TL;DR
This review synthesizes recent mechanistic insights into how DREB proteins orchestrate tolerance to complex abiotic threats through the stringent regulation of ion homeostasis and the activation of robust antioxidant defense systems for reactive oxygen species (ROS) scavenging.
By elucidating the molecular mechanisms underlying cold stress responses, it offers key perspectives for the breeding of climate-tolerant pepper varieties to ensure sustainable agricultural production.
Findings suggest that VvJAZ2 may function as a potential regulatory node, and support a working model of a dynamic "transcription-protein interaction" module to coordinate hormone signaling and metabolic reprogramming under cold stress.
This review integrates the previous thirty years of WRKY research from a translational standpoint and proposes a network-centric approach to future WRKY research that focuses on combinatorial perturbation, quantitative modulation, and field validation.
This review brings together recent advances in identifying genes, regulatory networks, and evolutionary strategies underlying plant responses to osmotic stress and examines natural variation in stress tolerance, highlighting genomic signatures of selection in halophytes and xerophytes that provide insights for crop imp...
This review first delineates the structural features of PUB proteins, highlighting their conserved domains and associated regulatory motifs, and systematically dissects their multifaceted functions in abiotic stress adaptation, encompassing drought, salinity, extreme temperatures, oxidative stress, heavy metal toxicity...
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.
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