Exercise Books And Description

Advanced Exercise Endocrinology by Katarina T. Borer examines the relationship between hormone function and physical activity, observing the ways in which the endocrine system responds to exercise. It covers the effects of hormones during physical activity, highlighting fundamental concepts and research.

Genetics Primer for Exercise Science by Stephen M. Roth is dedicated to exploring the role of DNA and genetics in relation to physical activity and exercise. As one of the first texts to cover the subject, the book is a fundamental resource for understanding how genetics may affect sports performance and the ethical issues they may raise.

Exercise Cognition-Interaction: Neuroscience Perspectives by Terry McMorris looks at the correlation between cognitive functioning and physical activity. It explores how neurochemical changes in the brain impact cognitive functioning, and the role of exercise in setting off those changes. The book also covers the effects of exercise on individuals with neurological disorders.

Dawson J. Kidgell and Alan J. Pearce’s Principles of Exercise Neuroscience examines how the nervous system responds to exercise by modifying its functions. It explores the concept of neuroplasticity, discusses the neurological benefits of physical activity, and covers crucial theories involved in exercise science and physiology.

Stephen S. Cheung’s Advanced Environmental Exercise Physiology uses an integrative approach to explore the human capacity to engage in exercise in various environments. It discusses how the body adapts to unfamiliar environments and how this affects its ability to engage in physical activity.

Advanced Cardiovascular Exercise Physiology by Denise L. Smith and Bo Fernhall examines how acute and chronic training affect the cardiovascular system. The book builds on medical research and fundamental concepts to explore the various cardiovascular actions and responses during physical activity.

Advanced Neuromuscular Exercise Physiology is Phillip Gardiner’s notable attempt to combine various neurophysiology, biochemistry, and muscle physiology concepts. The book covers various subjects relevant to contemporary exercise science, including metabolic pathways, aerobic endurance training, and neuromuscular diseases, to name a few.

Molecular Exercise Physiology by Henning Wackerhage is a fundamental resource for exercise science and contemporary sport. It discusses the different molecular mechanisms that take place in the human body before, during, and after exercise. It also covers central themes in the field of exercise physiology, such as endurance training, chronic disease and aging, resistance training, and nutrition.

John Saxton’s book takes an evidence-based approach to understanding the long-term benefits of physical activity for individuals with chronic ailments. It discusses how exercise impacts the overall quality of life and health-related outcomes.

Exercise and Human Reproduction discusses the effects of physical activity on male and female fertility. It explores the reproductive potential of young athletes, the use of oral contraceptives, and exercise-related reproductive disorders.

Exercise Biochemistry covers the basic principles of biochemistry in detail. The student-friendly book simplifies technical topics, highlighting the correlation between physical activity and molecular-level functioning.

Exercise Effect on Mental Health studies the brain’s underlying mechanisms, exploring the relation between exercise and mental health. It provides a comprehensive overview of the impact of physical activity on individuals with mental health disorders.

Exercise Genomics shares an insight into preventive medicine by exploring the role of genomics and genetics in the context of physical activity. The book also lays the foundation for the future of exercise genomics.

Exercise Immunology explores a niche within exercise physiology. It observes the connection between exercise and a person’s immunity and infection risk.

Exercise Metabolism observes the relationship between physical activity and the body’s natural metabolic processes. It also discusses the concepts of endurance training, fatigue, and metabolic adaptations.

Exercise Oncology is a groundbreaking academic text that explores the effects of supervised exercise on cancer prevention and control. It also discusses the ways physical activity can be incorporated into cancer treatment plans. 

Exercise Physiology covers the fundamental principles of modern-day molecular biology and exercise physiology. It’s a remarkable resource for students and researchers alike, discussing various concepts pertinent to the field.

Exercise Psychology looks at the biological and psychological effects of exercise, exploring how they impact mental health. The psychobiological concepts discussed in the book provide a unique perspective by examining cognitive, environmental, and social influences.

Exercise and Sports Pulmonology shares a comprehensive insight into the relationship between the lungs and physical activity. It discusses how respiratory impairment and disease may impact an individual’s sports performance.

Bioenergetics Primer for Exercise Science explores a branch within exercise physiology, looking at the role of bioenergetics and metabolism in exercise performance. It covers the fundamental concepts and is a valuable resource for beginners in the field.

Exercise and Sports Cardiology examines how cardiac problems can affect sports performance among athletes. It explores the practices used in sports cardiology, looking at specific cardiac conditions, diagnoses, and treatments.

Sport and Exercise Pharmacology comprehensively explores the role of drugs and supplements in improving and inhibiting sports performance. It also discusses the adverse reactions athletes may have to certain drug therapies and ways to prevent that from happening.

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With its focus on the normal and abnormal mechanical interactions between the muscles and joints of the body, Kinesiology of the Musculoskeletal System: Foundations for Rehabilitation, 3rd Edition provides a foundation for the practice of physical rehabilitation.

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