KEGG   Rickettsia bellii RML369-C: RBE_1265
Entry
RBE_1265          CDS       T00339                                 
Symbol
virB6-1
Name
(GenBank) VirB6
  KO
K03201  type IV secretion system protein VirB6
Organism
rbe  Rickettsia bellii RML369-C
Pathway
rbe03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:rbe00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    RBE_1265 (virB6-1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:rbe02044]
    RBE_1265 (virB6-1)
Secretion system [BR:rbe02044]
 Type IV secretion system
  Conjugal DNA-protein transfer (VirB/D) protein
   RBE_1265 (virB6-1)
SSDB
Motif
Pfam: TrbL
Other DBs
NCBI-ProteinID: ABE05346
UniProt: Q1RH18
Position
complement(1362915..1366034)
AA seq 1039 aa
MKLFPRTLLKILVVSFILNFGVTSKSYADDTLDTIVNTLQNLTCETQGVGDLLRTEFSQT
CIVAPFFTFAIMNLVSPVLYMNTFLKLRINDNELFGTQFPGGQCTRENRADPNDLKLTFG
LCSNLKLAGVRAKAVVDSALAIAKAVLTGNDPWDDIKEAWKNNKADYYNIYTQKPEDSGT
MWDLGVPIFWKVVQDNDRICVGTYGFTGVVPVGCKYIKEPFPKSMYNSFMDVNDTNFIDD
PNNKAVDPLALVSCSAAGGGCYQKAYNASRTAVVMTSPLIECIRQMIARLLISEDVCSFD
DVNAVVNSASRQTSALFQFQVGMYRIVTAFLTLYVMLFGAKILLAGQVPPKNEYINFILK
IIFVTYFSIGLNITPGSTSPYDRMDGMIQWAFPFLLNGINGLASWVMNAAPSGLCKFNGP
DISYDNSVAYIALWDALDCRVAHYLGLDMLSTLLVENTYKSHNFANFDFFSFSAPPYIYL
LIPAIISGNMMLVSLALAYPLLVISVAAFMVNATVMCMVSIVILGILAPLFVPMFLFDYT
RGYFDSWVKLMISFLLQPMVVVTFMITMFSVYDFGFYGKCQYQSKLIHNSIEGALQGQTF
KRDVLVFFVDNDWTKYSKEDAESCQNSLGYMLNNPISTAFNFAKDSVEQIVGSKPNQTCD
PKAADADTKCNPKPGDSSTSSFLSKFQFLSGVILGPGMFFVSPKLLFEKIKDILLALVTA
CFTLYLMYNFSSQLANFAADMTEGVALSSVAIKPQAVFKAAMAALAAAGNATKGLDQFAT
KGGGGGDLLSTKGGRAGDLVKGSGGGGGSEGGDSFTSGGLRETSSTAATPSSALSSVGKS
VGGTATPSSASEEMLDTSFSNRKPIEAPVSQPTTVSTQIDTAIKTEPPKVSAAEVVRNTA
EDKLEDLSSKLNVTKEIKEAVPESQKEEPKEPRVKHTTEVEPELNLDENLGVTRTIRGLD
KDRKFTEQESHELKIGEAGYVKQEMRNAQIRDRRAAFEKETEELYRSVGGRAKDKATERN
DGTIENRSKKIDSGSDENP
NT seq 3120 nt   +upstreamnt  +downstreamnt
atgaaattatttcctcgtactttacttaaaattctagtggtcagttttatcctcaatttt
ggggttacaagcaagtcatatgccgatgataccctcgatactattgttaatacactacag
aatttaacttgtgaaacacaaggagtcggtgacttattacgtaccgaattttctcaaacc
tgtattgtcgctccattttttacttttgctataatgaatcttgtatctcctgttttatac
atgaatacattcttaaagcttagaataaatgacaatgaattatttggtacacaatttccg
ggagggcaatgtacgcgtgaaaacagagctgacccaaatgatcttaaattaacttttggt
ttatgtagtaatttaaaactggcaggggtaagagcaaaagcagttgtagattcagcactt
gctattgctaaggctgtattaaccggcaatgatccatgggatgatataaaggaagcttgg
aaaaacaataaagcagattattataatatatatacccaaaaaccagaagatagcggtaca
atgtgggatttaggggtaccaattttttggaaagttgttcaagataatgatcgtatatgt
gttgggacatatggttttacgggtgtagtaccagtaggatgtaaatatataaaagagcca
tttccaaaatctatgtataatagctttatggatgtaaacgatacaaattttattgacgat
cctaataataaagctgttgatcctttagcattggtttcttgtagtgcagcaggtggaggt
tgctatcaaaaagcttataacgcttcaagaactgcagtagttatgacttctccgcttata
gaatgcataagacaaatgatcgcaagattattgattagtgaagatgtatgtagctttgat
gatgtaaacgcagtagttaattcagcttcaaggcagactagtgctttattccagtttcaa
gtaggaatgtatagaatagttacggctttcttaactttatatgttatgctttttggtgct
aaaatacttcttgcaggtcaagttcccccaaaaaatgagtatataaactttatattaaaa
ataatatttgtaacttatttttcaataggattaaacataacaccaggtagtacttcccct
tatgatcgtatggatgggatgattcaatgggcatttcctttcttgcttaatggtataaac
ggattagcaagttgggttatgaatgctgccccatctgggttatgtaaatttaatggtccg
gatatttcatatgacaatagtgttgcatatattgcattatgggatgctttagattgtcgg
gtagcccattatttggggctagatatgttatctacactattagttgagaatacttataaa
agccataattttgcaaatttcgacttttttagctttagtgctcctccatatatttactta
ctaatacccgctataatatctggcaatatgatgctagtatctctagctcttgcctatccg
ttgcttgtgatctcagtggctgcctttatggttaatgccaccgttatgtgcatggtatct
atagtaatacttggtattttagcccctcttttcgtgccaatgtttttatttgactataca
cgaggctattttgatagctgggttaagctaatgatttcgtttttacttcagcctatggta
gtagttacttttatgattactatgttttcggtttatgattttggtttttacggaaaatgc
caatatcaaagtaaattgattcataatagtatagagggtgccttacagggacaaactttt
aaaagggatgttttagtattttttgttgataatgattggacaaaatatagtaaagaagat
gcagaaagttgtcaaaatagcttaggctatatgttaaataatccgatttcaacagctttt
aactttgccaaagacagtgtagaacaaatagttggcagtaagccaaaccagacttgcgat
ccaaaggcagccgatgcagatactaaatgtaatccaaaacctggagatagtagtacaagt
agtttcctctctaaattccagtttttatcaggagtaattttaggtccgggaatgttcttt
gtttctcctaaattactttttgagaagattaaagatattttacttgctctagttacagcc
tgttttaccttatatttaatgtataattttagcagccagctagctaattttgcagcagat
atgacggaaggggtagctcttagcagcgttgccataaaaccgcaagcggtatttaaagcc
gcaatggctgcacttgccgctgcaggtaatgcaaccaaaggtcttgaccaattcgctacc
aaaggtggaggtggtggtgatttactcagcactaaaggtggaagagccggtgatttagta
aaaggtagcggcggtggcggtggtagtgaaggaggtgattctttcacatcaggtggtctt
agagaaacgtctagtacggctgcaactccatcttctgcactaagttctgttggtaaaagt
gtaggcggcacagcaacaccaagtagtgcttctgaagaaatgcttgatactagctttagt
aatagaaaacctatagaagcacctgtgtctcaaccaacgacagtttcaacgcaaattgat
actgctattaaaactgagccaccgaaagtaagtgcagcagaagttgtaagaaatactgca
gaagataagcttgaagatttatcaagtaagcttaatgttacaaaagaaattaaagaagct
gtacctgaatctcagaaagaagaaccaaaagagccaagagtaaaacatactactgaggtg
gaaccggaacttaatttagacgaaaaccttggagttacacgtactatcagagggcttgat
aaggacagaaaatttaccgaacaagaaagtcacgaattaaagataggtgaggcaggatac
gtaaagcaagagatgagaaatgctcaaattcgtgatagaagagcagcatttgaaaaagaa
acggaggaattatatcgtagtgtgggtggtagagcaaaagataaagcgaccgagcgaaat
gatggaacgattgaaaatagaagcaagaaaatagatagtggttccgatgaaaatccataa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   SWISS-PROT (1)   
Protein domain (1)   
   Pfam (1)   
All databases (5)   

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