TGA1 — Brassica juncea
Summary
BJUB07G36040S (BjTGA1) on chromosome B07 encodes a protein with a TGA domain, bZIP superfamily and bZIP domain, with salicylic acid binding, sequence-specific DNA binding, transcriptional co-regulator, transcription cis-regulatory region binding, identical protein binding, DNA binding, DNA binding transcription factor activity and protein binding activities. The gene is associated with regulation of defence response to bacteria, regulation of systemic acquired resistance, regulation of salicylic acid mediated signaling pathway, extracellular ATP signaling, systemic acquired resistance salicylic acid mediated signaling pathway, regulation of jasmonic acid mediated signaling pathway, response to hypoxia, response to insect, downregulation of defense response, response to fungi, response to salicylate, response to bacteria, HR-PCD, response to jasmonic acid, response to wounding, response to heat and response to auxin. It localises to the nuclear body, cytoplasm and nucleus. BjTGA1 is associated with Cercospora leaf spot response, wheat common root rot response, rice leaf sheath blight disease response, wheat stripe rust disease response, rice narrow brown leaf spot disease response, sulfur sensitivity, cucurbit downy mildew response, drought sensitivity, nitrogen sensitivity, bacterial blight disease resistance, nitrate sensitivity, relative growth rate, wheat powdery mildew disease response, aluminum response trait, stem senescence, biotic plant stress trait, herbicide sensitivity, jasmonic acid sensitivity, inflorescence morphology
Annotations
- Chromosome
- B07
- Related genes
- TGA1, NIM1, NPR4
- GO terms
- Nuclear Body, DNA binding transcription factor activity, Response To Heat, DNA Binding, Induced Systemic Resistance, Regulation Of DNA-templated Transcription, Nucleus, Response To Insect
- Publications
- 25620972, 22639590, 24377444, 9811797, 11858174, 11387978, 11967093, 17172746
- Traits
- drought response, regeneration, abscisic acid sensitivity during seed germination, abscisic acid sensitivity during seedling growth, abscisic acid signaling, salt tolerance, leaf senescence, disease resistance