A novel DREB transcription factor enhances salt tolerance in peanut (Arachis hypogaea L.) through upregulation of AhP5CR and AhBADH, leading to increased osmolyte accumulation

Transcription Factor CaERF3 Positively Regulates Pepper (Capsicum annuum L.) Salt Tolerance by Maintaining Galactose and Amino Sugar Homeostasis

Salt stress severely restricts pepper growth and productivity. Although AP2/ERF transcription factors are widely involved in plant responses to environmental stress, their functions in salt tolerance in pepper remain largely unknown. In this study, transcriptome-based screening identified CaERF3 (Capana07g002313) as a...

Physiological and Transcriptomic Analyses of Salt Stress Response in Peanut Seedling

In insights into the molecular basis of salt tolerance in peanut, candidate targets for genetic improvement are offered and transcription factors from the ERF, MYB, bHLH, NAC, and WRKY families were differentially expressed, underscoring their roles in salt tolerance.

Identification of salt and drought resistance function of maize transcription factor ZmEREB54

This study establishes a solid foundation for further clarifying the biological functions and molecular mechanisms of ZmEREB54 in regulating maize root growth and development, as well as responding to drought and salt stresses.

Comparative physiological responses and expression patterns of selected NAC transcription factor genes in two Arachis hypogaea cultivars under drought and rewatering conditions

Genome-wide identification of the peanut HD-Zip gene family and AhHDZ15 positively regulating salt and drought stress in heterologously overexpressed Arabidopsis.

Heterologous overexpression of AhHDZ15 enhanced salt and drought tolerance in Arabidopsis and could bind to the L1-box element of the AhVNI2 promoter, thereby activating AhVNI2 transcription and enhancing the expression of downstream salt stress-responsive genes.

Abscisic acid–regulated stability of CmABF1 and CmBRM modulates salt tolerance in chrysanthemum via epigenetic regulation of CmHSFA4

It is shown that salt stress–induced ABA accumulation up-regulates Heat Shock Factor 4 (CmHSFA4), a gene that is known to enhance chrysanthemum salt tolerance, and an ABA-SnRK2.2-ABF1/BRM signaling module that integrates phosphorylation-dependent protein stabilization and degradation with histone methylation dynamics t...