Natural Biopolymers for Drug Delivery

Natural Biopolymers for Drug Delivery by Amit Kumar Nayak is an authoritative, reader-friendly guide that brings the promise of sustainable, cutting-edge drug delivery into clear focus. Ideal for researchers, formulators, and graduate students across the pharmaceutical and biomedical fields, this volume explores how biodegradable, nature-derived polymers are reshaping controlled release, targeted therapies, and translational medicine.

Combining rigorous science with practical insight, the book surveys the most relevant natural polymers—proteins, polysaccharides and their derivatives—and explains their physicochemical properties, formulation strategies, and characterization methods. Readers will find balanced discussion of nanoparticulate systems, hydrogels, films and implants, plus critical considerations for biocompatibility, scale-up and regulatory pathways. Realistic examples and application-driven analysis make complex topics accessible for both academic and industry audiences.

What sets this title apart is its focus on applicability: it connects material selection and design with clinical and commercial outcomes, helping you turn laboratory innovation into viable Books. Whether you are developing targeted nanocarriers, extended-release profiles, or wound-care biomaterials, the book delivers actionable guidance grounded in contemporary research.

A valuable resource for professionals in India, the Asia-Pacific region and worldwide, this book supports curriculum needs and R&D initiatives alike. Clear figures, concise explanations and a practical perspective ensure quick reference and long-term relevance.

If you need a compact, authoritative reference that bridges fundamental science and real-world drug-delivery solutions, Natural Biopolymers for Drug Delivery by Amit Kumar Nayak belongs on your shelf. Order your copy today to accelerate formulation development and stay current with sustainable biomaterial strategies.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.