[1] Sota M et al (2006) Genomic and functional analysis of the IncP-9 naphthalene-catabolic plasmid NAH7 and its transposon Tn4655 suggests catabolic gene spread by a tyrosine recombinase. J Bacteriol. 188(11):4057-67. [PMID:16707697] |
ID | 144 |
Name | TraC_NAH7 |
GenBank accession number | YP_534815 |
Family | MOBF |
Length | 978 aa |
UniProt ID | Q1XGM7 |
PDB ID | _ |
Pfam | TrwC [PF08751.10], Evalue: 5.60E-82, Aligned region: 9..287 AAA_30 [PF13604.5], Evalue: 3.00E-40, Aligned region: 473..672 Viral_helicase1 [PF01443.17], Evalue: 1.50E-05, Aligned region: 826..915 AAA_19 [PF13245.5], Evalue: 8.70E-07, Aligned region: 478..614 UvrD_C_2 [PF13538.5], Evalue: 1.10E-06, Aligned region: 867..914 |
Note | relaxase |
Protein sequence [Download] | MFNVTSIKGSNQYAAAGYYTAADDYYAKESPGEWQGIGAELLGLAGPIDQKELAKLFDGK LPNGEVMPKTFDKETGNRRMGLDLTFSAPKSVSMQALIAGDKDVVAAHDRAVTKAMEHVE KLAQARRKEHGKSMLERTGNLIIGKFRHELSRAKDPQLHTHAVVMNATRREDGKWRAIHN DDIFKIQPQIDAMYKGELAKELRELGYEIRVLDKDGNFELAHISRDQIEAFSSRAKVIEE ALAKDGKTRSNATALEKQIIAMATRPRKDERDRHLVKEYWVTKARDLGIEFGGRSQLDNQ EYGRRSESIHAEHNLPEGITAGQAVVQYAINHLTEREQVVGESDLRTAALRRAVGLASPS EVDDEIKRLVKQGTLIESPPTYRMATGKDGAALSPAGWRALLKEQKGWSEKEAQQYVKMA INRGSLVEAEKRYTTQRALKREKAILAIERSGRGQVAPLLSKEQVAKALESSTLSAGQYQ AVEVIVSTSNRFVGIQGDAGTGKTYSVDRAVKLIESVNNAMTERSTTTDAVFRVVALAPY GNQVTALKNEGLDAHTLASFFHTKDKKLDERTIVVLDEAGVVGARQMEQLMRIIEQSGAR LVQLGDTKQTEAIEAGKPFAQLQQNGMQTARIKEIQRQKNQELKIAVQHAADGNPGKSLE HVNHVEELREPGQRHQAIVRDYMSLTPQERKEVLIVAGTNKDRKQINAMTRESLGLVGNG KELPTLNRVDTTQAERRYAPSYKKGMIVQPEKDYIRAGLSRGELYTVDQALPGNVLVVKD KNGNRVEFNPRKLTKLSVYNLEKPEFSVGDLVRITRNDQKLDLTNGDRMRVVGNANGVIE LASLKEKDGTPERVVALPTNRPLHLEHAYSATVHSAQGLTNDRVMISINTKSLTTSQNLW YVAISRARHEARIYTDSIAGLPAAIANRYDKTTALSLQQARERQRNESIKPRTVLDGKEL ERKQRSALDGAGLGKSGV |
[1] Sota M et al (2006) Genomic and functional analysis of the IncP-9 naphthalene-catabolic plasmid NAH7 and its transposon Tn4655 suggests catabolic gene spread by a tyrosine recombinase. J Bacteriol. 188(11):4057-67. [PMID:16707697] |
# | ID | Name | GenBank | Length | Note |
1 | 209 | TraA_NAH7 | YP_534813 | 130 aa | putative plasmid transfer protein TraA |
ID | 144 |
Name | TraB_NAH7 |
SecReT4 accesion number | 90576572 |
GenBank accession number | YP_534814 |
Family | TrwB/TraD |
Length | 519 |
UniProt ID | Q1XGM8 |
PDB ID | _ |
Pfam | TrwB_AAD_bind [PF10412.8], Evalue: 1.10E-103, Aligned region: 124..500 TraG-D_C [PF12696.6], Evalue: 4.90E-21, Aligned region: 363..481 T4SS-DNA_transf [PF02534.13], Evalue: 3.70E-15, Aligned region: 240..512 |
Note | Type IV secretion-system coupling protein DNA-binding domain; pfam10412 |
Protein sequence [Download] | MHKREVDSAVMTAGFGLPIAGWAAGVYFAQMPLTPFPAAFKETLHNGWHNPIVLGATIAT SAVAASLVYYLYEYCDDGFRGEQYQEFLRGSEIKNWHTVKAKVRRRNEKTNRERKKWGLA KSEPIMIGKLPMPLHLEDRNTMICASIGAGKSVTMEGMIASALKRGDRLAVVDPNGTFYS KFSFKGDSILNPFDERSVGWTIFNEIRGIHDFNRMAKSIIPPQVDPSDEQWCAYARDVLS DTMRKLKETNNPDQDTLVNLLVREDGDTIRAFLANTDSEGYFRDNAEKAIASIQFMMNKY IRPLRYMSKGEFSIYKWVNDPNAGNLFITWREDMRDTMKPLVATWIDTICATILSSEPMT GKRLWLFLDELQSLGKLESFVPAATKGRKHGLRMVGSLQDWSQLNASYGRDDAETLLSCF RNYVILAAANAKNAGMASEILGSHDVKRWRKSYTAGKLTRTEEVTRDEPVVQASEISNLP DLVAYVKFGEDFPITKVKTPYIDYKERAQAIMLTGQAAA |
[1] Sota M et al (2006) Genomic and functional analysis of the IncP-9 naphthalene-catabolic plasmid NAH7 and its transposon Tn4655 suggests catabolic gene spread by a tyrosine recombinase. J Bacteriol. 188(11):4057-67. [PMID:16707697] |
ID | 144 |
Plasmid name | NAH7 |
GenBank accession number | NC_007926.1 |
Incompatibility group | IncP9 |
Genome size | 82232 bp |
Coordinate of oriT [Strand] | 19758..20187 [-] |
Drug resistance | _ |
Heavy-metal resistance | _ |
Virulence factor | _ |
Xenobiotic degradation | naphthalene degradation |
Host bacterium [NCBI Taxonomy ID] | Pseudomonas putida G7 [303] |
[1] Sota M et al (2006) Genomic and functional analysis of the IncP-9 naphthalene-catabolic plasmid NAH7 and its transposon Tn4655 suggests catabolic gene spread by a tyrosine recombinase. J Bacteriol. 188(11):4057-67. [PMID:16707697] |
[2] Tsuda M et al (1990) Naphthalene degrading genes on plasmid NAH7 are on a defective transposon. Mol Gen Genet. 223(1):33-9. [PMID:2175388] |