High level of physical activity (PA) is associated with great muscle strength and high fracture risk. This prospective controlled population-based study evaluated how a pediatric PA intervention program influenced muscle strength and fracture risk
Aim: This study evaluated the musculoskeletal effects of increased physical activity on children, st...
Osteoporosis is a growing problem worldwide where Sweden has one of the highest fragility fracture i...
Daily school physical activity (PA) improves musculoskeletal traits. Whether or not benefits remain ...
Physical Activity (PA) can improve neuromuscular development. A high level of physical activity can ...
Background Physical activity (PA) in childhood is associated with musculoskeletal benefits while the...
We studied the effect in children of an exercise intervention program on fracture rates and skeletal...
Osteoporosis and related fractures are a global health problem. Physical activity, especially during...
INTRODUCTION: Children and adolescents are encouraged to maintain a habitually active lifestyle beca...
Published prospective pediatric exercise intervention studies are short term and use skeletal traits...
BACKGROUND: Most prospective pediatric exercise intervention studies cover <1 year and use bone trai...
Most pediatric exercise intervention studies, that evaluates the effect on skeletal traits include v...
This is the first study indicating an association between gradually diminished risk of fractures and...
Most pediatric exercise intervention studies that evaluate the effect on skeletal traits include vol...
Background: Intense physical activity (PA) improves muscle strength in children, but it remains unce...
Mechanical stimuli influence bone strength, with internal muscular forces thought to be the greates...
Aim: This study evaluated the musculoskeletal effects of increased physical activity on children, st...
Osteoporosis is a growing problem worldwide where Sweden has one of the highest fragility fracture i...
Daily school physical activity (PA) improves musculoskeletal traits. Whether or not benefits remain ...
Physical Activity (PA) can improve neuromuscular development. A high level of physical activity can ...
Background Physical activity (PA) in childhood is associated with musculoskeletal benefits while the...
We studied the effect in children of an exercise intervention program on fracture rates and skeletal...
Osteoporosis and related fractures are a global health problem. Physical activity, especially during...
INTRODUCTION: Children and adolescents are encouraged to maintain a habitually active lifestyle beca...
Published prospective pediatric exercise intervention studies are short term and use skeletal traits...
BACKGROUND: Most prospective pediatric exercise intervention studies cover <1 year and use bone trai...
Most pediatric exercise intervention studies, that evaluates the effect on skeletal traits include v...
This is the first study indicating an association between gradually diminished risk of fractures and...
Most pediatric exercise intervention studies that evaluate the effect on skeletal traits include vol...
Background: Intense physical activity (PA) improves muscle strength in children, but it remains unce...
Mechanical stimuli influence bone strength, with internal muscular forces thought to be the greates...
Aim: This study evaluated the musculoskeletal effects of increased physical activity on children, st...
Osteoporosis is a growing problem worldwide where Sweden has one of the highest fragility fracture i...
Daily school physical activity (PA) improves musculoskeletal traits. Whether or not benefits remain ...