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Full Description
Reactive Oxygen Species in Cardiometabolic Syndrome, Neuronal Diseases and Cancer: From Bench to its Potential Therapeutics systematically summarizes findings concerning the biochemical properties of various reactive oxygen species (ROS). The book opens with foundational coverage of ROS, ROS signaling, as well as the role of ROS in controlling gene expression. Subsequent chapters cover molecular mechanisms of ROS, regulation of gene expression, and antioxidant supplementation with cardiometabolic syndrome, various neuronal diseases, and cancer. It concludes with recent findings on therapeutic modulations of intracellular levels of ROS, which may significantly impact the development of novel agents for treating the conditions covered.
This is a must-have reference for scientists and medical professionals seeking to enhance their knowledge of ROS research and the impact on treatments for cardiometabolic syndrome, neuronal diseases, and cancer.
Contents
Section 1. Introduction to ROS
1. ROS in general
2. ROS signaling
3. ROS and regulation of gene expression
Section 2. ROS in cardiometabolic syndrome
4. Molecular Mechanisms of ROS in cardiometabolic syndrome
5. Molecular Mechanisms of ROS and Regulation of Gene expression in cardiometabolic syndrome
6. Antioxidant supplementation and Cardiometabolic syndrome
Section 3. ROS and neuronal diseases
7. Molecular Mechanisms of ROS in neurodegenerative diseases (Alzheimer, Parkinson, etc.)
8. ROS and psychiatric diseases (schizophrenia, etc.)
9. Antioxidant supplementation and neuronal diseases
Section 4. ROS and cancer
10. ROS and early stage of cancer (cancer development)
11. ROS and late-stage cancer (cancer metastasis)
12. Antioxidant supplementation and cancer
Section 5. Summary and concluding remarks
