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FUNCTION: ANTIMICROBIAL > ANTIBACTERIAL > BACTERIOLYTIC ACTIVITY

Found 29,300 peptides
Current Node: Bacteriolytic activity | Page 220 of 1465
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Bacteriolytic enzyme (26227)

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NO. PEPTIDE ID SEQUENCE STATUS BIOLOGICAL FUNCTIONS SOURCE ORGANISM VERIFIED
4381 MYP_026288
MESTSPFQTLPVELIYRMLDLLDAKDILFSFGHVCRRFYTIAPQATDIFNNGNYPEASSCASTYAPGMPTSVHAALTDIAFAGCGTLNQFVKMKAALVAKQWKTASDELKSSKWCTDVKSTRCGLDVACIASGK
 STANDARD
Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal
Adineta steineri [Animal]
 NO
4382 MYP_026291
MNKPLRGAALAAALAGLVALEGSETTAYRDIAGVPTICSGTTAGVKMGDKATPEQCYQMTLKDYQRFERIVLDAIKVPLNVNEQTALTFFCYNVGPVCTTSTAFKRFNQGRATEGCQALAMWNKVTINGQKVVSKGLVNRRNAEIKQCLEPSSQYSSSLW
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Cytolytic Non-hemolytic
Pseudomonas phage vB_PaeP_130_113 [Bacterium]
 NO
4383 MYP_026294
MKTSAQGVDLLIRREGLRRKWYFDSKHLPTIGVGHLITATEHLSGHIKIAGVKVKWRKGLTFDQVTLLFKQDLLKFEKTINTHVKIKLKPHQFDALVSFSYNIGRSAFFRSTLLRRLNLGRFAAAADEFKRWRRPAGIISRRAGELAQFKGTLFTARIEGGFDHA
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Gammaproteobacteria bacterium [Bacterium]
 NO
4384 MYP_026296
MLAWSEGTDNGRQATMNHGYDVLVGGALFTDLSRHPNKLVRLNPKLASTAAGRYQFLSRTWTALQRMLGLKDFSPLSQDKGCIELIRGRKALAAVKDGQFDRAVALCAKEWASLPGANYGQHEQSLEKLRLVYKKAGGTLGRGE
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Stenotrophomonas tumulicola [Bacterium]
 NO
4385 MYP_026304
MGYRSQHVSRLRASVGICGINSTGDVQELQTMINSAGYHAATGRSVPVTGICSPETIQAIQWYQRLLFMSPSGLISPADLNFFKVLENASISRRLKPRTTGPLHVRNGQVTFDAEGVDYLTAIEPFKQKNYPYFSRVQHWPKGQSGVTLGRGYDMKRRSAGEIFSTLRQSGIEEYKAAIISRAAYLHGNQAKEFVDFFGPLVGEITHLQQIRLFEISYKEQVDYAKGVYQRQSRSVSSPVDWDHIDPVIKDVFVDSIFQGNATAAKLVNIIANRGSKEDVAEYFETDSRQANDPLRKAIRLRRLED
 STANDARD
Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal
Pluralibacter gergoviae [Bacterium]
 NO
4386 MYP_026314
MANVPKKTLAGVVGAAAAALLFSMVPKFEGLELVARPDPIGIITACNGDTKDVRAGQRFTPDECRARLEERLIEHAEPVLKCTPVLKGHTYQLAAAVSFAYNVGAGAYCGSTTAKRFNAGDWKGACRAMNEADNGRPQWVTAGGRVLPGLVKRRAEERALCERGL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Burkholderia sp. AU6039 [Bacterium]
 NO
4387 MYP_026320
MKWNPSESGAESGTSESQTGCYGDINKVDTTGASCRTAKAEGVRASTTIAAKDLPAMNKYKTIIKNAGRKRCVDPAVIAGIISRESHAGKALKDGWGDRGNGFGLMQVDKRYHKLIGPWYSEAHLLQGTGILVSMIKRIQKKFPRWTKNQQLKGGISAYNAGPRNVQTYNEMDIGTTGNDYANDVVARARFYKRNGY
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Chelonoidis abingdonii (Abingdon island giant tortoise) [Animal]
 NO
4388 MYP_026327
MALTVIGRAALVGREALKTRAYKDSVGVWTIGGGHTSAAGAPAVSAGLTISEAEVLEIFGRDLVKFEAAVDQAVKVPLADHERDALVSICFNIGQGAFARSTFVKRLNAGDRAGCAEAIMAWKKPPEIVARRTAERDRFLTPYSTSLPKARSSDRAPVKMDSSAPVTPAKPKSDRMSVTASTWAEKSLATRSRRSRSACATSATTASARSTGSGTPRPPAP
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Methylobacterium sp. YIM 132548 [Bacterium]
 NO
4389 MYP_026332
MSKTSRELIEFCKGKLGTQYVFGMKGQVLTEALLKQLAAENPKVYTPQYITKARSFMGKHCTDCSGLITWCTGILRGSANYKETASEVQPIGALNESMAGWALWKPGHIGVYIGDGTCIEAKGINYGTVETRAQDTPWVSVLKLKDIDYSEQVCESAVPSAHPTGWVKEDGGVRFYLEPERYVANDWYQDKGQWFWFDGSGHAVRNNWYLYKDNWYYFGMDFAMVKGLQLIKGKPYYFNRDGQMAKLGTRFMVQVDKNGVLHFPEEESAEIPISTGGISVENGDGREPEHTSPGKTEGKTPALAAYEGSEYTAGAVQPPVTKAGTASEAERKAGHAQGERRISDAGICLIKQFEGCRLEAYRCAAGVPTIGYGHTAGVAMGMKITQAQAEAYLREDLRAFEKAVNKVLECSVTQNQFDALVSFAYNLGAGALRNSTLLKRLHAGDVKGAADEFPKWNKAAGKVLEGLTRRRMMERQLFLS
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Enterocloster bolteae 90B8 [Animal]
 NO
4390 MYP_026333
MVKITKDFIPVGHNNRPGYAMDPAYITVHNTANTAKGASAAMHARYEKNPETPTSWHFTVDDKEIYQHLPLNESGWHAGDGNGTGNRKSIGIEICENSDGDFEKAVANAQWLIKKLMKEQGISLGNVVPHQHWSGKYCPRKLLDRWDSFKAGISGAPSKTVNSPVDKTKESYIKNTVVADSLNVRTQRNANSSIVLALPKGSAVQYKKGSTQNGWGYIKYTNSKGATYSGYVNVSYIKSDAELGKTPSKSAPVNSSNKTSGGIKSVGKIKIVGVKSAAIIMDKPDRKNAKNVDTIGLGKTINISGSVKGSNNSKGYWEVIHGGKRRYVSGQYGKMV
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal
Bacillus phage phi105 [Bacterium]
 NO
4391 MYP_026339
MLPLVPDVEAASIPTMNGVPLVPVFAPVNFLDPLEPDAVYRMPAEYNTNHTAVQIIKEEETLQLEAYELGGVWLIGYGHLMLEGEKDVINEQEAEDFLREDLHWCEGSIERYVDVPVTLNEFSAMVAFCYNVGSGKTRGSSIVKKVNVDDRPGAADAFLLWNRMNGVVMSALAKRRARERTLFVTP
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Alphaproteobacteria bacterium 32-64-14 [Bacterium]
 NO
4392 MYP_026344
MKITSINEEGLKLIMKYEGFSATPYLCPAGVPTIGYGTTRYSDGTKVTMKDEAITKEQAIEILKEQVKNYELAVDAMTTDKVNQNQFNALVSFAYNLGVNALKKSNLLRVINLNIWDGKIEREFNKWVYANGRVLKGLQKRRNDESKMYFKK
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic
Flavobacterium aquaticum [Bacterium]
 NO
4393 MYP_026355
MMQISDKGIALIKQFEGCKLTAYQDSVGVWTIGYGWTQPVDGKPIRAGMTIKQETAERLLKTGLVSYESDVSRLVKVRLKQGEFDALVSFTYNLGARSLSTSTLLRKLNAGDYAGAADEFLRWNKAGGKVLNGLTRRREAERALFLS
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase
Enterobacter mori [Bacterium]
 NO
4394 MYP_026357
MGYANIKDVQTTGASWKTGQQDKLGYSGVEASHTMAETDSGRMSRYKSKIFNVGQKCGIDPALIAAIISRESRAGNVLHDGWGDWNPHRNAYNAWGLMQVDVNPSGGGHTAEGAWDSEVHLCQATGILVGFIGRIRNKFPGWSGEQHLKGGIAAYNMGDGNVHSYAEVDANTTGGDYSNDVVARAQWYKRNGF
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Scophthalmus maximus [Animal]
 NO
4395 MYP_026368
MTWRGDPTWLADVLRAEGLKVIEEPGWKQRGHGDFLDIRGIIWHHTAGGGSGDWRIVRDGRPDLPGPLAQLVLERDGTYRVIAAGVCWHAGRGSWPGWPTNNANYHTIGIEAVNDGRGQPWPAVQLDAYRRGTAAIARKAGFGASMAAGHREYSSEGKIDPTGINMDAARADVGRLIKGAPKPAPLPNLINEAAEASKAWIGKRLTVGENKLFGADGKLIGAWAEFAAGHVYWRNGAKRAIAVPHDGGLFDAWAARGWERGELGFPFYPHAVVEGGRVQYFEGGTLLVQAGGDPKGHVVHGRIGEHYAAMKSEQGPLGWPLSDEEKVPGTDNITQRFEHGRLTWSPSGIVVQLEAVA
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Gordonia phage GMA4 [Virus]
 NO
4396 MYP_026370
MENGIIGNEHNAIENSAERATPAIRFEALEPRVLMSGDVNPAALSITGTLNQPGQQNHYQFTVQGEKHVVFDSLTNRNDINWTLTGPNGAVAQHQFSDDNQPFLDLAAGTYTLTVNGTKDATGSYAMRIVDASAAAPLTLDQKVSDTLVQGNEISVYRFDASAGEKLYFSAGGVQGGNVNWRLIDPYGRQVGDVNNLSSDFGTFTATSNGEYLLLVEGAQNNTTPVNYAFTLNQIKDTQGTLALDQATNGAITQPGQTANYSFTLNTATTAIFDRLSNANFNWSLTGPYGQIVQGRHLNQEQGDALHLAAGSYTLSINFDQGSQGNYAFRLLTATQALTPNTATSGSLDNPVGSHLYKVSLTAGQKLYLSSQPPTGGPMTWRLLDPYGVQVATSPLGQNNPPFTVAADGDYWLVLQGANGNAPTATVSYGFQLNIVPDITAALSLNATTSGTIALAGQSTVYSFHLAAATHLAFDSQSALGNITWSLSGPAGQVIQSRRLTQSDGANYYSVIDAPAGDYTLTVQGDGNATGAYAFALNDLANATGLTQGKAVSGSLSPGNGSAAYRFTANAGDNVKLHSISVSGGTATWRIVDRFGRDVAGAGASAGNLAGDSNVISLTAGGSYTLLIEGAVDNTAAVNYQVELDTTGNIAPAPLPAGDALSLGSVTAGSLATWDATKTYRFTLSNASQLLLDATSRSSAVWTLIGPRGTELSQQQFSGGSILSLPAGDYALTLQGAQASWSYSGNGAYSFRVVDVATLPLLSLGQATTASRSPASATLAYRVQASAGSKLVLNATQVWNSHWDLLDAYGHVLPAQQDDTTGTVYAIPADGTYILRSIGNPGDVSGSRTDTFTLSKEDVTTAPLGLNNLVSGSLAGRQSLAEYSFTLDQPQAIVFDAAKNAGIGVPPGNLQWQLRFSNGQNTGWQGFGSKVQSLPAGRYTLLVRNTLDQLTNFAFRVSNRDTAQPLTLDTQTQASVASDRSTLYRFSAHAGDNCYMQLASANSPFNTQWTLVGPDGNAIAAGSTAYYGSRPSVVLPSTGEYLLVLSPSSWSSNGVPSTTIPFTLGHRVTTNAPLSLGADISGTIAQPGQTIRYSFTLTAPASLLMDPAAVGNNMVWSLNGPSGAVVSSMAFSNGVMPLQLPAGTYVLNVGYNDLSTGQFAFALSDLAAMSPLAFDQQTTASFAPGSKQPAYLFTVPADGDYRVELPPNAPAVQWNIESSLGRYINGSQSMNDATAPLHLAAGQYLLTWTYPFSNQIAVPFTLRHVVTNTQPLTLGTVVNGSIASVAQRQEYDFSVTAPMQVLFNSLSARTDITWQLIGPGGNVVNDTALGKGSSDPITLSTIGNYRLVISPLAQATGNFAFNLLDLAQAPALPAGAAGTTQSIKLSPGNAAVAYALDVHAGDYLNLHIGSLSGGKATLQIVDAAGNIVLATTSLTGTDRFRMTWPHDGRYRLIIRGDIANTTETDIGFDAVQGTPKRATLSLGSDVQGSTSTVGLPDVYRFTVNAPTSVIVDGLSGLDQHWTLRASDGSVVASGQLGTINLQRLAADAYTLEIEAGSANALGAYGLCVVDLANGINLPLAQATQGSIADGHALIYRVAASADQSALQLQVTASANAGASIRVFDATGNLVASGNNALAATTIANGISTGIARYIVIDGGSAATYTLTATQTIVPPTAPLNLGATFNGTLASTGDSKTYRITVGYGQLLPTAQLLRDLGSTSVHWRLTAANATTLAPWQDQNPAYYQALIGAGDYDLTIAATADHASYALQSVDSAQAPFIGAPVSGTLAAGQQAVVYRYAQDLPGALHVNLSGADSWTLYDAHGTQLASGPAGTPADTSWLNTGSYMLLVNRAASTSSVNYTLDVQHAPLPLAPLNTPISGSFSSSQTLIAYRVELPIATQIQLHNASSDPGVQWSITAVGDTPNWNAVPTIDPQPQAYDAGEYQLWVKGDGTAAKNYALQLLNLSSAPALSSTATTGSLSSGHTAAVYSVVLAHDAALHLNFGVSNSQLLRWSLQDSNGNAVAHSLNGANADTAPLHSGRYALVLDGLASAGTASDIAYAISATPFTAPACALGQALNGNLDSGTGQGGYHLSLPNGGRVLLVHAPYGGVNASILQPARQLHRDSTGTLYQLPAGEYDIALNGNTGAAYQCAPFDFDNAPALPAGTSTPAQLAAGQFAALYSFSSDGVAPLTFGAATPSGDGLSWVVYDANGNQVANSNGNASATKLLASGNYRLMVYRSGQSMDALPYTTTLNPVSVPSTALTLGATQTLSLDPATANVADYTFTLATAHRLVLVEPDGNTPPIGYTIVDAHGNVVAGSGTGGQSASPRDFVFGGHKTLSLPAGSYTLRFQGRDSRPMFAARPSGGGGGSSGVSTHFSLVDIDAGATLAVGTPASVSLASRNDVQSLHLAAQAGDSLNLTCTASNGNTDTLGLSWMVVDQDGNILTQGQGNRAGLSASITLKRAGSYTVVVFNANEALTASFSAALQSHTDIAPIDTAALTVGQDTKLTLAAGAAKRYTFSLASASLLAVNGSATQPGTQWQLRDANGLVASGDFNLGQNFVSQAPLAAGDYSLLLSGPQAQGSASSDLDVDVITQAQATTLASGTVDVPATQGIYALPVSAGQDYCFSSAFALNYSIYRQDLTRVALSFDQGVATAHADGSGTWYVVFNQSTANGFLHIVTPSTLTLGQTINGSIAHGGADVYTLQVKSDQWVYLAVPPAQSDVRLSLHGQGMAPITVSSGDDPRPVLLHAGSYSVVIGNPAQNTPTRPAALMAAGPGHDAPPVAYTLLLNALDSTTPQLTLDTATPLSFNALGTAAFRFNGKAGQQLYYASLDGVDNQASWALYDANGRVVYSGASNDTDRLAPLPADGTYYMVWSIDPTIPTSGYGFRFNTTPPQTVAPITLGTPVTLNAGATATTSLYGFTLNAPARLLLNASSSAVGYGWQLTGPGVTQSGTINPGDSPLQFVELPAGTYQFSARPNSNSSGSLSFQFIDTATASPIALDTPFNDSFVPGATKLYRFDGIGGQTLHFAPGNMGTLSGSWTLYAPNGLLVNTTSFTNGVFGSVPDIGLPNTGRYLWAWTSTATSSTAPIAVQFSLGSQTQSQGQAFGTLHNVSWTGQSYAFHLSAPTHLLINISQLNNGQMTWSISSHGQEITRGYVGYAQDTVVELPAGDYQFNALPVDHNTNWNDYYNGSLRLLDLGTANALTLGTPVTGSDSLGSADLYSFHANAGDTVTLASSDTPFSWSIYDEFGRLVQRVQNAGSMSNLPRTGLYYLVRDTSPDGTTTAHSYGFTVTTSHVLTPVAIGQSVTATLSNGYASYGLTVQQGTKLWLDTIDFNPSVRADIYDAQGLLVYSANPTDQHWPINLPAAGTYTLKFSDTYGATQTRSFGFVLTDLATAAALTPDTVIHGSVSASKGVSVYQLNMAQPGNFALKGLGDYYANRSFSWYLVTSYGKTVATGQFSDGIGSLPLDAGNYYLVVAAPYSGASTLNYSYAVDTSLLPLSTDKLISGTLPAGLPVRYTLHLDAPGVLTFHSPAQSNNQWRLDGPGGKVFDQSMSNDQSNQTGLFAAGDYVLTISNGNATTPAPFSFCVLDQNAATPLSVNTPVHTSVTDARGMQLYTIDAVAGTHYYLDTLPGTPSANFGAVPNWMLLDPQGRAVFNLQSMGGLQGPGGQYSFQGQGGFDLGQLALGGKYTLVLVNPNGNTGTPVDVAFNLLTVQDPPTVVLNSLVATPAPALSVTSLNVTPNTGVQTGQTVSVQWVDNNRGTLATSGNWNDRIIVRNTATGVIVADITVPYNVADSGNGAIDINGARSRQQQIRLPDGTSAAGTLSVTVVADSDNLFKENGGTTATATLDVKLAPYPDLTVQNFTLQPASNFQPGQSVTATWTTLNKGNADVTAPWSETLQVTNVTTGKVVASMTLRDAQGTLAANGTRARSTTFTWPSGIDASGNFAIKLIADSLNEIAEANAVKTDNTAEIDEAVGPALQVKNLQVTSSTIRAGGLVTITWEDWNMGGSATGAPFNDRIQVTRADNGMALLNTSVVYDPAAITGGQLNGAIAAGDHRLRSFTFRLPDGLAGAGNLGITVTADSNEAGVQQLFETSVQNGTATTPVVSATTPYADLKIGNVSVPPTGVGGQPLTIGWTVTNNGQASTGDAWSDVIMLGTAATPGSNDIVLGTVRHNGSLAVGQGYTQTAAVNLPLLNDGHYYIYVVSDAKNEVLEPDTRVDSTSAINPIAIAAAYSDLSLTDVSVPAGVQSGDSIKVSWTVKNTGNAPTSSPIWNDRIVLAKNSTPSPDDIVLAGAITHTGTLTNGDSYTGTATLTLPRDLIGDYTILVYSNSDGSVAENGHTSDNLRASSLMHIALSPVPNLTVTSVSGPAAVRPGDAITVSYTANNTGNAATTGAWRDRIYLDAGNGQLIEVANQLYTDGIAANASVNRSVTFTLPPGFAEGTYTFVVRANADGTVYERGSTDHDIGRGNTVTVAKPYLAVTNVTGPGATVQSGSNLHVQWSVTNNGAIATGNWVDRVYLIHDGQQQQIAEIAHSGPLAANGNYTASTDYALPLDAHGEYEILVVADAAHALDEHAFDKNSSQATTTIALAPYADLAVSAVTAPPQVIADPASMDVSWTVTNTGTGAGTSTHWVDRVVLTTHDAPGNSDDIVLGELAHDGALAQGANYTGQLHVMLPPGFSGRYKLFVISDAAKQVFQNGLTAVNTAQATHTVDVMPKPYADLQVQTVTTQGSASSGQPLTVNWTVVNHGIGITDNGEWSDQVWLSSDAAGSNVIAQLGSADHIGQLPANGSYARSMTVMVPNGLQGTYYVNVRTAASGMPYEFIYGNDNVGHVAVPVTLSPSPDLAVKSITLPPNAVEGSLIDVSWTVVNQGQAAATGPWNDALKLVPIDGKGAAIDLGSFAYDQTLAPGITYTHTKQVRLPMHLMGEYRLQVIANADGSVYEDSAVRNDATLTSSTTCTVALQPRPDLIVSKVTLPDHVKAGTHVGIQYTVQNTGSVPATGHWQDKVYLSQSGQLDATAQLVGAFDNASALGSTESYSNVTASIDVPITFAGDYYLIVVANGNSAVDTFPNQSNNTKAAHFTVDPVPFADLFASNVTAPDQVVHGASINVGYKVTNLGSAPTRGLTADVDSWTDTVWLAKDPRRPGAYKGDVLLGSTTHTGNLNVGDSYLGNLQVTIPDGTLSGQYYLTVWSNSYGTILQDELATNKNPDDPTQLNNDNYKARKISVLGVTPPDLEVTQVTAPANVDAGGNVSFSYTVQNQGDAFTGNWTDTVYVADNADLSQARHVWKLGDYTQSSTLNNGQSYTVNQTVQLAPDITGRYVIVQTDSGGLMARAPEPILMRSKAAASNVTTHPANLQVSAVQCQPQNYSGETTQISWTVTNKGETVWPGSAGWVDSVYISADPTFIPSRATALGAFTHANTNGLAAGAAYTATANVQLPPGTGGTYYIYVVADSNYNGDGLSAPEPLSSPHADDHNNTANSGELDYYSRHAYEGSNTTGRIGSRALNVTYREADLQIQKVTISNATPKSGDLVTLTWTVTNTGTRATRATGWNDGVYLSTDNSLATGDYPLIEGSLYDNPARVQHIAITDANGQPRYLQPGESYTQSATFHIPQSISGNFYVLVKTDTTTVKDWNGGSPSAIRQGLDVVSGSGQGAVPVYQGTGANRVYSVPITVTQVTPPYLQVSGVTAPQAVTAGQSFTVNYHVTNNGGTTPDDQGQWYDMVYLSRDRTLDLQHDRYLGYLSHSGGLAANAGYDGQFAVTAPKDLDGPYYVFVVTDPANVFGSGPNGHVLEFRSDKNNETAAAQPMLINAPPPANLVVGNVTVPPTAKVGDPITVTYNVSNNSTNPATGGWTDAVYLSQNNTWSVGDILLGKVVHNGDVAAQAGYTGTLTAQLPPLKDGNWRIIVRPDIYEETGTPKSLTASAATVQTQVPALAVASPLQTTLSNGDVQLYKVSVAAGQTLRVMLGAQEDSGDNELYIRYGDVPTTFAYDAAYSNASAANQQVVIPSTQAGDYYILVRSRSGKNVPTTLRADLLPLSITQVTPDTGGVSDDAHRWVTLDIYGASFQPGAIVKLSRPGVFEAEPARWQVLDATHIRAIFDTRQFPLGLYDVSVTNPDGKSVTEANRYLVQRGIEDDVTIGIGGPRSLNPGDAGTYSVTLQSLTNVDTPYVRFDIGAVEMGYNKYLLDSLSLPYAVFGSNVGGMPFGNIDNAPANTQGYGQTPGTQARADIPWASLDGSENTSGYNLAPGYAFDVAAKGNVGMSFRLQTYPGLSAWLNHDFDALRDALYATHPDWKAKGLLDGGVGDLDKVAPGLAARFNDPEQRKLSKLEAMSESFETNVVGAATALTRDEFIAEQTAYAMKLRSAILADQNAPSSLSVLAADGQQWVNGYLAALEKAGLLQPADQAPPIATNPQVLSLNATLAAGILLSKGGDNYRTQADLLGFFGKVQQWYGNTATYAGDPNAAKGAIDHFETRQDDEGDTVDVPVPKLANAADYDQHAGRTLQFENFRIFVGGQAELEYLRAQGLLDQQFNPLPGKSLNLAQYLQLVAQQKGATQAAISVQGPQGNAVASDGSVYVPAATPLPYSFAFSNPGAQGVGQIRIVTQLDANLDPRSLRLGDLKIGDINIHLPADRANFQSDFDFTATKGYILRVSAGIDVASHIATWLLQAIDPATGDVMQDVTHALLAPVAGQSAAQGGFVSFTVAAMAGATSGAKITSQARILFDDAPPIDSTPVTTTLDAKAPTTTVTVTSLSNNGYDVKWNAQSDASGVRFVTVYVATNGGDFKIWQRQVDPSINEAVFTGVAGNHYEFLAVATDNAGNREAANVTNAVLPDDGARQKVLDGLGVTPTLDQTAQTPQAPQDRQYNSNALFQQAAQLLPGNVAPNNAGDLTNVLAPFSARGFADGFGTGNADIGAMALVQLSDGSLLVSAGTQRNAVYRYAKDGGHSATPLFTLDSPVLDMAIDKLGQLWVMTGNELLQVDANSGAVLRRLQGPSGQPLTHALAIQPTTGDIYVSDGSGIEVFHPNATDPAQQWQHFSNTRVSSLAFGPDGRLWGVKWSGSDITAADPNGTTDIVSFPMSGATLGGAELEYRINGVVDHLAFGQSGSLLDGLLIATGGLSQHVQINGVADTTHGSAVWMIELQSRRVLQVASGGTQGEGVITTADGRILVAQTNHVDELAPARAPKVLATSVPDGSLVPLPLNQIAVQFDQDMWQGTAPDGSSVLDPSNYVLQSSDAGAKAIAPNGIRWDAATHTAYLDVGGLPAGHYQLTISGNLRSATSLRIGQDSITGFTALLDLSTHVQLHFSNTRADDSTGAVSYDVSVTNTGADDLHGPLMLLLDPGAYFGSTIAGAKPGTGDQSDLWVLDLTGALSNGKLAAGATLTNQTITVVPASHFGASGLADLAKFNLGHGIYAVPTADLPPAITPVGSSDTPTTFAQAATIGQAWTTQVEAIDNNSSAIYWQVVQAPAGLTLIAPSSVTVDAAGKHHAVATLNWTPGANAAADSTVVLRVVNASGSVTLQTLHITVSNGSHTPVIAPLGLQTIDEGKAWSLPISASDADGAPLTLSIGNLPPGASFDARTGTLNWTPTYDQAGTYKNVTITVSDGKTTTSESFDIVVNTAWAQPVLTAIPAQTVREGDTFGLQLSGSMPGGLKHADGTTVKLSYGAAFLPAGMTLNSDTGWLGWTPGYDVQGAVNVPITLTATFTLPDGSTQRTSVQQTLQFNVLHANGALHFDSNLAQPWTTLEGQPLAISVVAFDPNNPLFAPKVRPASGAPAVDETGNAIASTVTYNVTGLPQGATFDPDTLQILWTPGYSQAGQYSVTVVASKAGDTAATPITSTVVIPVTVVKVNRAPAIAPIGDVSLDKGSTLDIPVAIDADAGDAVKVTIDGLPRFATFTQNAPSADGHITGTIHLAPGDNDRGDYTLTVTAQNTATGMAAAQRFVVTAKSLTEPPVFTLPQQVVAIIGQPLSLPIAISDADQDGLHLTSNGLPIGAKLTMGDQYGQARLSWTPTANDVGPHDIAITVTDSGLPPQNQGFVNPANPVPNVVTHTVRVIVVASDTPPQLLGMQVNGQTVTDTGNANTNTPVVINTNEGNPFGVALFANDAAGHLINWTATGLPQGMTFNVPAAANGNQATLNWTPDLFASQNGNNGVYRFTVTGSDGAMSFTRTFEVHVAHVAQAPQILPLPLQLVNEGNTLSFNLQSVDADSKPVHLSLIYDANTPAGINFDGSTGTFEWTPGYDTVDKGNTASRDFTFTFQATDGALTSMQTVQVRVLGVYRAPVLSVSSHAVVVGKTLSLPIQLGGTDTHQGIYANDPDGNALTQALAVSFTHLPQGASYDATKHQLNWTPGPGQVGDFVVTANVDDGHGNTVQQSFTVHVVADASANSPKILIDSVPSTPALPGQDIMVTVRASSFSAITALAIQVRGTGLGSDQWQTVALDSSGRFHLKATQPGTIDVRVTATDADGFSGTQDSSVLIKDPAALAPVITWGGALSGATLDGKPVEIDALTNLQANLQELQLMGYRLEIAPIGSSTWQTLGTQLYDASAFNQALTVASLDPAALRNGVYQLRLTAWDLQGRTAEVDARVIINAAQKSAAQNNVADVTYQLGGHAFTVNRTFVGGSGNAFGNWAIAGFDTGLTTDQSAATTSGATAAWTTGARVWLSIPNNLGDANAALQNLSFTLGADGVAMQGSANAPMTYHADFGSSQGWTLAAVNGNALQRQGGHLYDETTGLPWVPSGYVLTAPDGTHYSLDTNGKITGVTFADGKQWLVSDAGIALVGGTASDRIDIVRAANGNIARITGPLDANGNVRSFFYGYDAQNRLVLARALDGTSMGTPYGYDSNGALLTDTVTANLGTAANWLGNSTANSWNGTLQANQTTSLAFAIRDSELASTIKVPGGSGALIVAISASFSDPNSTLQVVGGDVLGNTLSNGVHTVLVRVTEAGMKLLRLNGTGTAKISVSIAGDLNHHGKVDGSDAAALDQDIASKNLAGDINGDGVVDQTDRQILDANYGFQAALPPQAASNLPTTLTHVGLGATISLDQAATASAGESIFWRVLGATNGTAKLSADGHSVIFTPNAGYSGAATINVQADDGFAASAPITLQVNVSAAALTAIHLQPVGDLMPGQNAPLKATVDFQDQLGVDVSADPSYLSLTATDLSSVGLSGPAPVVVDGSRHLVQCNGVGPALIVASHTDGSGHVVQAVQAINTSPAALPPQQSEDDQSDAETPSVKPDVYPVSITLVPGGTRQLKVHVVEPGGDPAAPIDISQASPTPNSATRYFVSDNSVATIDANGLITALKAGRITVSVVYFESVKDANDHVIQQLIGQTDVPLNVQPAVVEDATTNAGVVVDHNLGGAVAAATGETVMIGAGALPADATVSISRIPVSAIGDTTGMNPPLPDMLDTLAAFHLDIGANLSKLPMQLAIPLQVNSGFNAGDEVLFLERSVITDAIGCPHDVWSVVDNGHIGADGVARTASPPYTGISLSGNFIIVKSKTADKKTGSVTVQGAGVNVIALWAGPMLFAGGMGSMSAAGGIAGAATMMSVLGILSTQGIPIYRVNWSSSAAYNDIGQIATNVDSSGNVTLNLDSQVGTGGSGGSGSGNTGPDSGLKVDLKFIYDAENANGDPNATVPNAGQSGVTVAHGFDVGQITLDGLNSMQLGQTLTDELKWYVATAPGHPLAGSAALAALAAHPMNPLTPDQETTIDNAVLKMIDTQLEQHFNPASSTAFRDLPANTQTAIMSAAYQYGNALWSNPHNNHQPMNYWVDLTQGKWDAAVAELRNFGDSYPTRRNKEANLIQADIDSGALPGTKSNSNATQVPITPPAAPDGTLQITGMQMIGNKLRVSFKGLRLPPDSMQLPERLRIWISPEDLKVDSDGHATSNQWNGKAAQQRDMRLWKQFVDVDVTGDTQSIDLDLPANIALSLHEITAQRFVKTTVDVVPWAPRDPQWTTYGGTATASINPQNGFSVMTTATDIDIVENGAIVNKLKYADVAGSPQFVGGAKTHQIAYNEDRSLMFVAGNQGQVYVVDTATMKLVSSVTVAGSTDNLSSLAVSGDWLYIAEGGAYTGNGQHRLLRMNIDEESAQFLTAQQIHLPDAVSGMNAAFGYVDLAVVEGTHSYLAVTAANSNEGIASTSLHSGAMFVLDLDLLDASDTTGGTLTASGSAIQMVNFPSNRGRGAQFLTAASSITSGGKVTTIRFLVSSAFDYDNGLGTVTIGVDAHGVMQSPAFQSISMPGERPGVPLMARYSDKYQLDIQRAQSPVFVKVGGIEYALVADYDVPFKDPGFMNGLLNNKQIGGKIGIIRDPFGAAEYLGATTPIVDASINSLSYNAANGVLWADVRYWGMPGQPSLPDGILVWNMQDLITQATAHSLAVQGGNRPVPIDQLGGVLPTKVDTGVLFGMSSSQTLKANAPTDEKMRYGDISLIDLAALIRKEYPDYAKVTNDAITGINKDTVCVDTASSQYAKIVTTCYKSDGSATDVPYVLSTTANTGHGISAASAADYAGLYDPDTFAASHTLFLQTLFTSADMDALRLGKRLPDRTIEIVLSNITIAGKTIDKLVLDVPLSDFAGDSTKSGFIGDRSSSNPGYTPFTLSTGGTVGKGAVSQTHNRPLDVLRVEQRLKYLGFPAYGTTTAEFDVSEKWTPQVARAAWLFDRVVNYNKPTQYTPAATGPDMTRLVIGGNPGQLDNAAATLKIAQDSTASDGNFLAYLQAWDAPHWMNVWKSLGGLNDTPQGPFHSNVPSAAGQAWLAEGTKDIVEHYGTSWARDLLAAWAETAQARASIGLGNASLTLTAVTRLNYVDTDNHSSHDLGMADDIGLPHDDAARSDAGEHLNTPPATATTADALAAWWASPQSGIPQAKQSTLQSILAMLMLTHPASGNSLYNAIPLSDSVRQTLFNGLVNFMYYGATFNQYSDVKQAIRSVAGALGVPLGNVTTQNGQTGWLRFWSGHNTHFHLTLTPPPALLAQPQLAADDASTQTQTPPAADVSLSALLGLAQHLWGAKPSDLGMPANGDSIAFGNLGNGELGETQGTSVVIDRTANGVGWYVNKDALSNDDFVPTADPGVWVAKAGSAAAGKYDLLTVVLHEYGHLLGLPDIANAADDLMSVSLEPGVRRLPAGVSMQQIQSLLAQFARSQAPASTSNASTRIEQTIAAPTANLASVAQQYQAAINPSFVGLGTNGNQGWSSEGNISGTGASVTLSEGSQTQTRLSQGFVLGTNDRFLRFTLSNVTLQSLGDRPEDAFQVALLDAKSGASLGGKIDLSLTDALLNLQGDGSAHQASGVTVITNADGSRTYIVDLRSVPAGTAVNLSFDLIGFAASGSHVTISDVTTMGMPQAKDAAFTGLENGSISANVLANDGDVYGATPVIIHGPAHGTVTLNKDGSFVYTPNYLYYGTDSFSYALSNAGVQSNTATVSLAIQYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVATDLALSLQENGNVIVNLPSAISDVDGDKLTVRIVTAPQHGKLTQNADGTFTYTPDHLFYGNDSFTYVANDGQLDSNVAKVSLGVAYVNQPPVAGNVSFWLHDNQTKVLNLLANASDADGDKLTVRIISAPQHGKLVRNDDGTYTYEPDHCYVGADSFTYVANDGQLDSKVATVSIDVKGRNHRPHAHSHEMAVAENGTSPIDLLAYSKDPDGDPLTTRIVCGPHHGSLTQNADGTYVYTPNAGWTGMDGFVFVANDGQYDSNHATVWLDVDRPPVAHDESFTVRAGTPKRLDILAGDDPGEEDADDLRAKLVNKPQHGRLTENCDGTFSYTADANFVGTDTFTYIADNGELGSKPATVTLTVLAPKRPPVAVDDNVITNDNTPVRIDVLSNDSDPDGEALNARIVCRPEHGRLTHNADGSFTYTPDRNWTGTDSFAYRAVDDEAQSAIAMVHITVVPVPSARDASFEVERNGKVHIDLNCLIDDPDATAAKRLDLTVGKPAHGRLVQKDDGSYVYRPAHGFIGTDTFTYSVSDGTHTATATVTLNVVRDEDDDDDRCDSSQTVIIIAGDACSDDEGRGGYIIINQGLGDDWRHERHRPSLDWDRADAADLGISGCIGDSWWNVGIEQPLLASEDLLKRSGLVVRRTD
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Trinickia fusca [Bacterium]
 NO
4397 MYP_026371
MRTISKEGLALIKQWEGLRLQAYKDLACVWTIGYGHTSEAGRPFVRKGMRITQEQAEAILREDLKQFEKTVEEAVMVSLTDEQFAALVSFCYNVGTKAFCNSTLLKKLNKGDYEAVPEELQKWNRVGGKRLQGLANRRAAEAGLWAKGAYIASNYQRVETKGATGSLKAEILAPIIGSFSGLGGLVAGNGPVQWALAGIMVLAACAGIVFVAKRFREQRL
 STANDARD
Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic Non-ribosomal
Bartonella washoeensis Sb944nv [Bacterium]
 NO
4398 MYP_026375
MTTKDQVAQITIAEAKARGYTRSECLAVMSTFYQESGWNDTIWDPTHTTYGIAQQDGSYPHRFDGAAAQIKGFFDKLDVWRAKPGASTDIWLNICWMQQAPNWPSADYWYANGRRAYLTEIKSRIATVTPYLDKYWPADGGTAMPETRPPYNEFAIWSANNSARSGKPTMFLIHTQEGGGGDAAAENLAKWFQNGNGVSYHYTISQASDGGVTVVDCVDTDRAAWSVGNANSISINLCFAGSRASWMRDQWMKQSNAIDVAAYLAVQDAKKYGFTPLVVPPPYTNGRPGISDHRWVTDVFKWGTHTDVGANFPWDYFTERVNHWAAGGKTEPEPPKVKHFPDDWTDRELAVETLRQQRGYNLDGWPQLGGRTVVDALGAIGAKLGIEGCYDIKGKS
 STANDARD
Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal
Mycobacterium phage Royals2015 [Virus]
 NO
4399 MYP_026377
MPDVTKLKADLIRDEDLRLKPYRCTAGKLTIGVGRNLEDVGIVREEAMLLLDNDIARITADLDRALPWWRTLSEPRRRALANMGFNLGIDRLRGFRKMLAALEAGDCARAALEAEDSLWARQVGGRAARIIGAIRNG
 STANDARD
Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal
Azospirillum lipoferum [Bacterium]
 NO
4400 MYP_026389
MSYTIRNDGMIPNPKTQTVNYGGRQFIVIHSTADLNAIAANIDHYFDSNWSRVYAFTQWAIDDKEAWQNYDNGFRSWGAGNVNGYAWSQIEICEFQDDNRSKAAIANAIQLTKALVNEATAKGVKVEIISHKEAAQMFGGSDHVDPIPYFNRFGYTMDWFRQQVEAANGGSTNGGSTNGGATNGGATSNINITGEKEMKVITITTDGDYYGKKYKAGACFFFTGDSLRYIERPQSLGVFDSLQIPRFRMDAISLLLLIQDLDLKIS
 STANDARD
Antimicrobial Bacteriolytic enzyme Hydrolase Non-hemolytic Non-ribosomal
Lactococcus phage P1046 [Virus]
 NO
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