PlantTFDB
Plant Transcription Factor Database
v4.0
Previous version: v1.0, v2.0, v3.0
Dianthus caryophyllus
GATA Family
Species TF ID Description
Dca17249.1GATA family protein
Dca1851.1GATA family protein
Dca19387.1GATA family protein
Dca24725.1GATA family protein
Dca27365.1GATA family protein
Dca30031.1GATA family protein
Dca33180.1GATA family protein
Dca33916.1GATA family protein
Dca34715.1GATA family protein
Dca3755.1GATA family protein
Dca37896.1GATA family protein
Dca43705.1GATA family protein
Dca50897.1GATA family protein
Dca53705.1GATA family protein
Dca55128.1GATA family protein
Dca55129.1GATA family protein
Dca55281.1GATA family protein
Dca55618.1GATA family protein
Dca56351.1GATA family protein
Dca56652.1GATA family protein
Dca56796.1GATA family protein
Dca61123.1GATA family protein
Dca61903.1GATA family protein
Dca7186.1GATA family protein
Dca8015.1GATA family protein
GATA Family Introduction

GATA factors were first identified as proteins that interact with conserved WGATAR (W = T or A; R = G or A) motifs involved in erythroid-specific gene expressionin vertebrates.

GATA factors are characterised by the presence of conserved, type-IV zinc-finger motifs Animal factors typically contain two C-x2-Cx17-C-x2-C zinc-finger domains. The majority of known fungal GATA factors contain a single C-x2-C-x17-C-x2-C finger with greatest similarity to the carboxyl (C) terminal finger of animal GATA factors.Several examples of fungal GATA factors containing a variant C-x2-C-x18-C-x2-C DNA-binding domain are also known.

Examples of both C-x2-C-x17-Cx2-C (Type IVa) and C-x2-C-x18-C-x2-C (Type IVb) GATA factors are found within fungi; animals onlycontain the former configuration, and plants only the latter. Plant GATA factors typically contain a single zinc finger. The Arabidopsis type-IV zinc-finger proteins may represent the previously defined family of nuclear GATA-binding proteins implicated in light-responsive transcription.

Teakle GR, Manfield IW, Graham JF, Gilmartin PM.
Arabidopsis thaliana GATA factors: organisation, expression and DNA-binding characteristics.
Plant Mol Biol. 2002 Sep;50(1):43-57.
PMID: 12139008