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FUNCTION: ANTIMICROBIAL > ANTIBACTERIAL > BACTERIOLYTIC ACTIVITY

Found 29,300 peptides
Current Node: Bacteriolytic activity | Page 567 of 1465
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Bacteriolytic enzyme (26227)

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NO. PEPTIDE ID SEQUENCE STATUS BIOLOGICAL FUNCTIONS SOURCE ORGANISM VERIFIED
11321 MYP_067375
MSLRNKIVIGALTGALGMTGALVTWFEGRSLVAYLDPVGIPTICEGVIQGVKLGDRATSAQCDQLLQRELRIALTAVDRQVRVPLPDTRRAALGSFVYNVGEGQFSSSTLLRLLNAGDAQGACAQLSRWIYAGGKQLAGLVNRRAAERELCEVGL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Pseudomonas sp. PAMC 29040 [Bacterium]
 NO
11322 MYP_067383
MLAIAATLPGFQQLHTSEEGLKLIADYEGCRLQPYQCSAGVWTDGIGNTSGVIPGKIITERQAAEGLISNVLRVERALERCVKQQPPQKVYDATVSFAFNVGTGNACSSTLVKLLNQRRWADACRQLPRWVYVKGVFNQGLDNRRAREMAWCLKGAGL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Salmonella typhi [Bacterium]
 NO
11323 MYP_067385
MAASPGAVQYGAAAPDFSTQIAQMKVDATQTRVHASDLTSSETMKEALAEEEGVRLTVYRDVAGYSTVGVGHLVLPEDNLRVGDTITYEQALEFLEQDLKKAEAGVQRLVGDLPIYQHEFDALVDLVYNVGEGNVSERESPKLNAAIASADYEGIAEELHYHHAAGAKANGLVYRSERRQAIFMEAAYDDPRPVEIAVAGNLST
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Aurantiacibacter aquimixticola [Bacterium]
 NO
11324 MYP_067389
MCFVNQEAKDAWAEAQGCEFGEEEDPAAEACTEAWRLDDDFLEESEGALVLDGYIPRRNGEILGQSGVTISTGIDLGQQSAAGTRTIIDNYIAEHGNAGNVDVDALMDTLDPYFGLRRQAAADALAAQPLTVTEAEAELLAEAFKFHFLNEIADQFDAENELGMTFRQLPAAAQTVIMDFAYQYGLSDTRGNIRQTFWGHVYRGEWLELAEWLDSNPDPYTRRRRREGELLQDAIDNHQIPNTGDPCPGE
 STANDARD
Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal
Lysobacter penaei [Bacterium]
 NO
11325 MYP_067395
MNLIDSIKSNEGFRDHIYKDTLGFDTIGYGFKVGSLTCDELELNGGIIEPMSKEVADKILRLKLAKLTSKVYDAIPWLNNSPKEVQEVVIEMAYQMGISGVLKFKNTLNFIKENDYKNASSNMMKSLWAKQTPNRAKKLADIIERA
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Campylobacter hyointestinalis subsp. lawsonii [Bacterium]
 NO
11326 MYP_067401
MAALRQRLAVGVLTASLAGLAFITSGEKREYRAYADPALGWKVPTICDGHTGPDVYRGQRANDQMCDAWRAKDAEVSIKAIRRCSGDAKLTQYEFDALVSLVHNIGPTAYCGSTMSRLIREGKLDQVPGQFDRWVYSGGRKLRGLVNRRQSERNLWERGDYGTVR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Ralstonia phage RSB1 [Virus]
 NO
11327 MYP_067406
MKSVLFALVLCSLIAASFATYGVDVSQETLPSAWSCLKQNGYSFGIVRAYLSIGQVDSVGPHTIYNAWAGGMSHVDVYMFPCPQCGKSAATQVQEAVQNLRNYNCQYGMFWFDIEGSQYWNDVASNRAWLTEAVNQALSMGQTVGIYTSQYQWSSIMGSWTGASRFPLWYAHYDNNPSFSDFSPFGGWNQPAIKQYVATPSCAALASTRTSTLERSRGS
 STANDARD
Antimicrobial Bacteriolytic Hydrolase Non-hemolytic Non-ribosomal
Acanthamoeba castellanii str. Neff [Protist]
 NO
11328 MYP_067410
MKISKNGLQLIKDFEGCRIRAYQCSANVWTIGYGHTHKVQPGDCITQEEAEHLLAKDIQLFEGVVNRLVKVSLTQNQFDALVSFVFNLGEGNLSSSTLLRHLNSGDYLSAANELPRWVNAGGKQIPGLVRRREAERLVFIKDMKDKT
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Pantoea stewartii subsp. stewartii DC283 [Animal]
 NO
11329 MYP_067422
MFKLKKLNSHHAAKHICLYEGVIAHLYLDTRGNVTVGAGFLVSDAKALTKMTLRDKSTKKAASREQKAKEFATIAKLPEGRLASWYEQHCQLYLPHEECLKLLEKKIAEFEQELAALFSAQNGYLPFKKMPSNVQLALLDMAYNLGTTNLSRAWPKLLNAIRTENWSAAAKECKRKHVSTARNKATAKLFLQSGSVGLLRRLVHFVLNQISIKLKR
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Pseudoalteromonas luteoviolacea [Bacterium]
 NO
11330 MYP_067423
MSNKTKYIAAVLAASAAFFVGVKNDEGFTSKPVIPVKGDRPTQGHGSTFKPDGSPVKMTDPPITRATADKWLRNDVAKREVAFKDSLKGVKLSQTEYDL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Acinetobacter sp. 25977_6 [Bacterium]
 NO
11331 MYP_067431
MVVRMILIILSVSLGYSGLAAQGGGEPPPDRLMIPASLFDRAVACIKSFEGWHYARHHPYIGYGHKLLPGEKLTCNLTKAQADSLLRADLIKRCSTFRRFGKDALILAVLSYNVGEYRLLGSGKIPKSTLIRKLESGNRDIYQEYISYCRYKGRRHAGLLKRRKTEFALFFIP
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal
Muribaculaceae bacterium Isolate-080 [Bacterium]
 NO
11332 MYP_067436
MTAPTLDLAKLGRDLDRDEGRRFTVYYDTARVPTIGVGHNLLTGPLDTALRDHLGIPEDTPLHALVLTDEQIDELRDYDIHRTLDAMDRGLGLWWRQLSEGRQRALANMAFNLGVAKLKTFKGTLAALQSNDFNTAAVHAMDSLWARQVGQRANRIAALFRFG
 STANDARD
Antimicrobial Bacteriolytic Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Nitrospirillum iridis [Bacterium]
 NO
11333 MYP_067437
MEQSHSNSNGKVSLDNLSTERADTAAPSAPATPAIRFEALEPRVLLSGDVNPAALSISGTLDAPGQQNHYQFTVQDTKRVVFDSLTNRGDINWSLSGPNGSVVNGKQFSADGGGSMPAFDLTAGTYTLTVDGLNDAVGAYAMRIVDASAAANLTPGTTVSDTLVQGNETSVYRFNATAGQQFYFKSGGVSPTTGGNAYWRLIDPYGRQEGNVNNLAYDQNTFALKSSGEYLLLVEGDTNNASPLNYSFNLNPVTDTHATLALDQATTATIAQQGQTAYYDFDLSTTTPAIFDRLSSADFEWSLTGPYGQVISRHNPIYGENPNRMNLLAGHYTLAINMDNGALGSVPFRLITGASTQALSTNSAVTGSLDVAGGSALYKVSLSQGQKVCLSSTSPSGGAVNWRLLDPYGAQVSNGTLGQAGNTYAVPTSGDYWLVLDGADNNSATATVSYGFQLNLVPDIAASLTVGTAVSGNIGLAGQSTIYSFHLAAATQLAFDSLTSRNDVLWSLSGPRGQEVNGRSMAYSEGYYNNSLMVLPAGDYTLTVQGNGTATGAYGFNLLDLSQAVAATQDTAFSGTLTPGNSSMAFQFSAVAGDSVNLHAMGVTGGSATWRLYDSFGRVVAGAASLANDSGNLSLAVGGNYTLLVEGDVSNTAAVNFQERVDHVSNTAPTPLPAGDPLGLGSTTAGTLATWDATKTYRFTLTGDTQLLFDSQTSGNNAIWTLRGPRGTEFNQAYLSNSNDNVFTLPAGDYALTVQGAPQGYGVGNGAYAFRVTDLSTLPPLQLGQSTVANRTPANATVGYRVQATAGSTLVLNVDRITSYYQPTWRLIGPQGQVINTQSGDNPGYQFAIPADGTYTLLDTGQYYDSSASSSDTFTLSKQDVITTPLNVNDVATGTLTGRQSLAQYTFTVDHPQVLMFDSLAGTSGVPSNVQWLVRSAAGTFTNWQQMSYDTASGVLFPPGRYTVFLRNMQDTPTSYGFRLLNRDVAQDLSVGTTTQTSLTSDKTTIYRFNANAGDHLYFAADRSGVNYNANWQLFGPQGTVVAQGSAYNYYDTSDILATYSGEYLLVFSPYQNSYSPPLTQSLTFTLGKRSTLSAPLTLGSDIAGTITQPGQTISYSFTLDAPGTLLMNTPLAQSNLQWSLTGPRGQEASQRSFGNSYSNLLSLPVGTYVLTVAYTDLSTGNFHFGLINTGSMTTLAADQASTAAVYQNGQSTPYTFTASADGDYTMEVPPNQQYSQWRLQNLQGTVVASGGSNNVAADPFHLLAGTYVLTWNNPYSGQPDSTCNFTLRQVITTALSMTPGTPVTGTIDAIARRYEYNFDLTTPTQVLFDALGNRSDIDWQLVGPTGQIINRQSLTQAEGSAGNPFIALLAAGHYRLTVVPEGAATGAYAFNLLDLGAISALTSGNGQTLHMATGSASMAYAIQAHTGDYLKLHVQAPQGGVVRVRVLDANGNVILPSSALAGGADFALKLPNDGRYTLLFDGDNTNTSAVDLTYDASIVTPVTAPLSAGVDAQGNLAIVGVPDIYAISVAAPTMFVVDGLAGNAHWLVRDASGAAMQSGQLGVAAPIRLGPGAYTLEIQASDSSSLGAYGVRIVDVATATELSMGQATTVSVTDNLALIYHIAATLDQSSLSLQVDTAAAAGAIVRVFDAAGQLVLSTSGAMASSVVAASVRAGVGRYIVIDGSTPASFTLTPSEVAAPPPALLNWGATLSGSFTLAGDVASYRLAMNFTQTMSFNELLHDLGSQGIHWRIVRADSGDNAPWQDQNSSYYDNLPQAGDYVLSIAATADNASYALQTLDTAGAPVLGAPVQGMMAVGQGAALYRYELSSPSALHVLLDAQGATDFGWTLFDAQGRRVVDASNGTDTPVLIAGTYTLMVDHSQLGAAAAFGLNVQALPLPVVPFDDHFSGTLSSAATIAGYRFDLTARTVLQLHNLSTVPGLQWSIVPVGQMPNWYNVTTGQQGQNDPENGYPATRAYDAGSYQLWVRGPANGGQFAFQLLNAALAPDLSAPDTKGALADGSSAAMLRLSVPTASAYHFSFGVPSSSDVSWSLLNQDGSVVAQGIDTSDANVDTLPPGTYTLVLKAVSSSAAPVAYDVTTALYTPPVVQLGDVVQGTLGDNPNKPQSYRLEVTADTSLLLSQLTTQNNVNFAFYRDGQLYYPGRTGDRYSLQAGTYDIRVNGWQAGANYQFMLVDDSTAQALTVGTTLQGQLASTQSTSSFHFSSDGHAPLALSTGTDALNWMVYDSRGDVVASQINGNSPTQIWPADNYTLVLYRPMPGSDTVSYSVAATAATVPTSALALGQQQSVSLQADSGYLADLTFNVTTAGRYMLVSPANGGDGISYTITDAQGYTWAQGGLGNGNNYVLQLPSGSFTLHLFKQANFNHGGGGAFAVMAAVGSSGGSSATSAVDAAFTLVNLDQGADLSAGHTVSLNLASNRDVQTASINASAGDVLNLSALTAIAGGASSQAYWYILDPDNNQIASSYFNQAGATQSVTFTQGGHYVLVVINASAALTATFTTSLVSQGNQPVVTPEALVLGQDYAVPFSGTDQHIYTFHLDNTSLLGLHGHSDGYGVNWVLRNAAGQWLNGGLYPGNDQFNSTVLGAGDYTLELTASVDGTANVDFSVITQAQANAAQDAVDVPSTQGIYALHVQAGKDYFITGQSYVSYTIYRPDITTLNNGSIYSSDNIFVQHANTDEIWYIVASGGNGPTDSILHVAAAVSLSLNQELQAAMPATGGARVYSLTIDQPQLVYIQMPVQGGMQATLSGPGVQGVNLGNGYQVMLLAPGTYRVTVTGYNQGGGSATSPDVPFSLLFSTLASAPSITADTALSVSLNPGEVKAFQLNVQAGQRLYFQPQDGVPTNGYWDLYDANGNNVYSDVSDAQDTLPAFAADGTYYLVWSSNASDPTTFNYTLSTTAPQPAGSVVLEQPLLLDTSGPASTHVYTFTLTQDTRVLINALDNSGDGFNWQLTQLDTWFGGGNFSAGNFNPSAIQLQAGTYELSVRAQGSNASHLSLLLSDVAQVPVVTMDQAVSASLAPGQQLIYAIDGTNQQIHLTPPASSTLSGNWTLLDNNGNRISSGSLTNASDFYLSTGRYLLVWDAAAATDTTPVSFQFTLNTPTTRFDIGSWLSPQPSTPYAFHLDQTTRLMFDAGFIASGGYVNYQILQYGQVVYSTSANAGASGSNIFQLEPGDYQLVLGYAPYGYANMSVRLLDLSKAAVLTSGTLTTDSATPGAASLYAFDASQGDTVSLVTTDSASTWMLYDAFGRQLQQIAAGGSLNNLPRTGRYYLVRDTSADTIGAAQSFTFTLNLSHSLPSLTIGQITTANIQNGSAAFQLQVTQASSLWFASAATGDPQVRVDLYDSQGTLLYSFNPSQANYALILPGAGTYTLRLTDVNGSTYARNFNFLLSDLAAAPVLGADTVASDNFDTSVGMKAYHINVAQAGTFSFTNLGNNYYTNYLRWHLVSAYGNVVATGTLNTTTGALALAAGSYTLVIDQPGYYLSGTIAYSFAINTQPVTLPLNTVISGSMPVAGAPLHYSLHVGASGVYTFDSLGAGSGASWRLDGPGGTRVFDTNLNGGGYYDNYYLYDFTGLLAAGDYELTVYNNSTSAAPFSFRVIDPSQATLVTADTPVNTAIDKPGGMQLFRFNAQAGVHYFLDALPGLTSSNYSYPPQWTLLDPLGRAVFNAQSAGSIGSVWDSTQSRYVYQFNGTGIDLGALAESGQYTLVLGMPNNNFNTPANMSFSLVTVPEKPPVILDTLVVNPAPDLTVTSVAITPSGTLQTGQTIDVQWVVANQGILPTNGSWNDRIVVRNTATGVILADVTVPYDASDAANGAIANGDARTRHQQIRLPDGAYAAGDVSITVITDADNVIKESNASGTAEGNNAFTTHVTVQLSPYADLTVQNLALQPASAFQPGQTVNVSWTTSNQGNVDVAHAWSETLEVRNLSTGKVVATVVLRDALDQGALAAGASRQRATSFTWPDGVDASGNFAIRVIADSLGEIPESNAQGTGESNNIAEIDQAVGPDMLVKNLQVTSTGVQAGGLVTITWEDWNQGASATGTAFNDRITLKRADSGLILLDTSIVYDPAAITNGQANGAIGPGGHRLRSYTFRLPDGLKGTGNINILVTTDQNAAGIGVLYETNLTHDAESNNTAATAVISAAVPYADLRVDSVSVPPAGIGGQPVTVNWTVANHGQAATSDAWNDVIVLSTDAIIGNGDDIIIGTVRHTGALAVGQSYAQSATVNLPNLPDGHYYIAVRSDADSEVLEPDTRGNNASAGQPINVAAAYADLGVVSVSAPTNALSGENVNVSWTVNNTGNAPTNLALWNDRVVLSRTGVPSADDIVLAGSVTHAGILANGDSYTANATLTLPRDLVGDYYLLVYTNLNNTVTENGHTGNNTGVTATVLHITLAPSANLTVSDVSGPATIRPGDAVSVSYMSHNIGTANVTAAWRDRVYLDDGKGNLIEVGSQFYTDGLVAGGIVTRTISFTLPSNFTEGSYTFVVRTDADDTIYERNGENDNVTSATASVVVARPDLSVSAVSGPTLVLSGSTAHVQWTVANLGGIATGNWVDQVFLSHNGTMQKVAEVAHGGPLATNGSYDSFADIQLPLDASGDYQFVVITDAARVLDDHSRSNNSGQQALTVQLAPYADLAVSAVQAPATVIADPATLNVSWTVTNNGTGAGITSQWVDRVILSTDGVLGNGDDLVLGEVVHNGALSAGASYNGQLSVMLPPGTTGRYKLFVVSDATRQVFENGAIADDTVMLDHNVDIMPKPYADLQVQSVTTQGTPVSGQPLQITWTIANNGIGITDSSQWSDQVWLSSNPDGSGVIAQFGSANHIGQLAVGDTYTRSINVTMPNGISGNYYVNVRTGGPFEFIFGNDDTGHSAAVPVTLSPSPDLVVQAASIAATANGSTAPDGSLLEGTVVDVAWTVSNQGQADAIGPWVDTVKLIPVSGTGAPIVLGSFTYDRPLGAGISYTRTEQLRLPSRIEGLYRLQITTNANFGGSGAQVYEYGAAASNDVFIASNPAQISLQPRPDLQVGAVTIPDHVTAGTNVGIQYTVTNLGSVPASGHWRDKVYLSHDGTLSGDDQLVGVFDNGSALAPTESYSNITGSISIPIRFPGDAYLIVVADADNNVDEYPNDNNNVKAVHFYIDPVPFSDLVTSGVTAPDQAVHGGTIDVRYKVANLGSATTRGLTADVNSWTDTVWLAKDPKRPGANKGDVLLGSMVHTGNLAVGEDYLGDMQVAIPDGTLSGQYYITVWTNTYSTILEDTLASNINGDDPTQIDNNDYKGRAISVLGITPPDLVVTQVNAPATIDAGGPLSFSYTVQNQGDLFTGGWTDTIYVADNADLSKATRVWTLGSYTQSRTLNNGEKYTVNQTVQLAPDIVGSYIIVKTDALNQVRELNENNNVTPYAAAVIPHPADLQVTAVQVQPQNYSGELTPISWTVTNFGQAVWSGTVSWQDSVFISTDPTFIPSRAIALGRFEHQNTNGLVAGASYTTTVNVALPPGTNGRYYVYVITDSARPDSYGLPPRAADEILSGGDNNWPLNLYATSVYEGSANTNNVGSSPLDITYREADLQIGSIQVSNPAPKSGDLITVTWTVTNQGNRATRVSQWNDGVYLSNDSSLDPTDYPLVEGSLYDNPGRVQAISLVDANGEPRFLQPGESYTQSATFHLPQSISGNFNIIVKADTATVKDWYFSQPSSIRDGLDVVWGSGPGSVLEFQNEGNNVSSIPLPITLATPPDLQVSVVTAPTTVVAGQSFTVDYHVTNAGGDTPSDQSQWNDLVYLSRDRFLDVNQDRYLGYLSHSGGLTAGGGYDGRFTVTAPRDLDGPYYVFVITDPARAFGAGPYGKVLEFGNDQNNATAAVQPMLVQTPPPADLKVTDVTVPPQAKVGDAVTVNYTIINDSTNPAYGQWTDAIYLSMDNVWGLDDILLGKVSHSGDLAGGASYSGKLTANLPPLKDGNWRIIVRPDLYNEVYEGAISYGPNGLVMAPGEANNLTASAATIQTQVPPLAIASPLQTTLSSGDVQLYKVSVAAGQTLRVLLDSTAASGDNELYIRYGDIPTTYAYDAAYSNASAADQQALIPSTLAGDYYILVRARSGNAVPVTLRADLLPLSITKVTPDNGGVSDDAHRWVTLDIYGSAFQAGAIVKLTRPGVYEAEPDRWQVLDATHIRAIFDTRAFPLGLYDVTVINPNGQSVTEANRYLVERGIQDDVTIGIGGPRNLNPGDAATYSVSLQSLTNVDTPYVRFDIGAVEMGYNQYLLGGLNLPYAIFGSNVGGSPYGNIAGAPANTQAYGQTPSTQARTDIPWASLDGTLNTSGYNLAPGYAFDVAAHGFVGMSFRLQTYPGLTAWINRDFSGLRDALYATHPDWKAQGLLDAGVSGLDKISQGLTARFLSTDPQDIIYKIEALSESFQLNVVAAATALTRDEFIAEQTAYALRLRTAVLADAGAPSNLATLAADASQWVNGWLAALESSGMLLPADQAPPITTNPQVVSLNATLAAGILMSKGGDNYRTQADILGFFAKVQQWYGDTATYAGDPNAAKGPIDHYETRQDDEGDTIEVPVPALANPADYDQHAGRTLQFENFQIFVGSQSELEYLRAQGLLDEKFNPLPGKSLNLTQYLQLVAQQAGVANAAISVQGPQGSATATDGSVYVPAATPLPYTFAFSNPTGQGVGQIRIVSQLDANLDPRSLRLGDLKIGDINIHIPADRANFQGDFDFTGSKGFILRVSAGIDAETRIATWLLQAIDPITGEVMQDVTRGLLAPLASAQGNTTPQGGFVSFTISTAQGAVSGAKIATQARVFFDQTPPIDSAALNVTLDTKAPTTTVTVTSLGNNAQGAPTYDVKWNAQDDASGIRFVTVYVATNGGDFKIWQRQVDPSVSDAVFTGEAGNHYEFLAVATDLAGNREAASVSNAVLPDDGARQKVLDGLGVTPGVDQTAPVPQAAPDRQYDSNPLFQQATQMLPGSVASVNAGDLHNVLAPFAARGFADGFSTGAADIGAMAMVQLPDGSILVSAGQQRNEVYHYGKDGGHSTTPLFVLDQPVLDMAVDALGQLWVMTGNELLQVDAGSGAIVRRMQGPSQQPLTHALAIKPGTGDIYVSDGDGIEIFHSNETDPNKAWQHFSNTRVGDLAFGPDGRLWGVRWTGSDITAADPNGSTDIISFPMSGITLGRAELEYRINGVVDSIAFGAQGTSLAGLLIASGALPQHVQVAGIADTTTGSSVWTIELASRRVLQLAGGGTQGEAILTTADGRILVAETHHIDEIAPARAPKVIATSVPDGALIPLPVGQIAVQFDQDMWLGSDPQSALTDGSSVLNAGNFQLIGATTITPNSVRWDAATHTAYLDVTGLPAGHYQLTISGNLRSTSQLRIGQDTISGFTALFDMSTQVQLTFSNTRSDQSTGAVSYDVSLKNIGTDDLHGPLMLLLDPGAYFGMNIGGATQGTGDQSDLWVLDLTSALQALGGKLAVGATLANQTISVVPASHFTGGLADLAKFNLGHGIYAVPQANLPPTIAPVNTNADIPDVFAQPATIGQSWSATVDAIDSDGTMFYWQVVQAPAGLVLTPPAGYTVGADGNYHSTATLSWTPGANAMADTVIVLRVQDSRGGVALRTLHVPVANGNHTPALSTQGNLTIVEGQTLTLPLTAADADGDTLTFSISNLPPGAVFDARTGVLTWTPSYDQAGTYRNVTVRVSDGKTTVSEQFDIVVQQAFAQPVLLAVPAQTLREGDAFALQLAGSMPGGLARPDGTTIKLSYAAAVLPGGMQLNSDTGWLSWTPGYAQHGNYNVTVTLLATITQPDGSTRKTSVQQTIQLNVLNVNGAPQFDPTVGQTWNTLEGQPLNINVFAFDPNNPGYIPKVRLQPGGPLVDQNGGGSTPATITYQVLGLPPGATFDPDTLDIHWTPGYDQAGTYHVTVIATNDGDGTGVPASAQVTIPVVVGNTTRAPLVAAIGNAFVDKGATLDIPFDITNVDGNPIVVSLSGLPRFASYTQNPPSANGHITGTIHFTPGDGDRGDYTITLTAQDTGGSTPNQAQATAVSFVVTARSLTEPPVFSLPQQIVAVAGQPISLPISISDADQDGLHLSTIGLPLGAQVTALAQYGQLLLTWTPSADDIGPHDITFTVTDSGLPPQDQGYTNPANPVPNVVSHTIRVVVRAANVAPQLLGVQLNGNAVTDSGDASVPIVLAGSESNPLRLDLFARDPDADLLNWSVTGLPPGMALDVPAAGSGNQATLRWTPGMFAASSDNVGGSSPGVYRFTVTGSDGAASFVRSFEVHVAHVNVAPVILPMPIQLVNEGSTLSFNLRSADANGDPLHMSLVYDDNTPAGVSFNNVTGAFEWTPDYGVVDNAVTSTRDFSFTFKVTDGSLSSTQTVTVRVLDANRAPTLAVSSHAVTVGQTLSLPVQLGGSGAGGIYASDPDGAAQTAALTVSFSGLPEGASYDAQASRLNWTPGPGQVGDFVITAQVSDGQSTVRKTFTVRVVADASANAPAILIDSVPSTPALPGQTVLVTVRASGFSPIANTVVQVRGAALGSDQWQTVALDASGRFHLQATQPGLIDVRVTATDADGFSGTQLGQLRVRDPADTQAPALQWLGALAGATVAGQPVEMDVPTTLQASLQELQLMGYRLEIAAAGSDQWQTLAQQNDAAVSVNQALTLATLDPALLRNGAYQLRLTAWDLSGRTSEIDARVIVDTEQKSFAQQNAADATFQLGGHAFTVNRGLGSDPGAAFGNWGLSGFDTGLSSDQLPTTATGAIAAWTIGSRVWLRMPDNLGDANAAICNLSFTLGTSATTLPGGAGAPVVYQTSFGSDQGWQLQAINGSNLQRQGSHLYDQLTGLPWVPGGYVLTAPDSTHYSLDAQGKLTGVAFADGTQWLVSDAGVALVGGRASDRVDIVRDTQGRIVRITGPLDASANTRSIVYRYDAQNRLILARALDDNAMGTPYGYDGSGQPYQDTISANLGTAADWLGNSSANQWSGSLATGQTTTLAFQVRDSELASTIKVPGGQGAILLAISVQFGDASSDLQIVGGEVLGSTLHNGVRTVLVRVTEAGMKLIRLSGTGSANISVSVVGDLNRDGRIDGADSAAWNQDAAAAAATGDLNGDGVIDASDRQLLYANYGWRANLPPTAVVAAPTLTHAGLDVGIPLSAIALDGEGDALYWRVLNATHGTARLSGDGLSVIFSPDAGYTGPVSVYVIADDGFGASAPIQLNINVSGAKITGIHLQPLPDLGAGQSAPIVATVDFEDQQGVDVSAAPGYLHLEIADLGGLALTDNAPVQIDPATGILRCIGAGPALLVATRTDTDGHVVRTVQAINVYLPDDGALAGGEDMSDPNIPNAAPDVYPGSLTLTPGGTRQLKVTLADDNGQPVDVSQASQSAHTGTRYYSSDESIATVSADGVITALKAGHVVISVVHLQELIDAGGSSSMQYIGQTDVELNVQPPAQVGDAGTPGTPASVVVAHDTGGAVADATGETVMIGAGVLKSDTPVSISRVNVADVTDRTGMAPPLPDTLDTMAAFHLDIGAQTTNAPLQLSIPLQTTAGWNVGDEVLFLRRGIITDAIGVVHDVWWVVDNGHIGADGAAHTASPPYSGVSATGDYIIVRNTKVDAHTGAVTVQGAGVNMYALWAGPLAFATGAAMGMGGMLAGAAAATEIIGILATQAMPLYAVNWSFDGAYNDIGAIQTNIDSSGNLTLSVSSSTGSGGGGTQPGGGGGSNTGGLNVDRQFIYQSERNATDDAVSVPASGTSGVTVAHGFDLGARNNHDLVSLGLAPDLITRLAPYLGLQRNAAATYLAAHPLVLSTPDETAIDDAVFNDMARRLQQDFDPASSTPFHSLPGNTQTAIMDLMYQYQSLPNKTPSFLADITSGNWDAAVAELKNFHDAYPTRRHREQALIQADIDSGLIPGTMSNGQPNHVATTPRTPVTPGVLQVTGMQIANGKLLIQMSGLRGPAGGPTAGLPAKIRLWLSPDDLEIDAQGNAKSDNWNGQATQQQGIRAWLSLGDFDILSDTQTFTVDLPAGIALSLHEVTAERMVQAPSTPDSPGAAAWVTDGDPAAATINPQSNYSAITTSSQIQIIRDGKVVNQLPFLDDNGQPTFVGGGKSHQIVFNGDQTLMFVSGNAGQIYIVDTSVMKIVQVFHLPGSHDNLSSLAVSGDWMYVAEGGSFAAGNGNHRLLRVNIDETSADFLKTQQIQLPDALSGANEAFGYVDLAVVNGAHSYLAVATAKYPLGIIATGHGVSGDVFIIDLNLLDNDSPDHGAAKIGDGGLRVVSFGTNTGKGPQYLTAVSSVVTQQNGVAVITQVRFLLSDSFDYDAGLSTLSIDVGPDGAMSAVNTAKVWMTGVPDGQASVSRFNDKYQLNIQRAQSPLLVNYQGTEYAIVADYYVVFNDPGYSTGAINNKQAGGKIGIIKDPFGAHPEYLGATTPIIDASINSLMLDPTGTQLWADVRNWPIGDNNSPPPNGVLIWKLQDLLQAAIDNSIAKQGNPRPIPVDEKRGTNGNTQTVTPVKVDTGWLFGMASAGQNVTVNVSDTLRYGDVSRIDLLALIKKYAPQYASSVINFTASGVQVNADDAILAKDANGKLISAATDTDQTHSGAAGATLANYPAGQFATSGVLFLLPTLSQADVNLLRNGGHLANRTITLHVSGVSVNGQAAPGFDIVIKIADYDNSNNPQLFGDRPASNPGYSDMKLSGPVSVGAKGTLDVYKLEQRLKYLGYPAYGVYGDGQSNTTLREFKVDGVWDVADSYAAFLFDHVVIYGSAPGTLQLIPHDKHDAAHTMPNLLSAAQAFTVQATGPMLNYLSAWNAPHWVNVWRSLGGANDTAHGTVSGTNGSVWLKDGTESDVEHYGTSWARDLLMAWELTASARSAIGLGTATQLSLNGISDEDFILTSNDHKTHDVGMALDIGIDPSASSNINTHNPNLAAPPAGLTPDQLVNFWAGNTAIAGVTLPPDDQRLNSGLRILEQNLLAMLMLTHQAQGNSIFSAIPVVNAVPGQGGASSLDATRAALFGNLTQFIYVGTTSGNYTDDRRALNSVAAALGAADAARYGRFVAPHDRHFHINLKPPTAIKIAPPPAHQDTVDGTAPAAADPAATASTQQSVSALAPTVVAVWNALTGGVSGQWLQVWQTATAQLQTGEAGETAGGVTTLDVDAAGHGWYINASNDDFLPTADPNVWIARPGSAAEGKLDMLTVLLHEYGHALGLDHSAASSDLMNAVLTPGVRRVPSSADVAALLAMVRAAMPAASGTGMVGGQAIVVTSGTNASTPATTTAQAQVAANPTLEHGDFSSVAGWTTSGAVSIADGTAVLGESTHQQARLTQAFVVGANDRFLRFTVGGVALQNPGDMPEDAFEAALLDAVTGASLGGAIDLNRTDAMLNLQGDGSAHLGQGVSYVTNTDGSRTYLVDLRGIAAGTAVNLSFDLIGFGPAGSHVTVSDVALMGLPQANDDLIKGQEDSAVNVNVLGNDANATGATPTIVTGPAHGTLALNADGSFTYTPDALYYGNDSFTYLLNNGKAQSNVATVNLAIAHVNHAPNANNLTVTLQEDGTAIVDLHQLTSDVDGDALTYRIVNQPQHGSLTQNADGTFTYVPSSLFYGDDNFTYVANDGTTDSPTATVSLVVIHVNHAPIAVNAQVHTLEDQALAGQVMNYGTDVDGDPLTATLVNGPQHGTLTFNADGSFTYTPGSLYRGTDSFSYQLSDGQLSSGVATVTITMDPVNHAPVANDVATTVAEEGVLSIDPRSGASDIDGDALNTVIVSGPQHGTLTRLADGTYQYAPNALYRGDDSFTYKVNDGALDSNVATVKISVTPINHAPTASNANATLPEDGNLTLDPRTDANDVDGDSLTAIIVNGPSHGTLTQNADGSFTYVPNALYRGTDSFSYKVNDGTTDSNIATIMLTVTPVNHAPVAKDGSASVAEDGAVSVDPRANASDVDGDPLSVVIVSGPTHGTLVRNTDGSYSYTPTTYYAGNDSFTYKVNDGTVDSNVATIVLTVTPVDHAPVAVNDTAATDQGVPVVVNVLANDSDIDNSTGVNAGSGRAANAGLTARVISQPANGTLTMNADGTITYTPKAAFSGNDSFSYVANDGQLDSALASVTITVRATNHVPVANDDVFNGKQGQALSFNPLTNDTDADGDPLSLVIVSGPTHGQLTRNSDGSLSYTPTTNWYGTDTLTYQASDGKSLSNVATVRLIIASANQPPVAANDSASVHNNQTAVIRVLANDTDPDGDALTSRLVGGPKHGTVTHNADGSFSYTAQCGYMGTDTFTYVANDGKVDSNLATVTITVLGPNLPPLAFDDAAYVNENGSVKINPVANDWDPNGDKLTAHLLCGPSHGTLSLNGDGTYTYTPDANWYGLDGFVYAANDGQFDSNPATVWIRVAHVDQPPVANNDAFTVRAGQPTRIDVLANDTDEDGDDLDATVVNAPKHGTLTLNCDGSFSYTAQAGFVGTDSFVYVADDGELKSAPATVTLTVLAPNHAPVAKNDQATTNAGTPVRINVLGNDTDADGDKLTSRIVCSPCHGVLSLNSDGTYTYTPNKGWYGTDSFSYRDSDGQADSNVAMVCISVLPVNHAPTARNASFQVQRDGSVRIDFSCLIDDVDDDCLTLSPGKAAHGSLSRNYDGTYTYRPAYGYTGTDGFAYTVSDGKLSATATISLNVIANGGCWNGQSVMVAASAQTYGWSASSSGYIVVRRANTDSDTAQAIDWQGDASSAIGSSANVGGAWWDALVAEPLPTSDDLAAQSGLVVKRLN
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Dyella sp. OK004 [Bacterium]
 NO
11334 MYP_067438
MNLDITKEQIDAQHRKQGLLGIGYHFIITIDGDVKKGRHVDQIGFNLDDDKGETIGIALVGHKNFNELQTKALNKLVNDLILKYGQLEIKSTIRELGI
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Pelagibacter phage HTVC119P [Virus]
 NO
11335 MYP_067439
MRQSMRVFALFIGTSLLVLNTSVLSQELPEFDPPEGGGVPSQLLLERLEGDLPGAANADFVPRRILQSALDLLKVYEGWSSKAYNDPAGYCTIGYGHLIKKASCEPNDFENKMSREEGNTLLAADTVPARKIVQRLVRVQLTRRQFGALTSFVFNVGGDNFARSTLLRRLNDGDFGRATQEMRKWIRAGGRRLQGLANRRNCEVAYFNEAALVRLPNGKIDTRTCAVGVGAAPDASEDIDIGTGMVSR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Rhizobium sp. J15 [Bacterium]
 NO
11336 MYP_067443
MRNISDNGIHFSAAWEQFRGTAYKATKSEKYWTIGFGHYGPDVKEGQKITEGQGLILLNKDMAAAVKAVDAAAHPSLNQSQFDAMVDLVFNVGPGAIAASTGTGKALRDGDVATLRQKLPQFINQNGKPLLGLRRRATGRLALFDGMLWQQAEKVGRAVN
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Salmonella phage St162 [Virus]
 NO
11337 MYP_067461
ILLLGCSDRYGNILNVDTTGASEATARPEGLSYAGVAASEKIAERDLKNMEKYRAKIRRAGNSKCIDPAVIAGIISRESHAGTVLQDGWGDHGNAFGLMQVDKRYHKIVGSWDSEEHLAQGTEILCDMIKEIQKKFPTWTKEQQLKGGISAYNAGPRNVQSYDRMDIGTTHNDYANDVVARAKLFKRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase
Corythaeola cristata [Animal]
 NO
11338 MYP_067470
MQKLICGLILICFLASCASHKKLAGNKPAAANPTVSNSEAKRNNEKIKKQYSESIASYTTYTADSYIERFKTIAIQEMNTYGIPASITLAQGLIESANGNGDLARIANNHFGIKCTADWTGKSFYKDDDMVNDCFRVYATPEESFRDHSNFLKRKRYAPLFELDKNDYVGWANGLKAAGYATNPKYPQMLINIIQKYNLDRYDRPEGEVQKIKREDRVLTQINNNIGKENRDSIVTNTPQDKLYTVKQGDTLYNISKRFGLTVDDLKSLNSLGDSNIKIGQKLVVTK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Mucilaginibacter sp. PPCGB 2223 [Bacterium]
 NO
11339 MYP_067473
LVVLLVGCADLYGNILNVDTTGASEATARPEGLSYAGVPASEKIAEKDLKNMEKYQTKIKKAGNSKCVDPAVIAGIISRESHAGAVLKDGWGDHGNAFGLMQVDKRYHKIVGSWDSEEHLAQGTEILCGMIKEIQKKFPTWTKEQQLKGGISAYNAGPNNVQTYNGMDIGTTHNDYANDVVARAKFYKRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase
Zapornia atra [Animal]
 NO
11340 MYP_067479
MRFIPAAHHSSGSNSPVNRVVIHATCPDVGFPSASRKGRAVSTANYFASPSSGGSAHYVCDVGETVQCLSESTIGWHAPPNPHSLGIEICADGGSHASFRIPRHAYTREQWLDPRVWPAVERAAVLCRQLCDKYNVPKRKLSAADLKAGRRGVCGHVDVTDAWHQSDHDDPGPWFPWDKFMAVVNGGSGSEELSMADIQALHNQIKQLSGQVAQSVNRLHHDVGVVQVQNGDLRKRVDALSWVKNPVTGKLWRTKDALWSGWYYVLECRSRIDRLESTVNGLKK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Propionibacterium phage PA1-14 [Virus]
 NO
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