Preface

This book, Volume 7 of the book series “The Chemistry Inside Spices & Herbs: Research and Development”, presents miscellaneous roles of phytochemistry in the form of nine chapters written by experts in the field, with extensive discussion and assessment of herbal medication. This volume deals with the comprehensive information on nanotechnology in the field of herbal medication, spices as antioxidants, herb-based biosensors, detailed phytochemistry, and medicinal applications of Celastrus paniculatus, Elsholtzia genus, Tinospora, Curcuma longa L., Salvia rosemarinus (rosemary), and Boerhaavia diffusa.

Chapter 1, by Noor and Kohli delves into the role of various herbal medicine-based Nanoformulations like Phytosomes, Solid lipid carriers (SLNs), Nanostructured Lipid Carriers (NLCs), Nanoemulsions, Nanogels, Polymeric nanoparticles, etc, bypassing the limitations of herbal medicines like bioavailability, solubility, stability, and therapeutic activity. The chapter also covers the latest advancements in nanotechnology, which not only overcome the key challenges of herbal medicines but also convert them into safer, sustainable, and effective formulations. The chapter explores the futuristic opportunities for herbal drug delivery, implementing nanotechnology as the key to unlock the power of herbal therapeutics.

Chapter 2, written by Adhikary et al, reviews a multitude of spice compounds as exogenous antioxidants that have been corroborated to control cellular oxidative stress and their roles in ameliorating concomitant disease conditions.

Chapter 3, by Halpani et al focuses on the progress of various herb-based biosensor and their advances in biosensing applications and development in analytical science over the last three decades. It also highlights the construction, mechanism, and key characteristics of biosensors based on herbs, as well as discussing their properties, limitations, and future perspectives.

Chapter 4, by Kolambkar et al delves into the ethnopharmacological applications, phytochemical profile, and diverse pharmacological activities of Celastrus paniculatus Wild (CP.).

Chapter 5, by Sahu et al comprehensively explores the phytochemical and pharmacological properties and applications of the Elsholtzia genus.

Chapter 6, by Kumar et al aims to review phytochemistry and pharmacology of Tinospora with emphasis on bioactive compounds and contending pharmacological behaviours. It focuses on techniques used in isolating and chemically characterizing these compounds. In addition, the chapter revisits the current and prospective clinical uses, toxicity profile, and possible future investigations of Tinospora-derived drugs.

Chapter 7, written by Riaz et al, presents a very comprehensive assessment of the chemistry and biology of Curcuma longa L. This chapter also provides an up-to-date chemical synthesis of curcumin and its major pharmaceutical natural products, along with its derivatives/analogs. This work provides phytochemistry, pharmacology, synthesis, and essential oils from C. longa. It provides relevant scientific data to facilitate medicinal chemistry research for designing and developing new molecular medicine and nutraceuticals.

Chapter 8, written by Kumar and co-authors, provides a comprehensive update of the phytochemistry of rosemary (Salvia rosemarinus) plants and pharmacological effects of its phyto-compounds.

Chapter 9, created by Shil et al, presents a comprehensive overview of phytochemistry and pharmacological applications of Boerhaavia diffusa, a perennial creeping plant belonging to the Nyctaginaceae family. The study provides a comprehensive overview of the phytochemical and pharmacological properties of Boerhaavia diffusa, offering valuable insights for students, academicians, and future research.