Goutam Rath – författare

Nanofiber Therapeutics: Revolutionizing Cancer and Inflammation Management is a comprehensive resource designed to enrich knowledge, catalyze scientific advancements, empower patients, and inform policy decisions in nanomedicine. This book leverages the transformative potential of nanotechnology to combat cancer and inflammation, two of the most challenging health conditions today. The book explores the revolutionary potential of nanofiber-based therapeutics, aiming to develop innovative solutions that overcome existing treatment limitations and improve patient outcomes. It bridges the gap between basic scientific research and clinical application, synthesizing the latest advancements in nanofiber technology with insights from preclinical and clinical studies. Covering every facet of nanofiber therapies-from design and production to clinical applications-the book offers a comprehensive overview. It aims to educate healthcare professionals, researchers, policymakers, patients, and the public about the potential of nanofiber therapeutics, empowering stakeholders with the knowledge needed for informed decision-making and interdisciplinary collaboration. By highlighting cutting-edge research and technological innovations, this book inspires scientific curiosity and further research in the field. It fills a gap in the existing literature, laying the groundwork for future research and development, and driving advancements that could transform cancer and inflammation treatment.Provides a thorough examination of nanofiber therapies, encompassing design, production, and clinical applications in the treatment of inflammation and cancerPresents the most recent developments and studies in nanofiber therapeutics, including novel approaches to drug delivery and advancements in nanofiber technologyOffers insights into how nanofiber technologies can augment existing treatment approaches and improve patient outcomes

Nanofiber Therapeutics: Revolutionizing Cancer and Inflammation Management is a comprehensive resource designed to enrich knowledge, catalyze scientific advancements, empower patients, and inform policy decisions in nanomedicine. This book leverages the transformative potential of nanotechnology to combat cancer and inflammation, two of the most challenging health conditions today. The book explores the revolutionary potential of nanofiber-based therapeutics, aiming to develop innovative solutions that overcome existing treatment limitations and improve patient outcomes. It bridges the gap between basic scientific research and clinical application, synthesizing the latest advancements in nanofiber technology with insights from preclinical and clinical studies. Covering every facet of nanofiber therapies-from design and production to clinical applications-the book offers a comprehensive overview. It aims to educate healthcare professionals, researchers, policymakers, patients, and the public about the potential of nanofiber therapeutics, empowering stakeholders with the knowledge needed for informed decision-making and interdisciplinary collaboration. By highlighting cutting-edge research and technological innovations, this book inspires scientific curiosity and further research in the field. It fills a gap in the existing literature, laying the groundwork for future research and development, and driving advancements that could transform cancer and inflammation treatment. - Provides a thorough examination of nanofiber therapies, encompassing design, production, and clinical applications in the treatment of inflammation and cancer- Presents the most recent developments and studies in nanofiber therapeutics, including novel approaches to drug delivery and advancements in nanofiber technology- Offers insights into how nanofiber technologies can augment existing treatment approaches and improve patient outcomes

Emerging Strategies in Cancer Metabolism: Role of Gut Microbiota, Reactive Oxygen Species, and Short Chain Fatty Acids offers a revolutionary investigation of the complicated relationships between cancer metabolism and three crucial factors: the gut microbiota, reactive oxygen species (ROS), and the dysregulation of the short chain fatty acid (SCF) complex. This book adopts a thorough and interdisciplinary approach to untangle the intricate interactions between these components, providing fresh perspectives that fundamentally alters the understanding of cancer biology and therapy. In 14 chapters.Emerging Strategies in Cancer Metabolism: Role of Gut Microbiota, Reactive Oxygen Species, and Short Chain Fatty Acids provides a thorough investigation of the metabolic changes that occur inside cancer cells, illuminating how these changes promote tumour survival and progression, from introduction to future aspects. Researchers in cancer research, and gut microbiology will find this an essential reference.Creates new opportunities for focused therapies and patient-specific therapy plans by exploring the roles of the gut microbiota, ROS, and SCF dysregulation in cancer metabolismDiscusses in-vitro, ex-vivo, and animal models used to examine the effects of probiotics and their metabolites in cancer careFocuses on cutting-edge research on probiotics and their byproducts treatments in oncogene downregulation, autophagy induction, kinase inhibition, tumour suppressor reactivation, and metastasis prevention

Emerging Strategies in Cancer Metabolism: Role of Gut Microbiota, Reactive Oxygen Species, and Short Chain Fatty Acids offers a revolutionary investigation of the complicated relationships between cancer metabolism and three crucial factors: the gut microbiota, reactive oxygen species (ROS), and the dysregulation of the short chain fatty acid (SCF) complex. This book adopts a thorough and interdisciplinary approach to untangle the intricate interactions between these components, providing fresh perspectives that fundamentally alters the understanding of cancer biology and therapy. In 14 chapters.Emerging Strategies in Cancer Metabolism: Role of Gut Microbiota, Reactive Oxygen Species, and Short Chain Fatty Acids provides a thorough investigation of the metabolic changes that occur inside cancer cells, illuminating how these changes promote tumour survival and progression, from introduction to future aspects. Researchers in cancer research, and gut microbiology will find this an essential reference. - Creates new opportunities for focused therapies and patient-specific therapy plans by exploring the roles of the gut microbiota, ROS, and SCF dysregulation in cancer metabolism- Discusses in-vitro, ex-vivo, and animal models used to examine the effects of probiotics and their metabolites in cancer care- Focuses on cutting-edge research on probiotics and their byproducts treatments in oncogene downregulation, autophagy induction, kinase inhibition, tumour suppressor reactivation, and metastasis prevention

Advanced Nanofiber Technology in Cancer Management presents a comprehensive exploration of nanofiber-based systems for cancer therapy and diagnostics. It bridges pharmaceutical sciences, nanotechnology, and oncology to address the challenges of targeted drug delivery and systemic toxicity. The book covers biopolymer, peptide, carbon, and metal nanofibers, detailing their fabrication, characterization, and application in chemotherapy, immunotherapy, gene therapy, and photothermal treatment. It also explores diagnostic innovations such as biosensors and imaging-guided systems, alongside AI and 3D printing in nanofiber development. This volume benefits researchers, clinicians, and pharmaceutical developers by offering translational insights, regulatory perspectives, and real-world case studies. It supports informed decision-making in cancer management and product development.Provides multidisciplinary coverage of nanofiber applications in cancer therapy, integrating pharmaceutics, nanotechnology, and oncologyPresents real-world case studies on drug delivery, diagnostics, and resistance mechanisms using advanced nanofiber systemsExplores translational tools such as AI, 3D printing, and regulatory frameworks to support clinical application and commercialization