Targeted Nanotechnology : Enhancing the Efficacy of Natural Anticancer drug Therapies

This book explores the role of nanotechnology in cancer treatment by improving the delivery of natural phytochemicals.It covers molecular mechanisms,targeting strategies, and nano-formulations for anticancer agents to increase their stability and efficacy. It is useful for researchers of oncology, nanotechnology, and pharmaceutical sciences.

This book examines the role of nanotechnology in advancing cancer treatment, focusing on phytochemicals derived from natural sources and their therapeutic delivery through nanotechnology. The initial chapters provide an overview of cellular and molecular mechanisms of cancer and present both passive and active targeting strategies to enhance the effectiveness of phytochemical-loaded nanosystems. The chapters also explore the nano-delivery systems tailored for potent anticancer agents such as camptothecin, berberine, paclitaxel, and many more. These molecules improve the bioavailability, stability, and efficacy of these bioactive compounds, addressing the latest innovations for agents like hesperidin, thymoquinone, epigallocatechin gallate, quercetin, and curcumin. The book also investigates the co-delivery of natural and conventional anticancer drugs, exploring potential synergies in cancer therapy. In addition, the chapters focus on nano-delivery systems for essential oils, carotenoids, and phytomolecules targeting drug-resistant cancer cells, and the role of natural compounds in cancer prevention. Key Features:Provides foundational insights into the cellular and molecular mechanisms of cancerExplores innovative nano-delivery systems for natural anticancer agents from phytoconstituentsDiscusses passive and active targeting strategies for phytochemical-loaded nanosystemsHighlights the therapeutic potential of nano-formulations for various natural compoundsExamines co-delivery of natural and synthetic anticancer drugs for improved efficacyThis book is useful for researchers and students in oncology, nanotechnology, and pharmaceutical sciences.