Integrated Biochemical, Genetic and Environmental Modulators of Silkworm Performance

This definitive volume presents a cutting-edge research of how nutritional additives, nanomaterials, environmental stress, and heritable traits influence the growth and economic value of sericigenous insects, with emphasis on Bombyx mori and Samia cynthia ricini. Drawing from the research investigations, it highlights the growth-enhancing role of exogenous cholesterol, the developmental impact of honey supplementation and the physiological responses of silkworms to graphene-based nanomaterials. The text also examines heritability patterns and evaluation indices of key economic traits in bivoltine hybrids, providing essential guidance for breeding and selection programs. Insights into thermal stress-induced biochemical changes further strengthen understanding of climate-related challenges in Sericulture. Collectively, these works highlight integrative approaches that enhance hybrid performance, strengthen stress resilience and expand opportunities for sustainable Sericulture. This book serves as a concise yet comprehensive reference for researchers, students and professionals striving to elevate productivity and innovation in the global silk industry.