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Information in Sport and Training Sciences
Maximal strength is inversely correlated with cardiovascular risks and mortality. Mainly due to our lifestyle, a decline in strength is observed from the age of 40 and accelerates between the ages of 50 and 70. Will specific strength training benefit everyone, regardless of age, gender or genetics ?
Accelerated loss of muscle mass is often seen in postmenopausal women. While resistance training is an ideal solution to this, the recommended intensity for increasing muscle mass may be too high for some women. Can beneficial effects be obtained with light loads ? And if so, with which workout frequency ?
Longevity has increased hand in hand with radical changes in our lifestyles where malnutrition, sedentary behavior and physical inactivity have become the norm. As a result, we are living longer but with potentially more health problems, limiting our daily activities and reducing our quality of life.
Gains in muscle mass are driven by many workout variables. One of these variables is the tempo, which is the speed at which each repetition is performed. How does tempo influence muscle gains ?
By improving the perception of somatosensory information, compression garments make balance control more optimal in the elderly, injured people and high-level athletes, but what about healthy and active people ?
Numerous studies have demonstrated over the past ten years the benefits of this simple practice before or after a workout on mobility and recovery. But what about foam-rolling with vibration ?
Cardiovascular disease is the leading cause of death in the world. And unfortunately, their incidence increases with age. And if physical activity remains an ideal prevention tool, adherence is often very low with seniors. What would be the minimum intake to observe health benefits for this population?
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The Elastic Band Resistance - A Scientific Approach to Performance, Health, and Fitness is the first book to explain the biomechanical and physiological principles that underlie elastic resistance and the value of this resistance in humans . At a time when sports equipment available to consumers, coaches and physical trainers are legion, the authors, both doctors in biomechanics and sports science, dispel misunderstandings and discard the misconceptions about elastic bands training. By combining theoretical explanations based on a hundred of scientific references and examples of practical applications, this book highlights the unsuspected qualities of resistance bands for all publics.
The Elastic Band Resistance - A Scientific Approach to Performance, Health, and Fitness addresses different aspects: sports performance to illustrate the potential gains in speed, strength and power, health to demonstrate interest in prevention and rehabilitation injury and fitness to explain the benefits on the musculoskeletal system of a workout with elastic bands for any public. A collection of illustrated exercises and training programs adapted to all are also available. As a guide, this book will explain many concepts while remaining accessible to larger numbers and creating a bridge between scientific knowledge and field applications.
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