Arup Giri – författare

Waste to Resources: Unlocking Potential Applications of Agricultural Waste is a comprehensive textbook that explores various types of agricultural waste, their sources, and composition. Growing environmental concerns create a need to deploy sustainable processes within agriculture. This book sheds light on waste management techniques, covering both theory and practice, and advocates for re-framing agricultural waste as a valuable resource. It takes into account the latest research and regulatory considerations to give a well-rounded understanding of the subject. This textbook is an essential resource for upper-level undergraduate students, researchers, and professionals in environmental science and agricultural biology.The introductory chapters provide an overview of agricultural waste, including crop residues, livestock waste, pesticides, and chemical waste, and describe the environmental implications of these categories. The subsequent chapters delve into waste management techniques such as biogas production, nutrient recovery, recycling, and composting. The final chapter explores the regulatory and policy issues related to sustainable agricultural waste management.Provides a timely exploration of agricultural waste and how it can be utilized as a valuable resourceDelves into key concepts related to agricultural waste, waste management techniques, and their environmental impactGives an overview of the regulatory and policy issues surrounding waste management in agricultureOffers future directions to overcome barriers and expand opportunities for a sustainable and resilient agricultural sectorOffers online support, including PowerPoint slides for instructors and case studies for students

Exploring Noninvasive Disease Biomarkers with Urinary Omics Analysis offers a transformative journey into the world of non-invasive diagnostics. This comprehensive volume delves into the molecular foundations of urinary biomarkers, illuminating the intricate signatures that indicate various pathological conditions and elucidating the mechanisms behind their release into urine. Readers will gain invaluable insights into cutting-edge analytical technologies, methodologies, and data integration techniques essential for biomarker discovery. From genomic approaches to transcriptomics, proteomics, and metabolomics, each chapter provides a thorough examination of the latest advancements, accompanied by practical guidance and case studies showcasing their clinical applications across diverse health conditions.In addition to the foundational knowledge, the book highlights the clinical applications of urinary omics in diagnosing renal disorders, metabolic syndromes, and infectious diseases. It equips professionals and students with the tools needed to navigate the complexities of urinary omics, revolutionize personalized medicine, and advance transformative healthcare solutions. The practical guidance and case studies included in the book make it an invaluable resource for those looking to implement these advanced diagnostic techniques in clinical settings.Provides a comprehensive exploration of urinary omics, including an in-depth analysis of genomics, proteomics, and metabolomicsHighlights advances in analytical technologies for analyzing urinary biomarkers, offering a comprehensive overviewElucidates clinical application across health conditions, highlighting a holistic examination of urine's potential as a diagnostic reservoir

Designer Poultry Eggs: Innovations, Applications, and Future Outlook serves as a comprehensive guide to the science and practical applications of improving egg quality. It explores cutting-edge methods for enriching eggs with omega-3 fatty acids, vitamins, and minerals, while simultaneously reducing cholesterol content. This book is ideal for food scientists, nutritionists, and poultry industry professionals who aim to meet consumer demands, improve egg production, and promote sustainable practices. Beyond nutrient enrichment, the book delves into the use of antioxidants and innovative production strategies to create healthier eggs.It also offers insights into future trends, market applications, and the growing role of designer eggs in addressing global nutritional challenges. With actionable knowledge and strategies, this resource empowers readers to adopt sustainable solutions for enhancing egg quality and overcoming production challenges.Explores cutting-edge technologies and nutritional innovations in poultry farmingIncludes case studies to illustrate the challenges and implications of adopting innovative technologies in poultry farmingOffers practical guidance for engineering eggs with omega-3 enrichment, low-cholesterol, and other value-additionsConsiders ethics and sustainability when adopting designer egg technologiesAnalyzes the policy and regulatory landscape surrounding poultry egg production, with a future-oriented perspective

Snake Venom and Human Health: Translating Nature’s Toxins into Therapeutics offers a detailed exploration of the burgeoning field of venom-derived therapeutics. As biomedical research continues to uncover potential applications of snake venom, this book serves as an essential resource that bridges fundamental science and clinical application and examines how these potent biological substances are being transformed into innovative treatments for a wide array of health conditions, including cancer, infectious and parasitic diseases, cardiovascular issues, neurodegenerative disorders, diabetes, and autoimmune diseases. Starting with an overview of venom classification and structural insights, the book is organized into detailed chapters that cover the biochemical basis of snake venom, its therapeutic applications, and the emerging technologies supporting its development. Subsequent chapters explore specific medical applications-from anticancer and antimicrobial therapies to treatments for cardiovascular, neurological, dermatological, and metabolic disorders. It goes on to explore innovative topics as well as the regulatory and sustainability issues and ongoing challenges-such as safety concerns, ethical considerations, and scalability that surrounding venom research.Enriched by contributions from international experts in the field, Snake Venom and Human Health aims to provide researchers, clinicians, and industry professionals a thorough understanding of both the scientific foundations and the translational aspects of venom-based therapeutics.Offers a detailed exploration of the therapeutic potential of snake venom, highlighting its applications in treating cancer, antimicrobial resistance, cardiovascular, and neurodegenerative diseasesProvides practical guidance on developing venom-based therapeutics, addressing challenges in extraction, safety testing, and clinical implementationExamines emerging trends such as bioengineering, nanotechnology, and artificial synthesis, and offers future-oriented perspectives and policy strategies to accelerate venom-based drug developmentFeatures insights from leading experts on cutting-edge multidisciplinary research on venom’s role in combating antimicrobial resistance and advancing novel medical treatments

Microplastics in Animal and Human Physiology: Toxicity, Mechanisms and Mitigation addresses the urgent environmental challenge posed by microplastic pollution. As microplastics infiltrate ecosystems and food chains, their implications for wildlife and human health have become increasingly critical. This reference compiles the latest research on microplastic toxicity, mechanisms of action, and mitigation strategies, offering a thorough understanding of their environmental and physiological effects. The book's contents include in-depth chapters on the mechanisms of microplastic toxicity, epidemiological trends related to exposure, and the implications for various biological systems. Each chapter integrates findings from diverse fields, offering a holistic view of microplastic pollution's impact on both animals and humans. The interdisciplinary approach ensures that readers gain insights into technological advancements, policy frameworks, and ecological considerations necessary for effective response strategies. Microplastics in Animal and Human Physiology serves as an essential resource for scientists, educators, and policymakers. By presenting a comprehensive overview of current knowledge and future directions, this reference empowers readers to engage in informed discussions and actions to combat the pervasive issue of microplastics, ultimately contributing to environmental sustainability and public health protection.Provides a comprehensive exploration of the impact of microplastics on animal physiologyHighlights cutting-edge research on human health implicationsOffers a global perspective on the state of microplastic pollutionProposes interdisciplinary approaches for mitigation and management

This book highlights the science underlying honey, which is central to an understanding of conventional medicine or ingredients of food used mostly in all societies and it is attracting increasing interest among food scientists and professionals worldwide.