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FUNCTION: ANTIMICROBIAL > ANTIBACTERIAL > BACTERIOLYTIC ACTIVITY > BACTERIOLYTIC ENZYME

Found 26,227 peptides
Current Node: Bacteriolytic enzyme | Page 506 of 1312

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NO. PEPTIDE ID SEQUENCE STATUS BIOLOGICAL FUNCTIONS SOURCE ORGANISM VERIFIED
10101 MYP_067437
MEQSHSNSNGKVSLDNLSTERADTAAPSAPATPAIRFEALEPRVLLSGDVNPAALSISGTLDAPGQQNHYQFTVQDTKRVVFDSLTNRGDINWSLSGPNGSVVNGKQFSADGGGSMPAFDLTAGTYTLTVDGLNDAVGAYAMRIVDASAAANLTPGTTVSDTLVQGNETSVYRFNATAGQQFYFKSGGVSPTTGGNAYWRLIDPYGRQEGNVNNLAYDQNTFALKSSGEYLLLVEGDTNNASPLNYSFNLNPVTDTHATLALDQATTATIAQQGQTAYYDFDLSTTTPAIFDRLSSADFEWSLTGPYGQVISRHNPIYGENPNRMNLLAGHYTLAINMDNGALGSVPFRLITGASTQALSTNSAVTGSLDVAGGSALYKVSLSQGQKVCLSSTSPSGGAVNWRLLDPYGAQVSNGTLGQAGNTYAVPTSGDYWLVLDGADNNSATATVSYGFQLNLVPDIAASLTVGTAVSGNIGLAGQSTIYSFHLAAATQLAFDSLTSRNDVLWSLSGPRGQEVNGRSMAYSEGYYNNSLMVLPAGDYTLTVQGNGTATGAYGFNLLDLSQAVAATQDTAFSGTLTPGNSSMAFQFSAVAGDSVNLHAMGVTGGSATWRLYDSFGRVVAGAASLANDSGNLSLAVGGNYTLLVEGDVSNTAAVNFQERVDHVSNTAPTPLPAGDPLGLGSTTAGTLATWDATKTYRFTLTGDTQLLFDSQTSGNNAIWTLRGPRGTEFNQAYLSNSNDNVFTLPAGDYALTVQGAPQGYGVGNGAYAFRVTDLSTLPPLQLGQSTVANRTPANATVGYRVQATAGSTLVLNVDRITSYYQPTWRLIGPQGQVINTQSGDNPGYQFAIPADGTYTLLDTGQYYDSSASSSDTFTLSKQDVITTPLNVNDVATGTLTGRQSLAQYTFTVDHPQVLMFDSLAGTSGVPSNVQWLVRSAAGTFTNWQQMSYDTASGVLFPPGRYTVFLRNMQDTPTSYGFRLLNRDVAQDLSVGTTTQTSLTSDKTTIYRFNANAGDHLYFAADRSGVNYNANWQLFGPQGTVVAQGSAYNYYDTSDILATYSGEYLLVFSPYQNSYSPPLTQSLTFTLGKRSTLSAPLTLGSDIAGTITQPGQTISYSFTLDAPGTLLMNTPLAQSNLQWSLTGPRGQEASQRSFGNSYSNLLSLPVGTYVLTVAYTDLSTGNFHFGLINTGSMTTLAADQASTAAVYQNGQSTPYTFTASADGDYTMEVPPNQQYSQWRLQNLQGTVVASGGSNNVAADPFHLLAGTYVLTWNNPYSGQPDSTCNFTLRQVITTALSMTPGTPVTGTIDAIARRYEYNFDLTTPTQVLFDALGNRSDIDWQLVGPTGQIINRQSLTQAEGSAGNPFIALLAAGHYRLTVVPEGAATGAYAFNLLDLGAISALTSGNGQTLHMATGSASMAYAIQAHTGDYLKLHVQAPQGGVVRVRVLDANGNVILPSSALAGGADFALKLPNDGRYTLLFDGDNTNTSAVDLTYDASIVTPVTAPLSAGVDAQGNLAIVGVPDIYAISVAAPTMFVVDGLAGNAHWLVRDASGAAMQSGQLGVAAPIRLGPGAYTLEIQASDSSSLGAYGVRIVDVATATELSMGQATTVSVTDNLALIYHIAATLDQSSLSLQVDTAAAAGAIVRVFDAAGQLVLSTSGAMASSVVAASVRAGVGRYIVIDGSTPASFTLTPSEVAAPPPALLNWGATLSGSFTLAGDVASYRLAMNFTQTMSFNELLHDLGSQGIHWRIVRADSGDNAPWQDQNSSYYDNLPQAGDYVLSIAATADNASYALQTLDTAGAPVLGAPVQGMMAVGQGAALYRYELSSPSALHVLLDAQGATDFGWTLFDAQGRRVVDASNGTDTPVLIAGTYTLMVDHSQLGAAAAFGLNVQALPLPVVPFDDHFSGTLSSAATIAGYRFDLTARTVLQLHNLSTVPGLQWSIVPVGQMPNWYNVTTGQQGQNDPENGYPATRAYDAGSYQLWVRGPANGGQFAFQLLNAALAPDLSAPDTKGALADGSSAAMLRLSVPTASAYHFSFGVPSSSDVSWSLLNQDGSVVAQGIDTSDANVDTLPPGTYTLVLKAVSSSAAPVAYDVTTALYTPPVVQLGDVVQGTLGDNPNKPQSYRLEVTADTSLLLSQLTTQNNVNFAFYRDGQLYYPGRTGDRYSLQAGTYDIRVNGWQAGANYQFMLVDDSTAQALTVGTTLQGQLASTQSTSSFHFSSDGHAPLALSTGTDALNWMVYDSRGDVVASQINGNSPTQIWPADNYTLVLYRPMPGSDTVSYSVAATAATVPTSALALGQQQSVSLQADSGYLADLTFNVTTAGRYMLVSPANGGDGISYTITDAQGYTWAQGGLGNGNNYVLQLPSGSFTLHLFKQANFNHGGGGAFAVMAAVGSSGGSSATSAVDAAFTLVNLDQGADLSAGHTVSLNLASNRDVQTASINASAGDVLNLSALTAIAGGASSQAYWYILDPDNNQIASSYFNQAGATQSVTFTQGGHYVLVVINASAALTATFTTSLVSQGNQPVVTPEALVLGQDYAVPFSGTDQHIYTFHLDNTSLLGLHGHSDGYGVNWVLRNAAGQWLNGGLYPGNDQFNSTVLGAGDYTLELTASVDGTANVDFSVITQAQANAAQDAVDVPSTQGIYALHVQAGKDYFITGQSYVSYTIYRPDITTLNNGSIYSSDNIFVQHANTDEIWYIVASGGNGPTDSILHVAAAVSLSLNQELQAAMPATGGARVYSLTIDQPQLVYIQMPVQGGMQATLSGPGVQGVNLGNGYQVMLLAPGTYRVTVTGYNQGGGSATSPDVPFSLLFSTLASAPSITADTALSVSLNPGEVKAFQLNVQAGQRLYFQPQDGVPTNGYWDLYDANGNNVYSDVSDAQDTLPAFAADGTYYLVWSSNASDPTTFNYTLSTTAPQPAGSVVLEQPLLLDTSGPASTHVYTFTLTQDTRVLINALDNSGDGFNWQLTQLDTWFGGGNFSAGNFNPSAIQLQAGTYELSVRAQGSNASHLSLLLSDVAQVPVVTMDQAVSASLAPGQQLIYAIDGTNQQIHLTPPASSTLSGNWTLLDNNGNRISSGSLTNASDFYLSTGRYLLVWDAAAATDTTPVSFQFTLNTPTTRFDIGSWLSPQPSTPYAFHLDQTTRLMFDAGFIASGGYVNYQILQYGQVVYSTSANAGASGSNIFQLEPGDYQLVLGYAPYGYANMSVRLLDLSKAAVLTSGTLTTDSATPGAASLYAFDASQGDTVSLVTTDSASTWMLYDAFGRQLQQIAAGGSLNNLPRTGRYYLVRDTSADTIGAAQSFTFTLNLSHSLPSLTIGQITTANIQNGSAAFQLQVTQASSLWFASAATGDPQVRVDLYDSQGTLLYSFNPSQANYALILPGAGTYTLRLTDVNGSTYARNFNFLLSDLAAAPVLGADTVASDNFDTSVGMKAYHINVAQAGTFSFTNLGNNYYTNYLRWHLVSAYGNVVATGTLNTTTGALALAAGSYTLVIDQPGYYLSGTIAYSFAINTQPVTLPLNTVISGSMPVAGAPLHYSLHVGASGVYTFDSLGAGSGASWRLDGPGGTRVFDTNLNGGGYYDNYYLYDFTGLLAAGDYELTVYNNSTSAAPFSFRVIDPSQATLVTADTPVNTAIDKPGGMQLFRFNAQAGVHYFLDALPGLTSSNYSYPPQWTLLDPLGRAVFNAQSAGSIGSVWDSTQSRYVYQFNGTGIDLGALAESGQYTLVLGMPNNNFNTPANMSFSLVTVPEKPPVILDTLVVNPAPDLTVTSVAITPSGTLQTGQTIDVQWVVANQGILPTNGSWNDRIVVRNTATGVILADVTVPYDASDAANGAIANGDARTRHQQIRLPDGAYAAGDVSITVITDADNVIKESNASGTAEGNNAFTTHVTVQLSPYADLTVQNLALQPASAFQPGQTVNVSWTTSNQGNVDVAHAWSETLEVRNLSTGKVVATVVLRDALDQGALAAGASRQRATSFTWPDGVDASGNFAIRVIADSLGEIPESNAQGTGESNNIAEIDQAVGPDMLVKNLQVTSTGVQAGGLVTITWEDWNQGASATGTAFNDRITLKRADSGLILLDTSIVYDPAAITNGQANGAIGPGGHRLRSYTFRLPDGLKGTGNINILVTTDQNAAGIGVLYETNLTHDAESNNTAATAVISAAVPYADLRVDSVSVPPAGIGGQPVTVNWTVANHGQAATSDAWNDVIVLSTDAIIGNGDDIIIGTVRHTGALAVGQSYAQSATVNLPNLPDGHYYIAVRSDADSEVLEPDTRGNNASAGQPINVAAAYADLGVVSVSAPTNALSGENVNVSWTVNNTGNAPTNLALWNDRVVLSRTGVPSADDIVLAGSVTHAGILANGDSYTANATLTLPRDLVGDYYLLVYTNLNNTVTENGHTGNNTGVTATVLHITLAPSANLTVSDVSGPATIRPGDAVSVSYMSHNIGTANVTAAWRDRVYLDDGKGNLIEVGSQFYTDGLVAGGIVTRTISFTLPSNFTEGSYTFVVRTDADDTIYERNGENDNVTSATASVVVARPDLSVSAVSGPTLVLSGSTAHVQWTVANLGGIATGNWVDQVFLSHNGTMQKVAEVAHGGPLATNGSYDSFADIQLPLDASGDYQFVVITDAARVLDDHSRSNNSGQQALTVQLAPYADLAVSAVQAPATVIADPATLNVSWTVTNNGTGAGITSQWVDRVILSTDGVLGNGDDLVLGEVVHNGALSAGASYNGQLSVMLPPGTTGRYKLFVVSDATRQVFENGAIADDTVMLDHNVDIMPKPYADLQVQSVTTQGTPVSGQPLQITWTIANNGIGITDSSQWSDQVWLSSNPDGSGVIAQFGSANHIGQLAVGDTYTRSINVTMPNGISGNYYVNVRTGGPFEFIFGNDDTGHSAAVPVTLSPSPDLVVQAASIAATANGSTAPDGSLLEGTVVDVAWTVSNQGQADAIGPWVDTVKLIPVSGTGAPIVLGSFTYDRPLGAGISYTRTEQLRLPSRIEGLYRLQITTNANFGGSGAQVYEYGAAASNDVFIASNPAQISLQPRPDLQVGAVTIPDHVTAGTNVGIQYTVTNLGSVPASGHWRDKVYLSHDGTLSGDDQLVGVFDNGSALAPTESYSNITGSISIPIRFPGDAYLIVVADADNNVDEYPNDNNNVKAVHFYIDPVPFSDLVTSGVTAPDQAVHGGTIDVRYKVANLGSATTRGLTADVNSWTDTVWLAKDPKRPGANKGDVLLGSMVHTGNLAVGEDYLGDMQVAIPDGTLSGQYYITVWTNTYSTILEDTLASNINGDDPTQIDNNDYKGRAISVLGITPPDLVVTQVNAPATIDAGGPLSFSYTVQNQGDLFTGGWTDTIYVADNADLSKATRVWTLGSYTQSRTLNNGEKYTVNQTVQLAPDIVGSYIIVKTDALNQVRELNENNNVTPYAAAVIPHPADLQVTAVQVQPQNYSGELTPISWTVTNFGQAVWSGTVSWQDSVFISTDPTFIPSRAIALGRFEHQNTNGLVAGASYTTTVNVALPPGTNGRYYVYVITDSARPDSYGLPPRAADEILSGGDNNWPLNLYATSVYEGSANTNNVGSSPLDITYREADLQIGSIQVSNPAPKSGDLITVTWTVTNQGNRATRVSQWNDGVYLSNDSSLDPTDYPLVEGSLYDNPGRVQAISLVDANGEPRFLQPGESYTQSATFHLPQSISGNFNIIVKADTATVKDWYFSQPSSIRDGLDVVWGSGPGSVLEFQNEGNNVSSIPLPITLATPPDLQVSVVTAPTTVVAGQSFTVDYHVTNAGGDTPSDQSQWNDLVYLSRDRFLDVNQDRYLGYLSHSGGLTAGGGYDGRFTVTAPRDLDGPYYVFVITDPARAFGAGPYGKVLEFGNDQNNATAAVQPMLVQTPPPADLKVTDVTVPPQAKVGDAVTVNYTIINDSTNPAYGQWTDAIYLSMDNVWGLDDILLGKVSHSGDLAGGASYSGKLTANLPPLKDGNWRIIVRPDLYNEVYEGAISYGPNGLVMAPGEANNLTASAATIQTQVPPLAIASPLQTTLSSGDVQLYKVSVAAGQTLRVLLDSTAASGDNELYIRYGDIPTTYAYDAAYSNASAADQQALIPSTLAGDYYILVRARSGNAVPVTLRADLLPLSITKVTPDNGGVSDDAHRWVTLDIYGSAFQAGAIVKLTRPGVYEAEPDRWQVLDATHIRAIFDTRAFPLGLYDVTVINPNGQSVTEANRYLVERGIQDDVTIGIGGPRNLNPGDAATYSVSLQSLTNVDTPYVRFDIGAVEMGYNQYLLGGLNLPYAIFGSNVGGSPYGNIAGAPANTQAYGQTPSTQARTDIPWASLDGTLNTSGYNLAPGYAFDVAAHGFVGMSFRLQTYPGLTAWINRDFSGLRDALYATHPDWKAQGLLDAGVSGLDKISQGLTARFLSTDPQDIIYKIEALSESFQLNVVAAATALTRDEFIAEQTAYALRLRTAVLADAGAPSNLATLAADASQWVNGWLAALESSGMLLPADQAPPITTNPQVVSLNATLAAGILMSKGGDNYRTQADILGFFAKVQQWYGDTATYAGDPNAAKGPIDHYETRQDDEGDTIEVPVPALANPADYDQHAGRTLQFENFQIFVGSQSELEYLRAQGLLDEKFNPLPGKSLNLTQYLQLVAQQAGVANAAISVQGPQGSATATDGSVYVPAATPLPYTFAFSNPTGQGVGQIRIVSQLDANLDPRSLRLGDLKIGDINIHIPADRANFQGDFDFTGSKGFILRVSAGIDAETRIATWLLQAIDPITGEVMQDVTRGLLAPLASAQGNTTPQGGFVSFTISTAQGAVSGAKIATQARVFFDQTPPIDSAALNVTLDTKAPTTTVTVTSLGNNAQGAPTYDVKWNAQDDASGIRFVTVYVATNGGDFKIWQRQVDPSVSDAVFTGEAGNHYEFLAVATDLAGNREAASVSNAVLPDDGARQKVLDGLGVTPGVDQTAPVPQAAPDRQYDSNPLFQQATQMLPGSVASVNAGDLHNVLAPFAARGFADGFSTGAADIGAMAMVQLPDGSILVSAGQQRNEVYHYGKDGGHSTTPLFVLDQPVLDMAVDALGQLWVMTGNELLQVDAGSGAIVRRMQGPSQQPLTHALAIKPGTGDIYVSDGDGIEIFHSNETDPNKAWQHFSNTRVGDLAFGPDGRLWGVRWTGSDITAADPNGSTDIISFPMSGITLGRAELEYRINGVVDSIAFGAQGTSLAGLLIASGALPQHVQVAGIADTTTGSSVWTIELASRRVLQLAGGGTQGEAILTTADGRILVAETHHIDEIAPARAPKVIATSVPDGALIPLPVGQIAVQFDQDMWLGSDPQSALTDGSSVLNAGNFQLIGATTITPNSVRWDAATHTAYLDVTGLPAGHYQLTISGNLRSTSQLRIGQDTISGFTALFDMSTQVQLTFSNTRSDQSTGAVSYDVSLKNIGTDDLHGPLMLLLDPGAYFGMNIGGATQGTGDQSDLWVLDLTSALQALGGKLAVGATLANQTISVVPASHFTGGLADLAKFNLGHGIYAVPQANLPPTIAPVNTNADIPDVFAQPATIGQSWSATVDAIDSDGTMFYWQVVQAPAGLVLTPPAGYTVGADGNYHSTATLSWTPGANAMADTVIVLRVQDSRGGVALRTLHVPVANGNHTPALSTQGNLTIVEGQTLTLPLTAADADGDTLTFSISNLPPGAVFDARTGVLTWTPSYDQAGTYRNVTVRVSDGKTTVSEQFDIVVQQAFAQPVLLAVPAQTLREGDAFALQLAGSMPGGLARPDGTTIKLSYAAAVLPGGMQLNSDTGWLSWTPGYAQHGNYNVTVTLLATITQPDGSTRKTSVQQTIQLNVLNVNGAPQFDPTVGQTWNTLEGQPLNINVFAFDPNNPGYIPKVRLQPGGPLVDQNGGGSTPATITYQVLGLPPGATFDPDTLDIHWTPGYDQAGTYHVTVIATNDGDGTGVPASAQVTIPVVVGNTTRAPLVAAIGNAFVDKGATLDIPFDITNVDGNPIVVSLSGLPRFASYTQNPPSANGHITGTIHFTPGDGDRGDYTITLTAQDTGGSTPNQAQATAVSFVVTARSLTEPPVFSLPQQIVAVAGQPISLPISISDADQDGLHLSTIGLPLGAQVTALAQYGQLLLTWTPSADDIGPHDITFTVTDSGLPPQDQGYTNPANPVPNVVSHTIRVVVRAANVAPQLLGVQLNGNAVTDSGDASVPIVLAGSESNPLRLDLFARDPDADLLNWSVTGLPPGMALDVPAAGSGNQATLRWTPGMFAASSDNVGGSSPGVYRFTVTGSDGAASFVRSFEVHVAHVNVAPVILPMPIQLVNEGSTLSFNLRSADANGDPLHMSLVYDDNTPAGVSFNNVTGAFEWTPDYGVVDNAVTSTRDFSFTFKVTDGSLSSTQTVTVRVLDANRAPTLAVSSHAVTVGQTLSLPVQLGGSGAGGIYASDPDGAAQTAALTVSFSGLPEGASYDAQASRLNWTPGPGQVGDFVITAQVSDGQSTVRKTFTVRVVADASANAPAILIDSVPSTPALPGQTVLVTVRASGFSPIANTVVQVRGAALGSDQWQTVALDASGRFHLQATQPGLIDVRVTATDADGFSGTQLGQLRVRDPADTQAPALQWLGALAGATVAGQPVEMDVPTTLQASLQELQLMGYRLEIAAAGSDQWQTLAQQNDAAVSVNQALTLATLDPALLRNGAYQLRLTAWDLSGRTSEIDARVIVDTEQKSFAQQNAADATFQLGGHAFTVNRGLGSDPGAAFGNWGLSGFDTGLSSDQLPTTATGAIAAWTIGSRVWLRMPDNLGDANAAICNLSFTLGTSATTLPGGAGAPVVYQTSFGSDQGWQLQAINGSNLQRQGSHLYDQLTGLPWVPGGYVLTAPDSTHYSLDAQGKLTGVAFADGTQWLVSDAGVALVGGRASDRVDIVRDTQGRIVRITGPLDASANTRSIVYRYDAQNRLILARALDDNAMGTPYGYDGSGQPYQDTISANLGTAADWLGNSSANQWSGSLATGQTTTLAFQVRDSELASTIKVPGGQGAILLAISVQFGDASSDLQIVGGEVLGSTLHNGVRTVLVRVTEAGMKLIRLSGTGSANISVSVVGDLNRDGRIDGADSAAWNQDAAAAAATGDLNGDGVIDASDRQLLYANYGWRANLPPTAVVAAPTLTHAGLDVGIPLSAIALDGEGDALYWRVLNATHGTARLSGDGLSVIFSPDAGYTGPVSVYVIADDGFGASAPIQLNINVSGAKITGIHLQPLPDLGAGQSAPIVATVDFEDQQGVDVSAAPGYLHLEIADLGGLALTDNAPVQIDPATGILRCIGAGPALLVATRTDTDGHVVRTVQAINVYLPDDGALAGGEDMSDPNIPNAAPDVYPGSLTLTPGGTRQLKVTLADDNGQPVDVSQASQSAHTGTRYYSSDESIATVSADGVITALKAGHVVISVVHLQELIDAGGSSSMQYIGQTDVELNVQPPAQVGDAGTPGTPASVVVAHDTGGAVADATGETVMIGAGVLKSDTPVSISRVNVADVTDRTGMAPPLPDTLDTMAAFHLDIGAQTTNAPLQLSIPLQTTAGWNVGDEVLFLRRGIITDAIGVVHDVWWVVDNGHIGADGAAHTASPPYSGVSATGDYIIVRNTKVDAHTGAVTVQGAGVNMYALWAGPLAFATGAAMGMGGMLAGAAAATEIIGILATQAMPLYAVNWSFDGAYNDIGAIQTNIDSSGNLTLSVSSSTGSGGGGTQPGGGGGSNTGGLNVDRQFIYQSERNATDDAVSVPASGTSGVTVAHGFDLGARNNHDLVSLGLAPDLITRLAPYLGLQRNAAATYLAAHPLVLSTPDETAIDDAVFNDMARRLQQDFDPASSTPFHSLPGNTQTAIMDLMYQYQSLPNKTPSFLADITSGNWDAAVAELKNFHDAYPTRRHREQALIQADIDSGLIPGTMSNGQPNHVATTPRTPVTPGVLQVTGMQIANGKLLIQMSGLRGPAGGPTAGLPAKIRLWLSPDDLEIDAQGNAKSDNWNGQATQQQGIRAWLSLGDFDILSDTQTFTVDLPAGIALSLHEVTAERMVQAPSTPDSPGAAAWVTDGDPAAATINPQSNYSAITTSSQIQIIRDGKVVNQLPFLDDNGQPTFVGGGKSHQIVFNGDQTLMFVSGNAGQIYIVDTSVMKIVQVFHLPGSHDNLSSLAVSGDWMYVAEGGSFAAGNGNHRLLRVNIDETSADFLKTQQIQLPDALSGANEAFGYVDLAVVNGAHSYLAVATAKYPLGIIATGHGVSGDVFIIDLNLLDNDSPDHGAAKIGDGGLRVVSFGTNTGKGPQYLTAVSSVVTQQNGVAVITQVRFLLSDSFDYDAGLSTLSIDVGPDGAMSAVNTAKVWMTGVPDGQASVSRFNDKYQLNIQRAQSPLLVNYQGTEYAIVADYYVVFNDPGYSTGAINNKQAGGKIGIIKDPFGAHPEYLGATTPIIDASINSLMLDPTGTQLWADVRNWPIGDNNSPPPNGVLIWKLQDLLQAAIDNSIAKQGNPRPIPVDEKRGTNGNTQTVTPVKVDTGWLFGMASAGQNVTVNVSDTLRYGDVSRIDLLALIKKYAPQYASSVINFTASGVQVNADDAILAKDANGKLISAATDTDQTHSGAAGATLANYPAGQFATSGVLFLLPTLSQADVNLLRNGGHLANRTITLHVSGVSVNGQAAPGFDIVIKIADYDNSNNPQLFGDRPASNPGYSDMKLSGPVSVGAKGTLDVYKLEQRLKYLGYPAYGVYGDGQSNTTLREFKVDGVWDVADSYAAFLFDHVVIYGSAPGTLQLIPHDKHDAAHTMPNLLSAAQAFTVQATGPMLNYLSAWNAPHWVNVWRSLGGANDTAHGTVSGTNGSVWLKDGTESDVEHYGTSWARDLLMAWELTASARSAIGLGTATQLSLNGISDEDFILTSNDHKTHDVGMALDIGIDPSASSNINTHNPNLAAPPAGLTPDQLVNFWAGNTAIAGVTLPPDDQRLNSGLRILEQNLLAMLMLTHQAQGNSIFSAIPVVNAVPGQGGASSLDATRAALFGNLTQFIYVGTTSGNYTDDRRALNSVAAALGAADAARYGRFVAPHDRHFHINLKPPTAIKIAPPPAHQDTVDGTAPAAADPAATASTQQSVSALAPTVVAVWNALTGGVSGQWLQVWQTATAQLQTGEAGETAGGVTTLDVDAAGHGWYINASNDDFLPTADPNVWIARPGSAAEGKLDMLTVLLHEYGHALGLDHSAASSDLMNAVLTPGVRRVPSSADVAALLAMVRAAMPAASGTGMVGGQAIVVTSGTNASTPATTTAQAQVAANPTLEHGDFSSVAGWTTSGAVSIADGTAVLGESTHQQARLTQAFVVGANDRFLRFTVGGVALQNPGDMPEDAFEAALLDAVTGASLGGAIDLNRTDAMLNLQGDGSAHLGQGVSYVTNTDGSRTYLVDLRGIAAGTAVNLSFDLIGFGPAGSHVTVSDVALMGLPQANDDLIKGQEDSAVNVNVLGNDANATGATPTIVTGPAHGTLALNADGSFTYTPDALYYGNDSFTYLLNNGKAQSNVATVNLAIAHVNHAPNANNLTVTLQEDGTAIVDLHQLTSDVDGDALTYRIVNQPQHGSLTQNADGTFTYVPSSLFYGDDNFTYVANDGTTDSPTATVSLVVIHVNHAPIAVNAQVHTLEDQALAGQVMNYGTDVDGDPLTATLVNGPQHGTLTFNADGSFTYTPGSLYRGTDSFSYQLSDGQLSSGVATVTITMDPVNHAPVANDVATTVAEEGVLSIDPRSGASDIDGDALNTVIVSGPQHGTLTRLADGTYQYAPNALYRGDDSFTYKVNDGALDSNVATVKISVTPINHAPTASNANATLPEDGNLTLDPRTDANDVDGDSLTAIIVNGPSHGTLTQNADGSFTYVPNALYRGTDSFSYKVNDGTTDSNIATIMLTVTPVNHAPVAKDGSASVAEDGAVSVDPRANASDVDGDPLSVVIVSGPTHGTLVRNTDGSYSYTPTTYYAGNDSFTYKVNDGTVDSNVATIVLTVTPVDHAPVAVNDTAATDQGVPVVVNVLANDSDIDNSTGVNAGSGRAANAGLTARVISQPANGTLTMNADGTITYTPKAAFSGNDSFSYVANDGQLDSALASVTITVRATNHVPVANDDVFNGKQGQALSFNPLTNDTDADGDPLSLVIVSGPTHGQLTRNSDGSLSYTPTTNWYGTDTLTYQASDGKSLSNVATVRLIIASANQPPVAANDSASVHNNQTAVIRVLANDTDPDGDALTSRLVGGPKHGTVTHNADGSFSYTAQCGYMGTDTFTYVANDGKVDSNLATVTITVLGPNLPPLAFDDAAYVNENGSVKINPVANDWDPNGDKLTAHLLCGPSHGTLSLNGDGTYTYTPDANWYGLDGFVYAANDGQFDSNPATVWIRVAHVDQPPVANNDAFTVRAGQPTRIDVLANDTDEDGDDLDATVVNAPKHGTLTLNCDGSFSYTAQAGFVGTDSFVYVADDGELKSAPATVTLTVLAPNHAPVAKNDQATTNAGTPVRINVLGNDTDADGDKLTSRIVCSPCHGVLSLNSDGTYTYTPNKGWYGTDSFSYRDSDGQADSNVAMVCISVLPVNHAPTARNASFQVQRDGSVRIDFSCLIDDVDDDCLTLSPGKAAHGSLSRNYDGTYTYRPAYGYTGTDGFAYTVSDGKLSATATISLNVIANGGCWNGQSVMVAASAQTYGWSASSSGYIVVRRANTDSDTAQAIDWQGDASSAIGSSANVGGAWWDALVAEPLPTSDDLAAQSGLVVKRLN
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Dyella sp. OK004 [Bacterium]
 NO
10102 MYP_067438
MNLDITKEQIDAQHRKQGLLGIGYHFIITIDGDVKKGRHVDQIGFNLDDDKGETIGIALVGHKNFNELQTKALNKLVNDLILKYGQLEIKSTIRELGI
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Pelagibacter phage HTVC119P [Virus]
 NO
10103 MYP_067439
MRQSMRVFALFIGTSLLVLNTSVLSQELPEFDPPEGGGVPSQLLLERLEGDLPGAANADFVPRRILQSALDLLKVYEGWSSKAYNDPAGYCTIGYGHLIKKASCEPNDFENKMSREEGNTLLAADTVPARKIVQRLVRVQLTRRQFGALTSFVFNVGGDNFARSTLLRRLNDGDFGRATQEMRKWIRAGGRRLQGLANRRNCEVAYFNEAALVRLPNGKIDTRTCAVGVGAAPDASEDIDIGTGMVSR
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Rhizobium sp. J15 [Bacterium]
 NO
10104 MYP_067443
MRNISDNGIHFSAAWEQFRGTAYKATKSEKYWTIGFGHYGPDVKEGQKITEGQGLILLNKDMAAAVKAVDAAAHPSLNQSQFDAMVDLVFNVGPGAIAASTGTGKALRDGDVATLRQKLPQFINQNGKPLLGLRRRATGRLALFDGMLWQQAEKVGRAVN
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Salmonella phage St162 [Virus]
 NO
10105 MYP_067461
ILLLGCSDRYGNILNVDTTGASEATARPEGLSYAGVAASEKIAERDLKNMEKYRAKIRRAGNSKCIDPAVIAGIISRESHAGTVLQDGWGDHGNAFGLMQVDKRYHKIVGSWDSEEHLAQGTEILCDMIKEIQKKFPTWTKEQQLKGGISAYNAGPRNVQSYDRMDIGTTHNDYANDVVARAKLFKRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase
Corythaeola cristata [Animal]
 NO
10106 MYP_067470
MQKLICGLILICFLASCASHKKLAGNKPAAANPTVSNSEAKRNNEKIKKQYSESIASYTTYTADSYIERFKTIAIQEMNTYGIPASITLAQGLIESANGNGDLARIANNHFGIKCTADWTGKSFYKDDDMVNDCFRVYATPEESFRDHSNFLKRKRYAPLFELDKNDYVGWANGLKAAGYATNPKYPQMLINIIQKYNLDRYDRPEGEVQKIKREDRVLTQINNNIGKENRDSIVTNTPQDKLYTVKQGDTLYNISKRFGLTVDDLKSLNSLGDSNIKIGQKLVVTK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic
Mucilaginibacter sp. PPCGB 2223 [Bacterium]
 NO
10107 MYP_067473
LVVLLVGCADLYGNILNVDTTGASEATARPEGLSYAGVPASEKIAEKDLKNMEKYQTKIKKAGNSKCVDPAVIAGIISRESHAGAVLKDGWGDHGNAFGLMQVDKRYHKIVGSWDSEEHLAQGTEILCGMIKEIQKKFPTWTKEQQLKGGISAYNAGPNNVQTYNGMDIGTTHNDYANDVVARAKFYKRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase
Zapornia atra [Animal]
 NO
10108 MYP_067479
MRFIPAAHHSSGSNSPVNRVVIHATCPDVGFPSASRKGRAVSTANYFASPSSGGSAHYVCDVGETVQCLSESTIGWHAPPNPHSLGIEICADGGSHASFRIPRHAYTREQWLDPRVWPAVERAAVLCRQLCDKYNVPKRKLSAADLKAGRRGVCGHVDVTDAWHQSDHDDPGPWFPWDKFMAVVNGGSGSEELSMADIQALHNQIKQLSGQVAQSVNRLHHDVGVVQVQNGDLRKRVDALSWVKNPVTGKLWRTKDALWSGWYYVLECRSRIDRLESTVNGLKK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Propionibacterium phage PA1-14 [Virus]
 NO
10109 MYP_067480
MSLMITVEQIKKHEGYKQYPYYCTGGKLTIGYGRNLEDNGIDEEEAEQLLARDIKEAKAGIKRRIDVSRCNEARQAVLVNMAFNLGVTGLMGFKKMIANLERGNYEQAALEMLHSRWANQVPGRANELAKQMLSGEWQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Pseudoalteromonas sp. MSK9-3 [Bacterium]
 NO
10110 MYP_067481
LLIMFLFFITAQIVSQVCLGCICEVSSGCNTTIGCSETVCGPFAITWGYWFDAGKPTLNSEPLSDNAYARCVNDPYCAAAAVQNYMTKFGHDCTGNGVIDCEDYLRIHRLGAHGCTGALNSKYENRFKLCLRTFQHQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic
Trachymyrmex septentrionalis [other]
 NO
10111 MYP_067484
MGPIAALLGLVCLLQWYIYGELRSPSDPVFEVKQPPLVMKGGDPYIRALMRTISASEANSSRPYSLLYGGQQINDLSRHPEICVTIVTGPNTGNCSTAAGRYQIINITWYRLAPRYHPKPSQLMFWATYSFEPEYQDRVVYRWLSDSQVWGTDISQLLRQGKLNDVLRRLSPTWTSLGYGIETNSISSSLPKVYQKMLQEELNAAKQPASQKLTPSPTPSSRQVEKQPKKQ
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
aff. Roholtiella sp. LEGE 12411 [other]
 NO
10112 MYP_067488
MEMISNNLNWFVGVVEDRMDPLKLGRVRVRVVGLHPPQRAQGDVMGIPTEKLPWMSVIQPITSAAMSGIGGSVTGPVEGTRVYGHFLDKWKTNGIVLGTYGGIVREKPNRLEGFSDPTGQYPRRLGNDTNVLNQGGEVGYDSSSNVIQDSNLDTAINPDDRPLSEIPTDDNPNMSMAEMLRRDEGLRLKVYWDTEGYPTIGIGHLIMKQPVRDMTQINKVLSKQVGREITGNPGSITMEEAVTLFERDLADMQRDIKSHSKVGPVWQAVNRSRQMALENMAFQMGVGGVAKFNTMLTAMLAGDWEKAYKAGRDSLWYQQTKGRASRVTMIILTGNLESYGVEVKTPARSLSAMAATVAKSSDPADPPIPNDSRILFKEPVSSYKGEYPYVHTMETESGHIQEFDDTPGQERYRLVHPTGTYEEVSPSGRRTRKTVDNLYDITNADGNFLVAGDKKTNVGGSEIYYNMDNRLHQIDGSNTIFVRGDETKTVEGNGTILVKGNVTIVVEGNADITVKGDATTLVEGNQTNTVNGNLSWKVAGTVDWDVGGDWTEKMASMSSISSGQYTIDGSRIDIG
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Enterobacteria phage Aplg8 [Virus]
 NO
10113 MYP_067493
MAVIKTHPNVAAFLDTLAFSEGTATHPLTKNNGYDVIVTGIDGKPEIFTDYREHPFAGGRPAKVFNRRGEKSTASGRYQQLYLYWPHYKKQLALPDFSPASQDRLAIQLIRERGALEDLQQGRIERAISRCRNIWASLPGAGYGQREHSLDKLVAVWRKAGGVSA
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Raoultella planticola [Plant]
 NO
10114 MYP_067496
MRSSLTRKERRKVQERMSLYGNFKKGAAVVGTTVTAVSMVTPLLPLDNVFAEEADSSVVASYESEDGAQDFQSQTDDQTVEEPSAEAENNVTQDNSVEAGDVEQAEEPEEDLQQEEQTSEDEEQDAEAEEDLPETPEEEAEQLQEIAGQHPGDQGPAEASTFSAQLSPEPSAFIEEFAAHAAPVAESNNLYASVMIAQAVVESGWGSSALSQAPNHNLFGIKGSYNGQSVTMPTQEYINGRYVTVDAAFRKYPSYTASFQDNAALLSTSLYSGAWKSNTNSYKDATAALTGLYATAPDYNTVLNGIIESYDLTRFDSGNDGGMIDTGTGGNENTDENTGEDNNSANDDNSSNSNSSTYTVQAGDSVWLIADQNGITMNQLRDWNNIQNDFVYPGQELTVSKDGSSNGSNNSNGTGNSDNNSNSSNNGSSTYTVKAGDSVWLIADQNGITMNQLRDWNNIQNNFVYPGQELTVSNGSNSNNSNSNSSSNSNNSSGGSYTVKAGDSVWLIADQNGITMNQLRDWNNIQNDFVYPGQKLTVSKGSSSNNSNNNSSSSSHNSSGGSYTVQAGDSVWLIADQNGITMNQLRDWNNIQNDFVYPGQELTVSNGSSSNNSNSNSSSSSHNSSGGSYTVKAGDSVWLIADQNGITMNQLRDWNNVQNDFVYPGQKLTVSNGSSSFNSSNNSGSSNTQHKVKSGDSLWMISQEYDISVSRLKSINNLNSDTIFIGQNLKVN
 STANDARD
Antimicrobial Bacteriolytic enzyme
Tetragenococcus halophilus [Animal]
 NO
10115 MYP_067506
MRVQTSGASQQTANQDNLRYSGVRASHTMAQTDAGRMEEFRSKINRVGTQKGIPPALIAAIISRESRAGNAIKNTGGWGDHGNGWGLMQVDVNPNGGGHTAQGAWDSEEHLRQATGILVHFIGRISTKFPNWSPEQKLKGGIAAYNMGDGNVHSYENVDDHTTGRDYSNDVVARAQWYRNHGGF
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Labrus bergylta [Animal]
 YES
10116 MYP_067525
MKISDDGMALIKRFEGLRLQAYQDSVGVWTIGYGWTQPVAGRKVGAGMAIDVATAERLLVCGVAQFERGVERLVAVTITQGQFDALVSFAYNLGLRALDNSTLLRRLNAGDRQGAADQFGRWVNAGGVRLDGLVARRAAERALFLT
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Serratia marcescens [Bacterium]
 YES
10117 MYP_067527
MRFSDNGLRFTAAWEAFSPVPYFATKKEQARGLYTWGYGHTGTNPPRSITREEALELLKRDVAYAEDWVNKYAHPSINQAQFDALVDLVINAGPGPIVPDDVANDFDDAVRLGDWAKVRATLPQFRKQGGEVLKGLVRRAIGRQALFDGKQWDVAERIGRNAA
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Escherichia phage JL1 [Virus]
 YES
10118 MYP_067528
MQVRKSLLLICFLIGFVNALFAQKITTQQYIATYKNLAIEEMRRTGVPAAIKLAQGIVETQSGNGTLCLQSNNHFGIKCKNTWTGKTIRYDDDAAQECFRVYETAKESYRDHSEFLKSNPRYAFLFQFDGDDYKSWAFGLKQAGYATNKTYPQQLIKVIEDNNLQQYSLIAMGKMAAPPDALPGNDSYAEATPRDNKSTHNTSNRNTSSGKTSPTSYPKGIFTINGRKAVYAKAGSSLIQLADQYNKKLRKIVKFNDLDGDNSLAADMIIFLEKKSKKGAKTYHSVGNGETMHDVAQAEGIQLRWLRRRNKMREGEEPASGQRLTLEGFASSAPRLSSNARIVKEEDKEPPSTLSEALGGSLPEVTKTETKPPVQKTTSSIPDGMLEDLKQAGMVPNSTASKPSAPVAAPQPAPSTAPTVPAAPKPVSPGISSKYHDVQPKETLYGIAKMYNKSVTQLQEWNNLQNFDIKIGQRLVVSK
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Chitinophaga silvatica [Bacterium]
 YES
10119 MYP_067553
AYPDPGTGGDPWTIGYGWTHSVDGKPVKPGMMIDEATAERLLKTGLVGYENDVSRLVKVKLTQGQFDALVSFAYNLGARTLSSSTLLRKLNAGDYAGAADEFLRWNKAGGKVLNGLTRRREAERALFLS
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Salmonella newport [Bacterium]
 YES
10120 MYP_067566
MIIQNTVIESFFGVVEDRMDPEPLGRVRVRVFGVHPFGKAQGDISGLPTEELLWMPVLLPPTSASTSGIGSSPTGLVEGSHVFGLWLDKYKTSGIVLGTYAGAPSEKPNTNEGFSDPTGLYPITTGPDVNVLAQGGDIGKNSEINKLQNDNTSIAPNPIDGDFDDQPEDNDPNFTIEKMLRGDEGIKVSWYLVDGYPHIGIGHLLKKVRTKDTTLINKWISDLVGRTVNNGRITMDEVTRVFNKDIKDTIAGMKANSTIAPVYNKVNRSRQMALENMAYQMGVGGLAKFKKTLGLMYEEKWEEAYHNMRDSLWFRQTKGRASRVSLIIRTGNLESYGVIAPTPKARAMTFAVRDISPEDPFTPDDGRIMFEEPKTSYDAVYPYNQTFTSEGNIIQEFDNTPGSERYRLRHPSGTYTELSGSGDKVLKVTGDDYTITAGDGHVLIQGDAKIVIGSQCKVYIQGDESKTVDGLVNHFIRGDINTTTESNEKTLVQGNSEKKVEGDMEILVLGNKKITVEGDADINVQGNATTKVDGNYSMEVAGDYTLKIGGAKVEDVTGSFTQTMQTMSSVAKAGYKIDGSRIDLG
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Providencia phage PSTRCR_121 [Virus]
 YES
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