KEGG   Anaplasma centrale: ACIS_00530
Entry
ACIS_00530        CDS       T01133                                 
Name
(GenBank) putative conjugal transfer protein
  KO
K03201  type IV secretion system protein VirB6
Organism
acn  Anaplasma centrale
Pathway
acn03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:acn00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    ACIS_00530
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:acn02044]
    ACIS_00530
Secretion system [BR:acn02044]
 Type IV secretion system
  Conjugal DNA-protein transfer (VirB/D) protein
   ACIS_00530
SSDB
Motif
Pfam: TrbL
Other DBs
NCBI-ProteinID: ACZ49141
UniProt: D1AUB3
Position
494917..500712
AA seq 1931 aa
MVTIARSAVNKFLMLPLMCLLVTSCITEVPFPRCVSADNFSSSTTASVSAYYGPGNVEAF
KAGDGQIGNASTPGANKHVVRWKDTGFITDGNEIVAGIEGAWVPWAKNGEKHSSPLAVNT
GISRPVDPTDEFYDSVVDIERVCGPYEKRERTAGDCKLNCHHIPATDDTNKGQYGRPCWL
NKGYGAYLLFKRPEDPDPNSTLDLIEYPVSPTTHLGHEAADESQDGKASYHSNGKIFGSD
CKTVELKRGWKIYVKILDNYYYDNAGGYSLEFKQGVINGKGVEVFEYVRKLVRAQLNKAG
EQIFSNIVKNPGFRNFTFAVMTLFLVISALAYLLGMVRAPLADAMVRIFKIILVILLVSP
GSWEFFHDNLLQLFTKGVDQIIALVNSYAAKEEFKADAPFKFMDVMIGERIFSTVVWEAK
ARALIMADFSSIFALLIIIISVICYVALCLYGFVIYLTAFVGITFLIALMPIMFVGIVFS
RFRSLFDGWLTQCISFSMQAILMFTLIAMFGSLIMHYYYRIFGFTACYNEVVHIKLYALG
HRIIDQKYYEWTPGQKYDPMRIGWSGDSSKSEQGDSGTSARYTFTGGGAVIKVPPDHKDE
DFRYVDFPFLDPDSESSAPPGGVSLIKKEDTLKPLASMTNSLIASARGTSTARLVNKIQG
ELEKRVQDKTVTSTAQSQFLDVIKKREEEDTKNKKDVKLKYEDPKFKEALVKVLTENIIS
RNRVLNPTSAEKLEKQHDYNIIKDLKKGYIVMWPEVFGLILVAFLVWQMRAFVQNVAVVL
AGGSILSRTVGSMYSEGFVRIFSHIPVVGTFIDRIDRGIDGLRVLMRVKAGDLASSAAKV
PENLLKRVPIVGGVLGTAAHGVRSLSSALTSSYTEEDLYSMRSISPRFDYARAWVGAHLG
YSPLDAMKYMGKHALGRITGSETEGLIHNITQDRAAFLSSLHALTVGVEKHKPSEYAPAQ
KDDDSNPFVRPDLQDGGQNTDNTSQRLFDSDGKLHVNKDNFWDAVDTLHGLGALRANAED
PEARDKIDADMNKLRSEITAMANERPDEVPELANFVTPSGSVDFSGLVGHALARRDAEAP
DAAGVDVSARPTDSGYEWRGEEQGADADVAHDSDESARTGISGMVDDALRAPDVVDGESD
GSAEQPQGSEAGVLRGVVGEQYEGIGEPDEVLVQPEAEDPSRASADGFEDVLVDGEEAAI
GELAAAQAASEEKADVQGEELQEIDQQPDESEATSVPQDMLADDEDAVAELAAAQGEELQ
EIDQQPDESEATSVPQDVPADGEDAAIGELAAAQAASEEKADVQGEELQEIDQQPDESEA
TSVPQDMLADDEDAVAELAAAQGEELQEIDQQPDESEATSVPQDVPADGEDAAIGELAAA
QAASEEKADVQGEELQEIDQQPDEGEAISVPQDVPADGEGVVEELAAAQAASEEEADDQG
LYLKKSDKSGGRGASRSEGGKKPGRGGREEDGYEGEELGYGGVQGDDYVDAKESGLQVGA
EVYKAYTSKKESEGDTGVGEGLGSGEELGSRVEAAVRQAYSGRIAEEEGNDLSEILGHEV
KTYDLEDLEEGLISELVQQQAVVDPQQDAQATGAHYGADETEGSEDRGAVAPDEQPEPGV
GVAPEATDGQDAQATGVEEVADGEAGGGEDQDADVQEHTDRGDLEYDVEYSAIDSERAWA
EATASKDVDEVLSGEDQDAGDQTDVFAGHYGADETEGGEAQGAMALDEQPEPEVGVTPEA
TDDAASHEEAEQEAGAIQEATDDRDAQAAGAEEVADGEAKGGEAQGAMALDEQQPEPEVG
IAQEVTDDDRDAQATGAEEVVDDEFEDAVDAAAAGTEADVTLAALGSHRPEIGGKVASAS
QSTGKHTGSGGASKRQQQEERRKQMSALQERIVELQKALDSPNVTETDKQNIEAELSVLR
TELDGLGGSSQ
NT seq 5796 nt   +upstreamnt  +downstreamnt
atggttactattgcaaggtcagctgtgaataaattcctgatgctgccgctgatgtgcttg
cttgttacatcatgcataactgaggtgccattcccccgttgcgtgtctgcggacaacttc
agcagtagtaccaccgcttccgtgtcggcctactatggcccaggtaatgtagaagcgttc
aaagctggtgatggacagataggtaacgctagcactcctggggcaaacaagcatgtagtt
cgatggaaggatacggggtttattactgacgggaacgagatagttgccggtatagagggg
gcgtgggtcccctgggcaaagaatggcgaaaaacacagctcaccgctggcggtgaatacc
ggaatatcaagaccggtggaccccactgacgagttttacgactccgttgttgatatagaa
agagtatgtggcccttacgagaagcgtgagcgtaccgcgggcgactgtaaacttaactgt
catcatataccagcaactgatgacaccaacaaggggcagtacggtaggccgtgctggctg
aacaaagggtatggtgcgtacctcctgttcaagcgtccggaggatccagatccgaactct
acccttgatctgatagagtaccccgtgtctccgacaactcacttagggcatgaggctgca
gatgaatcccaagacggaaaggcctcttaccactccaacgggaaaatatttggtagtgac
tgcaagactgttgagctgaaaaggggatggaaaatttatgtaaaaatattagacaattac
tattacgacaacgctggtggttatagtttggagttcaagcaaggtgtaatcaacggcaaa
ggtgttgaagtatttgagtatgtgagaaagttggttagggcccagctgaacaaggctggg
gagcagatattcagcaatattgtaaaaaatccagggtttaggaacttcacgtttgcagtt
atgaccttatttttggttatttctgctctggcgtacctgttggggatggtgcgagccccc
cttgccgacgcgatggttcgaatatttaagattatcctggtaatactgctggtatctcct
ggtagttgggagttcttccatgataatctgcttcagctgttcacaaaaggcgttgaccag
attatagcgctggttaatagctacgccgccaaggaggaattcaaagccgatgcgccattt
aaatttatggacgttatgattggggaaagaatattctccaccgttgtatgggaagccaaa
gccagagcgctcatcatggcagatttctcttccatatttgcgttgctgataatcataata
tcagtaatttgctacgtagccctgtgcctgtacggattcgtaatttaccttactgcattt
gtggggattaccttcctaatcgcgctaatgcccataatgtttgttggtatcgttttttcc
aggtttaggagcctttttgatggctggttgacgcagtgtattagcttctccatgcaagcg
atactgatgttcaccctaattgcgatgtttggctcgctaataatgcactactactatagg
attttcggctttaccgcttgctacaatgaggtggtgcacatcaagttgtacgcgcttggg
cataggattatagatcagaaatactacgaatggactcctgggcagaagtatgatcctatg
cgcatcgggtggagcggagattcaagtaagagcgagcagggcgactctggcacttctgca
cgatatacgtttaccggtggcggtgctgttatcaaagtcccccctgatcacaaagacgag
gattttcgttatgtggacttcccattcctggatccggattccgagagttctgcgcctcct
ggtggggtatctctgattaagaaagaagatacactgaagcctctggcttccatgacgaat
tctctcattgccagtgcgcgtggcacgtcaactgccagattagtgaacaagatacaaggt
gagctggaaaagcgtgtgcaggataagaccgtgacgagtacagcacaaagtcagtttctt
gatgtgatcaagaagagagaggaagaagacacaaaaaacaagaaggacgtcaagctgaaa
tacgaggatcctaaattcaaagaggcgttggtcaaagtattaactgagaatatcataagt
cgcaatagagtactgaatcccacgagtgccgagaagctcgagaagcagcacgattataac
ataatcaaggacctcaagaagggttacatagtaatgtggcctgaggtgtttgggctcatc
ctggtggcgtttcttgtatggcaaatgagggcctttgtacagaatgtcgctgttgtgctc
gctggtggtagcatactgtcgagaactgtaggatcaatgtacagcgaagggtttgtcaga
atattttctcacatccctgttgttggtacgttcatagatcgtatagataggggtatagac
ggattaagagttttgatgagggtaaaagccggggatttggcttcttctgctgccaaggtg
ccggagaatttgctgaagagggtgccgatagttggtggagtgcttggcacggctgcccac
ggcgtgaggtcgctttccagtgcgctgacttcctcgtatactgaagaagatctatactca
atgcgatcaatttctcccagatttgactacgctagagcgtgggttggcgcccatttgggg
tactcgccattggatgcgatgaaatatatgggcaaacacgcgctgggccgtattacgggt
tctgagactgagggattgatacacaatattactcaggacagagcagcatttttgagcagc
ttgcatgcgcttactgttggggttgagaagcacaagcccagtgaatatgcccctgcgcaa
aaggatgacgattcaaatccgtttgtgaggccggatttgcaggatggtgggcagaacact
gataatacgagccaaaggctgtttgatagcgacggaaagttgcacgtcaataaagacaat
ttctgggatgcagttgatacgcttcacggtttaggtgcattgcgtgctaacgcggaagat
ccagaggctcgggacaagatagacgcagacatgaataagctcagaagcgagattactgca
atggccaatgaaaggcctgatgaagttcctgagcttgcaaattttgttacgccttcaggt
agtgttgacttttcaggactggttgggcatgccctcgctcggcgcgatgcggaggctcct
gatgctgcgggggtagatgtcagtgcgcgtcctacggattctggatatgaatggaggggt
gaggaacagggcgcagatgcggatgttgctcatgatagtgatgagtccgcgaggacgggt
atttccggaatggttgacgatgctttacgggcacccgatgttgttgatggtgaatccgac
ggttctgcagagcagccccagggttctgaggctggtgtcctgcgtggagtagtgggtgag
cagtatgagggtataggagaaccggatgaggtactggttcaacccgaagcagaagatcct
tccagagcctctgccgacggttttgaggatgtgctcgtggatggcgaagaggcggctata
ggagagttggcagcagctcaggctgcgtctgaagagaaagctgatgtgcagggtgaagaa
ctgcaggagattgatcagcagccggatgagagtgaagctactagtgtgcctcaagacatg
ctcgcagatgacgaggatgctgtagcagagttggctgcagcgcagggtgaggaactgcag
gagattgatcagcagccggatgagagtgaagctactagtgtacctcaagacgtgcccgca
gatggcgaagatgcggctataggagagttggcagcagctcaggctgcgtctgaagagaaa
gctgatgtgcagggtgaagaactgcaggagattgatcagcagccggatgagagtgaagct
actagtgtgcctcaagacatgctcgcagatgacgaggatgctgtagcagagttggctgca
gcgcagggtgaggaactgcaggagattgatcagcagccggatgagagtgaagctactagt
gtacctcaagacgtgcccgcagatggcgaagatgcggctataggagagttggcagcagct
caggctgcgtctgaagagaaagctgatgtgcagggtgaagaactgcaggagattgatcag
cagccggatgagggtgaagctattagtgtacctcaagacgtgcccgcagatggtgaaggg
gttgtagaagagttggctgcagctcaggctgcgtctgaagaggaagctgatgatcagggg
ttatatctcaagaaatctgacaagagtggcggcagaggcgcatcgcgctcggaaggtggc
aaaaaacccggcagaggagggcgagaagaggatggatacgaaggggaagagctcggttac
ggtggcgttcaaggggacgattatgtggatgccaaggaatctggcctgcaagttggggct
gaggtatataaggcgtacaccagcaagaaggagtctgagggagataccggagtaggggaa
ggtcttggttccggagaggagcttggctcgcgcgtggaggctgcagtacgccaggcatac
agtggcaggatagcagaggaagaaggtaatgatctaagcgagattcttggacacgaggtt
aaaacttacgatctcgaggatctggaagagggtttgatatctgagcttgtccagcagcag
gctgtagtagatccgcaacaagatgctcaggcaactggtgcgcattatggggcagatgaa
actgagggtagtgaagatcggggtgcggtggcacctgatgagcaacctgagcctggagtt
ggtgtagcaccagaagctactgatggtcaagatgctcaggcaactggtgtagaagaggtt
gctgatggtgaagctggaggtggtgaagaccaagatgctgacgttcaagagcacaccgat
aggggtgacttggagtatgacgtcgagtacagtgcgatagacagtgaacgtgcgtgggcg
gaagctacagctagtaaagatgtagatgaggttctcagtggcgaggaccaagatgctggt
gatcaaacagatgtgtttgctgggcattatggagcagatgaaactgagggtggtgaggct
caaggtgcaatggcacttgatgagcaaccagaacctgaagttggtgtaacaccagaagct
actgatgatgcggctagtcatgaagaggcggagcaggaggctggtgcgatacaagaagct
actgatgatcgagacgctcaggcagctggtgcagaagaggttgcggatggtgaagctaag
ggtggtgaagctcaaggtgcaatggcactcgatgagcagcaacctgagcctgaagttggt
atagcacaggaggtgaccgatgatgatcgagatgctcaggcaactggtgcagaagaggtt
gtggatgacgaatttgaagatgctgttgacgctgcggcagcgggtacagaagcggatgta
acactcgctgcgcttggctcgcaccgtccggagattggtggcaaagtggcgagtgcaagt
cagtcaacaggtaagcacacagggtctggtggggcttccaagagacagcagcaggaggag
cgcaggaagcaaatgtccgcgcttcaggagaggattgtggagctgcaaaaagctttagat
tcgcccaacgttacagagaccgacaagcagaatattgaggctgaattgtcggtcttgagg
accgaactggacggtctgggtgggtcttctcaatag

  All links  
Gene (49)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (51)   

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