Exercise Testing and Prescription Strategies to Improve Quality of Life

© 2024 by the authors; CC BY-NC-ND license

Diabetes; medication; physical activity; physical heath; elderly; falls; gait; postural control; exercise; quality of life; physical training; activities of daily living; Modified Fatigue Impact Scale; total knee arthroplasty; walk training; knee muscle strength; quality of life; ventilatory threshold; V ˙ O 2 m a x ; performance; respiratory compensation point; women; muscles activation; stepping exercises; water immersion; COVID-19; health belief model; international students; physical exercise; motivation; satisfaction; task orientation; ego orientation; physical education; obesity; cardiometabolic health; quality of life; interval training; exercise prescription; cardiorespiratory fitness; maximal oxygen uptake; lactate; heart rate; glycemic control; WB-EMS; electric stimulation; strength training; strength test; puberty; isokinetic; peak torque; conventional ratio; muscle balance; depression; pediatric quality of Life; environmental health; sport and children; exercise; physical fitness; pain; patient outcome assessment; online intervention; health promotion; exercise; patient adherence; sedentary behavior; mobile applications; fibromyalgia; exercise; multicomponent training; aerobic training; resistance training; strength training; heavy resistance training; aerobic training; body composition; muscle hypertrophy; exercise satisfaction; physically active adults; exercise; physical activity; postpartum; exercise prescription; premature ventricular complexes; cardiac capacity; cardiopulmonary exercise test; oxygen uptake; performance; sedentary; women; anthropometric; interval training; n/a