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mTOR-AUTOPHAGY-CD38 and CHRONIC DISEASES IN THE 21ST CENTURY

Description

In the critical exploration of chronic diseases management, 'mTOR, Autophagy, CD38 and Chronic Diseases in the 21st Century' stands as a comprehensive resource, ushering in new perspectives on disease treatment and prevention. Authored by Benoît Tano, MD, PhD, this pivotal work delves deep into the cellular mechanisms that underpin health and disease, exploring the integral roles of mTOR, autophagy, and CD38. Dr. Tano, with his profound expertise, navigates through the complex interrelations of these pathways in various chronic diseases, providing a beacon of understanding for researchers, clinicians, and students alike. This book meticulously outlines how disturbances in mTOR signaling and autophagy can influence the progression of diseases like cancer, neurodegenerative disorders, and metabolic syndromes, offering groundbreaking insights into potential therapeutic targets. It highlights the dualistic roles of autophagy in both protecting against and promoting disease and presents CD38 not only as a crucial enzyme in immunity but also as a promising target in novel therapies. Each chapter not only theorizes but also correlates with clinical practices and therapeutic insights, supported by case studies and recent research findings. Moreover, the book discusses the implications of pharmacological interventions targeting these pathways, examining advances and setbacks alike. The discussions extend beyond human medicine, exploring mTOR's impact in veterinary practice and plant biology, thus broadening the scope of its relevance. Whether it's detailing the potential of rapamycin therapy in autoimmune diseases, or exploring novel inhibitors in cancer treatment, this text serves as an indispensable guide for understanding how modifying these pathways can lead to significant clinical benefits. Forward-thinking and rigorously researched, 'mTOR, Autophagy, CD38 and Chronic Diseases in the 21st Century' is an essential addition to the libraries of medical health professionals and researchers aiming to stay at the forefront of medical science and patient care. Dive into this detailed analysis to grasp how the modulation of these crucial processes holds the key to transforming the landscape of chronic disease management and therapy.