KEGG   Yersinia pseudotuberculosis PB1/+ (serotype 1B): YPTS_2756
Entry
YPTS_2756         CDS       T00744                                 
Name
(GenBank) type VI secretion system Vgr family protein
  KO
K11904  type VI secretion system secreted protein VgrG
Organism
ypb  Yersinia pseudotuberculosis PB1/+ (serotype 1B)
Pathway
ypb03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:ypb00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    YPTS_2756
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:ypb02044]
    YPTS_2756
Secretion system [BR:ypb02044]
 Type VI secretion system
  Imp/Vas secretion system core components
   YPTS_2756
SSDB
Motif
Pfam: Phage_GPD Phage_base_V DUF6484
Other DBs
NCBI-ProteinID: ACC89716
Position
complement(3053601..3056531)
AA seq 976 aa
MPYLLGEPALVLSKLEGEEAFSTLYSYTITAKTPANPLIPWQAASNVDLKSLIGKEMTIE
MELDGNGLGDVRSVGKGTREITGLVERARYIGRDANQAIFEITIKPWFYLANLTSDFKIY
QNKNVVDIIEEVFSDYNFPFEKRLATTYPILDFQVQYGETDFNFLQRLMEEWGIYWFFEH
QDHKQKLILVDHVGAHKRSFSTAYHAIEYLSDEPKAGEEYITQFQTQETLTSGTWVTNDY
DFTKSRADILAMDSKPRKTSFNDLEIYHWPGDYDQPDIGEHLSRVRIEERGALGSRAVGS
GQLRGIVCGANFELKGFPVDKANREYMIISSRLTVAEVDQLSGGEDAFSCESSFTVQPTT
KIYRHPQVTPKPKTNGPQNAIIVGPPGEEIWTDEYGRVKVRFVWDRYGTNSESDSCWLRV
SQAWAGNSFGGIYIPRIGQEVIVDCINGDPDRPMVMGSLYNNVTRPPWDLPANATQSGMV
SRTVGGGLTNYNGVRFEDKSGLEQYWEQAERDMSRLTKNNETQIIGADSVLNVGANRSEV
VGANYNQDVLGTSMLAIGAASMLQVGLARSVVVGGAHSLNVVLANATNVGGANMTNVGGF
NGLAVGGAHQTAVGGAATLAAGGPIAIGAGGELILSGDIVKIVGKSKVIIQGGEVHINSD
DCCGRKTGNGGGAFGAFASLAGLLPLAGAIALPLPLPLLPIVVPPVTSPPDPTVPPDPTL
PPDPTLPPDPTLPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTA
PPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTA
PPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTA
PPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTAPPETTA
PPEPTRTPPGTQTPPP
NT seq 2931 nt   +upstreamnt  +downstreamnt
atgccttatctattgggtgagcctgcgctggtactgtctaagttggaaggcgaggaagct
ttttcgactttatattcttatactattacggcaaagacaccggctaatccattaattcct
tggcaagcggcttcaaatgtcgatctcaaatccttaattggtaaagagatgacgattgaa
atggaactggacggcaacggcctgggtgatgtgagaagtgtaggtaaaggcacgcgtgaa
attacggggctggttgagagagccagatacattggtcgagatgccaatcaggccatattt
gagatcactattaagccttggttctacctggctaatttaacctctgactttaaaatttat
caaaataaaaatgtcgttgatattatagaggaagtgttctcagactataattttccgttt
gagaaacggttggctacaacctatccgatattagattttcaggttcagtacggtgaaacc
gactttaatttccttcagcgtttgatggaagagtggggtatttactggttctttgagcat
caggatcataaacaaaaattaattcttgtggatcatgtcggtgcgcataaacgctcgttc
agtaccgcctaccatgccattgagtacttgtcagatgagcctaaagcgggcgaagagtac
atcacacaattccagactcaggaaaccttgacgagtgggacctgggtcaccaacgattat
gacttcacgaaatcccgtgccgatattctggcaatggacagtaaaccgcgtaaaaccagc
tttaacgatctcgagatttatcactggccaggggattatgatcagccagatattggtgag
cacctttcacgcgtgcgtatcgaagaacgtggtgctctgggttcgcgggcggtcggttct
ggtcaactgcgcgggatagtttgtggtgctaacttcgagctgaaagggttccccgttgat
aaagcgaatcgggaatacatgattatctccagccgtttgacggtggctgaagttgatcaa
ctgtctggcggtgaggatgcgtttagttgcgagagttctttcacggttcagccgacgacc
aaaatctatcgtcacccacaggtgacaccaaaaccgaaaaccaatgggccgcaaaacgcc
attattgtggggccaccgggtgaagagatttggaccgatgaatatggccgcgtaaaagtg
cgtttcgtttgggatcgctatggcacaaacagcgagtcagactcttgctggctacgtgtt
agccaggcttgggcaggtaacagctttggtgggatctatattccacgcattggtcaggaa
gtcattgttgactgtattaacggcgatcctgaccggccaatggtgatgggcagcctttat
aataacgtgacgcgtcccccttgggacctgcctgccaatgcgacgcaaagtggcatggtc
agtcgtactgttggcggcgggttaaccaactataacggcgttcgttttgaagataaatcg
gggctggagcagtactgggaacaggccgagcgcgatatgtcgcgtttgactaaaaataat
gaaacgcaaattatcggtgccgattcggtcctgaatgttggggccaaccgaagtgaagtt
gtcggggccaattataaccaagatgttcttggcacatcaatgttagccatcggtgcagcc
tctatgctacaggtgggattggcgcgtagcgttgtggttggcggagcacattcactgaat
gtggttttggcgaatgccaccaatgtgggtggcgctaacatgaccaacgtagggggattt
aatggccttgcggtggggggagcccatcagacagctgtaggtggtgctgcgacactggcg
gccggcggccctattgctattggggcgggtggtgagcttatcctcagtggggatatcgta
aaaattgttggtaaaagtaaggttattattcagggcggtgaagttcacattaactctgat
gattgttgtggtcgtaaaacgggcaatggcggcggggcattcggtgcctttgcgagcctg
gcaggtttattgccgctggcgggtgctattgccttaccgctaccgttacccttgttgcca
atagtggtgccaccagtgacatcgccaccggatccaacagtgccaccggatccgacattg
ccaccagatccaacgttgccaccagatccaacgttaccgccggaaacaacggcaccgccg
gaaaccacggcaccgccggaaacaacggcaccgccagaaacaacggcaccgccagagaca
acggcaccgccggaaaccacggcaccgccagagacaacggcaccgccagagacaacggca
ccgccggaaaccacggcaccgccagagacaacggcaccgccagagacaacggcaccgccg
gaaaccacggcaccgccagaaacaacggcaccgccagagacaacggcaccgccagagaca
acggcaccgccggaaaccacggcaccgccagaaacaacggcaccgccggaaacaacggca
ccgccggaaacaacggcaccgccggaaaccacggcaccgccggaaacaacggcaccgccg
gaaaccacggcaccgccagagacaacggcaccgccagagacaacggcaccgccggaaaca
acggcaccgccagaaacaacggcaccgccagaaacaacggcaccgccagaaacaacggca
ccgccagagacaacggcaccgccggaaacaacggcaccgccagagacaacggcaccgcca
gagacaacggcaccgccagagacaacggcaccgccggaaacaacggcaccgccggaaaca
acggcaccgccggaaaccacggcaccgccagagacaacggcaccgccagagacaacggca
ccgccggaaccgacgcgaacaccgccagggacgcagacgccaccgccttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (3)   
   Pfam (3)   
All databases (10)   

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