Nanotechnology in Plant Sciences – serie

The book provides an accessible introduction to the core concepts of nanotechnology, the interactions between plants and nanoparticles, and the basic techniques for delivering nanoparticles to plant systems. It offers detailed methodologies and in-depth discussions on the intersection of nanotechnology and plants. The chapters are organized to convey fundamental ideas and provide a comprehensive understanding of plant nanotechnology for readers of all levels. Currently, there is a lack of books addressing interdisciplinary research with a precise overview, and this book can fulfill that demand.The book will serve as a valuable source of fundamental and up-to-date information in the field of plant nanotechnology for graduate students, research scholars, academicians, and scientists from various disciplines.

The book provides an accessible introduction to the core concepts of nanotechnology, the interactions between plants and nanoparticles, and the basic techniques for delivering nanoparticles to plant systems. It offers detailed methodologies and in-depth discussions on the intersection of nanotechnology and plants. The chapters are organized to convey fundamental ideas and provide a comprehensive understanding of plant nanotechnology for readers of all levels. Currently, there is a lack of books addressing interdisciplinary research with a precise overview, and this book can fulfill that demand.The book will serve as a valuable source of fundamental and up-to-date information in the field of plant nanotechnology for graduate students, research scholars, academicians, and scientists from various disciplines.

This book discusses the convergence between nanotechnology and sustainability detailing the advances in addressing global challenges in achieving technological advancement in nanoscience. It delves into eco-friendly advancements in agricultural nanotechnology, highlighting the transformative potential and challenges. The core of the book emphasizes green chemistry approaches, detailing the biological routes for synthesizing nanomaterials, alongside non-biological methods that minimize environmental impact. It investigates the biocompatibility of green nanomaterials for safer applications and assesses their recyclability and reusability. Chapters on life cycle assessment provide insights into the environmental footprints of nanomaterials. The book contrasts top-down and bottom-up approaches while comparing chemical and green synthesis. Special attention is given to nanomaterials derived from lignocellulosic biomass, underlining the role of waste valorization. In addition, it offers a critical analysis of challenges and perspectives in green nanotechnology, setting a roadmap for sustainable advancements.The book consists of 18 chapters that explore various aspects of green synthesis of nanomaterials. Chapters are contributed by 64 recognized scientists from 7 countries and subjected to a rigorous review process to ensure quality presentation and scientific precision. Chapters begin with an introduction providing background followed by a detailed discussion of the topic accompanied by 129 high-quality color figures and 24 tables. Each chapter concludes with recommendations for future study directions. The book is an excellent reference source for graduate students engaged in nanotechnology and for professional researchers working on translational research on nanomaterial biological and physiochemical aspects.

This book discusses the convergence between nanotechnology and sustainability detailing the advances in addressing global challenges in achieving technological advancement in nanoscience. It delves into eco-friendly advancements in agricultural nanotechnology, highlighting the transformative potential and challenges. The core of the book emphasizes green chemistry approaches, detailing the biological routes for synthesizing nanomaterials, alongside non-biological methods that minimize environmental impact. It investigates the biocompatibility of green nanomaterials for safer applications and assesses their recyclability and reusability. Chapters on life cycle assessment provide insights into the environmental footprints of nanomaterials. The book contrasts top-down and bottom-up approaches while comparing chemical and green synthesis. Special attention is given to nanomaterials derived from lignocellulosic biomass, underlining the role of waste valorization. In addition, it offers a critical analysis of challenges and perspectives in green nanotechnology, setting a roadmap for sustainable advancements.The book consists of 18 chapters that explore various aspects of green synthesis of nanomaterials. Chapters are contributed by 64 recognized scientists from 7 countries and subjected to a rigorous review process to ensure quality presentation and scientific precision. Chapters begin with an introduction providing background followed by a detailed discussion of the topic accompanied by 129 high-quality color figures and 24 tables. Each chapter concludes with recommendations for future study directions. The book is an excellent reference source for graduate students engaged in nanotechnology and for professional researchers working on translational research on nanomaterial biological and physiochemical aspects.

Nanotechnology is redefining the future of agriculture by offering innovative solutions for enhanced crop productivity, sustainable farming, and improved soil health. Nanotechnology Applications in Modern Agriculture presents a comprehensive exploration of cutting-edge advancements in plant nutrition, disease management, crop protection, and precision agriculture. With detailed insights into nanoparticle synthesis, nanoencapsulation, and nanosensors, this book also delves into biosafety, ethical concerns, and emerging trends. A must-read for researchers, scientists, and students, this resource provides the knowledge needed to harness nanotechnology for a more resilient and efficient agricultural landscape. Authored by a distinguished team of 79 scientists from nine countries, this book comprises 22 rigorously reviewed chapters enriched with 27 tables and 63 color figures. It serves as a definitive resource for researchers, students, agronomists and professionals committed to leveraging nanotechnology for a sustainable agricultural future.

Green nanotechnology holds the key to transforming industries and addressing global challenges with sustainable solutions. This book explores the applications of green nanotechnology across diverse domains, from ecosystem sustainability and sustainable agriculture to cutting-edge manufacturing processes and advanced environmental monitoring. It explores innovative approaches for water purification, oil spill remediation, and wastewater treatment, along with advanced techniques for food preservation, energy harnessing, and controlling air and ocean pollution. Applications, including drug delivery and health monitoring using nanosensors, are discussed in detail, alongside critical perspectives on eco-nanotoxicology to ensure responsible and sustainable implementation. Authored by a team of 67 renowned scientists from five countries and featuring 18 meticulously reviewed chapters supported by 23 tables and 116 color figures, this book is a comprehensive guide for researchers, policymakers, and professionals striving for a sustainable future powered by nanotechnology.

Green Nanotechnology: Innovations and Applications in Biofuels, Environmental Management, and Healthcare is a comprehensive exploration of the cutting-edge research and developments in the field of green nanotechnology. This book delves into the integration of sustainable nanomaterials in diverse industries, focusing on their transformative potential in biofuel production, wastewater management, and therapeutic applications. With the global push for sustainability and eco-friendly solutions, green nanotechnology presents a unique avenue for addressing environmental and health-related challenges, while contributing to the development of cleaner, more efficient technologies. This book presents a collection of chapters from leading experts in the field, covering various facets of green nanotechnology, from biofuels to environmental remediation, and biomedical advancements. It provides a rich blend of theoretical insights and practical applications, making it an essential resource for researchers, engineers, healthcare professionals, and students alike.

The purpose of this book is to thoroughly understand the interaction of the most widely produced and commercial nanoparticles (NPs) with stressed plants and to study the physiological, biochemical, and molecular mechanisms by which NPs mitigate stressful conditions. This book explores recent advancements in NPs and their contribution to promoting plant growth, as well as improving plant tolerance to both abiotic and biotic stresses, along with the mechanisms behind these effects. To our knowledge, this is the first book focused on the impact of the most widely produced and commercial (15 types of NPs) on plants under abiotic and biotic stressors.The book is intended for researchers, academics, and postgraduate students in plant sciences, nanobiotechnology, agronomy, plant physiology, plant pathology, soil science, and environmental science. It will also be highly relevant to professionals working on abiotic and biotic stress management, nano-enabled agricultural inputs, sustainable crop production, and climate-resilient agriculture, as well as policymakers and industry specialists interested in nanoparticle-based strategies for sustainable plant solutions.

Engineered nanomaterials have become relevant in large-scale industrial applications and are used in many common devices and products. Their intentional and non-intentional release into the environment may have negative effects in terms of the health of humans and plants. There is increasing concern about nanotoxicity in plants because they are not only a fundamental part of the ecology but also the basis of trophic systems. Nanotoxicology is the branch of toxicology responsible for describing the effects of nanomaterials on living organisms and the environmental consequences resulting from their use. Thorough studies are important because nanomaterials have stronger toxicological effects than those reported for the same materials in bulk or in solution. The main toxicological factor observed in various organisms is oxidative stress. Many techniques have been used to evaluate the toxicity of nanomaterials in plants; however, currently, there is no consensus on the optimal method for evaluating toxicity in plants. A concern is that bioaccumulation of nanoparticles in plants can enter the food chain of animals and humans, constituting a health problem. Therefore, extensive safety research projects and regulations are urgently needed.This volume focuses on the mechanisms and analytical methodologies that are important in plant nanotoxicity and reviews the present status of the nanomaterials that might be directly and indirectly encountering plants. It discusses the characterization of nanomaterials in pristine form and complex biomolecules. The properties of ENM that are important for plant growth or toxicity, and the techniques to study the physiological and molecular impacts on plant bioprocess, are summarized in this volume. Studies on new omics technologies like transcriptomics, proteomics, and metabolomics for a deeper understanding of plant nanotoxicology are also discussed. The book serves as a valuable reference source for graduate students, researchers, academicians, and scientists of plant science and nanotechnology. It is a reference book for undergraduate and graduate students in life science disciplines as a bridge between textbooks and recent scientific literature, providing an in-depth knowledge of phyto-nanotoxicology.

Medicinal plants continue to play a vital role in global healthcare due to their reduced toxicity and side effects compared to conventional medications. Green synthesis of nanoparticles has emerged as a non-toxic, eco-friendly, and cost-effective research frontier, utilizing plants' abundant metabolites like vitamins and antioxidants. This book, divided into "Green Nanotechnology in Agricultural Industry" and "Biomedicine and Healthcare", presents 29 chapters from leading experts. It covers diverse facets of green nanotechnology, from biofortification and environmental remediation to biomedical advancements. Uniquely bridging agricultural and biomedical applications, it highlights the interconnectedness of environmental health and human well-being. Readers will gain a deep understanding of plant-based nanoparticle synthesis and their transformative applications in creating sustainable fertilizers, targeted cancer therapies, and advanced antimicrobial agents. This rich blend of theoretical insights and practical applications makes it an essential resource for researchers, engineers, healthcare professionals, and students seeking to apply sustainable nanotechnology in their teaching, research, or practice.