Plant Transcription Factors

Plant Transcription Factors

Contribution in Development, Metabolism, and Environmental Stress

Upadhyay, Santosh Kumar; Srivastava, Vikas; Mishra, Sonal; Mehrotra, Shakti

Elsevier Science & Technology

11/2022

476

Mole

Inglês

9780323906135

15 a 20 dias

970

Descrição não disponível.
Section 1: Plant Transcription factors (TFs) and General Aspects
1. Plant transcription factors: Overview on its role in Plants' life
2. Plant transcription factors: Significance in functional genomics
3. Influence of phyto-hormones on the modulation of plant transcription factors

Section 2: Plant TFs and Development
4. Plant transcription factor and root development
5. Plant transcription factor and shoot development
6. Plant transcription factor and leaf development / Senescence
7. Plant transcription factor and seed development
8. Plant transcription factor and fruit development
9. Plant transcription factor and flower development

Section 3: Plant TFs and metabolism
10. Plant transcription factors and primary metabolism
11. Plant transcription factors and flavanoid biosynthesis
12. Plant transcription factors and alkaloid biosynthesis
13. Contribution of plant transcription factors in the regulation of aroma/essential oils

Section 4: Plant TFs and Stress
14. Plant transcription factors and Temperature Stress
15. Plant transcription factors and Osmotic stress
16. Plant transcription factors and Water stress
17. Plant transcription factors and Heavy metal stress
18. Plant transcription factors and Nutrient stress
19. Plant transcription factors and Nitrosative/Oxidative stress
20. Plant transcription factors and Biotic stress
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AP2; Abiotic stress; Agriculture crop; Alkaloids; Arabidopsis thaliana; BHLH; BZIP; Biotic stress; Calcium-calmodulin pathway; Development; Disease resistance; Drought; Drought stress; Flavonoid; Gene expression; Gene regulation; Gene silencing; Genome editing; Growth and development; Heat; Heavy metal; High temperature stress; Infection threads; Iron homeostasis; Lateral root; Leaf senescence; Low temperature stress; MADS-Box TF; MAP kinase; MYB; MYB TF; Meristem; Metabolism; Millets; Nodule organogenesis; Osmotic stress; Oxidative stress; PR protein; Photomorphogenesis; Photoreceptors; Phytohormones; Plant; Plant development; Plant growth regulators; Plant signaling pathway; Plant tolerance; Plants; Quiescent center; Reactive oxygen species; Regulation; Rice; Ripening and development; Root apical meristem; Root hair development; Root nodule symbiosis; Salt stress; Salt tolerance; Secondary metabolism; Signaling; Signaling pathway; Stress response; TF-promoter interaction; Temperature stress; Terpenes; Terpenoids; Tomato; Transactivation; Transcription factor; Transcription factors; Transcriptional network; VIGS; WRKY