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FUNCTION: TOXICITY / SAFETY > NEGATIVE SAFETY ASSAY RESULT

Found 41,128 peptides
Current Node: Negative safety assay result | Page 792 of 2057
Level 3 Subcategories
Non-hemolytic (41128)

Results

Showing up to 20 records.
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NO. PEPTIDE ID SEQUENCE STATUS BIOLOGICAL FUNCTIONS SOURCE ORGANISM VERIFIED
15821 MYP_067421
MSRRYTPLAWVLLALLGLGAAQDCGSIVSRGKWGALASKCSQRLRQPVRYVVVSHTAGSVCNTPASCQRQAQNVQYYHVRERGWCDVGYNFLIGEDGLVYEGRGWNTLGAHSGPTWNPIAIGISFMGNYMHRVPPASALRAAQSLLACGAARGYLTPNYEVKGHRDVQQTLSPGDELYKIIQQWPHYRRV
 STANDARD
Antimicrobial Non-hemolytic
Bos indicus x Bos taurus [Animal]
 NO
15822 MYP_067422
MFKLKKLNSHHAAKHICLYEGVIAHLYLDTRGNVTVGAGFLVSDAKALTKMTLRDKSTKKAASREQKAKEFATIAKLPEGRLASWYEQHCQLYLPHEECLKLLEKKIAEFEQELAALFSAQNGYLPFKKMPSNVQLALLDMAYNLGTTNLSRAWPKLLNAIRTENWSAAAKECKRKHVSTARNKATAKLFLQSGSVGLLRRLVHFVLNQISIKLKR
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Pseudoalteromonas luteoviolacea [Bacterium]
 NO
15823 MYP_067423
MSNKTKYIAAVLAASAAFFVGVKNDEGFTSKPVIPVKGDRPTQGHGSTFKPDGSPVKMTDPPITRATADKWLRNDVAKREVAFKDSLKGVKLSQTEYDL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Acinetobacter sp. 25977_1 [Bacterium]
 NO
15824 MYP_067425
MSRRCTLLTWALLGLGLGLGAPGEEAPGSCCPIVPRREWKAPASKCGEKLQHPVRYVVVSHTGGSHCDSPASCLKQVQNLHSYHSRTLNWCDVGYNFLIGEDGLVYEGRGWDIKGDHTGVTWNPMSIGISFMGNYMERSPPPRALRAAQSLLACGVAQGALSRTYEVKGHRDVQRTLSPGDQLYEIIRTWPRYHE
 STANDARD
Antimicrobial Non-hemolytic
Panthera pardus [Animal]
 NO
15825 MYP_067426
MNSSMTAVLLLVASVMALYVVHVNSLPTGMPVEDDLVLTGDELPAAVGRESAVATGSRAKRATCDLFSFETQWVTPNHAACAAHCIVLGKKGGYCSNTICYCRN
 STANDARD
Antibiotic Antimicrobial Defensin Non-hemolytic Non-ribosomal
Nilaparvata lugens [Animal]
 NO
15826 MYP_067431
MVVRMILIILSVSLGYSGLAAQGGGEPPPDRLMIPASLFDRAVACIKSFEGWHYARHHPYIGYGHKLLPGEKLTCNLTKAQADSLLRADLIKRCSTFRRFGKDALILAVLSYNVGEYRLLGSGKIPKSTLIRKLESGNRDIYQEYISYCRYKGRRHAGLLKRRKTEFALFFIP
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal
Muribaculaceae bacterium Isolate-080 [Bacterium]
 NO
15827 MYP_067434
MSKSLQLSVTVLCIFTILVLGEIRMTKGQPLGKMENCYEVLKWGECVPKNCAFSCTLKRHGKGDCIRAYDDNRPGCICYYTC
 STANDARD
Antimicrobial Antifungal Non-hemolytic Non-ribosomal
Arabidopsis suecica [Plant]
 NO
15828 MYP_067436
MTAPTLDLAKLGRDLDRDEGRRFTVYYDTARVPTIGVGHNLLTGPLDTALRDHLGIPEDTPLHALVLTDEQIDELRDYDIHRTLDAMDRGLGLWWRQLSEGRQRALANMAFNLGVAKLKTFKGTLAALQSNDFNTAAVHAMDSLWARQVGQRANRIAALFRFG
 STANDARD
Antimicrobial Bacteriolytic Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Nitrospirillum iridis [Bacterium]
 NO
15829 MYP_067437
MEQSHSNSNGKVSLDNLSTERADTAAPSAPATPAIRFEALEPRVLLSGDVNPAALSISGTLDAPGQQNHYQFTVQDTKRVVFDSLTNRGDINWSLSGPNGSVVNGKQFSADGGGSMPAFDLTAGTYTLTVDGLNDAVGAYAMRIVDASAAANLTPGTTVSDTLVQGNETSVYRFNATAGQQFYFKSGGVSPTTGGNAYWRLIDPYGRQEGNVNNLAYDQNTFALKSSGEYLLLVEGDTNNASPLNYSFNLNPVTDTHATLALDQATTATIAQQGQTAYYDFDLSTTTPAIFDRLSSADFEWSLTGPYGQVISRHNPIYGENPNRMNLLAGHYTLAINMDNGALGSVPFRLITGASTQALSTNSAVTGSLDVAGGSALYKVSLSQGQKVCLSSTSPSGGAVNWRLLDPYGAQVSNGTLGQAGNTYAVPTSGDYWLVLDGADNNSATATVSYGFQLNLVPDIAASLTVGTAVSGNIGLAGQSTIYSFHLAAATQLAFDSLTSRNDVLWSLSGPRGQEVNGRSMAYSEGYYNNSLMVLPAGDYTLTVQGNGTATGAYGFNLLDLSQAVAATQDTAFSGTLTPGNSSMAFQFSAVAGDSVNLHAMGVTGGSATWRLYDSFGRVVAGAASLANDSGNLSLAVGGNYTLLVEGDVSNTAAVNFQERVDHVSNTAPTPLPAGDPLGLGSTTAGTLATWDATKTYRFTLTGDTQLLFDSQTSGNNAIWTLRGPRGTEFNQAYLSNSNDNVFTLPAGDYALTVQGAPQGYGVGNGAYAFRVTDLSTLPPLQLGQSTVANRTPANATVGYRVQATAGSTLVLNVDRITSYYQPTWRLIGPQGQVINTQSGDNPGYQFAIPADGTYTLLDTGQYYDSSASSSDTFTLSKQDVITTPLNVNDVATGTLTGRQSLAQYTFTVDHPQVLMFDSLAGTSGVPSNVQWLVRSAAGTFTNWQQMSYDTASGVLFPPGRYTVFLRNMQDTPTSYGFRLLNRDVAQDLSVGTTTQTSLTSDKTTIYRFNANAGDHLYFAADRSGVNYNANWQLFGPQGTVVAQGSAYNYYDTSDILATYSGEYLLVFSPYQNSYSPPLTQSLTFTLGKRSTLSAPLTLGSDIAGTITQPGQTISYSFTLDAPGTLLMNTPLAQSNLQWSLTGPRGQEASQRSFGNSYSNLLSLPVGTYVLTVAYTDLSTGNFHFGLINTGSMTTLAADQASTAAVYQNGQSTPYTFTASADGDYTMEVPPNQQYSQWRLQNLQGTVVASGGSNNVAADPFHLLAGTYVLTWNNPYSGQPDSTCNFTLRQVITTALSMTPGTPVTGTIDAIARRYEYNFDLTTPTQVLFDALGNRSDIDWQLVGPTGQIINRQSLTQAEGSAGNPFIALLAAGHYRLTVVPEGAATGAYAFNLLDLGAISALTSGNGQTLHMATGSASMAYAIQAHTGDYLKLHVQAPQGGVVRVRVLDANGNVILPSSALAGGADFALKLPNDGRYTLLFDGDNTNTSAVDLTYDASIVTPVTAPLSAGVDAQGNLAIVGVPDIYAISVAAPTMFVVDGLAGNAHWLVRDASGAAMQSGQLGVAAPIRLGPGAYTLEIQASDSSSLGAYGVRIVDVATATELSMGQATTVSVTDNLALIYHIAATLDQSSLSLQVDTAAAAGAIVRVFDAAGQLVLSTSGAMASSVVAASVRAGVGRYIVIDGSTPASFTLTPSEVAAPPPALLNWGATLSGSFTLAGDVASYRLAMNFTQTMSFNELLHDLGSQGIHWRIVRADSGDNAPWQDQNSSYYDNLPQAGDYVLSIAATADNASYALQTLDTAGAPVLGAPVQGMMAVGQGAALYRYELSSPSALHVLLDAQGATDFGWTLFDAQGRRVVDASNGTDTPVLIAGTYTLMVDHSQLGAAAAFGLNVQALPLPVVPFDDHFSGTLSSAATIAGYRFDLTARTVLQLHNLSTVPGLQWSIVPVGQMPNWYNVTTGQQGQNDPENGYPATRAYDAGSYQLWVRGPANGGQFAFQLLNAALAPDLSAPDTKGALADGSSAAMLRLSVPTASAYHFSFGVPSSSDVSWSLLNQDGSVVAQGIDTSDANVDTLPPGTYTLVLKAVSSSAAPVAYDVTTALYTPPVVQLGDVVQGTLGDNPNKPQSYRLEVTADTSLLLSQLTTQNNVNFAFYRDGQLYYPGRTGDRYSLQAGTYDIRVNGWQAGANYQFMLVDDSTAQALTVGTTLQGQLASTQSTSSFHFSSDGHAPLALSTGTDALNWMVYDSRGDVVASQINGNSPTQIWPADNYTLVLYRPMPGSDTVSYSVAATAATVPTSALALGQQQSVSLQADSGYLADLTFNVTTAGRYMLVSPANGGDGISYTITDAQGYTWAQGGLGNGNNYVLQLPSGSFTLHLFKQANFNHGGGGAFAVMAAVGSSGGSSATSAVDAAFTLVNLDQGADLSAGHTVSLNLASNRDVQTASINASAGDVLNLSALTAIAGGASSQAYWYILDPDNNQIASSYFNQAGATQSVTFTQGGHYVLVVINASAALTATFTTSLVSQGNQPVVTPEALVLGQDYAVPFSGTDQHIYTFHLDNTSLLGLHGHSDGYGVNWVLRNAAGQWLNGGLYPGNDQFNSTVLGAGDYTLELTASVDGTANVDFSVITQAQANAAQDAVDVPSTQGIYALHVQAGKDYFITGQSYVSYTIYRPDITTLNNGSIYSSDNIFVQHANTDEIWYIVASGGNGPTDSILHVAAAVSLSLNQELQAAMPATGGARVYSLTIDQPQLVYIQMPVQGGMQATLSGPGVQGVNLGNGYQVMLLAPGTYRVTVTGYNQGGGSATSPDVPFSLLFSTLASAPSITADTALSVSLNPGEVKAFQLNVQAGQRLYFQPQDGVPTNGYWDLYDANGNNVYSDVSDAQDTLPAFAADGTYYLVWSSNASDPTTFNYTLSTTAPQPAGSVVLEQPLLLDTSGPASTHVYTFTLTQDTRVLINALDNSGDGFNWQLTQLDTWFGGGNFSAGNFNPSAIQLQAGTYELSVRAQGSNASHLSLLLSDVAQVPVVTMDQAVSASLAPGQQLIYAIDGTNQQIHLTPPASSTLSGNWTLLDNNGNRISSGSLTNASDFYLSTGRYLLVWDAAAATDTTPVSFQFTLNTPTTRFDIGSWLSPQPSTPYAFHLDQTTRLMFDAGFIASGGYVNYQILQYGQVVYSTSANAGASGSNIFQLEPGDYQLVLGYAPYGYANMSVRLLDLSKAAVLTSGTLTTDSATPGAASLYAFDASQGDTVSLVTTDSASTWMLYDAFGRQLQQIAAGGSLNNLPRTGRYYLVRDTSADTIGAAQSFTFTLNLSHSLPSLTIGQITTANIQNGSAAFQLQVTQASSLWFASAATGDPQVRVDLYDSQGTLLYSFNPSQANYALILPGAGTYTLRLTDVNGSTYARNFNFLLSDLAAAPVLGADTVASDNFDTSVGMKAYHINVAQAGTFSFTNLGNNYYTNYLRWHLVSAYGNVVATGTLNTTTGALALAAGSYTLVIDQPGYYLSGTIAYSFAINTQPVTLPLNTVISGSMPVAGAPLHYSLHVGASGVYTFDSLGAGSGASWRLDGPGGTRVFDTNLNGGGYYDNYYLYDFTGLLAAGDYELTVYNNSTSAAPFSFRVIDPSQATLVTADTPVNTAIDKPGGMQLFRFNAQAGVHYFLDALPGLTSSNYSYPPQWTLLDPLGRAVFNAQSAGSIGSVWDSTQSRYVYQFNGTGIDLGALAESGQYTLVLGMPNNNFNTPANMSFSLVTVPEKPPVILDTLVVNPAPDLTVTSVAITPSGTLQTGQTIDVQWVVANQGILPTNGSWNDRIVVRNTATGVILADVTVPYDASDAANGAIANGDARTRHQQIRLPDGAYAAGDVSITVITDADNVIKESNASGTAEGNNAFTTHVTVQLSPYADLTVQNLALQPASAFQPGQTVNVSWTTSNQGNVDVAHAWSETLEVRNLSTGKVVATVVLRDALDQGALAAGASRQRATSFTWPDGVDASGNFAIRVIADSLGEIPESNAQGTGESNNIAEIDQAVGPDMLVKNLQVTSTGVQAGGLVTITWEDWNQGASATGTAFNDRITLKRADSGLILLDTSIVYDPAAITNGQANGAIGPGGHRLRSYTFRLPDGLKGTGNINILVTTDQNAAGIGVLYETNLTHDAESNNTAATAVISAAVPYADLRVDSVSVPPAGIGGQPVTVNWTVANHGQAATSDAWNDVIVLSTDAIIGNGDDIIIGTVRHTGALAVGQSYAQSATVNLPNLPDGHYYIAVRSDADSEVLEPDTRGNNASAGQPINVAAAYADLGVVSVSAPTNALSGENVNVSWTVNNTGNAPTNLALWNDRVVLSRTGVPSADDIVLAGSVTHAGILANGDSYTANATLTLPRDLVGDYYLLVYTNLNNTVTENGHTGNNTGVTATVLHITLAPSANLTVSDVSGPATIRPGDAVSVSYMSHNIGTANVTAAWRDRVYLDDGKGNLIEVGSQFYTDGLVAGGIVTRTISFTLPSNFTEGSYTFVVRTDADDTIYERNGENDNVTSATASVVVARPDLSVSAVSGPTLVLSGSTAHVQWTVANLGGIATGNWVDQVFLSHNGTMQKVAEVAHGGPLATNGSYDSFADIQLPLDASGDYQFVVITDAARVLDDHSRSNNSGQQALTVQLAPYADLAVSAVQAPATVIADPATLNVSWTVTNNGTGAGITSQWVDRVILSTDGVLGNGDDLVLGEVVHNGALSAGASYNGQLSVMLPPGTTGRYKLFVVSDATRQVFENGAIADDTVMLDHNVDIMPKPYADLQVQSVTTQGTPVSGQPLQITWTIANNGIGITDSSQWSDQVWLSSNPDGSGVIAQFGSANHIGQLAVGDTYTRSINVTMPNGISGNYYVNVRTGGPFEFIFGNDDTGHSAAVPVTLSPSPDLVVQAASIAATANGSTAPDGSLLEGTVVDVAWTVSNQGQADAIGPWVDTVKLIPVSGTGAPIVLGSFTYDRPLGAGISYTRTEQLRLPSRIEGLYRLQITTNANFGGSGAQVYEYGAAASNDVFIASNPAQISLQPRPDLQVGAVTIPDHVTAGTNVGIQYTVTNLGSVPASGHWRDKVYLSHDGTLSGDDQLVGVFDNGSALAPTESYSNITGSISIPIRFPGDAYLIVVADADNNVDEYPNDNNNVKAVHFYIDPVPFSDLVTSGVTAPDQAVHGGTIDVRYKVANLGSATTRGLTADVNSWTDTVWLAKDPKRPGANKGDVLLGSMVHTGNLAVGEDYLGDMQVAIPDGTLSGQYYITVWTNTYSTILEDTLASNINGDDPTQIDNNDYKGRAISVLGITPPDLVVTQVNAPATIDAGGPLSFSYTVQNQGDLFTGGWTDTIYVADNADLSKATRVWTLGSYTQSRTLNNGEKYTVNQTVQLAPDIVGSYIIVKTDALNQVRELNENNNVTPYAAAVIPHPADLQVTAVQVQPQNYSGELTPISWTVTNFGQAVWSGTVSWQDSVFISTDPTFIPSRAIALGRFEHQNTNGLVAGASYTTTVNVALPPGTNGRYYVYVITDSARPDSYGLPPRAADEILSGGDNNWPLNLYATSVYEGSANTNNVGSSPLDITYREADLQIGSIQVSNPAPKSGDLITVTWTVTNQGNRATRVSQWNDGVYLSNDSSLDPTDYPLVEGSLYDNPGRVQAISLVDANGEPRFLQPGESYTQSATFHLPQSISGNFNIIVKADTATVKDWYFSQPSSIRDGLDVVWGSGPGSVLEFQNEGNNVSSIPLPITLATPPDLQVSVVTAPTTVVAGQSFTVDYHVTNAGGDTPSDQSQWNDLVYLSRDRFLDVNQDRYLGYLSHSGGLTAGGGYDGRFTVTAPRDLDGPYYVFVITDPARAFGAGPYGKVLEFGNDQNNATAAVQPMLVQTPPPADLKVTDVTVPPQAKVGDAVTVNYTIINDSTNPAYGQWTDAIYLSMDNVWGLDDILLGKVSHSGDLAGGASYSGKLTANLPPLKDGNWRIIVRPDLYNEVYEGAISYGPNGLVMAPGEANNLTASAATIQTQVPPLAIASPLQTTLSSGDVQLYKVSVAAGQTLRVLLDSTAASGDNELYIRYGDIPTTYAYDAAYSNASAADQQALIPSTLAGDYYILVRARSGNAVPVTLRADLLPLSITKVTPDNGGVSDDAHRWVTLDIYGSAFQAGAIVKLTRPGVYEAEPDRWQVLDATHIRAIFDTRAFPLGLYDVTVINPNGQSVTEANRYLVERGIQDDVTIGIGGPRNLNPGDAATYSVSLQSLTNVDTPYVRFDIGAVEMGYNQYLLGGLNLPYAIFGSNVGGSPYGNIAGAPANTQAYGQTPSTQARTDIPWASLDGTLNTSGYNLAPGYAFDVAAHGFVGMSFRLQTYPGLTAWINRDFSGLRDALYATHPDWKAQGLLDAGVSGLDKISQGLTARFLSTDPQDIIYKIEALSESFQLNVVAAATALTRDEFIAEQTAYALRLRTAVLADAGAPSNLATLAADASQWVNGWLAALESSGMLLPADQAPPITTNPQVVSLNATLAAGILMSKGGDNYRTQADILGFFAKVQQWYGDTATYAGDPNAAKGPIDHYETRQDDEGDTIEVPVPALANPADYDQHAGRTLQFENFQIFVGSQSELEYLRAQGLLDEKFNPLPGKSLNLTQYLQLVAQQAGVANAAISVQGPQGSATATDGSVYVPAATPLPYTFAFSNPTGQGVGQIRIVSQLDANLDPRSLRLGDLKIGDINIHIPADRANFQGDFDFTGSKGFILRVSAGIDAETRIATWLLQAIDPITGEVMQDVTRGLLAPLASAQGNTTPQGGFVSFTISTAQGAVSGAKIATQARVFFDQTPPIDSAALNVTLDTKAPTTTVTVTSLGNNAQGAPTYDVKWNAQDDASGIRFVTVYVATNGGDFKIWQRQVDPSVSDAVFTGEAGNHYEFLAVATDLAGNREAASVSNAVLPDDGARQKVLDGLGVTPGVDQTAPVPQAAPDRQYDSNPLFQQATQMLPGSVASVNAGDLHNVLAPFAARGFADGFSTGAADIGAMAMVQLPDGSILVSAGQQRNEVYHYGKDGGHSTTPLFVLDQPVLDMAVDALGQLWVMTGNELLQVDAGSGAIVRRMQGPSQQPLTHALAIKPGTGDIYVSDGDGIEIFHSNETDPNKAWQHFSNTRVGDLAFGPDGRLWGVRWTGSDITAADPNGSTDIISFPMSGITLGRAELEYRINGVVDSIAFGAQGTSLAGLLIASGALPQHVQVAGIADTTTGSSVWTIELASRRVLQLAGGGTQGEAILTTADGRILVAETHHIDEIAPARAPKVIATSVPDGALIPLPVGQIAVQFDQDMWLGSDPQSALTDGSSVLNAGNFQLIGATTITPNSVRWDAATHTAYLDVTGLPAGHYQLTISGNLRSTSQLRIGQDTISGFTALFDMSTQVQLTFSNTRSDQSTGAVSYDVSLKNIGTDDLHGPLMLLLDPGAYFGMNIGGATQGTGDQSDLWVLDLTSALQALGGKLAVGATLANQTISVVPASHFTGGLADLAKFNLGHGIYAVPQANLPPTIAPVNTNADIPDVFAQPATIGQSWSATVDAIDSDGTMFYWQVVQAPAGLVLTPPAGYTVGADGNYHSTATLSWTPGANAMADTVIVLRVQDSRGGVALRTLHVPVANGNHTPALSTQGNLTIVEGQTLTLPLTAADADGDTLTFSISNLPPGAVFDARTGVLTWTPSYDQAGTYRNVTVRVSDGKTTVSEQFDIVVQQAFAQPVLLAVPAQTLREGDAFALQLAGSMPGGLARPDGTTIKLSYAAAVLPGGMQLNSDTGWLSWTPGYAQHGNYNVTVTLLATITQPDGSTRKTSVQQTIQLNVLNVNGAPQFDPTVGQTWNTLEGQPLNINVFAFDPNNPGYIPKVRLQPGGPLVDQNGGGSTPATITYQVLGLPPGATFDPDTLDIHWTPGYDQAGTYHVTVIATNDGDGTGVPASAQVTIPVVVGNTTRAPLVAAIGNAFVDKGATLDIPFDITNVDGNPIVVSLSGLPRFASYTQNPPSANGHITGTIHFTPGDGDRGDYTITLTAQDTGGSTPNQAQATAVSFVVTARSLTEPPVFSLPQQIVAVAGQPISLPISISDADQDGLHLSTIGLPLGAQVTALAQYGQLLLTWTPSADDIGPHDITFTVTDSGLPPQDQGYTNPANPVPNVVSHTIRVVVRAANVAPQLLGVQLNGNAVTDSGDASVPIVLAGSESNPLRLDLFARDPDADLLNWSVTGLPPGMALDVPAAGSGNQATLRWTPGMFAASSDNVGGSSPGVYRFTVTGSDGAASFVRSFEVHVAHVNVAPVILPMPIQLVNEGSTLSFNLRSADANGDPLHMSLVYDDNTPAGVSFNNVTGAFEWTPDYGVVDNAVTSTRDFSFTFKVTDGSLSSTQTVTVRVLDANRAPTLAVSSHAVTVGQTLSLPVQLGGSGAGGIYASDPDGAAQTAALTVSFSGLPEGASYDAQASRLNWTPGPGQVGDFVITAQVSDGQSTVRKTFTVRVVADASANAPAILIDSVPSTPALPGQTVLVTVRASGFSPIANTVVQVRGAALGSDQWQTVALDASGRFHLQATQPGLIDVRVTATDADGFSGTQLGQLRVRDPADTQAPALQWLGALAGATVAGQPVEMDVPTTLQASLQELQLMGYRLEIAAAGSDQWQTLAQQNDAAVSVNQALTLATLDPALLRNGAYQLRLTAWDLSGRTSEIDARVIVDTEQKSFAQQNAADATFQLGGHAFTVNRGLGSDPGAAFGNWGLSGFDTGLSSDQLPTTATGAIAAWTIGSRVWLRMPDNLGDANAAICNLSFTLGTSATTLPGGAGAPVVYQTSFGSDQGWQLQAINGSNLQRQGSHLYDQLTGLPWVPGGYVLTAPDSTHYSLDAQGKLTGVAFADGTQWLVSDAGVALVGGRASDRVDIVRDTQGRIVRITGPLDASANTRSIVYRYDAQNRLILARALDDNAMGTPYGYDGSGQPYQDTISANLGTAADWLGNSSANQWSGSLATGQTTTLAFQVRDSELASTIKVPGGQGAILLAISVQFGDASSDLQIVGGEVLGSTLHNGVRTVLVRVTEAGMKLIRLSGTGSANISVSVVGDLNRDGRIDGADSAAWNQDAAAAAATGDLNGDGVIDASDRQLLYANYGWRANLPPTAVVAAPTLTHAGLDVGIPLSAIALDGEGDALYWRVLNATHGTARLSGDGLSVIFSPDAGYTGPVSVYVIADDGFGASAPIQLNINVSGAKITGIHLQPLPDLGAGQSAPIVATVDFEDQQGVDVSAAPGYLHLEIADLGGLALTDNAPVQIDPATGILRCIGAGPALLVATRTDTDGHVVRTVQAINVYLPDDGALAGGEDMSDPNIPNAAPDVYPGSLTLTPGGTRQLKVTLADDNGQPVDVSQASQSAHTGTRYYSSDESIATVSADGVITALKAGHVVISVVHLQELIDAGGSSSMQYIGQTDVELNVQPPAQVGDAGTPGTPASVVVAHDTGGAVADATGETVMIGAGVLKSDTPVSISRVNVADVTDRTGMAPPLPDTLDTMAAFHLDIGAQTTNAPLQLSIPLQTTAGWNVGDEVLFLRRGIITDAIGVVHDVWWVVDNGHIGADGAAHTASPPYSGVSATGDYIIVRNTKVDAHTGAVTVQGAGVNMYALWAGPLAFATGAAMGMGGMLAGAAAATEIIGILATQAMPLYAVNWSFDGAYNDIGAIQTNIDSSGNLTLSVSSSTGSGGGGTQPGGGGGSNTGGLNVDRQFIYQSERNATDDAVSVPASGTSGVTVAHGFDLGARNNHDLVSLGLAPDLITRLAPYLGLQRNAAATYLAAHPLVLSTPDETAIDDAVFNDMARRLQQDFDPASSTPFHSLPGNTQTAIMDLMYQYQSLPNKTPSFLADITSGNWDAAVAELKNFHDAYPTRRHREQALIQADIDSGLIPGTMSNGQPNHVATTPRTPVTPGVLQVTGMQIANGKLLIQMSGLRGPAGGPTAGLPAKIRLWLSPDDLEIDAQGNAKSDNWNGQATQQQGIRAWLSLGDFDILSDTQTFTVDLPAGIALSLHEVTAERMVQAPSTPDSPGAAAWVTDGDPAAATINPQSNYSAITTSSQIQIIRDGKVVNQLPFLDDNGQPTFVGGGKSHQIVFNGDQTLMFVSGNAGQIYIVDTSVMKIVQVFHLPGSHDNLSSLAVSGDWMYVAEGGSFAAGNGNHRLLRVNIDETSADFLKTQQIQLPDALSGANEAFGYVDLAVVNGAHSYLAVATAKYPLGIIATGHGVSGDVFIIDLNLLDNDSPDHGAAKIGDGGLRVVSFGTNTGKGPQYLTAVSSVVTQQNGVAVITQVRFLLSDSFDYDAGLSTLSIDVGPDGAMSAVNTAKVWMTGVPDGQASVSRFNDKYQLNIQRAQSPLLVNYQGTEYAIVADYYVVFNDPGYSTGAINNKQAGGKIGIIKDPFGAHPEYLGATTPIIDASINSLMLDPTGTQLWADVRNWPIGDNNSPPPNGVLIWKLQDLLQAAIDNSIAKQGNPRPIPVDEKRGTNGNTQTVTPVKVDTGWLFGMASAGQNVTVNVSDTLRYGDVSRIDLLALIKKYAPQYASSVINFTASGVQVNADDAILAKDANGKLISAATDTDQTHSGAAGATLANYPAGQFATSGVLFLLPTLSQADVNLLRNGGHLANRTITLHVSGVSVNGQAAPGFDIVIKIADYDNSNNPQLFGDRPASNPGYSDMKLSGPVSVGAKGTLDVYKLEQRLKYLGYPAYGVYGDGQSNTTLREFKVDGVWDVADSYAAFLFDHVVIYGSAPGTLQLIPHDKHDAAHTMPNLLSAAQAFTVQATGPMLNYLSAWNAPHWVNVWRSLGGANDTAHGTVSGTNGSVWLKDGTESDVEHYGTSWARDLLMAWELTASARSAIGLGTATQLSLNGISDEDFILTSNDHKTHDVGMALDIGIDPSASSNINTHNPNLAAPPAGLTPDQLVNFWAGNTAIAGVTLPPDDQRLNSGLRILEQNLLAMLMLTHQAQGNSIFSAIPVVNAVPGQGGASSLDATRAALFGNLTQFIYVGTTSGNYTDDRRALNSVAAALGAADAARYGRFVAPHDRHFHINLKPPTAIKIAPPPAHQDTVDGTAPAAADPAATASTQQSVSALAPTVVAVWNALTGGVSGQWLQVWQTATAQLQTGEAGETAGGVTTLDVDAAGHGWYINASNDDFLPTADPNVWIARPGSAAEGKLDMLTVLLHEYGHALGLDHSAASSDLMNAVLTPGVRRVPSSADVAALLAMVRAAMPAASGTGMVGGQAIVVTSGTNASTPATTTAQAQVAANPTLEHGDFSSVAGWTTSGAVSIADGTAVLGESTHQQARLTQAFVVGANDRFLRFTVGGVALQNPGDMPEDAFEAALLDAVTGASLGGAIDLNRTDAMLNLQGDGSAHLGQGVSYVTNTDGSRTYLVDLRGIAAGTAVNLSFDLIGFGPAGSHVTVSDVALMGLPQANDDLIKGQEDSAVNVNVLGNDANATGATPTIVTGPAHGTLALNADGSFTYTPDALYYGNDSFTYLLNNGKAQSNVATVNLAIAHVNHAPNANNLTVTLQEDGTAIVDLHQLTSDVDGDALTYRIVNQPQHGSLTQNADGTFTYVPSSLFYGDDNFTYVANDGTTDSPTATVSLVVIHVNHAPIAVNAQVHTLEDQALAGQVMNYGTDVDGDPLTATLVNGPQHGTLTFNADGSFTYTPGSLYRGTDSFSYQLSDGQLSSGVATVTITMDPVNHAPVANDVATTVAEEGVLSIDPRSGASDIDGDALNTVIVSGPQHGTLTRLADGTYQYAPNALYRGDDSFTYKVNDGALDSNVATVKISVTPINHAPTASNANATLPEDGNLTLDPRTDANDVDGDSLTAIIVNGPSHGTLTQNADGSFTYVPNALYRGTDSFSYKVNDGTTDSNIATIMLTVTPVNHAPVAKDGSASVAEDGAVSVDPRANASDVDGDPLSVVIVSGPTHGTLVRNTDGSYSYTPTTYYAGNDSFTYKVNDGTVDSNVATIVLTVTPVDHAPVAVNDTAATDQGVPVVVNVLANDSDIDNSTGVNAGSGRAANAGLTARVISQPANGTLTMNADGTITYTPKAAFSGNDSFSYVANDGQLDSALASVTITVRATNHVPVANDDVFNGKQGQALSFNPLTNDTDADGDPLSLVIVSGPTHGQLTRNSDGSLSYTPTTNWYGTDTLTYQASDGKSLSNVATVRLIIASANQPPVAANDSASVHNNQTAVIRVLANDTDPDGDALTSRLVGGPKHGTVTHNADGSFSYTAQCGYMGTDTFTYVANDGKVDSNLATVTITVLGPNLPPLAFDDAAYVNENGSVKINPVANDWDPNGDKLTAHLLCGPSHGTLSLNGDGTYTYTPDANWYGLDGFVYAANDGQFDSNPATVWIRVAHVDQPPVANNDAFTVRAGQPTRIDVLANDTDEDGDDLDATVVNAPKHGTLTLNCDGSFSYTAQAGFVGTDSFVYVADDGELKSAPATVTLTVLAPNHAPVAKNDQATTNAGTPVRINVLGNDTDADGDKLTSRIVCSPCHGVLSLNSDGTYTYTPNKGWYGTDSFSYRDSDGQADSNVAMVCISVLPVNHAPTARNASFQVQRDGSVRIDFSCLIDDVDDDCLTLSPGKAAHGSLSRNYDGTYTYRPAYGYTGTDGFAYTVSDGKLSATATISLNVIANGGCWNGQSVMVAASAQTYGWSASSSGYIVVRRANTDSDTAQAIDWQGDASSAIGSSANVGGAWWDALVAEPLPTSDDLAAQSGLVVKRLN
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Dyella sp. OK004 [Bacterium]
 NO
15830 MYP_067438
MNLDITKEQIDAQHRKQGLLGIGYHFIITIDGDVKKGRHVDQIGFNLDDDKGETIGIALVGHKNFNELQTKALNKLVNDLILKYGQLEIKSTIRELGI
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Pelagibacter phage HTVC119P [Virus]
 NO
15831 MYP_067439
MRQSMRVFALFIGTSLLVLNTSVLSQELPEFDPPEGGGVPSQLLLERLEGDLPGAANADFVPRRILQSALDLLKVYEGWSSKAYNDPAGYCTIGYGHLIKKASCEPNDFENKMSREEGNTLLAADTVPARKIVQRLVRVQLTRRQFGALTSFVFNVGGDNFARSTLLRRLNDGDFGRATQEMRKWIRAGGRRLQGLANRRNCEVAYFNEAALVRLPNGKIDTRTCAVGVGAAPDASEDIDIGTGMVSR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Rhizobium sp. J15 [Bacterium]
 NO
15832 MYP_067443
MRNISDNGIHFSAAWEQFRGTAYKATKSEKYWTIGFGHYGPDVKEGQKITEGQGLILLNKDMAAAVKAVDAAAHPSLNQSQFDAMVDLVFNVGPGAIAASTGTGKALRDGDVATLRQKLPQFINQNGKPLLGLRRRATGRLALFDGMLWQQAEKVGRAVN
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Salmonella phage St162 [Virus]
 NO
15833 MYP_067444
MGVKAAQTGFVVLVLLQCCSAYKLVCYYTSWSQYREGDGSCFPDAIDRFLCTHIIYSFANISNDHIDTWEWNDVTLYGMLNTLKNRNPNLKTLLSVGGWNFGSQRFSKIASNTQSRRTFVKSVPPFLRTHGFDGLDLAWLYPGRRDKQHFTTLIKEMKAEFIKEAQPGKKQLLLSAALSAGKVTIDSSYDIAKISQHLDFISIMTYDFHGAWRGTTGHHSPLFGQEDASPDRFSNTDYAVGYMLRLGAPASKLVMGIPTFGRSFTLASSETGVGAPSSGPGIPGRFTKEAGTLAYYEICDFLGGATVHRILGQQVPYATKGNQWVGYDDQESVKNKVQYLKDRQLAGAMVWALDLDDFQGSFCGQDLRFPLTNAIKDALAAT
 STANDARD
Antimicrobial Non-hemolytic
Gorilla gorilla gorilla [Animal]
 NO
15834 MYP_067463
MRTLAILAAILLFTLLAQAKSLQERADDAATQEQPGEDDQDLAVSFEENGLSTLRDSGSQARRTCHCRSRCLRRESNSGSCNINGRIFSLCCR
 STANDARD
Antibiotic Antimicrobial Defensin Antifungal Fungicide Non-hemolytic Non-ribosomal
Macaca mulatta [Animal]
 NO
15835 MYP_067470
MQKLICGLILICFLASCASHKKLAGNKPAAANPTVSNSEAKRNNEKIKKQYSESIASYTTYTADSYIERFKTIAIQEMNTYGIPASITLAQGLIESANGNGDLARIANNHFGIKCTADWTGKSFYKDDDMVNDCFRVYATPEESFRDHSNFLKRKRYAPLFELDKNDYVGWANGLKAAGYATNPKYPQMLINIIQKYNLDRYDRPEGEVQKIKREDRVLTQINNNIGKENRDSIVTNTPQDKLYTVKQGDTLYNISKRFGLTVDDLKSLNSLGDSNIKIGQKLVVTK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Mucilaginibacter sp. PPCGB 2223 [Bacterium]
 NO
15836 MYP_067476
MAQDTFNDNSTGDVVITPGSSGSSGGGGGFFSIGGGGGFGGGFGGSSRRRRKKRARARAAALAKAQAEQQARQAAAAAANAEAQALAHRQRVAAFSQAREGRRVQLDAHFAGQAQGLSQALQGEIDAARKRPEYDGSERWQLYQITKARNETEGLIAAKQGALAEYQARAAAFVGPGASADAYAARLSGLATAEQMQQLHRDWEAGYLAFQEARLLEEAIRQLSQRSAALLAEHATQRQLWSEREARWEEQRQYAEQREARVRYKQQAGEDRRLQRLKDAATLTAPVAAAQAGGVLLTQSGAQVALEVATAIQQAIANAAKEVLRVAAIRAGQAISLSVTAMVHSPVLGDGELTSDQRRRRLEGLGVRAELLGVEAGQDLQAIANAGGSARLSTRIKIEHLPGGSGIAVASTGAGIASEVRVRNAAFDPLTETYRLQAETPTGKTIVLGDSAVPAEGRPAGRVLALAPEAAPIGAGVDLRFDDCIVCVPGQPSQYFSFAVPPAGTGIVSGRGQVAGGSWWAAHGAAAGVAMPAQVGSQLRGRTFAGMPAFESAVWRAIAADQALLGQFDELNQRRILSGFPPIAPKATWNGSRQAFELRHTSAAGVGSGLYDLDQLSIHRPSDSQGVLTVVQPFQPWFASSVALAFDPAIVEGQPPRTWTPVVAPGAELLGPTRLPEAPPLPGILPGAPTDPVGPSIEILPGENPGETGAIIPGFGGDTDLPQPGLVNYEPAKPLEVGEYRDLRRRSINDRMDVDHIVSRKAYQYFLSINFPHLQPSDIKELLEAAPSVVIPAEVHRKFSQTYGGRNNRARQIKDASDLRAAVDSNMDALKPGLLEYGFTEDEIESARRQLHELHQQKGLYE
 STANDARD
Antimicrobial Antibiotic Bacteriocin Hydrolase Non-hemolytic Non-ribosomal
Pseudomonas putida [Bacterium]
 NO
15837 MYP_067478
MSDNEGSVPTEGIDYGDTMVVWPSTGRIPGGDVKPGGSSGLAPSMPPGWGDYSPQGIALVQSVLFPGIIRRIILDKELEEGDWSGWSVSVHSPWGNEKVSAARTVLENGLRGGLPEPSRPAAVSFARLEPASGNEQKIIRLMVTQQLEQVTDIPASQLPAAGNNVPVKYRLTDLMQNIWLLSEVFR
 STANDARD
Antibiotic Antimicrobial Bacteriocin Anti-Gram-negative Non-hemolytic Non-ribosomal
Escherichia coli [Bacterium]
 NO
15838 MYP_067479
MRFIPAAHHSSGSNSPVNRVVIHATCPDVGFPSASRKGRAVSTANYFASPSSGGSAHYVCDVGETVQCLSESTIGWHAPPNPHSLGIEICADGGSHASFRIPRHAYTREQWLDPRVWPAVERAAVLCRQLCDKYNVPKRKLSAADLKAGRRGVCGHVDVTDAWHQSDHDDPGPWFPWDKFMAVVNGGSGSEELSMADIQALHNQIKQLSGQVAQSVNRLHHDVGVVQVQNGDLRKRVDALSWVKNPVTGKLWRTKDALWSGWYYVLECRSRIDRLESTVNGLKK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Propionibacterium phage PA1-14 [Virus]
 NO
15839 MYP_067480
MSLMITVEQIKKHEGYKQYPYYCTGGKLTIGYGRNLEDNGIDEEEAEQLLARDIKEAKAGIKRRIDVSRCNEARQAVLVNMAFNLGVTGLMGFKKMIANLERGNYEQAALEMLHSRWANQVPGRANELAKQMLSGEWQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Pseudoalteromonas sp. MSK9-3 [Bacterium]
 NO
15840 MYP_067481
LLIMFLFFITAQIVSQVCLGCICEVSSGCNTTIGCSETVCGPFAITWGYWFDAGKPTLNSEPLSDNAYARCVNDPYCAAAAVQNYMTKFGHDCTGNGVIDCEDYLRIHRLGAHGCTGALNSKYENRFKLCLRTFQHQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic
Trachymyrmex septentrionalis [other]
 NO
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