAKARGYTRSECLAVMSTFYQESGWNDTIWDPTHTTYGIAQQDGSYPHRFDGAAAQIKGFFDKLDVWRAKPGASTDIWLNICWMQQAPNWPSADYWYANGRRAYLTEIKSRIATVTPYLDKYWPADGGTAMPETRPPYNEFAIWSANNSARSGKPTMFLIHTQEGGGGDAAAENLAKWFQNGNGVSYHYTISQASDGGVTVVDCVDTDRAAWSVGNANSISINLCFAGSRASWMRDQWMKQSNAIDVAAYLAVQDAKKYGFTPLVVPPPYTNGRPGISDHRWVTDVFKWGTHTDVGANFPWDYFTERVNHWAAGGKTEPEPPKVKHFPDDWTDRELAVETLRQQRGYNLDGWPQLGGRTVVDALGAIGAKLGIEGCYDIKGKS	396	Standard	Antimicrobial, Bacteriolytic, Non-hemolytic, Non-ribosomal