Description
Title: Strategies for Drought Adjustment Mediated by Abscisic Acid: Molecular and Physiological Perspectives
Abstract: The most frequent unfavorable condition that hinders plant growth and development is drought, which modifies morphological, physiological, and biochemical processes and reduces the amount of biomass produced by plants. A complex adjustment mechanism is triggered by a water restriction condition to help plants survive the negative effects. This mechanism is mainly controlled by hormones, which directly protect plants by activating a number of signaling cascades. The level of endogenous ABA rises primarily as a result of water deficit signals, which also trigger signaling pathways involving transcription factors that strengthen plant defenses against drought-induced damage. Stomatal closure, seed dormancy, cuticular wax deposition, leaf senescence, and altered shoot and root growth are the main responses. Uncovering how plants respond to drought could yield insightful data, and a thorough understanding of the resistance mechanisms will aid in the development of strategies for increasing crop performance in water-restrictive environments. This review focuses on the historical and contemporary developments of ABA-mediated molecular mechanisms that plants can use to adapt to drought stress.
Keywords: ABA; cuticle; dormancy; drought; senescence; signaling; stomata
Paper Quality: SCOPUS / Web of Science Level Research Paper
Subject: Biology
Writer Experience: 20+ Years
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