Ethylene action in plants

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The discovery of ethylene, a simple gas, as a plant hormone was groundbreaking. Our understanding of its diverse roles in plant development, physiology, and metabolism continues to grow, making the study of this hormone increasingly fascinating. Research into the genetic regulation of ethylene biosynthesis, the characterization of its receptors, and the analysis of signal transduction pathways has revealed how this molecule influences a wide range of processes. These advancements pave the way for new technologies that can help harness ethylene's potential in agriculture. The book integrates classic and emerging roles of ethylene in plant development, highlighting recent findings related to its receptors, promoters, antagonists, and the biological and environmental factors that influence ethylene responses. Dr. Nafees Khan, an expert from Aligarh Muslim University, has curated contributions from a distinguished group of international specialists, providing cutting-edge insights. The articles go beyond mere literature compilation, offering in-depth analyses that enhance our understanding of ethylene's complex interactions within plants.