Physical activity refers to any
body movement produced by skeletal muscle contractions
resulting in an increase in energy expenditure. In
contrast, exercise represents a planned, structured, and
repetitive movement designed to improve or maintain
one or more components of fitness [17]. Importantly, it
is the muscle forces resulting from physical activity and
exercise which place the greatest loads on the skeleton
[18]. Numerous reviews focusing on the prevention and
management of osteoporosis include exercise or physical
activity as a preventive and treatment strategy [19–21]. In
addition, exercise is recognized to have beneficial effects
on multiple risk factors for falls, including impaired balance
and gait, loss of muscle mass, strength, and power,
as well as cognitive function. However, many questions
still remain as to what type, intensity, frequency, and
duration of physical activity or exercise is optimal to benefit
the aging skeleton and prevent osteoporotic-related fractures.
Physical activity refers to anybody movement produced by skeletal muscle contractionsresulting in an increase in energy expenditure. Incontrast, exercise represents a planned, structured, andrepetitive movement designed to improve or maintainone or more components of fitness [17]. Importantly, itis the muscle forces resulting from physical activity andexercise which place the greatest loads on the skeleton[18]. Numerous reviews focusing on the prevention andmanagement of osteoporosis include exercise or physicalactivity as a preventive and treatment strategy [19–21]. Inaddition, exercise is recognized to have beneficial effectson multiple risk factors for falls, including impaired balanceand gait, loss of muscle mass, strength, and power,as well as cognitive function. However, many questionsstill remain as to what type, intensity, frequency, andduration of physical activity or exercise is optimal to benefitthe aging skeleton and prevent osteoporotic-related fractures.
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