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Oxidants, Antioxidants and Impact of the Oxidative Status in Male Reproduction is an essential reference for fertility practitioners and research and laboratory professio… Read more
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Immediately download your ebook while waiting for your print delivery. No promo code needed.
Oxidants, Antioxidants and Impact of the Oxidative Status in Male Reproduction is an essential reference for fertility practitioners and research and laboratory professionals interested in learning about the role of reactive oxygen species in sperm physiology and pathology. The book focuses on unravelling the pathophysiology of oxidative stress mediated male infertility, recruiting top researchers and clinicians to contribute chapters. This collection of expertise delves into the physico-chemical aspects of oxidative stress, including a new focus on reductive stress. Furthermore, the inclusion of clinical techniques to determine oxidative stress and the OMICS of reductive oxidative stress are also included.
This is a must-have reference in the area of oxidative stress and male reproductive function.
1. Basic Aspects
1.1. Life under Aerobic Conditions
1.2. The Oxidant Paradox
1.3. Reactive oxygen species
1.4. Oxidative stress in Male Reproductive Health
1.5. Leukocytes as a cause of oxidative stress
1.6. Spermatozoa as a cause of oxidative stress
1.7. Reductive stress
1.8. Causes of reductive stress in male reproduction
1.9. Physiological role of ROS in male reproduction
2. Clinical Aspects
2.1. Epidemiology of oxidative stress in male fertility
2.2. Sperm oxidative stress and its impact on fertilization
2.3. Pathophysiological role of ROS in male reproduction
2.3.1. Male genital tract infections and leukocytospermia
2.3.2. Varicocele
2.3.3. Malnutrition and obesity
2.3.4. Diabetes
2.3.5. Thyroid dysfunction
2.3.6. Ageing
2.4. Clinical techniques to determine oxidative stress
2.4.1. ROS
2.4.2. NBT
2.4.3. Antioxidative capacity
2.4.4. ORP
2.5. Treatment of oxidative stress - in vitro and in vivo
3. Current approaches
3.1. The OMICS in ROS-mediated sperm function
3.1.1. Genomics and epigenetics (genetic basis of OS and ROS)
3.1.2. Transcriptomics and regulatory RNA
3.1.3. Proteomics and posttranslational modification
3.1.4. Metabolomics
4. Future developments
5. Conclusions
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