The Science of Free Radical Biology and Disease
Content
- List of donors
- Special recognition
- Preface
- Chapter 1: Introduction
- Part 2: Clinical correlates of acute and chronic diseases
- Free radicals play a crucial role in the functioning and dysfunction of the brain.
- Neuroinflammatory mediators
- Oxidative and nitrative stress in schizophrenia
- Hypoxia, hyperoxia, and oxygen variables influence oxidative signaling in retinopathy of prematurity.
- Oxidative damage to the retina
- The part oxidative stress plays in hearing loss
- Childhood disorders
- The oral cavity experiences oxidative stress due to interactions between reactive oxygen species.
- Oxidative stress and skin
- Oxidative stress in osteoarticular diseases
- Gene therapy is being used to reduce tissue inflammation in horses.
- Muscles and oxidative stress
- What part do oxidants and antioxidants play in male reproduction?
- Oxidants and antioxidants play a crucial role in female reproduction.
- These include reactive oxygen species, oxidative stress, and cardiovascular disease.
- Respiratory diseases are caused by oxidative stress and antioxidant imbalance.
- Oxidative stress and type 1 diabetes
- Children and adults suffer from metabolic syndrome, inflammation, and oxygen deficiency.
- Oxidative stress in chronic pancreatitis
- Physiology of Wound Healing with Hyperbaric Oxygen Therapy: Oxidative Damage and Antioxidant Imbalance
- Radiobiology and Radiotherapy 977
- Grapes are rich in polyphenols, antioxidants, and anti-inflammatories.
- Isotonic oligomeric proanthocyanidins
- Superoxide dismutase and other redox reactions
- Herbal medicine: Emphasis on past, present, and future uses of particular species.
- Ayurvedic perspectives on managing oxidative stress
- Clinical studies and results with antioxidants
- Clinical research uses statistical methods for decision-making.
- Phone book
Preface
This book commences by introducing the principles of oxidative stress, providing a historical perspective on the early pioneers of oxidative stress, and elucidating the fundamental principles of biochemical and molecular biology related to signaling pathways and biomarkers. This chapter also provides an explanation of differential diagnosis and a brief description of the use of diagnostic imaging.
The second part discusses the relationship between acute and chronic diseases, exploring new ways to resolve the issues between these two concepts. It shows how oxidative damage and inflammation drive the disease process, how immune system dysfunction leads to disease spread, and a high-level approach to treatment. These discussions focus on immune responses in early and chronic diseases. Here you will find a glossary and explanations for medical terminology and student questions. The text illustrates the effects of aging and life expectancy. Each chapter includes a topic box to inform students about their responsibilities.
The book encompasses sections that focus on the management of prevalent illnesses and alterations in development. The aim is to offer education students new perspectives in their professional activities. The Journal of Special Diseases publishes clinical articles. The focus of Oxidative Stress and Antioxidants is on oxidative stress in both basic research and clinical practice. These references originate from sequentially published scientific and medical papers. They are about outcome-based findings in eight different areas: The eight areas include (1) neuropsychology, psychiatry, and behavioral data, including the eye and ear; (2) pediatrics; (3) skin and musculoskeletal diseases; (4) gender-related issues; (5) chronic diseases; (6) pain and inflammation management; (7) health issues; and (8) biostatistics.
Students can use the book as a professional textbook or as a course text, providing an overview of oxidative damage and antioxidant balance. This chapter integrates science and medicine at the undergraduate and graduate levels and is suitable for both physicians and veterinarians, providing an overview of disease processes associated with oxidative stress and antioxidant imbalance.
Our authors have extensive experience in laboratory or clinical therapy. Each chapter explores the biomarkers and physiological functions associated with the concept of redox stress, a condition that, if left untreated, triggers a cascade of oxidative stress in chronic diseases, and offers relevant mechanistic data and alternative treatment options.
The emphasis on cutting-edge research areas enables students to select their career paths.
The book is original and should be of interest to students in the health sciences, biology, and health-related professions, as well as physician and nurse assistants and candidates for pharmacy, nutrition, exercise, sports medicine, psychology, and public health. Herbal and nature school programs, as well as specialist training and advanced training courses, can utilize this book.
Our goal was to provide a reliable source of current and emerging information on oxidative stress. So, we hope we have achieved our goals as writers. We appreciate the university’s support for writers. We sincerely hope that this article will benefit students and aid them in their professional pursuits.
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