Gene Information

Name : yghJ (EFER_2911)
Accession : YP_002384010.1
Strain : Escherichia fergusonii ATCC 35469
Genome accession: NC_011740
Putative virulence/resistance : Virulence
Product : inner membrane lipoprotein
Function : -
COG functional category : -
COG ID : -
EC number : -
Position : 2975950 - 2980521 bp
Length : 4572 bp
Strand : +
Note : Evidence 2b : Function of strongly homologous gene; PubMedId : 1644747; Product type lp : lipoprotein

DNA sequence :
TTGCGTTACGATTCCGTCAACTTAATTTATTCACTTGCGTTATTAATGAGTAAGAAATTTAAATATAAGAAATCGCTTTT
AGCGGCTATTTTGAGTGCAACGTTATTAACGGGCTGTGACGGTGGTGGCTCAGGCTCTTCTTCTGCCAATCCACCTGGAG
ATTCTGGCTCTGGTTCCATCCCGGATGTTAATCCAAATCCAACACCAGATCCGGAACCGACGCCGACACCTGATCCAGAC
CCGGAACCCACTCCAGACCCGGAGCCTGAACCAACGCCCACTAAAACCGGTTATCTGACCCTGGGGGGAAGCCAACGGGT
AAGTGGCGCTTTCTGTAATAACGCACCCAGTGTTGGCTTCACCTTTACGCCCGGCGATACGGTTACCTGCGTAATCGGCG
GTACGACTATCGCCACATTTGACACTCTGGCGGAAACGGCACGCAGCCGCAGTGATGTAGAGAAAGTGGCGTTTAGCCTC
GAGGATGCGCAGGAGCTGGCCAGCTCTGAGAATAAGAAAAACAATGCGCTCGCCCTGGTGACTTCCAGCAACAGCTGCCC
GTCAGATGATGAACAGGTCTGTCTGAACTTCACATCTGTGGTTGATCGCGCACGCTTTGAAAAACTGTATAAGCAGATTG
ATCTGGCAAAGGAAGATTTCCAAAAGCTGGTGAATGAAGAGGTGGAAAACAATGCCGCCACTGATAAAGCACCATCGACT
CATACGTCACCGGTTGTGCCTGCCACTACACCGGGTACAACGCCGGATCTGAATGCTAAATTCGTATCGGCAAATGCCGA
ACAGTTTTATCAGTATCAACCTACTGAAATTATTCTCTCCGAAGGCCGTCTGGTGGATAGCCTGGGCAATGGTGTTGTTG
GCGTAAATTACTACACCAGCTCAGGCCGTGGCGTAACTGGCGAAAATGGCAAATTCTCCTTTAGCTGGGGCGAAACCATC
TCCTTTGGCATCGACACATTTGAGCTGGGATCGGTACGCGGTAATAAATCGACCATTGCATTGACTGAGCTGGGTGACGA
AGTTCGTGGAGCGAATATCGATCAGCTTATTCATCGTTACTCCCAGGCTGGAGAAAATAACGATCGTGAGATCCCGGATG
TGGTCCGCAAGGTCTTTGCCGAGTATCCCAACGTGATCAACGAGATTATCAATCTCTCGTTATCCAATGGCGCGACGCTG
AACGAAGGCGATCAAACCGTTGAGCTGCCAAACGAATTTCTTGCACAGCTTAAATCCGGGCAAGCAAAAGAGATCGATAC
CGCGATTTGCAACACAACCGGGAGCTGTAACTCTCCACGCTGGTTCTCACTGACAGCGCGCAACATTAATGAAGGTCAAA
TTCAGGGCGTTATCAACAAGTTGTGGGGAGTGGACGAGGATTACAAATCCGTGTCGAAATTCCACGTTTTCCATGACTCC
ACCAACTTCTATGGCAGTACGGGTAACGCCCGTGGTCAGGCGGTGATTAATATCTCTAACGCGGCCTTCCCGATTCTGAT
GGCGCGTAATGATAAAAACTACTGGCTGGCCTTCGGCGAGAAACGTGCCTGGGATAAAAATGAGCTGGCGTACATTACTG
AGGCGCCTTCCATTGTGCGACCAGAGAACGTGACACGCGAAACCGCCACCTTCAACCTGCCGTTTATCTCGCTGGGGCAA
GTGGGCGATGGCAAGCTGATGGTTATCGGTAACCCACACTACAACAGCATCCTGCGTTGCCCGAACGGTTACAGCTGGAA
CGGGGGCGTTAATAAAGACGGGCAGTGTACGCTCAACAGCGACCCGGATGACATGAAGAACTTCATGGAGAACATGCTGC
GCTATCTGTCAAATGATCGCTGGTTGCCGGATGCAAAATCCAATATGACCGTGGGTACTAACCTGGATACGGTGTATTTC
AAAAAACATGGCCAGGTGCTGGGAAATAGCGCACCGTTTGCGTTCCATAAGGATTTCGCTGGCATCACGGTCAAACCGAT
GACCAGCTATGGCAATCTGAATCCAGATGAAGTTCCTCTGTTGATCCTCAATGGCTTTGAATACGTCACACATTGGGGTA
GCGATCCTTACTCCATTCCTCTGCGAGCAGATAGCAGTAAACCGAAGCTGACTCAGCAGGATGTGACCGATCTGATCGCC
TATATGAACAAAGGTGGATCGGTGCTGATCATGGAAAACGTGATGAGCAATCTTAAGGAAGAGAGCGCATCTGGCTTTGT
ACGTCTGCTTGATGCTGCAGGTTTGTCGATGGCGCTTAACAAGTCGGTAGTAAATAACGATCCGCAAGGCTACCCGGACC
GTGTTCGTCAACGACGTTCAACGCCAATTTGGGTCTATGAGCGTTATCCGGCTGTCGATGGTAAACCACCGTATACCATT
GATGACACCACGAAAGAAGTTATCTGGAAATATCAGCAAGAAAACAAACCTGATGACAAACCGAAGCTGGAAGTTGCCAG
CTGGCAGGAAGAAGTTGAGGGTAAACAGGTAACCCAATTCGCCTTTATAGATGAAGCCGACCACAAAACGCCTGAGTCAC
TGGCTGCGGCAAAGCAGAGAATTCTGGACGCGTTCCCTGGGCTGGAAGAGTGTAAGGATTCTGACTACCACTATGAGGTC
AACTGTCTGGAATACCGTCCAGGCACGGATGTGCCGGTAACCGGTGGCATGTTTGTTCCACGCTATACGCAACTTAATCT
TGACGCCGACACCGCGAAAGCGATGCTGCAGGCTGCGGATTTAGGCACCAACATCCAGCGTCTGTATCAACATGAGCTTT
ATTTCCGTACCAATGGCCGCCAGGGTGAGCGTCTCAACAGCGTTGATCTGGAACGTTTATACCAAAACATGTCCGTCTGG
CTGTGGAACGAGACGAAATACCGTTATGAAGAGGGTAAAGAAGACGAGCTGGGCTTTAAAACGTTCACTGAGTTTCTGAA
CTGCTACACCAACAATGCATACGTTGGTACGCAGTGTTCTGCTGAGCTGAAAAAATCGCTGATTGATAACAAGATGATTT
ACGGTGAAGAAAGCAGCAAAGTGGGAATGATGAACCCGAGCTACCCGCTCAACTATATGGAAAAACCGCTGACACGCCTG
ATGCTGGGCCGTTCCTGGTGGGATCTGAACATCAAAGTTGATGTTGAGAAGTATCCGGGAGTGGTGGATACAAACGGCGA
AACCGTCACACAAAACATTAACTTGTACTCAGATCCAACCAAATGGTTTGCAGGTAACATGCAGTCAACTGGCCTGTGGG
CACCTGCCCAGCAGGAAGTCAGCATTGAGTCAAAGGCGACAGTTCCTGTGACCGTGACTGTTGCGCTGGCCGACGACCTG
ACAGGACGAGAGAAGCATGAAGTTAGCCTGAACCGTCCGCCCAGAGTGACGAAAACCTATGATCTGAAAGCCAATGATAA
GGTGACGTTCAAAGTCCCTTACGGCGGTCTGATTTACATCAAAGGCGACAGCAAAGAGGTGCAATCAGCTGACTTCACCT
TTACCGGTGTAGTAAAAGCGCCGTTCTATAAAGACGGTAAGTGGCAACACGATCTGAACTCCCCTGCCCCGCTGGGCGAA
CTGGAGTCTGCGTCGTTTGTCTATACCACACCGAAGAAGAACCTGAATGCCAGCAATTACACGGGCGGACTGGAGCAATT
CGCTAAAGATCTGGATACCTTTGCCAGCTCGATGAATGACTTCTACGGTCGTGATAGCGAAAGCGGTAACCACCGGATGT
TTACCTATAAAGCATTGACGGGGCATAAACATCGTTTCGCCAACGATGTGCAGATCTCCATTGGTGACGCGCACTCGGGT
TATCCGGTGATGAACAGCAGTTTCTCGCCGAACAGCACCACGCTGCCGACGACGCCGCTGAACGACTGGCTGATCTGGCA
CGAAGTGGGGCACAACGCCGCCGAAACGCCGCTGACTGTTCCAGGCGCGACCGAAGTGGCGAACAATGTGCTGGCGCTGT
ACATGCAGGATCGTTATCTCGGCAAGATGAACCGTGTCGCTGACGATATTACCGTCGCACCGGAATATCTGGAGGAGAGC
AACAACCAGGCATGGGCGCGCGGCGGTGCGGGTGACCGTCTGCTGATGTACGCACAACTGAAGGAATGGGCAGAGAAGAA
CTTTGATATCAAGAAGTGGTATCCAGATGGCAATCTGCCAGCGTTCTACAGCGATCGTGAAGGGATGAAAGGCTGGAACC
TGTTCCAGTTGATGCATCGTAAAGCACGCGGCGATGAGGTTGGCGACAAAACCTTTGGCGGCAAGAATTACTGTGCTGAA
TCCAACGGTAACGCAGCGGACACGCTGATGCTGTGTGCCTCCTGGGTCGCCCAGACGGACCTTTCCGCATTCTTTAAGAA
ATGGAATCCGGGTGCGAATGCTTACCAGTTGCCGGGAGCGACGGAGATGAGCTTCGAAGGCGGTGTGAGCCAGTCGGCTT
ACAACACGCTGGCGTCGCTCAAGCTGCCGAAACCGGAACAGGGGCCGGAAACCATTAACAAGGTTACCGAGTATTCGATG
CCTGCTGAATAA

Protein sequence :
MRYDSVNLIYSLALLMSKKFKYKKSLLAAILSATLLTGCDGGGSGSSSANPPGDSGSGSIPDVNPNPTPDPEPTPTPDPD
PEPTPDPEPEPTPTKTGYLTLGGSQRVSGAFCNNAPSVGFTFTPGDTVTCVIGGTTIATFDTLAETARSRSDVEKVAFSL
EDAQELASSENKKNNALALVTSSNSCPSDDEQVCLNFTSVVDRARFEKLYKQIDLAKEDFQKLVNEEVENNAATDKAPST
HTSPVVPATTPGTTPDLNAKFVSANAEQFYQYQPTEIILSEGRLVDSLGNGVVGVNYYTSSGRGVTGENGKFSFSWGETI
SFGIDTFELGSVRGNKSTIALTELGDEVRGANIDQLIHRYSQAGENNDREIPDVVRKVFAEYPNVINEIINLSLSNGATL
NEGDQTVELPNEFLAQLKSGQAKEIDTAICNTTGSCNSPRWFSLTARNINEGQIQGVINKLWGVDEDYKSVSKFHVFHDS
TNFYGSTGNARGQAVINISNAAFPILMARNDKNYWLAFGEKRAWDKNELAYITEAPSIVRPENVTRETATFNLPFISLGQ
VGDGKLMVIGNPHYNSILRCPNGYSWNGGVNKDGQCTLNSDPDDMKNFMENMLRYLSNDRWLPDAKSNMTVGTNLDTVYF
KKHGQVLGNSAPFAFHKDFAGITVKPMTSYGNLNPDEVPLLILNGFEYVTHWGSDPYSIPLRADSSKPKLTQQDVTDLIA
YMNKGGSVLIMENVMSNLKEESASGFVRLLDAAGLSMALNKSVVNNDPQGYPDRVRQRRSTPIWVYERYPAVDGKPPYTI
DDTTKEVIWKYQQENKPDDKPKLEVASWQEEVEGKQVTQFAFIDEADHKTPESLAAAKQRILDAFPGLEECKDSDYHYEV
NCLEYRPGTDVPVTGGMFVPRYTQLNLDADTAKAMLQAADLGTNIQRLYQHELYFRTNGRQGERLNSVDLERLYQNMSVW
LWNETKYRYEEGKEDELGFKTFTEFLNCYTNNAYVGTQCSAELKKSLIDNKMIYGEESSKVGMMNPSYPLNYMEKPLTRL
MLGRSWWDLNIKVDVEKYPGVVDTNGETVTQNINLYSDPTKWFAGNMQSTGLWAPAQQEVSIESKATVPVTVTVALADDL
TGREKHEVSLNRPPRVTKTYDLKANDKVTFKVPYGGLIYIKGDSKEVQSADFTFTGVVKAPFYKDGKWQHDLNSPAPLGE
LESASFVYTTPKKNLNASNYTGGLEQFAKDLDTFASSMNDFYGRDSESGNHRMFTYKALTGHKHRFANDVQISIGDAHSG
YPVMNSSFSPNSTTLPTTPLNDWLIWHEVGHNAAETPLTVPGATEVANNVLALYMQDRYLGKMNRVADDITVAPEYLEES
NNQAWARGGAGDRLLMYAQLKEWAEKNFDIKKWYPDGNLPAFYSDREGMKGWNLFQLMHRKARGDEVGDKTFGGKNYCAE
SNGNAADTLMLCASWVAQTDLSAFFKKWNPGANAYQLPGATEMSFEGGVSQSAYNTLASLKLPKPEQGPETINKVTEYSM
PAE

• Homologs from PAI DB

GeneGenBank Accn Product Virulance or Resistance PAI or REI Alignment Type E-val Identity
unnamed CAE85238.1 hypothetical protein Not tested PAI V 536 Protein 0.0 85
VC0395_A0370 YP_001216326.1 lipoprotein Not tested VPI-1 Protein 0.0 49
acfD ACK75646.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD ACK75664.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
VC0845 NP_230493.1 hypothetical protein Not tested VPI-1 Protein 0.0 49
acfD ACK75670.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD AAK20802.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD ACK75661.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD ACK75658.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD ACK75667.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 49
acfD ACK75655.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 48
acfD ACK75652.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 48
acfD ACK75649.1 accessory colonization factor AcfD Virulence VPI Protein 0.0 48

• Homologs from VFDB (virulence genes)

GeneGenBank Accn Product ID of source DB Alignment Type E-val Identity
yghJ YP_002384010.1 inner membrane lipoprotein VFG0106 Protein 0.0 49