Escherichia coli K-12 GenePage Master Page of tgt
GenePage for the
tgt
gene of
Escherichia coli
K-12
APEX: 523.12
Bacteriome: tgt
ChemGen Gene Correlations: tgt
ChemGen Growth Data: tgt
CMR: P0A847
Colibri: tgt
Doodle: b0406
ECDC: CG01644
EchoBASE: EB0989
EchoLOCATION: EB0989
ECID: P0A847
ECMDB: P0A847
EcoliWiki: tgt
eggNOG: P0A847
ENA: AAC73509
ENZYME: 2.4.2.29
eSOL: JW0396
Gene-Profiles.org: tgt
Genevestigator: P0A847
GenExpDB: b0406
Genome3D: P0A847
GenomeReviews: P0A847
GenPept: NP_414940.1
GenPept-GenBank: AAC73509
GenProtEC: b0406
iHOP: 949130
iProClass: P0A847
iRefWeb: 949130
KEGG: b0406
MicrobesOnline: P0A847
MiST: 1581692
ModBase: P0A847
newCOG: COG0343
oldCOG: COG0343
OMA: P0A847
Operon: 31376
Orthology.org: 113
PairsDB: P0A847
PATRIC: 32115961
PATRIC-RNA: 32115961
PDB-UniProt: P0A847
Pedant: 1054
PrFEct-Predict: tgt
ProDom: P0A847
ProteomeFolding at YRC: P0A847
ProtoNet: P0A847
QuickGO: P0A847
RegulonDB-TU: ECK120014510
STRING: P0A847
SWISS-2D: P0A847
TF Binding Sites: tgt.html
TIGR-CMR: NT01EC0499
TIGRFam: TIGR00430
TIGRFam: TIGR00449
TIGRHmm: NT01EC0499
Uber-Operon: 2455
Unison: P0A847
wikigenes: 949130
WolframAlpha: tgt
xbase-ColiBASE: b0406
Primary Gene Name:
tgt
EcoGene Accession Number: EG10996
K-12 Gene Accession Number: ECK0400
MG1655 Gene Identifier:
b0406
APEX
Common Core
CommonCore-5
Verified Set
Verified Translation Starts (no Met)
Verified Translation Starts Sites
Gene Name Mnemonic: tRNA-guanine transglycosylase
Alternate Gene Symbols: vacC(S.f.)
DNA Sequence
  # bp Upstream
# bp Downstream
Description:
tRNA-guanine transglycosylase; queuosine biosynthesis; zinc metalloprotein
Pre-Run BlastP UniProt
Protein Sequence
------------ MW: 42593.66------375 aa ------------
Pre-Run BlastP NR+Env
Genomic Address
Left End: 425361 ----------------- Clockwise ----------------- Right End: 426488
Left Inter Gene Info
Minute or Centisome (%) = 9.17
Right Inter Gene Info
 
gene or min(Cs)
PDF EcoMap
Curator or user-submitted Comments:
Tgt forms a transient covalent linkage with the tRNA substrate. Tgt can recognize a DNA substrate when 2'-deoxyuridines replace thymidines.
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