New Training Strategies and Evaluation Methods for Improving Health and Physical Performance

© 2022 by the authors; CC BY-NC-ND license

balance; fatigue; female; support leg; recovery; body composition; BIVA; phase angle; R-Xc graph; somatotype; total body water; vector length; aerobic exercise; obesity; resistance exercise; subjective health status; walking; Sarcopenia; gait speed; cardiorespiratory responses; walking; physical fitness; older people; exercise; cooling; recovery; fatigue; thermal; environment; endurance; EMG; quadriceps; gluteus maximus; adductor longus; weight training; strength training; front squat; back squat; feet stance; spot reduction; body composition; resistance training; adipose tissue; MENS; oxygen consumption; deoxyhemoglobin kinetics; near-infrared spectroscopy; lactate; cycling; back squat; countermovement jump; sports performance; PAP; RM; training; VO₂ kinetics; muscle oxygenation; judo; upper body; arm crank; near-infrared spectroscopy; repeated sprint ability; bioelectrical impedance; vector analysis; lean soft tissue; fat mass; muscle mass; phase angle; track and field; sprinters; sprint start; block start; block velocity; biomechanics; kinematics; kinetics; sprint running; initial acceleration; sprint first stance; sprint first two steps; field-based tests; amputee soccer; assessment; disability; impairment; athletes; adapted sport; training programs; physical activity; effort; patients; athletes; n/a