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Name : plu2320 (plu2320) Accession : NP_929572.1 Strain : Photorhabdus luminescens TTO1 Genome accession: NC_005126 Putative virulence/resistance : Virulence Product : hypothetical protein Function : - COG functional category : Q : Secondary metabolites biosynthesis, transport and catabolism COG ID : COG1020 EC number : - Position : 2720286 - 2726435 bp Length : 6150 bp Strand : + Note : Similar to HMWP2 protein of Yersinia enterocolitica DNA sequence : ATGCACAAGGATTTTGTCTCTCCAGATTCACTGCGTCAGATCATATCTGGCCTGTTTACTCAAAAAAATACACTGGTGGA TGATAACGATGATTTAATTCGCAAAGGGCTGGACTCAATGCAAATGATGGCATTGTTAAACCAGTTGAGGCGTCAGGGAT ATCGCGTCACCCTTCGTGAACTGTATCAAAAACCCACACTGTATGCCTGGAGCCAGCTTCTGCAACGTCATGCGCCTGTT ACTCATACAGCACTTAAGCCTGATGTGGCGCAGCCATTGATTGCGGATGCTCGTCCGTTCCCGTTGACTGCGGTACAACA TGCGTATTTTGTTGGGCGTTCGCCAGAACAGACATTGGGAGGAGTCGGTTGCCATTTATATCAAGAATTTGACGGTATCG GGTTGGAGCCTGAACCACTGGAAGCGGCAATTCATAAGTTGATTCAGCGACATCCGATGTTACGAGTGCGGTTTTTGCCC GATGGTCGCCAGCAAGGGATGGCCGATGCTTATTGGAAAAAATTAACGGTTCATGACCTGCGCAGCTTTACAGCAGAAGA ACAGCGACAAGCGCTGAATAATATACGTGAACAACTAAGCCATCGGGTATTACAGGTTGAACAAGGGGAAACGTTCGATA TTCAGCTAAGTCTGTTTGGAGAGAATCAGCACCGGTTGCACGCTAATATTGATTTGCTGATCATGGATGCCGCCAGTTTT AGCCTGTTCTTTACTGAACTGGCGGCATTAATTGTTAAACGCAACCTGCCGGTTATTCCTTCTGACTACGATTTTTGCCG CTATTTGGTGCAATATCAGGCGCAATTTGCGCAGGCTCGACAAGAAGCAGAGATATTCTGGCGTAACCGGTTAGATACCC TTCCCCCTGCCCCTCAACTCCCTCTGGCTAAGGAACCTTCCCTAATAAAAAACGTCCGCATTCAGCGCAGATGCTTCCGT TTGGCTCCTGAATATTGGCAACGTTTTAAACAACTTGCTCAACAAAATGGTGTTACGCCAACGATGGCATTGGCAACCGC ATTTGCCGGTTTATTATGTCGCTGGAATCATGCTCCCCGTCTGTTGTTTAACCTGACGTTGTTTGACAGAGCGCCATTGC ACACGGAAGTTGACAACCTGTTGGCCGACTTTACTAATATTTTGCTGTTAGATATTCCCGCTGATAACTTGCCGTTCTGC CAACTGGCTCAAGACGCGCAAGCAACATTTGCTGAAGCTTACGAACACCGCCATTGGTCTGGTGTAGAAGTTTTACGTGA ACTTAAAAAACGCGGTAGTCATCCACATGGTGCGCCAATTGTGTTTACCAGCAATTTAGGTCGACCTTTATATGGTGAAA ATACCCGTGATGTTCTGGGAAAACCAAGTTGGGGAATATCACAAACCCCTCAGGTATGGCTGGATTTCGTTGCATTTGAA CATGAAAACACGCTGAATATTCAGTGGGATAGTAACGATGAACTCTTTCCTGACGGGTTAATGGATACCTTATTTACTGC CTATCAGGGGTTCATTGGAAATTTAACGGAAAACGCTACACAGTGGAGTAAAGAATTACCGGATCTGATGCCTAAATCGC AATACCAACTGCGGTATCAGATCAATAACACAACTGAACCTTTGCCGGATGCTCTTCTGCATGAAGGGGTGTTTTTGCAG GCAGAACGCACACCAAATATTGTTGCTTTGGTGACTAATAATAAGGAAATCAGTTATGGTGAATTAAGTTTGGCCGCTCG CCGGTTAGCAACCGTGTTGCAAAAAATGTCGGTTATACCGGGAGATCGGGTTGCCATTAGCATGGAAAAAAGTGTCGGAC AAATTGTTGCGGTATTGGCGATACTTTATATCGGCGGCGTTTATGTACCGGTTCCTGTTGATCAGCCAGTAAACCGACGT CGTGCTATCTGCGAAAGTGCTGGGATTCGCGTCGTTATCATTGATCCTGAACAACACATTGATCTTGAAAAACAAGGTGA TGACTGGTCACAAGATGTGCATTGTGTTTCTTGGCATCAGGATGAGCAATGGCCGCCTTTGGCAAACATGGTTAAGCGTG CGGTTACTGATCCGGCTTATATCATCTATACCTCTGGTTCAACCGGTATACCAAAAGGCGTCGTTATCAGCCACCAGAGC GCACTCAATACCTGTTTGGATATCAATCGCCGTCATCAGGTCCAAAGTAGCGACCGGTTATTGGCACTCTCTGCTCTACA TTTCGACCTCTCCGTTTATGACATTTTCGGTATTCTCACCGCGGGAGGTGCGCTGGTATTAATTAATGAAGCACAGCGTC GTGACCCATCAACTTGGGAAATGCTGATCGCGCGTCATCATGTGACGTTGTGGAATAGTGTGCCCGCACTGTTCGATATG TTACTGACCTATTGCGAAGGCATGGAGGTCGATGCGCCGAAAGCACTTCGTACTGTGATGTTGTCCGGGGACTGGATCGG TTTGTCACTGCCTGAACGTTACCGCGCCTTCAATCCTGATGGTGTTTTGAGTGCAATGGGCGGTGCTACAGAAGCGGCTA TTTGGTCAAACGAATATATCGTCAAAGCAGTTGAAGCACAGTGGCGCTCCATTCCGTATGGCTATCCTTTAGCTAACCAG CGCTACCGTGTCGTGGGTGAAGATGGTCGTGATTGCCCTGATTGGGTTGTCGGTGAGCTTTGGATTGGTGGCTCCGGTGT CGCATTAGGCTACTTTAATGATGAAGAACGTACTTCCGCTCAATTTGTTGTCGATCAAGGGGAACGCTGGTACCGCACCG GTGATCTGGGTTGTTACCATCCTGAAGGTTGGCTTGAATTTCTGGGACGTCGTGATAGTCAGGTAAAAATTGGTGGTTAC CGAATTGAGTTGGGGGAAATTGATGCGGCCCTTAATCAAGTCACTGGGATTAGTAAAGGAGTGGCACTCGCCAGTGGCGA AAAAGAGAAGTCGCTAGTGGCGTTCCTTGAATTAGAAGGTGATTCTTTATGCCAACGGATCAATCGTGCACCGCAGTTAT CCGCTGGCTATCGTGAGCTGTTCCCCGCAATGCATGCAATAACCGCAGATAGCAGTGAACCTCAAGTTGCCATGTTCCTG CTGGAACATCTATCTCGTCACGGTATTACCTTTACTTCACCGCAGTCACTGACAGATTGCTTGAAACACTATCAGCCCCA AGCGGAGTATCATGACTGGTTTGCCCGTATGTTGGCATATCTTTGCCAATGTAAGGTACTGGTTGAATCTACACCGTATA TATATCAGGCCGGATGGTTACCCGCTACATCCAATGATCAGGCGATAGGTATCCCGGAACGTTGGCACACTGTGTTACGC GATGTTCTTACCGGGCAACAGACGGCGGTTGCATTACTTGACGATCCGCAATTCGCACCGGAACAACAATTGTTTGTGTT GCCAGAAACCCAGCAGTGGCTGACCGGGTTGCAACAAGTCATCACCATCCTCTCTCAGAGATTACAACGCCCCGTGACTT TGATGGAGTTTGATGCTCGCAGCGGTCGCTGTGCGCAGTGGTTAGCAGAGCATATTACTGATCAGCATCTCTGTTATCTC GGCTTTGAACGTTCTCAGGCACTGGTCAATCAGGCGCAAACACGGTTAAGCGGTTATGCTCATGCATCAGTACAATATTG GTCTAAAGTGCAAGGTTGGTCTAAACAAGTTCCTGAATCGCTGCAACATCAGGCTGATATTATTCTGCTGAATAATGTAT TACACCGGGAAGAAGATCCTGCACGTTGTCTCAAGGAATTGGTACCATTTGCTCAACCCGGCGCGTTGATATTGGCAATG GAGTTGCAACAGGCATCGTCTCTTTCCCTGATTACGACTGAATTGCTTTCACCTCAAGGTATTCAATTACGTTCTGCGTC ACAGTGGTTATTGTTATTGCCACAACTATTACCACTACTACCACTACAGGCTGAAACGCCAATTACCATCGGTAACCTTA GTGTGTTATTGATGCAAACAAGTGACAGCGTAACTATTCCTGATCGGGAAAAAATTAAGTCTGTGCTGGCACAACATCTG CCGGGATATATGATCCCACAGCGCTTGCATATTATTCCTCGTCTGCCATTGACACCTAACGGCAAAATTGATCGTAAGGC GCTATCGCAAGAACTACAGTCTGCGATAAAAACAGAGACAGCACCGCGCCAGAATGAAATGGCCTTGTTGAATGCGGTGG AACAAACCGTTGCCGGCATTTGGCAACGCTTGCTCAATACAGAACAACTGGGCTGTGACAGTGACTTTTTCCAACTTGGC GGTGATAGTCTTCTGGCTACGCGTTTGGTTGGTGAACTGACACAACAAGGCTTTAAAGGTGAGCTGGGCCATCTTTTCCG TAACCCACAATTGGCAGCATTTGCGGCTACACTGGTTCCTCTGGCTGAAACTTCATCAACAGAGTGCGCTCTGCCGAAAG AGCAAAATGAGTACCAGCCTTTCCCACTCACGGAAGTTCAGCAGGCTTATTTGGTCGGACGCCATCCGGGTTTCGCTTTA AGTGGTGTTGGCGCGCATTTCTTTATTGAATACCAGATAGAGCAGTTAGATGTTCAACGTTTAAATCGGGTGTTAAATCG TCTGATTCAGCGTCATCCCATGCTCAGAACCGTGGTTGTCAATGGGCAGCAACAGGCATTAGAAAATGTCCCGCTGTTCT CCGTCAAACAACATCAATTCACCAATATTACGCAGGCAGATACATTACGCGAACAGCTTTCGCATCAAGTATTAGATGCC AGTAGCTGGCCAGTGTTCGATTTTCAGCTTGCGCAAGATGATGGGATTGTCTCCCGGCTATTTGTCAGCTTGGATAATCT GCTATTAGACGGGTTGAGCATGCAGATATTGCTGGCCGAGTTAGAACAGCTTTATCTCGACGAGCAGCATGAATTGCCAC CATTGAAAGTCACATTCCGGGATTGTGTACTACGCCAGCAACAGGCACCAGCACATCAGCGTTCGCTGCAATATTGGCAG GAGCAAGTGAAAACATTACCACTGGCACCACAATTGCCACTGCGTATTGCCCCGGAAAAGGTTCAATCGCCACGTTTTGT GCGCTATAGCGATCGGCTATCTGCATATGAATGGAGCCAGTTGAAACAACATGCAGCTCCTTATCAAATAACGCCTTCCG CGCTATTAATTGCGGCTTATGCAGCGGTTCTTTCTGCGTTCAGTACTAAACCGGAGTTAACGCTCAACCTTACTCTGTTC GATCGCCCACACTGGCATGAAGATATCAATCACATTTTGGGTGATTTCACTTCTCTGTCATTACTGGCCTGGCACCCGGA GAAAAATTGGTTATCAAGTGCCCGTAGATTGCAACAACAGTTATGGCAGGATCTAGATCACCGTCACATTTCAGCAATTA GAGTGATGCGTGAATTGGTACAGAGCCGTAGCGCCGATGCGGCCATTATGCCGGTCGTTTTCACCAGTGCATTGGGAACA CACCAAGGGCAATTCCTTTCGCATTCATCGTGGATGAAACCCGTTTGGGGTATTTCCCAAACGCCACAAATCTGGTTGGA TCACCAGGTTTATGAATCTGATAATGAACTTTGTCTAAATTGGGATGCTGTCGAAGAATTGTTTGAACCACATCAGTTGC AAAACATGTTCAATAGCTACATGACGCTATTGCGTGCCCTTGCGGCTCAGCCAGAAAGTTGGCATGCAGCACTGGAACAA TTGATGCCACGCCAGCAATCCGTGATGGTTGAAAATACTGCTGTTGCCATTGCGCCATCATTGCGTTCAGAGGGATATGA CCCTCAAATATGCAGTAAAATTCAACGTCTGTTCTTGTCCATAACAAATCATCCTATTAACGCACAACAAAACTTTTTTG AGGCAGGAGCCAGCTCGCTACAGCTAATTCAATTGCACAGCAAACTACAACATGCGGGTTTTTATCATCTTGCCGTGACC GATTTATTTGCTTATCCAACACCAGAGACGCTCAGTTTGCGCTGCCGGAAGGATTCCCACGACGGAAATCGCCAGTCGAT TACCCCTCGTCAGCGTCAACAACAGAAGCGTCTGCAACAACGGGAAAAACGTCATAAAGGAGCTGCATAA Protein sequence : MHKDFVSPDSLRQIISGLFTQKNTLVDDNDDLIRKGLDSMQMMALLNQLRRQGYRVTLRELYQKPTLYAWSQLLQRHAPV THTALKPDVAQPLIADARPFPLTAVQHAYFVGRSPEQTLGGVGCHLYQEFDGIGLEPEPLEAAIHKLIQRHPMLRVRFLP DGRQQGMADAYWKKLTVHDLRSFTAEEQRQALNNIREQLSHRVLQVEQGETFDIQLSLFGENQHRLHANIDLLIMDAASF SLFFTELAALIVKRNLPVIPSDYDFCRYLVQYQAQFAQARQEAEIFWRNRLDTLPPAPQLPLAKEPSLIKNVRIQRRCFR LAPEYWQRFKQLAQQNGVTPTMALATAFAGLLCRWNHAPRLLFNLTLFDRAPLHTEVDNLLADFTNILLLDIPADNLPFC QLAQDAQATFAEAYEHRHWSGVEVLRELKKRGSHPHGAPIVFTSNLGRPLYGENTRDVLGKPSWGISQTPQVWLDFVAFE HENTLNIQWDSNDELFPDGLMDTLFTAYQGFIGNLTENATQWSKELPDLMPKSQYQLRYQINNTTEPLPDALLHEGVFLQ AERTPNIVALVTNNKEISYGELSLAARRLATVLQKMSVIPGDRVAISMEKSVGQIVAVLAILYIGGVYVPVPVDQPVNRR RAICESAGIRVVIIDPEQHIDLEKQGDDWSQDVHCVSWHQDEQWPPLANMVKRAVTDPAYIIYTSGSTGIPKGVVISHQS ALNTCLDINRRHQVQSSDRLLALSALHFDLSVYDIFGILTAGGALVLINEAQRRDPSTWEMLIARHHVTLWNSVPALFDM LLTYCEGMEVDAPKALRTVMLSGDWIGLSLPERYRAFNPDGVLSAMGGATEAAIWSNEYIVKAVEAQWRSIPYGYPLANQ RYRVVGEDGRDCPDWVVGELWIGGSGVALGYFNDEERTSAQFVVDQGERWYRTGDLGCYHPEGWLEFLGRRDSQVKIGGY RIELGEIDAALNQVTGISKGVALASGEKEKSLVAFLELEGDSLCQRINRAPQLSAGYRELFPAMHAITADSSEPQVAMFL LEHLSRHGITFTSPQSLTDCLKHYQPQAEYHDWFARMLAYLCQCKVLVESTPYIYQAGWLPATSNDQAIGIPERWHTVLR DVLTGQQTAVALLDDPQFAPEQQLFVLPETQQWLTGLQQVITILSQRLQRPVTLMEFDARSGRCAQWLAEHITDQHLCYL GFERSQALVNQAQTRLSGYAHASVQYWSKVQGWSKQVPESLQHQADIILLNNVLHREEDPARCLKELVPFAQPGALILAM ELQQASSLSLITTELLSPQGIQLRSASQWLLLLPQLLPLLPLQAETPITIGNLSVLLMQTSDSVTIPDREKIKSVLAQHL PGYMIPQRLHIIPRLPLTPNGKIDRKALSQELQSAIKTETAPRQNEMALLNAVEQTVAGIWQRLLNTEQLGCDSDFFQLG GDSLLATRLVGELTQQGFKGELGHLFRNPQLAAFAATLVPLAETSSTECALPKEQNEYQPFPLTEVQQAYLVGRHPGFAL SGVGAHFFIEYQIEQLDVQRLNRVLNRLIQRHPMLRTVVVNGQQQALENVPLFSVKQHQFTNITQADTLREQLSHQVLDA SSWPVFDFQLAQDDGIVSRLFVSLDNLLLDGLSMQILLAELEQLYLDEQHELPPLKVTFRDCVLRQQQAPAHQRSLQYWQ EQVKTLPLAPQLPLRIAPEKVQSPRFVRYSDRLSAYEWSQLKQHAAPYQITPSALLIAAYAAVLSAFSTKPELTLNLTLF DRPHWHEDINHILGDFTSLSLLAWHPEKNWLSSARRLQQQLWQDLDHRHISAIRVMRELVQSRSADAAIMPVVFTSALGT HQGQFLSHSSWMKPVWGISQTPQIWLDHQVYESDNELCLNWDAVEELFEPHQLQNMFNSYMTLLRALAAQPESWHAALEQ LMPRQQSVMVENTAVAIAPSLRSEGYDPQICSKIQRLFLSITNHPINAQQNFFEAGASSLQLIQLHSKLQHAGFYHLAVT DLFAYPTPETLSLRCRKDSHDGNRQSITPRQRQQQKRLQQREKRHKGAA |
| Gene | GenBank Accn | Product | Virulance or Resistance | PAI or REI | Alignment Type | E-val | Identity |
| irp2 | YP_002346902.1 | yersiniabactin biosynthetic protein | Virulence | HPI | Protein | 0.0 | 49 |
| irp2 | NP_669706.1 | HMWP2 nonribosomal peptide synthetase | Virulence | HPI | Protein | 0.0 | 49 |
| irp2 | YP_070124.1 | yersiniabactin biosynthetic protein | Virulence | HPI | Protein | 0.0 | 49 |
| irp2 | YP_001006815.1 | yersiniabactin biosynthetic protein | Virulence | HPI | Protein | 0.0 | 49 |
| irp2 | YP_853075.1 | yersiniabactin biosynthetic protein | Virulence | PAI IV APEC-O1 | Protein | 0.0 | 49 |
| irp2 | NP_993007.1 | yersiniabactin biosynthetic protein | Virulence | HPI | Protein | 0.0 | 49 |
| irp2 | CAA21390.1 | - | Virulence | HPI | Protein | 0.0 | 49 |
| PMI2599 | YP_002152317.1 | non-ribosomal peptide synthase | Not tested | Not named | Protein | 0.0 | 42 |
