Sports Nutrition (2nd Ed.) Energy Metabolism and Exercise Nutrition in Exercise & Sport Series
Coordonnateurs : Driskell Judy A., Wolinsky Ira
Exercise by itself tears down the body. To rebuild that body so that it expresses greater strength, endurance, and speed, requires sound nutritional practices based on fact rather than fad. Those practices must also recognize that specific needs vary greatly according to age, gender, and intensity of exercise.
Sports Nutrition: Energy Metabolism and Exercise offers a cutting-edge investigation of energy metabolism and exercise in relation to sports nutrition. Edited by the team of Ira Wolinsky and Judy Driskell, who continue to build on their reputation as leading experts on sports-nutrition, and written by researchers qualified for the task, this myth-busting work presents-
Various chapters examine the active body's need for energy-yielding carbohydrates, lipids, and proteins. The book also considers laboratory methods for determining the energy expenditure of athletes as well as unique assessment methods used to measure activity in the field. In addition, the text considers important physiological aspects of energy metabolism such as body weight regulation, and examines variances necessitated by gender and age.
Based on rigorous research, this readable work offers sound advice for all those concerned with the proper nourishment of the active body. Nutritionists, trainers, exercise physiologists, and athletes themselves will find much food for thought on nutrition science, as well as practical guidance in determining the ingredients required to maximize training.
Date de parution : 09-2007
15.6x23.4 cm
Thèmes de Sports Nutrition :
Mots-clés :
Energy Expenditure; muscle; Energy Source; glycogen; Muscle Glycogen; doubly; Exercise Intensities; labeled; Weight Gain; water; Energy Balance; energy; Indirect Calorimetry; expenditure; Plasma FFAs; indirect; Endurance Exercise; calorimetry; Carbohydrate Oxidation; carbohydrate; TCA Cycle; Carbohydrate Loading; Sex Difference; Physical Activity Records; Dietary Fiber; Amino Acid; GI; Viscous Dietary Fibers; IMCL Content; Dietary Fiber Intake; Muscle Mass; Rowing Ergometers; Young Men; Amino Acid Catabolism; Viscous Fiber