This volume examines the impact of free radical biology on hepatic disorders such as viral hepatitis, alcoholic disease, iron overload, and Wilson’s disease. It thoroughly explores the role of oxidative stress in acute and chronic disease, addressing factors such as redox biomarkers; antioxidant defense and protection; cell signaling; mutations; oxidative damage involving lipids, proteins, and nucleic acids; membrane trafficking; inflammation; mitochondrial dysfunction; alterations in immunological function; toxicology; and hypoxia. Its four sections, consisting of chapters by recognized field leaders, deal with basic principles of oxidation and hepatology, oxidative stress-related pathophysiology, oxidative stress and liver disease, and liver cancer.
Intuitively structured and comprehensive, Studies on Hepatic Disorders is an invaluable addition to the Oxidative Stress in Applied Basic Research and Clinical Practice series and an essential resource for clinical hepatologists and researchers interested in the role of oxidative stress on liver function and disease.
This volume examines the current state of free radical biology as it impacts on hepatic disorders. It takes a thorough look at the relationship of oxidative stress in acute and chronic disease and takes into account factors like: redox biomarkers; antioxidant defense and protection; cell signaling, mutations; oxidative damage involving lipids, proteins and nucleic acids; membrane trafficking, inflammation, mitochondrial dysfunction, alterations in immunological function and toxicology and hypoxia. Studies on Hepatic Disorders, the latest volume in the Oxidative Stress in Basic Research and Clinical Practice series, provides a comprehensive look at liver topics. It is organized into four sections, each one thoroughly covering its topic and consisting of chapters written by recognized field leaders. Section One, covers basic principles including redox signaling, antioxidant defenses, nitric oxide, oxidative mechanisms in senescence and regeneration and the detection of oxidative stress. Section Two, explores Pathophysiology. It ranges from cell damage to fibrogenic response as broken out in chapters on hepatocellular injury, mitochondrial damage, unfolded protein response and autophagy, inflammation, ischemia-reperfusion injury and finally, fibrogenesis. Sections Three and Four cover specific diseases and cancer, respectively. Most of the chapters focus on diseases including acute failure, alcoholic disease, viral hepatitis, iron overload, autoimmune disease, Wilson’s disease and more, while the chapters on cancer round out the book. Provides a comprehensive look at all aspects of oxidative stress in the liver from basic science principles to cell damage and response Beyond the critical basic science and pathophysiology of liver disorders, most of the chapters focus on specific diseases and cancer, making this unique and essential reading for both research and clinical hepatologists Examines the current state of free radicals’ impact on hepatic disorders