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Name : SARI_01743 (SARI_01743) Accession : YP_001570771.1 Strain : Salmonella enterica RSK2980 Genome accession: NC_010067 Putative virulence/resistance : Virulence Product : hypothetical protein Function : - COG functional category : M : Cell wall/membrane/envelope biogenesis COG ID : COG3468 EC number : - Position : 1669131 - 1673285 bp Length : 4155 bp Strand : - Note : 'KEGG: nma:NMA0905 5.0e-94 iga; IgA1 protease K01347; COG: COG3468 Type V secretory pathway, adhesin AidA; Psort location: nuclear, score: 23' DNA sequence : ATGAATAAAATATATGCACTGAAGTATAGTGTCAGACAAGGTGCTCTTGTGCCTGTTTCGGAACTGGCAACCCATGCAAA AAAATCATCTCGTACAGGTCTGATAAAAAGACTTATTCCATCGGTTATTATTAACACCCTTCTTTTAGGATATTCAGTCA CATCGCTGGCCTCAGTCGTCAGGTATGATATCCCCTACCAGACAATAAGAGACTTTGCGGAGAATAAAGGGCAATTTACG CCGGGTAGTATGAATATTCCTGTTTACAGTAAAACAGGCACAGTTATTGGTTATCTGAATAATGCTCCAATGCCCGATTT CAGTAGCGCCAACCACCAGTCAGCGGTTGCCACACTTGTTTCGCCACAGTATATCATGAGCGTAAAACATAATGGCGGCT ATCAGAGTGTCAGTTTTGGTGATGGCGAAAATGGGTATCGTCTTGTTGACAGAAATAATCAGCCTGGACGAGATTTTCAT GCCCCACGTTTAAATAAATTAGTTACCGAAGTCGAGCCTTCATTGATGACGCAGTCGGGGATGGTGTCTGGGGCTTATAG TGACAAAAATCGTTATCCCGCGTTTTACCGTGTAGGGTCCGGAACCCAGGAAATCAAAGAGACAGATGGCCATATCATCT CAATTTCTGGGGCATACAGTTATCTGACCGGCGGTACGGCAGGTGCGCCGGGATCTTATAATCAGGGCCAGATGATCAGT ACTAATACTAATAAAGAGTTGTATAGCCTGGCGCAGGGGCCGATGGGAACACACCCACGCGTTGGTGATAGTGGTTCACC TTTATTCGCCTATGATTCTGTTTTACAAAAGTGGGTCATTGTCGGGGTGGATAGCTCCGGCGGCGGCGGTGGAACTAACT GGGCAGTGGTTGATGCGAATTTTGTAAACCAGGCCATTCAGGACGATACCGATGCGCTCGTAACTTTTATGGCAGACCAG GGCCCTCTGCGCTGGGCGTTTAATTCAACCGATGGTACAGGAACGCTTATCCAGCAAGAGACTGTCTATCAGATGCATGG TCAGAAAGGCACAGACCTGAATGAGGGGAAAAATCTGGTATTCAATGGCGCTGACGGCCAGATTGCGCTGGAAGACGCGG TTAACCAGGGGGCGGGGGCGCTGGCTTTTAATGGTAATTATACGGTATTCACCACTAACGGCTCCACCTGGAGGGGCGCA GGCCTGGACATTACCCAAGATGCGGAGGTGAGCTGGCAGGTGAACGGTGTTCAGGGCGACAATTTGCATAAGATTGGCGA GGGCGTGCTGAAGGTCAATGGAACCGGTATTAACCCAGGCGGACTGAAGGTTGGGGACGGTACGGTTATTCTGGCTCAGC GTCCTGATGAGGACGGAAAGGTTCAGGCCTTCAGTTCGGTGAATATCGCCAGTGGCCGACCAACGGTGATCCTTACCGAT AGCCGGCAGGTGAACTCGGATAACATTAGCTGGGGCTTTAGGGGAGGCCGGCTTGATATAAACGGCAATGATGTCACTTT TCATAAAATTAACGCCGCGGATAATGGCGCGAATATCATTAATACCAGTGATACCTTTGCTACCGTTTCAATTAAGCCCC TCACGGACATGACGGTTACTATTAATGACTGGGATAAAAATAAGCCTTCCGGCGGTGCTGCCGGGTTATTGTATAAATAT AATAACATTTACACCCATACAGTAGATTATTTTATCCAGAAGCGAAAAGGGTATGGATATTATCCTGTAAATCAGTCAGA CAACGACAGTTGGGAGTATGTAGGACACAATGAGATGCAGGCTATTGAACGGGTAAAATCGCGGCGACCTATTGATGATA GAATTTATCACGGTAATATCGTAGGCAATATTCATCTTAATATTGATACCTCTCACAGTAACGGCGGCGTTATTTTTGAC GGCAATATCGATACGCCTGATGGCGAGTTGATGCAGTCTGGCGGCCAACTGACTTTCCAGGGCCATCCGGTTATCCATGC CTATAACGGCAAATGGTTGACTGATAAGCTTAAATCACTTGGTGATGACTCTGTCAGAAATCAACCAACGTCTTTTGACC AGCCTGACTGGGAGAACCGGACATTTCATCTGAAAACATTAGTACTGAAAAATACCTATTTCGGCCTGGCCAGAAACGCG TCCCTGAACGGGAATATTGAGGCTGTTCATTCGTCCGTAACGTTGGGTACGCCGAATTTGTATATTGACCTGAATGACGG TAATGGCACAAAAGTAACGCCTCAAAAGGGAATCTCGGTTGCCGGACAAGAATCGGATATGAGCCGCTATGCCGGGAAAG TGACGCTTAGCGAGCAGTCAACTCTCGACGTGCGTGAAATTTTCACCGGCAGTATCCAAAGCCAGGACAGCGACGTCACC GTTTCCTCGCGTCATGCGAAGCTGGATGATTACAGCCGGTTCGGCAACACGTCACTGACTCTTCAGGAAGGGGCCAGATT AACCGCCACCGGCGGGTGGTGGAGTGATTCAGACGTCATTGTCGGACCAGCCGCTACGCTGAGCCTGACAGGTACGCCCG CAGCTAGCCTGCCAGGGCAGATGAGTCCGGCGTTTTATTCCACCAATTATGGTGCGGGTTATCAACTGGGGGCCGCTAGT GAATTGCAATTTTCTCCTTACACCTTTGTAACCGGCGATATCCGGGCAGCGGGAGATGCCCGTATCGCCATTGGTAGTAG TGATAATGTCGTCCTGGCAGATAATCTACCCCTGGAAGAGCAGATGATGTACGGTTTGTTTAATGGTTTCCGTAACGTCT ATTCGGGTAATGTTAGCGCCCCGCAAGGGCGAATGGCGATGACGGATACGCAGTGGCAGATGCCCGGCGATTCTCGTATA GGGGCACTGCGTATGACACGGTCGCTGGCCGGCTTTACCGGGCGCGGATTTCACACCCTGGCTACCGACACATTACAGGC CAACCAGTCTGCTTTTGCGCTCAGAACGGACCTGAAGGACAGTGACAAGATTGTAGTAAACCAGAACGCAGAGGGCCGGG ACAACACCCTGTTTGTGAACTTCCTGAAAAAACCGTCCGGGAAAGAATCCCTGAATATTCCACTGGTCAGCGCCCCGGCG GGGACAAGTCCAACGATGTTTAAGGCCGCAGAACGGGTGACCGGGTTTAGTCTGGTGACGCCGACCCTGCACACGACAGA GCAGGATGGCAAAATACAGTGGATACTGGACGGGTTTAAAACCGCGCCGGACAAAGGGACAGCCACGTCGGCCAACAGTT TTATGGGCATGGGGTATAAAAACTTCATGACCGAAGTGAACAATCTGACCAAACGTATGGGTGATCTGCGGGATACTCAG GGCGAGGACGGGATGTGGGTACGTATCATGAATGGTGCCGGAACCGGTGACGCCGGATATTCTGATCGCTACACCCATCT GCAAACGGGGTTTGATAAAAAACATCGGTTGCCAGGGGCTGACTTATTCACCGGTGTCCTGATGAGTTATACCGACAGCA GCGCCAGCGGTCGGGCCTACAGTGGCGACACACATTCGCTCGGCGGCGGGTTGTACGCCTCCGTGATGTTTGACTCGGGA GCATATATGGATGTTATCGGCAAGTATATCCACCATGATAATGACTATAACGCCGGATTTGCCGGTCTGGGTAAACGGAA TTACGGTACACACTCATGGTATGCCGGTCTGGAGGGCGGATATCGCTATCATCTCACAGAAAGCCTGTATATTGAGCCTC AGGCGGAACTGGTTTACGGAACCGTGTCCGGAACGACGCTGAAATGGAACGATAATGGCATGGATGTGTCGATGCGCAGC AAGACGTATAACCCGTTGATAGGGCGTACAGGCGTGGCCCTGGGGAAAACGTTCAGTGGAAAGGACTGGAGCGTTACGGC CCATACTGGCGTGGATTACCAGTTTGACCTGGTAACCAATGGCGAGAAGGCGCTACGTGATGCATCCGGCGAGAAACGTT TTACCGGTGATAAGGACAGCAGAATGCTGTACAACGTGGGCCTGAATGCGCAGGTGAAGGACAATGTACGTTTTGGCCTG GAGCTGGAGCAGTCGGCATTTGGCAAATATAATGTTGACCATGCCATAAACGCTAACTTCCGCTATATGTTCTGA Protein sequence : MNKIYALKYSVRQGALVPVSELATHAKKSSRTGLIKRLIPSVIINTLLLGYSVTSLASVVRYDIPYQTIRDFAENKGQFT PGSMNIPVYSKTGTVIGYLNNAPMPDFSSANHQSAVATLVSPQYIMSVKHNGGYQSVSFGDGENGYRLVDRNNQPGRDFH APRLNKLVTEVEPSLMTQSGMVSGAYSDKNRYPAFYRVGSGTQEIKETDGHIISISGAYSYLTGGTAGAPGSYNQGQMIS TNTNKELYSLAQGPMGTHPRVGDSGSPLFAYDSVLQKWVIVGVDSSGGGGGTNWAVVDANFVNQAIQDDTDALVTFMADQ GPLRWAFNSTDGTGTLIQQETVYQMHGQKGTDLNEGKNLVFNGADGQIALEDAVNQGAGALAFNGNYTVFTTNGSTWRGA GLDITQDAEVSWQVNGVQGDNLHKIGEGVLKVNGTGINPGGLKVGDGTVILAQRPDEDGKVQAFSSVNIASGRPTVILTD SRQVNSDNISWGFRGGRLDINGNDVTFHKINAADNGANIINTSDTFATVSIKPLTDMTVTINDWDKNKPSGGAAGLLYKY NNIYTHTVDYFIQKRKGYGYYPVNQSDNDSWEYVGHNEMQAIERVKSRRPIDDRIYHGNIVGNIHLNIDTSHSNGGVIFD GNIDTPDGELMQSGGQLTFQGHPVIHAYNGKWLTDKLKSLGDDSVRNQPTSFDQPDWENRTFHLKTLVLKNTYFGLARNA SLNGNIEAVHSSVTLGTPNLYIDLNDGNGTKVTPQKGISVAGQESDMSRYAGKVTLSEQSTLDVREIFTGSIQSQDSDVT VSSRHAKLDDYSRFGNTSLTLQEGARLTATGGWWSDSDVIVGPAATLSLTGTPAASLPGQMSPAFYSTNYGAGYQLGAAS ELQFSPYTFVTGDIRAAGDARIAIGSSDNVVLADNLPLEEQMMYGLFNGFRNVYSGNVSAPQGRMAMTDTQWQMPGDSRI GALRMTRSLAGFTGRGFHTLATDTLQANQSAFALRTDLKDSDKIVVNQNAEGRDNTLFVNFLKKPSGKESLNIPLVSAPA GTSPTMFKAAERVTGFSLVTPTLHTTEQDGKIQWILDGFKTAPDKGTATSANSFMGMGYKNFMTEVNNLTKRMGDLRDTQ GEDGMWVRIMNGAGTGDAGYSDRYTHLQTGFDKKHRLPGADLFTGVLMSYTDSSASGRAYSGDTHSLGGGLYASVMFDSG AYMDVIGKYIHHDNDYNAGFAGLGKRNYGTHSWYAGLEGGYRYHLTESLYIEPQAELVYGTVSGTTLKWNDNGMDVSMRS KTYNPLIGRTGVALGKTFSGKDWSVTAHTGVDYQFDLVTNGEKALRDASGEKRFTGDKDSRMLYNVGLNAQVKDNVRFGL ELEQSAFGKYNVDHAINANFRYMF |
| Gene | GenBank Accn | Product | Virulance or Resistance | PAI or REI | Alignment Type | E-val | Identity |
| pic | NP_838464.1 | serine protease precurser | Virulence | SHI-1 | Protein | 0.0 | 52 |
| pic | NP_708747.3 | serine protease | Not tested | SHI-1 | Protein | 0.0 | 52 |
| she | AAB58244.1 | mucinase | Virulence | SHI-1 | Protein | 0.0 | 52 |
| pic | AAK00464.1 | Pic | Virulence | SHI-1 | Protein | 0.0 | 52 |
| vat | AAO21903.1 | vacuolating autotransporter toxin | Virulence | Not named | Protein | 0.0 | 51 |
| vat | YP_851472.1 | vacuolating autotransporter | Not tested | PAI III APEC-O1 | Protein | 0.0 | 51 |
| unnamed | CAD66214.1 | putative hemoglobin protease | Not tested | PAI III 536 | Protein | 0.0 | 51 |
| unnamed | CAC39286.1 | hypothetical protein | Not tested | LPA | Protein | 0.0 | 46 |
| Gene | GenBank Accn | Product | ID of source DB | Alignment Type | E-val | Identity |
| SARI_01743 | YP_001570771.1 | hypothetical protein | VFG0903 | Protein | 0.0 | 52 |
| SARI_01743 | YP_001570771.1 | hypothetical protein | VFG0861 | Protein | 0.0 | 52 |
| SARI_01743 | YP_001570771.1 | hypothetical protein | VFG0635 | Protein | 0.0 | 52 |
| SARI_01743 | YP_001570771.1 | hypothetical protein | VFG0904 | Protein | 0.0 | 51 |
| SARI_01743 | YP_001570771.1 | hypothetical protein | VFG1689 | Protein | 0.0 | 51 |
