Exogenous Priming and Engineering of Plant Metabolic and Regulatory Genes

Exogenous Priming and Engineering of Plant Metabolic and Regulatory Genes by Manish Kumar Patel is a timely, authoritative guide that redefines how scientists and agribusiness professionals approach crop resilience and metabolic enhancement.

This book opens with a compelling overview of exogenous priming—practical, non-genetic triggers that prepare plants for stress—and moves quickly into contemporary strategies for engineering metabolic and regulatory genes to translate priming into durable agronomic gains. Written with clarity and depth, Patel synthesizes molecular biology, plant physiology, and applied biotechnology into actionable insights for researchers, graduate students, and industry practitioners.

Readers will find clear explanations of signaling pathways, metabolic rewiring, and gene regulatory networks, paired with real-world applications: improving drought tolerance, boosting nutritional profiles, and optimizing secondary metabolite production for pharmaceuticals and nutraceuticals. The text balances rigorous science with practical experimental design, making it a valuable resource for labs focused on CRISPR-based editing, gene expression modulation, and integrative breeding programs.

Whether you work in academic plant science, crop improvement, or agritech innovation, this volume offers tools to accelerate translational research and field-ready solutions. It’s particularly relevant to research communities across India, South Asia, and the global agricultural sector seeking regionally adaptable approaches to food security and sustainable farming.

Discover a roadmap that bridges fundamental research and applied outcomes—written by an expert committed to advancing plant metabolic engineering. Add this essential resource by Manish Kumar Patel to your library and empower your next breakthrough in plant science. Order your copy today to stay at the forefront of crop resilience and metabolic innovation.

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