Inbunden, Engelska, 2026
2 410 kr
Kommande
This book offers a comprehensive and authoritative examination of the green synthesis of nanoparticles derived from plant biomass, with a particular emphasis on their transformative potential in drug discovery. By integrating photochemical processes with plant‑based materials, it presents a sustainable and environmentally responsible approach to nanotechnology, underscoring how such methods can advance pharmaceutical research and innovation.Covering a wide spectrum of topics, the chapters explore the role of plant secondary metabolites in nanoparticle formation, the environmental advantages of using plant biomass, and the diverse biological activities exhibited by these nanomaterials. Readers will find detailed methodologies for nanoparticle synthesis, state‑of‑the‑art characterization techniques, and an overview of their applications in antimicrobial, anticancer, and drug delivery systems. The volume also includes compelling case studies demonstrating the successful therapeutic use of plant‑derived nanoparticles and their promise in the development of novel pharmaceutical agents.This book is an essential resource for researchers, scientists, and professionals in the pharmaceutical and biotechnology sectors who are engaged in the rapidly expanding field of green nanotechnology. By bridging nanotechnology, biotechnology, and phytochemistry, it offers critical insights into the future potential of plant biomass‑based nanoparticles and their integration into advanced drug discovery pipelines. The volume also addresses key challenges related to large‑scale production, regulatory pathways, and commercialization prospects, providing a clear roadmap for progress in the field.Whether you are a scholar exploring sustainable nanoscience or a practitioner involved in pharmaceutical development, this book delivers valuable knowledge on eco‑friendly nanomaterial production and its transformative implications for modern medicine. It is an indispensable reference for anyone seeking to understand innovative, sustainable approaches to drug discovery and development through the lens of green synthesis.
