From natural source to functional excipient, every material influences formulation performance, with its origin, composition, functionality, quality, safety and regulatory standing defining its value in practice. This Handbook brings these critical dimensions together in a systematically organized, scientifically focused reference for naturally derived excipients across pharmaceutical, cosmeceutical, nutraceutical, food and allied industries. Thoughtfully conceived around focused, comprehensive literature, this book encompasses a broad spectrum of natural polymers, gums, mucilages, starches, proteins, lipids, waxes, fibres and resins. Each chapter distils the key properties, applications and practical relevance of these materials, while demonstrating their diverse functional roles in formulation development, modern dosage forms and advanced drug-delivery systems.
The integration of pharmaceutical sciences, pharmacognosy, phytochemistry and natural-product science, together with practical and regulator y perspectives, provides comprehensive scientific framework for the characterization, evaluation and application of natural excipients. It serves as an authoritative reference for students, academicians, researchers, formulators, quality-control professionals, and industry personnel.
Key features
Ø Natural-product formulation perspective addressing scientific foundations for herbal and natural product- based formulations.
Ø Comprehensive quality, characterization, and standardization through identification, purity assessment, and quality-control parameters.
Ø In-depth monographic profiles detailing sources, composition, physicochemical characteristics, functionality, and pharmaceutical applications.
Ø Formulation-focused applications encompassing binding, disintegration, lubrication, emulsification, stabilization, gelling, film formation, and modified release.
Ø Pharmacopeial and regulatory insights encompassing specifications, quality standards, and regulatory information from recognized national and international sources.
Ø Safety and performance considerations addressing stability, incompatibilities, handling, storage, and appropriate utilization.
Ø Conventional to advanced drug-delivery applications spanning established dosage forms, innovative formulations, and advanced drug-delivery systems.
Ø Multidisciplinary pharmaceutical perspective integrating pharmacognosy, phytochemistry, pharmaceutics, pharmaceutical analysis, formulation science and regulatory sciences.
Ø Research-to-industry relevance supporting academic learning, natural-product research, formulation development, quality assessment and industrial applications.
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