Add to ORKGSummary In a free-living cohort of 4-year old children, mean daily time in moderate–vigorous physical activity and daily calcium intake at 3 years, were positively related to hip bone size and density. Relationships between physical activity and bone indices were stronger when calcium intake was above compared with below median (966 mg/day). Introduction We examined the cross-sectional relationships between childhood physical activity, dietary calcium intake and bone size and density. Methods Children aged 4 years were recruited from the Southampton Women's Survey. They underwent measure
Data from healthy children are needed to evaluate bone mineralisation during childhood. Whole body b...
Abstract Exercise and improved nutrition offer safe, low-cost and widely applicable approaches to po...
<p>Objective To examine relationships among daily activity levels, body composition and bone o...
Summary: in a free-living cohort of 4-year old children, mean daily time in moderate–vigorous physic...
UNLABELLED: In a free-living cohort of 4-year old children, mean daily time in moderate-vigorous phy...
This study aimed to determine the relationship between bone mineral content, habitual physical activ...
The purpose of this study was to assess the interactive effects of habitual physical activity (total...
Previous studies identifying factors that influence peak bone mass have typically focused on older c...
Objective: We examined the relationship between self-reported calcium (Cal intake and bone mineral c...
This study was conducted to determine if either calcium intake or physical activity is related to bo...
Abstract: Optimal peak bone mass and bone health later in life are favored by a sufficient calcium i...
Background: Bone mineralization can be influenced by genetic factors, hormonal status, nutrition, ph...
Summary Association between three physical activity (PA) measurements throughout adolescence and bon...
Aims: To examine the interaction of maternal factors (body composition, physical activity, diet and ...
textabstractThe association of height, weight, pubertal stage, calcium intake, and physica...
Data from healthy children are needed to evaluate bone mineralisation during childhood. Whole body b...
Abstract Exercise and improved nutrition offer safe, low-cost and widely applicable approaches to po...
<p>Objective To examine relationships among daily activity levels, body composition and bone o...
Summary: in a free-living cohort of 4-year old children, mean daily time in moderate–vigorous physic...
UNLABELLED: In a free-living cohort of 4-year old children, mean daily time in moderate-vigorous phy...
This study aimed to determine the relationship between bone mineral content, habitual physical activ...
The purpose of this study was to assess the interactive effects of habitual physical activity (total...
Previous studies identifying factors that influence peak bone mass have typically focused on older c...
Objective: We examined the relationship between self-reported calcium (Cal intake and bone mineral c...
This study was conducted to determine if either calcium intake or physical activity is related to bo...
Abstract: Optimal peak bone mass and bone health later in life are favored by a sufficient calcium i...
Background: Bone mineralization can be influenced by genetic factors, hormonal status, nutrition, ph...
Summary Association between three physical activity (PA) measurements throughout adolescence and bon...
Aims: To examine the interaction of maternal factors (body composition, physical activity, diet and ...
textabstractThe association of height, weight, pubertal stage, calcium intake, and physica...
Data from healthy children are needed to evaluate bone mineralisation during childhood. Whole body b...
Abstract Exercise and improved nutrition offer safe, low-cost and widely applicable approaches to po...
<p>Objective To examine relationships among daily activity levels, body composition and bone o...