Author Description

<p>Apocarotenoids are emerging as central players in plant biology, offering profound insights into growth regulation, stress responses, and developmental processes. Derived from carotenoids through oxidative cleavage, these compounds serve as key signaling molecules with far-reaching implications for plant physiology and crop improvement. Recent advancements in molecular biology, genetic engineering, and synthetic biology have accelerated research in this domain, making apocarotenoids a critical area of study for plant scientists, agricultural biotechnologists, and crop physiologists. Yet, despite their importance, comprehensive resources that integrate biosynthesis, signaling, and applied agricultural aspects have remained limited. <p><i>Plant Apocarotenoids: Biosynthesis, Signaling and Agricultural Applications</i> provides an in-depth exploration of both fundamental and translational aspects of these bioactive molecules. Organized into five sections, the volume begins with the fundamentals of apocarotenoid biosynthesis and signaling mechanisms before delving into specific compounds such as strigolactones, zaxinone, ²-cyclocitral, and ²-ionone. Special emphasis is placed on saffron apocarotenoids, reflecting their unique biochemical pathways and relevance to biotechnology. Later sections examine apocarotenoids in plant defense, symbiotic interactions, and stress adaptation, while concluding chapters address their engineering for agricultural applications such as crop resilience, biofortification, and global food security. <p>An authoritative resource that bridges basic science and applied outcomes, <i>Plant Apocarotenoids: Biosynthesis, Signaling and Agricultural Applications:</i> <ul><li> Features contributions from an interdisciplinary team of experts, integrating fundamental and applied research perspectives</li><li> Provides a complete overview of apocarotenoid structural diversity, biosynthesis, and regulation</li><li> Highlights the role of apocaroteno