Megha Barot – författare

This book presents both foundational and advanced insights into smart nanomaterials and related nanomaterials for environmental remediation. Several chapters explore the fundamentals of smart nanomaterials and their synthesis, enabling readers to understand the different classes of smart nanomaterials and their properties. The volume offers a comprehensive overview of the principles, recent advances, and applications of sustainable nanotechnologies for pollution mitigation, along with the associated challenges. Health and safety aspects are also discussed in the book in detail.This work further explains how bioactive and smart nanomaterials can be translated into real-time, commercially viable applications. Key emerging areas such as nanomaterial-based hydrogels, next-generation smart nanomaterials, and the remediation of microplastics and lanthanides are given special emphasis. By compiling recent developments in the use of smart nanomaterials for the remediation of air, water, and soil pollution, this book distinguishes itself as a timely and comprehensive resource in the field.

This volume explores the fascinating world of plant-based bioactive compounds that have influenced healthcare systems across centuries. From ancient Ayurvedic and Chinese traditions to modern biotechnology, it reveals how nature’s pharmacy continues to inspire the development of medicines, nutraceuticals, and cosmeceuticals. It highlights the incredible diversity of medicinal plants and their secondary metabolites, such as alkaloids, flavonoids, terpenoids, and glycosides, which have led to the discovery of many important therapeutic agents. The text emphasizes the growing importance of medicinal plants in the post-COVID era, reflecting the global shift toward sustainable and holistic health solutions. Blending traditional wisdom with advancements in genomics, metabolomics, molecular markers, and gene editing, it illustrates how biotechnology is reshaping plant-based drug discovery. This work serves as a valuable resource for researchers and professionals committed to uniting nature’s legacy with modern scientific progress.Key Features:This book● Provides a clear conceptual foundation of molecular markers and medicinal plants that smoothly transitions readers into advanced literature and technical discussions.● Delivers expert-driven insights for industrial-scale production, standardization, and commercialization of plant-based bioactives.● Explores innovative roles of molecular markers in tissue culture and in vitro propagation, unlocking scalable cultivation strategies.● Maps future directions in molecular medicine, highlighting the transformative potential of medicinal plants in precision healthcare.

Vegetables nourish, heal, and protect, a truth recognized for centuries and now reinforced by modern scientific discovery. Therapeutic Potential of Vegetables reveals the remarkable bioactive power hidden within everyday vegetables and explores their role as natural allies in disease prevention, management, and holistic well-being.Joining together traditional wisdom with contemporary research, this book uncovers the phytochemicals that make vegetables valuable sources of antioxidants, anti-inflammatory agents, antimicrobials, and nutraceuticals. Through clear scientific discussions, real-world case studies, and emerging innovations such as edible vaccines, nutrigenomics, and vegetable-based pharmaceuticals, it presents a comprehensive view of vegetables as future-ready therapeutic resources.Ideal for researchers, clinicians, nutritionists, agricultural scientists, industry professionals, and health-conscious readers, this volume in the Exploring Medicinal Plants series offers practical insights and a forward-looking perspective on plant-based healthcare. Discover how vegetables can evolve from simple dietary staples to scientifically validated medicines that contribute to a healthier and more sustainable future.

This volume explores the fascinating world of plant-based bioactive compounds that have influenced healthcare systems across centuries. From ancient Ayurvedic and Chinese traditions to modern biotechnology, it reveals how nature's pharmacy continues to inspire the development of medicines, nutraceuticals, and cosmeceuticals. It highlights the incredible diversity of medicinal plants and their secondary metabolites, such as alkaloids, flavonoids, terpenoids, and glycosides, which have led to the discovery of many important therapeutic agents. The text emphasizes the growing importance of medicinal plants in the post-COVID era, reflecting the global shift toward sustainable and holistic health solutions. Blending traditional wisdom with advancements in genomics, metabolomics, molecular markers, and gene editing, it illustrates how biotechnology is reshaping plant-based drug discovery. This work serves as a valuable resource for researchers and professionals committed to uniting nature's legacy with modern scientific progress. Key Features:This book* Provides a clear conceptual foundation of molecular markers and medicinal plants that smoothly transitions readers into advanced literature and technical discussions.* Delivers expert-driven insights for industrial-scale production, standardization, and commercialization of plant-based bioactives.* Explores innovative roles of molecular markers in tissue culture and in vitro propagation, unlocking scalable cultivation strategies.* Maps future directions in molecular medicine, highlighting the transformative potential of medicinal plants in precision healthcare.

This book presents both foundational and advanced insights into smart nanomaterials and related nanomaterials for environmental remediation. Several chapters explore the fundamentals of smart nanomaterials and their synthesis, enabling readers to understand the different classes of smart nanomaterials and their properties. The volume offers a comprehensive overview of the principles, recent advances, and applications of sustainable nanotechnologies for pollution mitigation, along with the associated challenges. Health and safety aspects are also discussed in the book in detail.This work further explains how bioactive and smart nanomaterials can be translated into real-time, commercially viable applications. Key emerging areas such as nanomaterial-based hydrogels, next-generation smart nanomaterials, and the remediation of microplastics and lanthanides are given special emphasis. By compiling recent developments in the use of smart nanomaterials for the remediation of air, water, and soil pollution, this book distinguishes itself as a timely and comprehensive resource in the field.

This volume explores the fascinating world of plant-based bioactive compounds that have influenced healthcare systems across centuries. From ancient Ayurvedic and Chinese traditions to modern biotechnology, it reveals how nature's pharmacy continues to inspire the development of medicines, nutraceuticals, and cosmeceuticals. It highlights the incredible diversity of medicinal plants and their secondary metabolites, such as alkaloids, flavonoids, terpenoids, and glycosides, which have led to the discovery of many important therapeutic agents. The text emphasizes the growing importance of medicinal plants in the post-COVID era, reflecting the global shift toward sustainable and holistic health solutions. Blending traditional wisdom with advancements in genomics, metabolomics, molecular markers, and gene editing, it illustrates how biotechnology is reshaping plant-based drug discovery. This work serves as a valuable resource for researchers and professionals committed to uniting nature's legacy with modern scientific progress. Key Features:This book* Provides a clear conceptual foundation of molecular markers and medicinal plants that smoothly transitions readers into advanced literature and technical discussions.* Delivers expert-driven insights for industrial-scale production, standardization, and commercialization of plant-based bioactives.* Explores innovative roles of molecular markers in tissue culture and in vitro propagation, unlocking scalable cultivation strategies.* Maps future directions in molecular medicine, highlighting the transformative potential of medicinal plants in precision healthcare.

This book presents both foundational and advanced insights into smart nanomaterials and related nanomaterials for environmental remediation. Several chapters explore the fundamentals of smart nanomaterials and their synthesis, enabling readers to understand the different classes of smart nanomaterials and their properties. The volume offers a comprehensive overview of the principles, recent advances, and applications of sustainable nanotechnologies for pollution mitigation, along with the associated challenges. Health and safety aspects are also discussed in the book in detail.This work further explains how bioactive and smart nanomaterials can be translated into real-time, commercially viable applications. Key emerging areas such as nanomaterial-based hydrogels, next-generation smart nanomaterials, and the remediation of microplastics and lanthanides are given special emphasis. By compiling recent developments in the use of smart nanomaterials for the remediation of air, water, and soil pollution, this book distinguishes itself as a timely and comprehensive resource in the field.

This book explores how nanoscale innovations are revolutionizing plant science and crop management, offering transformative solutions to some of agriculture’s most pressing challenges including nutrient loss, pest resistance, soil degradation, water scarcity, and the need for enhanced crop productivity. For over ten thousand years, agriculture has shaped civilizations, feeding societies and driving human progress. Today it stands at the threshold of a new era, one defined by the extraordinary potential of nanobiotechnology. Nanotechnology enables targeted delivery of fertilizers and pesticides, real-time monitoring of plant health through nanosensors, and the development of eco-friendly materials that reduce environmental impact. Yet, alongside these benefits come critical questions about ecological safety, long-term effects on food chains, and sustainable use. Blending cutting-edge research with practical insights, this book examines nanoparticle behavior in soil, water, and plant systems, strategies for minimizing risks, and innovative approaches for integrating nanotechnology into sustainable agriculture. Designed for higher level of students, researchers, scientists, and innovators, it provides a roadmap for harnessing nanobiotechnology responsibly. More than a reference, this book is a guide to the future of farming where technology and ecology converge to ensure food security, protect ecosystems, and shape a resilient agricultural future.

This book explores how nanoscale innovations are revolutionizing plant science and crop management, offering transformative solutions to some of agriculture’s most pressing challenges including nutrient loss, pest resistance, soil degradation, water scarcity, and the need for enhanced crop productivity. For over ten thousand years, agriculture has shaped civilizations, feeding societies and driving human progress. Today it stands at the threshold of a new era, one defined by the extraordinary potential of nanobiotechnology. Nanotechnology enables targeted delivery of fertilizers and pesticides, real-time monitoring of plant health through nanosensors, and the development of eco-friendly materials that reduce environmental impact. Yet, alongside these benefits come critical questions about ecological safety, long-term effects on food chains, and sustainable use. Blending cutting-edge research with practical insights, this book examines nanoparticle behavior in soil, water, and plant systems, strategies for minimizing risks, and innovative approaches for integrating nanotechnology into sustainable agriculture. Designed for higher level of students, researchers, scientists, and innovators, it provides a roadmap for harnessing nanobiotechnology responsibly. More than a reference, this book is a guide to the future of farming where technology and ecology converge to ensure food security, protect ecosystems, and shape a resilient agricultural future.