KEGG   Erwinia tasmaniensis: ETA_pET450240
Entry
ETA_pET450240     CDS       T00711                                 
Symbol
traG
Name
(GenBank) TraG protein
  KO
K12056  conjugal transfer mating pair stabilization protein TraG
Organism
eta  Erwinia tasmaniensis
Brite
KEGG Orthology (KO) [BR:eta00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:eta02044]
    ETA_pET450240 (traG)
Secretion system [BR:eta02044]
 Type IV secretion system
  Conjugal transfer pilus assembly protein
   ETA_pET450240 (traG)
SSDB
Motif
Pfam: TraG_N
Other DBs
NCBI-ProteinID: CAO94968
UniProt: B2VB20
Position
pET45:18586..21606
AA seq 1006 aa
MFTIYVTAAGDMWREAMNGTVAILGSGSFDRLIRIAGVFSVISVLMFWLKGRDFTAFIKW
LAVFFIITIICLVPKRPVQIIDLSNQAAVYEVDNVPVVLGFISSFATTVGYAVASKFDED
ISLPDALQYSKTGMAFGADLVVAQRDIPSYSFPVSDNLLAYMNKCAVPALLINNQYHVHD
ILEAQDISQVIFQNPSQIASMPYTDNSGNVTIITCFAAASQIQKALNSPLVTFQKELKSW
TQRVFGTNSTASNQMNDYIQDSSQFFYGVGKSQTDILKKRILQTAVNRSVGTLAAEDRND
SLAEIIAEQQTAMKTNMQGKVEQHIGARYMPLLHSVLELILVCIFPLVIAISLVSHETFG
LKTIMTYAGGWLYLQMWPIMFSLVNFVAMYSLKGHTVALSGGDSLSARYEIAGYYTDMAA
VAGYLCLGAIPVLSYLITRGAAAVGSQVVGAVTGGAALASGASASLAEDGNWSFNNLSQD
NVSANKWNTNADHREGMTTTQMSNGALTSTTADGSHVLDGTGAVSKLATNVNFASNMSDS
LTQGARQASTQASSHLQGFNHATDTAYSQMNDLSHGTSRSNTASHGSEASDSVSQSQTAS
HVMDMAHNYAQRWGVSDKEAFNRMYSQADSDNYHADAGFQTSAGLEVAGNGGTVKAGAGV
SAGRTYGETGITTKGSDRSSDHMQDMSATDRKDFRESLDTLKQARDYSGGNTAEAQTDGR
SNRLESSLRTADSEYSQYTTSQTKANELSQQAQRAQTDSAGFNANMNQEFVNWARERGAT
DEQLTNVSQQTPLAAEFVRERFGQNMEVGHEQNMQQAMSQPVGKAFPAGGSNLGENFGTS
GNANMPSGRSEFPAEGSSQSQHSGSVNQPQARGITSAASEPQGVSQHNAQEPSGRGEFPA
EGSRQGQNFSDNNARLNAAAHGHEIPEMVSEPKPLNTAPSDTVGAQKKEIEKQQEMLKNS
GEIRQHGFGDQLENNKQANKEPTINLPTMNTKEVLENAKRYSGYRR
NT seq 3021 nt   +upstreamnt  +downstreamnt
atgtttacgatttatgtaacggcagccggtgatatgtggcgcgaagcaatgaacggtacg
gtcgcaatactgggttcggggtcatttgaccgactcatccgtatcgcgggcgtcttttcg
gtcatcagcgtactgatgttctggctgaaaggcagggacttcacggctttcatcaagtgg
ttggcggtgtttttcatcatcactattatctgccttgttcccaagcggcccgtgcagatt
attgacctatctaaccaggccgctgtgtatgaagtagataacgtccctgtggtactgggc
ttcatttcatccttcgcaacaaccgtaggctacgctgtggcttccaagtttgacgaagat
atcagcctgccggatgcgctacagtacagtaagacaggcatggcgtttggagccgatctt
gttgtagcgcaacgtgacataccaagctacagctttccggtgtcagataacctgctggcc
tacatgaacaagtgtgcggtgcccgcactcctgattaacaatcagtaccacgttcacgac
attctggaggcgcaggatatctcacaagttatattccagaatccgagccagattgcctca
atgccgtacaccgacaacagcggtaacgtcacgatcatcacttgtttcgctgccgcatcg
cagattcagaaggcgcttaattcgccgcttgtcacctttcagaaggaactcaaatcgtgg
acgcagcgggtatttggtaccaacagcactgcttcaaaccagatgaatgattacattcag
gactcgtcacagttcttctatggtgtgggaaagtctcagacagacattttgaagaaaaga
attttgcagacggcggttaaccgttccgttggcacgctggcggcggaagaccgcaatgat
tcactggctgaaatcattgccgagcagcagacggcaatgaagacgaatatgcagggtaag
gtggagcagcatatcggcgcacgttatatgccactgcttcactccgtgctggaattgatc
ctggtctgtatcttcccgttggtgattgccatttcgctggtcagccatgaaaccttcggc
ctgaaaacaataatgacgtatgcgggcggatggctgtacctccagatgtggcccattatg
ttttcgcttgttaactttgtggcgatgtactccttgaagggacacaccgtggcgctgagt
ggcggagattctttatctgcaagatacgaaatcgcaggttattacactgatatggctgcg
gttgctggttatttatgcctgggcgcgatccccgtgctgtcgtatcttatcactagaggc
gcagcagctgtgggttctcaagttgtgggcgcagttactggtggcgcagcgctggcatcc
ggtgcgagtgcaagcctggcggaagacggtaattggtcattcaataacttatcgcaggat
aacgtcagtgcgaataaatggaataccaacgccgatcaccgtgagggcatgactactacg
cagatgagtaacggtgcgttaacgtctactacggcagacggttcgcacgtactcgacggt
acgggtgcggtgtcgaagctggcaactaatgtcaactttgccagcaacatgagcgattca
ctgacgcagggcgcaagacaggccagtacgcaggccagttcgcacctgcaaggtttcaac
catgcaacggataccgcctacagtcagatgaatgacctgagccacggcacaagccgcagt
aacacggcttcgcacggttctgaagcgtcagacagcgtttcacagagtcagacggcttca
catgtgatggatatggcacataactatgcgcagcgctggggcgtctcagacaaggaagca
ttcaacagaatgtattctcaggctgacagcgacaattaccatgcggacgccggattccag
acttccgcagggcttgaagttgcgggtaacgggggtacggtgaaagcgggtgccggagtg
tctgctggtcgtacttatggtgaaacaggaatcactactaaaggcagcgaccgttccagc
gaccatatgcaggatatgtccgcaacggatagaaaagatttccgcgagagtttggatacg
ctcaagcaggcccgtgactatagcggaggtaatacggcagaggcgcagacagacgggcgc
tcaaaccgtctggaaagctcactccgcacggcagacagcgaatacagccaatacacaacc
agccagacgaaggctaatgaactgagccagcaggcgcagagagcgcagaccgacagtgcg
ggctttaacgccaacatgaatcaggagtttgtgaactgggcacgggaacgtggtgcaacg
gatgagcagcttacaaacgtaagccagcagacgccgctggcggcagagttcgtgagagag
cgattcggtcagaatatggaagtcggccatgagcagaatatgcagcaggcgatgagccag
ccagtcgggaaagccttccctgctggaggcagcaacttgggagagaacttcggcaccagc
ggaaacgcgaatatgccgtcaggccgcagcgagttcccggcagaagggagcagtcaaagt
cagcacagtggcagtgtcaatcagccgcaagcacgcggcataacgtctgccgcgagcgaa
ccgcagggcgtgagccagcataatgcacaggagccgtcaggccgcggcgagttcccagca
gaagggagccgtcaggggcagaacttcagtgacaataacgcgagactcaacgcagcggcg
cacggacatgaaatccccgaaatggttagcgaaccaaagccgctgaataccgcgccgtca
gatacggtgggtgcgcagaaaaaagagatcgaaaagcagcaggaaatgctcaaaaacagc
ggcgagattcgccagcatggattcggtgatcagttagaaaacaataaacaggcgaacaaa
gagccaactataaacctgccgacgatgaatacaaaagaggtgttggaaaatgcgaaacgt
tatagcggatacagacgttag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (12)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (17)   

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