FUNCTION: TOXICITY / SAFETY

Found 55,674 peptides

Current Node: Toxicity / Safety | Page 1069 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
21361	MYP_067385	MAASPGAVQYGAAAPDFSTQIAQMKVDATQTRVHASDLTSSETMKEALAEEEGVRLTVYRDVAGYSTVGVGHLVLPEDNLRVGDTITYEQALEFLEQDLKKAEAGVQRLVGDLPIYQHEFDALVDLVYNVGEGNVSERESPKLNAAIASADYEGIAEELHYHHAAGAKANGLVYRSERRQAIFMEAAYDDPRPVEIAVAGNLST	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Aurantiacibacter aquimixticola [Bacterium]	NO
21362	MYP_067389	MCFVNQEAKDAWAEAQGCEFGEEEDPAAEACTEAWRLDDDFLEESEGALVLDGYIPRRNGEILGQSGVTISTGIDLGQQSAAGTRTIIDNYIAEHGNAGNVDVDALMDTLDPYFGLRRQAAADALAAQPLTVTEAEAELLAEAFKFHFLNEIADQFDAENELGMTFRQLPAAAQTVIMDFAYQYGLSDTRGNIRQTFWGHVYRGEWLELAEWLDSNPDPYTRRRRREGELLQDAIDNHQIPNTGDPCPGE	STANDARD	Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal	Lysobacter penaei [Bacterium]	NO
21363	MYP_067392	MMKTLALYGLTLALFFLSGAHSAKITFTNNCPRTIWPGTLTSDQKPQLPNTGFVLASKASLTLGVQAPWKGRFWARTRCTTNSGKFTCETADCSTGQVACNGNGAIPPASLVEINIAANRGMDFYDVSLVDGYNLPVSVATRGGTGDCKATSCRANVNAVCPAELQVKGSDASVLACKSACTAFNQPQYCCTGAFDTARTCPATKYSRIFKQQCPQAYSYAYDDSTSTFTCSGAPDYVITFCP	STANDARD	Antimicrobial Antifungal Fungicide Non-hemolytic Non-ribosomal	Castanea sativa [Animal]	NO
21364	MYP_067401	MAALRQRLAVGVLTASLAGLAFITSGEKREYRAYADPALGWKVPTICDGHTGPDVYRGQRANDQMCDAWRAKDAEVSIKAIRRCSGDAKLTQYEFDALVSLVHNIGPTAYCGSTMSRLIREGKLDQVPGQFDRWVYSGGRKLRGLVNRRQSERNLWERGDYGTVR	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic	Ralstonia phage RSB1 [Virus]	NO
21365	MYP_067402	RGCCSYFDCRMMFPEMCGWR	STANDARD	Toxic Cytotoxic	not reported [other]	NO
21366	MYP_067404	MKTLVLLSALVLLAFQVQADHIQEAEEETKTEEQPADEDQDMSVSFEGPEASALQNLEIGWPLKQCHCRKFCRPYEKAEGSCRPGLFIKRKICCIQQWTPGRT	STANDARD	Antimicrobial Defensin Non-hemolytic Non-ribosomal	Rattus norvegicus [Animal]	NO
21367	MYP_067406	MKSVLFALVLCSLIAASFATYGVDVSQETLPSAWSCLKQNGYSFGIVRAYLSIGQVDSVGPHTIYNAWAGGMSHVDVYMFPCPQCGKSAATQVQEAVQNLRNYNCQYGMFWFDIEGSQYWNDVASNRAWLTEAVNQALSMGQTVGIYTSQYQWSSIMGSWTGASRFPLWYAHYDNNPSFSDFSPFGGWNQPAIKQYVATPSCAALASTRTSTLERSRGS	STANDARD	Antimicrobial Bacteriolytic Hydrolase Non-hemolytic Non-ribosomal	Acanthamoeba castellanii str. Neff [Protist]	NO
21368	MYP_067407	INLKAIAALGKKLL	STANDARD	Antimicrobial Antibacterial Anti-Gram-positive Anti-Gram-negative	V. mandarinia [Animal]	NO
21369	MYP_067410	MKISKNGLQLIKDFEGCRIRAYQCSANVWTIGYGHTHKVQPGDCITQEEAEHLLAKDIQLFEGVVNRLVKVSLTQNQFDALVSFVFNLGEGNLSSSTLLRHLNSGDYLSAANELPRWVNAGGKQIPGLVRRREAERLVFIKDMKDKT	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Pantoea stewartii subsp. stewartii DC283 [Animal]	NO
21370	MYP_067412	MAKFDDFDLDVTKTAAGEGGVEPRITSKSLCTPGCVTGILMTCPVQTATCGCQITGK	STANDARD	Antimicrobial Antibiotic Bacteriocin Lantibiotic Non-hemolytic Non-ribosomal	Blautia pseudococcoides [Bacterium]	NO
21371	MYP_067415	SKLLYD	STANDARD	Toxic Cytotoxic	not reported [other]	NO
21372	MYP_067421	MSRRYTPLAWVLLALLGLGAAQDCGSIVSRGKWGALASKCSQRLRQPVRYVVVSHTAGSVCNTPASCQRQAQNVQYYHVRERGWCDVGYNFLIGEDGLVYEGRGWNTLGAHSGPTWNPIAIGISFMGNYMHRVPPASALRAAQSLLACGAARGYLTPNYEVKGHRDVQQTLSPGDELYKIIQQWPHYRRV	STANDARD	Antimicrobial Non-hemolytic	Bos indicus x Bos taurus [Animal]	NO
21373	MYP_067422	MFKLKKLNSHHAAKHICLYEGVIAHLYLDTRGNVTVGAGFLVSDAKALTKMTLRDKSTKKAASREQKAKEFATIAKLPEGRLASWYEQHCQLYLPHEECLKLLEKKIAEFEQELAALFSAQNGYLPFKKMPSNVQLALLDMAYNLGTTNLSRAWPKLLNAIRTENWSAAAKECKRKHVSTARNKATAKLFLQSGSVGLLRRLVHFVLNQISIKLKR	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Pseudoalteromonas luteoviolacea [Bacterium]	NO
21374	MYP_067423	MSNKTKYIAAVLAASAAFFVGVKNDEGFTSKPVIPVKGDRPTQGHGSTFKPDGSPVKMTDPPITRATADKWLRNDVAKREVAFKDSLKGVKLSQTEYDL	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Acinetobacter sp. 25977_1 [Bacterium]	NO
21375	MYP_067425	MSRRCTLLTWALLGLGLGLGAPGEEAPGSCCPIVPRREWKAPASKCGEKLQHPVRYVVVSHTGGSHCDSPASCLKQVQNLHSYHSRTLNWCDVGYNFLIGEDGLVYEGRGWDIKGDHTGVTWNPMSIGISFMGNYMERSPPPRALRAAQSLLACGVAQGALSRTYEVKGHRDVQRTLSPGDQLYEIIRTWPRYHE	STANDARD	Antimicrobial Non-hemolytic	Panthera pardus [Animal]	NO
21376	MYP_067426	MNSSMTAVLLLVASVMALYVVHVNSLPTGMPVEDDLVLTGDELPAAVGRESAVATGSRAKRATCDLFSFETQWVTPNHAACAAHCIVLGKKGGYCSNTICYCRN	STANDARD	Antibiotic Antimicrobial Defensin Non-hemolytic Non-ribosomal	Nilaparvata lugens [Animal]	NO
21377	MYP_067431	MVVRMILIILSVSLGYSGLAAQGGGEPPPDRLMIPASLFDRAVACIKSFEGWHYARHHPYIGYGHKLLPGEKLTCNLTKAQADSLLRADLIKRCSTFRRFGKDALILAVLSYNVGEYRLLGSGKIPKSTLIRKLESGNRDIYQEYISYCRYKGRRHAGLLKRRKTEFALFFIP	STANDARD	Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal	Muribaculaceae bacterium Isolate-080 [Bacterium]	NO
21378	MYP_067434	MSKSLQLSVTVLCIFTILVLGEIRMTKGQPLGKMENCYEVLKWGECVPKNCAFSCTLKRHGKGDCIRAYDDNRPGCICYYTC	STANDARD	Antimicrobial Antifungal Non-hemolytic Non-ribosomal	Arabidopsis suecica [Plant]	NO
21379	MYP_067436	MTAPTLDLAKLGRDLDRDEGRRFTVYYDTARVPTIGVGHNLLTGPLDTALRDHLGIPEDTPLHALVLTDEQIDELRDYDIHRTLDAMDRGLGLWWRQLSEGRQRALANMAFNLGVAKLKTFKGTLAALQSNDFNTAAVHAMDSLWARQVGQRANRIAALFRFG	STANDARD	Antimicrobial Bacteriolytic Glycosidase Hydrolase Non-hemolytic Non-ribosomal	Nitrospirillum iridis [Bacterium]	NO
21380	MYP_067437	MEQSHSNSNGKVSLDNLSTERADTAAPSAPATPAIRFEALEPRVLLSGDVNPAALSISGTLDAPGQQNHYQFTVQDTKRVVFDSLTNRGDINWSLSGPNGSVVNGKQFSADGGGSMPAFDLTAGTYTLTVDGLNDAVGAYAMRIVDASAAANLTPGTTVSDTLVQGNETSVYRFNATAGQQFYFKSGGVSPTTGGNAYWRLIDPYGRQEGNVNNLAYDQNTFALKSSGEYLLLVEGDTNNASPLNYSFNLNPVTDTHATLALDQATTATIAQQGQTAYYDFDLSTTTPAIFDRLSSADFEWSLTGPYGQVISRHNPIYGENPNRMNLLAGHYTLAINMDNGALGSVPFRLITGASTQALSTNSAVTGSLDVAGGSALYKVSLSQGQKVCLSSTSPSGGAVNWRLLDPYGAQVSNGTLGQAGNTYAVPTSGDYWLVLDGADNNSATATVSYGFQLNLVPDIAASLTVGTAVSGNIGLAGQSTIYSFHLAAATQLAFDSLTSRNDVLWSLSGPRGQEVNGRSMAYSEGYYNNSLMVLPAGDYTLTVQGNGTATGAYGFNLLDLSQAVAATQDTAFSGTLTPGNSSMAFQFSAVAGDSVNLHAMGVTGGSATWRLYDSFGRVVAGAASLANDSGNLSLAVGGNYTLLVEGDVSNTAAVNFQERVDHVSNTAPTPLPAGDPLGLGSTTAGTLATWDATKTYRFTLTGDTQLLFDSQTSGNNAIWTLRGPRGTEFNQAYLSNSNDNVFTLPAGDYALTVQGAPQGYGVGNGAYAFRVTDLSTLPPLQLGQSTVANRTPANATVGYRVQATAGSTLVLNVDRITSYYQPTWRLIGPQGQVINTQSGDNPGYQFAIPADGTYTLLDTGQYYDSSASSSDTFTLSKQDVITTPLNVNDVATGTLTGRQSLAQYTFTVDHPQVLMFDSLAGTSGVPSNVQWLVRSAAGTFTNWQQMSYDTASGVLFPPGRYTVFLRNMQDTPTSYGFRLLNRDVAQDLSVGTTTQTSLTSDKTTIYRFNANAGDHLYFAADRSGVNYNANWQLFGPQGTVVAQGSAYNYYDTSDILATYSGEYLLVFSPYQNSYSPPLTQSLTFTLGKRSTLSAPLTLGSDIAGTITQPGQTISYSFTLDAPGTLLMNTPLAQSNLQWSLTGPRGQEASQRSFGNSYSNLLSLPVGTYVLTVAYTDLSTGNFHFGLINTGSMTTLAADQASTAAVYQNGQSTPYTFTASADGDYTMEVPPNQQYSQWRLQNLQGTVVASGGSNNVAADPFHLLAGTYVLTWNNPYSGQPDSTCNFTLRQVITTALSMTPGTPVTGTIDAIARRYEYNFDLTTPTQVLFDALGNRSDIDWQLVGPTGQIINRQSLTQAEGSAGNPFIALLAAGHYRLTVVPEGAATGAYAFNLLDLGAISALTSGNGQTLHMATGSASMAYAIQAHTGDYLKLHVQAPQGGVVRVRVLDANGNVILPSSALAGGADFALKLPNDGRYTLLFDGDNTNTSAVDLTYDASIVTPVTAPLSAGVDAQGNLAIVGVPDIYAISVAAPTMFVVDGLAGNAHWLVRDASGAAMQSGQLGVAAPIRLGPGAYTLEIQASDSSSLGAYGVRIVDVATATELSMGQATTVSVTDNLALIYHIAATLDQSSLSLQVDTAAAAGAIVRVFDAAGQLVLSTSGAMASSVVAASVRAGVGRYIVIDGSTPASFTLTPSEVAAPPPALLNWGATLSGSFTLAGDVASYRLAMNFTQTMSFNELLHDLGSQGIHWRIVRADSGDNAPWQDQNSSYYDNLPQAGDYVLSIAATADNASYALQTLDTAGAPVLGAPVQGMMAVGQGAALYRYELSSPSALHVLLDAQGATDFGWTLFDAQGRRVVDASNGTDTPVLIAGTYTLMVDHSQLGAAAAFGLNVQALPLPVVPFDDHFSGTLSSAATIAGYRFDLTARTVLQLHNLSTVPGLQWSIVPVGQMPNWYNVTTGQQGQNDPENGYPATRAYDAGSYQLWVRGPANGGQFAFQLLNAALAPDLSAPDTKGALADGSSAAMLRLSVPTASAYHFSFGVPSSSDVSWSLLNQDGSVVAQGIDTSDANVDTLPPGTYTLVLKAVSSSAAPVAYDVTTALYTPPVVQLGDVVQGTLGDNPNKPQSYRLEVTADTSLLLSQLTTQNNVNFAFYRDGQLYYPGRTGDRYSLQAGTYDIRVNGWQAGANYQFMLVDDSTAQALTVGTTLQGQLASTQSTSSFHFSSDGHAPLALSTGTDALNWMVYDSRGDVVASQINGNSPTQIWPADNYTLVLYRPMPGSDTVSYSVAATAATVPTSALALGQQQSVSLQADSGYLADLTFNVTTAGRYMLVSPANGGDGISYTITDAQGYTWAQGGLGNGNNYVLQLPSGSFTLHLFKQANFNHGGGGAFAVMAAVGSSGGSSATSAVDAAFTLVNLDQGADLSAGHTVSLNLASNRDVQTASINASAGDVLNLSALTAIAGGASSQAYWYILDPDNNQIASSYFNQAGATQSVTFTQGGHYVLVVINASAALTATFTTSLVSQGNQPVVTPEALVLGQDYAVPFSGTDQHIYTFHLDNTSLLGLHGHSDGYGVNWVLRNAAGQWLNGGLYPGNDQFNSTVLGAGDYTLELTASVDGTANVDFSVITQAQANAAQDAVDVPSTQGIYALHVQAGKDYFITGQSYVSYTIYRPDITTLNNGSIYSSDNIFVQHANTDEIWYIVASGGNGPTDSILHVAAAVSLSLNQELQAAMPATGGARVYSLTIDQPQLVYIQMPVQGGMQATLSGPGVQGVNLGNGYQVMLLAPGTYRVTVTGYNQGGGSATSPDVPFSLLFSTLASAPSITADTALSVSLNPGEVKAFQLNVQAGQRLYFQPQDGVPTNGYWDLYDANGNNVYSDVSDAQDTLPAFAADGTYYLVWSSNASDPTTFNYTLSTTAPQPAGSVVLEQPLLLDTSGPASTHVYTFTLTQDTRVLINALDNSGDGFNWQLTQLDTWFGGGNFSAGNFNPSAIQLQAGTYELSVRAQGSNASHLSLLLSDVAQVPVVTMDQAVSASLAPGQQLIYAIDGTNQQIHLTPPASSTLSGNWTLLDNNGNRISSGSLTNASDFYLSTGRYLLVWDAAAATDTTPVSFQFTLNTPTTRFDIGSWLSPQPSTPYAFHLDQTTRLMFDAGFIASGGYVNYQILQYGQVVYSTSANAGASGSNIFQLEPGDYQLVLGYAPYGYANMSVRLLDLSKAAVLTSGTLTTDSATPGAASLYAFDASQGDTVSLVTTDSASTWMLYDAFGRQLQQIAAGGSLNNLPRTGRYYLVRDTSADTIGAAQSFTFTLNLSHSLPSLTIGQITTANIQNGSAAFQLQVTQASSLWFASAATGDPQVRVDLYDSQGTLLYSFNPSQANYALILPGAGTYTLRLTDVNGSTYARNFNFLLSDLAAAPVLGADTVASDNFDTSVGMKAYHINVAQAGTFSFTNLGNNYYTNYLRWHLVSAYGNVVATGTLNTTTGALALAAGSYTLVIDQPGYYLSGTIAYSFAINTQPVTLPLNTVISGSMPVAGAPLHYSLHVGASGVYTFDSLGAGSGASWRLDGPGGTRVFDTNLNGGGYYDNYYLYDFTGLLAAGDYELTVYNNSTSAAPFSFRVIDPSQATLVTADTPVNTAIDKPGGMQLFRFNAQAGVHYFLDALPGLTSSNYSYPPQWTLLDPLGRAVFNAQSAGSIGSVWDSTQSRYVYQFNGTGIDLGALAESGQYTLVLGMPNNNFNTPANMSFSLVTVPEKPPVILDTLVVNPAPDLTVTSVAITPSGTLQTGQTIDVQWVVANQGILPTNGSWNDRIVVRNTATGVILADVTVPYDASDAANGAIANGDARTRHQQIRLPDGAYAAGDVSITVITDADNVIKESNASGTAEGNNAFTTHVTVQLSPYADLTVQNLALQPASAFQPGQTVNVSWTTSNQGNVDVAHAWSETLEVRNLSTGKVVATVVLRDALDQGALAAGASRQRATSFTWPDGVDASGNFAIRVIADSLGEIPESNAQGTGESNNIAEIDQAVGPDMLVKNLQVTSTGVQAGGLVTITWEDWNQGASATGTAFNDRITLKRADSGLILLDTSIVYDPAAITNGQANGAIGPGGHRLRSYTFRLPDGLKGTGNINILVTTDQNAAGIGVLYETNLTHDAESNNTAATAVISAAVPYADLRVDSVSVPPAGIGGQPVTVNWTVANHGQAATSDAWNDVIVLSTDAIIGNGDDIIIGTVRHTGALAVGQSYAQSATVNLPNLPDGHYYIAVRSDADSEVLEPDTRGNNASAGQPINVAAAYADLGVVSVSAPTNALSGENVNVSWTVNNTGNAPTNLALWNDRVVLSRTGVPSADDIVLAGSVTHAGILANGDSYTANATLTLPRDLVGDYYLLVYTNLNNTVTENGHTGNNTGVTATVLHITLAPSANLTVSDVSGPATIRPGDAVSVSYMSHNIGTANVTAAWRDRVYLDDGKGNLIEVGSQFYTDGLVAGGIVTRTISFTLPSNFTEGSYTFVVRTDADDTIYERNGENDNVTSATASVVVARPDLSVSAVSGPTLVLSGSTAHVQWTVANLGGIATGNWVDQVFLSHNGTMQKVAEVAHGGPLATNGSYDSFADIQLPLDASGDYQFVVITDAARVLDDHSRSNNSGQQALTVQLAPYADLAVSAVQAPATVIADPATLNVSWTVTNNGTGAGITSQWVDRVILSTDGVLGNGDDLVLGEVVHNGALSAGASYNGQLSVMLPPGTTGRYKLFVVSDATRQVFENGAIADDTVMLDHNVDIMPKPYADLQVQSVTTQGTPVSGQPLQITWTIANNGIGITDSSQWSDQVWLSSNPDGSGVIAQFGSANHIGQLAVGDTYTRSINVTMPNGISGNYYVNVRTGGPFEFIFGNDDTGHSAAVPVTLSPSPDLVVQAASIAATANGSTAPDGSLLEGTVVDVAWTVSNQGQADAIGPWVDTVKLIPVSGTGAPIVLGSFTYDRPLGAGISYTRTEQLRLPSRIEGLYRLQITTNANFGGSGAQVYEYGAAASNDVFIASNPAQISLQPRPDLQVGAVTIPDHVTAGTNVGIQYTVTNLGSVPASGHWRDKVYLSHDGTLSGDDQLVGVFDNGSALAPTESYSNITGSISIPIRFPGDAYLIVVADADNNVDEYPNDNNNVKAVHFYIDPVPFSDLVTSGVTAPDQAVHGGTIDVRYKVANLGSATTRGLTADVNSWTDTVWLAKDPKRPGANKGDVLLGSMVHTGNLAVGEDYLGDMQVAIPDGTLSGQYYITVWTNTYSTILEDTLASNINGDDPTQIDNNDYKGRAISVLGITPPDLVVTQVNAPATIDAGGPLSFSYTVQNQGDLFTGGWTDTIYVADNADLSKATRVWTLGSYTQSRTLNNGEKYTVNQTVQLAPDIVGSYIIVKTDALNQVRELNENNNVTPYAAAVIPHPADLQVTAVQVQPQNYSGELTPISWTVTNFGQAVWSGTVSWQDSVFISTDPTFIPSRAIALGRFEHQNTNGLVAGASYTTTVNVALPPGTNGRYYVYVITDSARPDSYGLPPRAADEILSGGDNNWPLNLYATSVYEGSANTNNVGSSPLDITYREADLQIGSIQVSNPAPKSGDLITVTWTVTNQGNRATRVSQWNDGVYLSNDSSLDPTDYPLVEGSLYDNPGRVQAISLVDANGEPRFLQPGESYTQSATFHLPQSISGNFNIIVKADTATVKDWYFSQPSSIRDGLDVVWGSGPGSVLEFQNEGNNVSSIPLPITLATPPDLQVSVVTAPTTVVAGQSFTVDYHVTNAGGDTPSDQSQWNDLVYLSRDRFLDVNQDRYLGYLSHSGGLTAGGGYDGRFTVTAPRDLDGPYYVFVITDPARAFGAGPYGKVLEFGNDQNNATAAVQPMLVQTPPPADLKVTDVTVPPQAKVGDAVTVNYTIINDSTNPAYGQWTDAIYLSMDNVWGLDDILLGKVSHSGDLAGGASYSGKLTANLPPLKDGNWRIIVRPDLYNEVYEGAISYGPNGLVMAPGEANNLTASAATIQTQVPPLAIASPLQTTLSSGDVQLYKVSVAAGQTLRVLLDSTAASGDNELYIRYGDIPTTYAYDAAYSNASAADQQALIPSTLAGDYYILVRARSGNAVPVTLRADLLPLSITKVTPDNGGVSDDAHRWVTLDIYGSAFQAGAIVKLTRPGVYEAEPDRWQVLDATHIRAIFDTRAFPLGLYDVTVINPNGQSVTEANRYLVERGIQDDVTIGIGGPRNLNPGDAATYSVSLQSLTNVDTPYVRFDIGAVEMGYNQYLLGGLNLPYAIFGSNVGGSPYGNIAGAPANTQAYGQTPSTQARTDIPWASLDGTLNTSGYNLAPGYAFDVAAHGFVGMSFRLQTYPGLTAWINRDFSGLRDALYATHPDWKAQGLLDAGVSGLDKISQGLTARFLSTDPQDIIYKIEALSESFQLNVVAAATALTRDEFIAEQTAYALRLRTAVLADAGAPSNLATLAADASQWVNGWLAALESSGMLLPADQAPPITTNPQVVSLNATLAAGILMSKGGDNYRTQADILGFFAKVQQWYGDTATYAGDPNAAKGPIDHYETRQDDEGDTIEVPVPALANPADYDQHAGRTLQFENFQIFVGSQSELEYLRAQGLLDEKFNPLPGKSLNLTQYLQLVAQQAGVANAAISVQGPQGSATATDGSVYVPAATPLPYTFAFSNPTGQGVGQIRIVSQLDANLDPRSLRLGDLKIGDINIHIPADRANFQGDFDFTGSKGFILRVSAGIDAETRIATWLLQAIDPITGEVMQDVTRGLLAPLASAQGNTTPQGGFVSFTISTAQGAVSGAKIATQARVFFDQTPPIDSAALNVTLDTKAPTTTVTVTSLGNNAQGAPTYDVKWNAQDDASGIRFVTVYVATNGGDFKIWQRQVDPSVSDAVFTGEAGNHYEFLAVATDLAGNREAASVSNAVLPDDGARQKVLDGLGVTPGVDQTAPVPQAAPDRQYDSNPLFQQATQMLPGSVASVNAGDLHNVLAPFAARGFADGFSTGAADIGAMAMVQLPDGSILVSAGQQRNEVYHYGKDGGHSTTPLFVLDQPVLDMAVDALGQLWVMTGNELLQVDAGSGAIVRRMQGPSQQPLTHALAIKPGTGDIYVSDGDGIEIFHSNETDPNKAWQHFSNTRVGDLAFGPDGRLWGVRWTGSDITAADPNGSTDIISFPMSGITLGRAELEYRINGVVDSIAFGAQGTSLAGLLIASGALPQHVQVAGIADTTTGSSVWTIELASRRVLQLAGGGTQGEAILTTADGRILVAETHHIDEIAPARAPKVIATSVPDGALIPLPVGQIAVQFDQDMWLGSDPQSALTDGSSVLNAGNFQLIGATTITPNSVRWDAATHTAYLDVTGLPAGHYQLTISGNLRSTSQLRIGQDTISGFTALFDMSTQVQLTFSNTRSDQSTGAVSYDVSLKNIGTDDLHGPLMLLLDPGAYFGMNIGGATQGTGDQSDLWVLDLTSALQALGGKLAVGATLANQTISVVPASHFTGGLADLAKFNLGHGIYAVPQANLPPTIAPVNTNADIPDVFAQPATIGQSWSATVDAIDSDGTMFYWQVVQAPAGLVLTPPAGYTVGADGNYHSTATLSWTPGANAMADTVIVLRVQDSRGGVALRTLHVPVANGNHTPALSTQGNLTIVEGQTLTLPLTAADADGDTLTFSISNLPPGAVFDARTGVLTWTPSYDQAGTYRNVTVRVSDGKTTVSEQFDIVVQQAFAQPVLLAVPAQTLREGDAFALQLAGSMPGGLARPDGTTIKLSYAAAVLPGGMQLNSDTGWLSWTPGYAQHGNYNVTVTLLATITQPDGSTRKTSVQQTIQLNVLNVNGAPQFDPTVGQTWNTLEGQPLNINVFAFDPNNPGYIPKVRLQPGGPLVDQNGGGSTPATITYQVLGLPPGATFDPDTLDIHWTPGYDQAGTYHVTVIATNDGDGTGVPASAQVTIPVVVGNTTRAPLVAAIGNAFVDKGATLDIPFDITNVDGNPIVVSLSGLPRFASYTQNPPSANGHITGTIHFTPGDGDRGDYTITLTAQDTGGSTPNQAQATAVSFVVTARSLTEPPVFSLPQQIVAVAGQPISLPISISDADQDGLHLSTIGLPLGAQVTALAQYGQLLLTWTPSADDIGPHDITFTVTDSGLPPQDQGYTNPANPVPNVVSHTIRVVVRAANVAPQLLGVQLNGNAVTDSGDASVPIVLAGSESNPLRLDLFARDPDADLLNWSVTGLPPGMALDVPAAGSGNQATLRWTPGMFAASSDNVGGSSPGVYRFTVTGSDGAASFVRSFEVHVAHVNVAPVILPMPIQLVNEGSTLSFNLRSADANGDPLHMSLVYDDNTPAGVSFNNVTGAFEWTPDYGVVDNAVTSTRDFSFTFKVTDGSLSSTQTVTVRVLDANRAPTLAVSSHAVTVGQTLSLPVQLGGSGAGGIYASDPDGAAQTAALTVSFSGLPEGASYDAQASRLNWTPGPGQVGDFVITAQVSDGQSTVRKTFTVRVVADASANAPAILIDSVPSTPALPGQTVLVTVRASGFSPIANTVVQVRGAALGSDQWQTVALDASGRFHLQATQPGLIDVRVTATDADGFSGTQLGQLRVRDPADTQAPALQWLGALAGATVAGQPVEMDVPTTLQASLQELQLMGYRLEIAAAGSDQWQTLAQQNDAAVSVNQALTLATLDPALLRNGAYQLRLTAWDLSGRTSEIDARVIVDTEQKSFAQQNAADATFQLGGHAFTVNRGLGSDPGAAFGNWGLSGFDTGLSSDQLPTTATGAIAAWTIGSRVWLRMPDNLGDANAAICNLSFTLGTSATTLPGGAGAPVVYQTSFGSDQGWQLQAINGSNLQRQGSHLYDQLTGLPWVPGGYVLTAPDSTHYSLDAQGKLTGVAFADGTQWLVSDAGVALVGGRASDRVDIVRDTQGRIVRITGPLDASANTRSIVYRYDAQNRLILARALDDNAMGTPYGYDGSGQPYQDTISANLGTAADWLGNSSANQWSGSLATGQTTTLAFQVRDSELASTIKVPGGQGAILLAISVQFGDASSDLQIVGGEVLGSTLHNGVRTVLVRVTEAGMKLIRLSGTGSANISVSVVGDLNRDGRIDGADSAAWNQDAAAAAATGDLNGDGVIDASDRQLLYANYGWRANLPPTAVVAAPTLTHAGLDVGIPLSAIALDGEGDALYWRVLNATHGTARLSGDGLSVIFSPDAGYTGPVSVYVIADDGFGASAPIQLNINVSGAKITGIHLQPLPDLGAGQSAPIVATVDFEDQQGVDVSAAPGYLHLEIADLGGLALTDNAPVQIDPATGILRCIGAGPALLVATRTDTDGHVVRTVQAINVYLPDDGALAGGEDMSDPNIPNAAPDVYPGSLTLTPGGTRQLKVTLADDNGQPVDVSQASQSAHTGTRYYSSDESIATVSADGVITALKAGHVVISVVHLQELIDAGGSSSMQYIGQTDVELNVQPPAQVGDAGTPGTPASVVVAHDTGGAVADATGETVMIGAGVLKSDTPVSISRVNVADVTDRTGMAPPLPDTLDTMAAFHLDIGAQTTNAPLQLSIPLQTTAGWNVGDEVLFLRRGIITDAIGVVHDVWWVVDNGHIGADGAAHTASPPYSGVSATGDYIIVRNTKVDAHTGAVTVQGAGVNMYALWAGPLAFATGAAMGMGGMLAGAAAATEIIGILATQAMPLYAVNWSFDGAYNDIGAIQTNIDSSGNLTLSVSSSTGSGGGGTQPGGGGGSNTGGLNVDRQFIYQSERNATDDAVSVPASGTSGVTVAHGFDLGARNNHDLVSLGLAPDLITRLAPYLGLQRNAAATYLAAHPLVLSTPDETAIDDAVFNDMARRLQQDFDPASSTPFHSLPGNTQTAIMDLMYQYQSLPNKTPSFLADITSGNWDAAVAELKNFHDAYPTRRHREQALIQADIDSGLIPGTMSNGQPNHVATTPRTPVTPGVLQVTGMQIANGKLLIQMSGLRGPAGGPTAGLPAKIRLWLSPDDLEIDAQGNAKSDNWNGQATQQQGIRAWLSLGDFDILSDTQTFTVDLPAGIALSLHEVTAERMVQAPSTPDSPGAAAWVTDGDPAAATINPQSNYSAITTSSQIQIIRDGKVVNQLPFLDDNGQPTFVGGGKSHQIVFNGDQTLMFVSGNAGQIYIVDTSVMKIVQVFHLPGSHDNLSSLAVSGDWMYVAEGGSFAAGNGNHRLLRVNIDETSADFLKTQQIQLPDALSGANEAFGYVDLAVVNGAHSYLAVATAKYPLGIIATGHGVSGDVFIIDLNLLDNDSPDHGAAKIGDGGLRVVSFGTNTGKGPQYLTAVSSVVTQQNGVAVITQVRFLLSDSFDYDAGLSTLSIDVGPDGAMSAVNTAKVWMTGVPDGQASVSRFNDKYQLNIQRAQSPLLVNYQGTEYAIVADYYVVFNDPGYSTGAINNKQAGGKIGIIKDPFGAHPEYLGATTPIIDASINSLMLDPTGTQLWADVRNWPIGDNNSPPPNGVLIWKLQDLLQAAIDNSIAKQGNPRPIPVDEKRGTNGNTQTVTPVKVDTGWLFGMASAGQNVTVNVSDTLRYGDVSRIDLLALIKKYAPQYASSVINFTASGVQVNADDAILAKDANGKLISAATDTDQTHSGAAGATLANYPAGQFATSGVLFLLPTLSQADVNLLRNGGHLANRTITLHVSGVSVNGQAAPGFDIVIKIADYDNSNNPQLFGDRPASNPGYSDMKLSGPVSVGAKGTLDVYKLEQRLKYLGYPAYGVYGDGQSNTTLREFKVDGVWDVADSYAAFLFDHVVIYGSAPGTLQLIPHDKHDAAHTMPNLLSAAQAFTVQATGPMLNYLSAWNAPHWVNVWRSLGGANDTAHGTVSGTNGSVWLKDGTESDVEHYGTSWARDLLMAWELTASARSAIGLGTATQLSLNGISDEDFILTSNDHKTHDVGMALDIGIDPSASSNINTHNPNLAAPPAGLTPDQLVNFWAGNTAIAGVTLPPDDQRLNSGLRILEQNLLAMLMLTHQAQGNSIFSAIPVVNAVPGQGGASSLDATRAALFGNLTQFIYVGTTSGNYTDDRRALNSVAAALGAADAARYGRFVAPHDRHFHINLKPPTAIKIAPPPAHQDTVDGTAPAAADPAATASTQQSVSALAPTVVAVWNALTGGVSGQWLQVWQTATAQLQTGEAGETAGGVTTLDVDAAGHGWYINASNDDFLPTADPNVWIARPGSAAEGKLDMLTVLLHEYGHALGLDHSAASSDLMNAVLTPGVRRVPSSADVAALLAMVRAAMPAASGTGMVGGQAIVVTSGTNASTPATTTAQAQVAANPTLEHGDFSSVAGWTTSGAVSIADGTAVLGESTHQQARLTQAFVVGANDRFLRFTVGGVALQNPGDMPEDAFEAALLDAVTGASLGGAIDLNRTDAMLNLQGDGSAHLGQGVSYVTNTDGSRTYLVDLRGIAAGTAVNLSFDLIGFGPAGSHVTVSDVALMGLPQANDDLIKGQEDSAVNVNVLGNDANATGATPTIVTGPAHGTLALNADGSFTYTPDALYYGNDSFTYLLNNGKAQSNVATVNLAIAHVNHAPNANNLTVTLQEDGTAIVDLHQLTSDVDGDALTYRIVNQPQHGSLTQNADGTFTYVPSSLFYGDDNFTYVANDGTTDSPTATVSLVVIHVNHAPIAVNAQVHTLEDQALAGQVMNYGTDVDGDPLTATLVNGPQHGTLTFNADGSFTYTPGSLYRGTDSFSYQLSDGQLSSGVATVTITMDPVNHAPVANDVATTVAEEGVLSIDPRSGASDIDGDALNTVIVSGPQHGTLTRLADGTYQYAPNALYRGDDSFTYKVNDGALDSNVATVKISVTPINHAPTASNANATLPEDGNLTLDPRTDANDVDGDSLTAIIVNGPSHGTLTQNADGSFTYVPNALYRGTDSFSYKVNDGTTDSNIATIMLTVTPVNHAPVAKDGSASVAEDGAVSVDPRANASDVDGDPLSVVIVSGPTHGTLVRNTDGSYSYTPTTYYAGNDSFTYKVNDGTVDSNVATIVLTVTPVDHAPVAVNDTAATDQGVPVVVNVLANDSDIDNSTGVNAGSGRAANAGLTARVISQPANGTLTMNADGTITYTPKAAFSGNDSFSYVANDGQLDSALASVTITVRATNHVPVANDDVFNGKQGQALSFNPLTNDTDADGDPLSLVIVSGPTHGQLTRNSDGSLSYTPTTNWYGTDTLTYQASDGKSLSNVATVRLIIASANQPPVAANDSASVHNNQTAVIRVLANDTDPDGDALTSRLVGGPKHGTVTHNADGSFSYTAQCGYMGTDTFTYVANDGKVDSNLATVTITVLGPNLPPLAFDDAAYVNENGSVKINPVANDWDPNGDKLTAHLLCGPSHGTLSLNGDGTYTYTPDANWYGLDGFVYAANDGQFDSNPATVWIRVAHVDQPPVANNDAFTVRAGQPTRIDVLANDTDEDGDDLDATVVNAPKHGTLTLNCDGSFSYTAQAGFVGTDSFVYVADDGELKSAPATVTLTVLAPNHAPVAKNDQATTNAGTPVRINVLGNDTDADGDKLTSRIVCSPCHGVLSLNSDGTYTYTPNKGWYGTDSFSYRDSDGQADSNVAMVCISVLPVNHAPTARNASFQVQRDGSVRIDFSCLIDDVDDDCLTLSPGKAAHGSLSRNYDGTYTYRPAYGYTGTDGFAYTVSDGKLSATATISLNVIANGGCWNGQSVMVAASAQTYGWSASSSGYIVVRRANTDSDTAQAIDWQGDASSAIGSSANVGGAWWDALVAEPLPTSDDLAAQSGLVVKRLN	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic	Dyella sp. OK004 [Bacterium]	NO