HIP BONE MASS AT 4 YEARS IS PREDICTED BY CALCIUM INTAKE AND PHYSICAL ACTIVITY

HIP BONE MASS AT 4 YEARS IS PREDICTED BY CALCIUM INTAKE AND PHYSICAL ACTIVITY

Dades bibliogràfiques
Autors principals:	Goodfellow, L, Crozier, S, Cole, Z, Dennison, E, Wareham, N, Ekelund, U, Cooper, C, Harvey, N, Robinson, S, Inskip, H
Format:	Conference item
Publicat:	2010

Ítems similars

(PREMIER POSTER-AWARD CANDIDATE) CHILDHOOD PHYSICAL ACTIVITY AND CALCIUM INTAKE PREDICT BONE SIZE AND DENSITY OF THE HIP: THE SOUTHAMPTON WOMEN'S SURVEY
per: Harvey, N, et al.
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Physical activity, calcium intake and childhood bone mineral: a population-based cross-sectional study.
per: Harvey, N, et al.
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Childhood physical activity is associated with bone mass at 4 years
per: Harvey, N, et al.
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PREPREGNANCY MATERNAL CALCIUM INTAKE IS ASSOCIATED WITH OFFSPRING BONE SIZE AND MINERALISATION AT 6 YEARS OLD
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CHILDHOOD PHYSICAL ACTIVITY IS PREDICTED BY MATERNAL PHYSICAL ACTIVITY AND IS INVERSELY ASSOCIATED WITH FAT MASS AT 4 YEARS OLD
per: Harvey, N, et al.
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Average physical activity is associated with hip size and density in boys but not girls at 4 years old
per: Harvey, N, et al.
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Childhood physical activity is associated with bone mass at 4 years
per: Harvey, N, et al.
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MATERNAL MILK INTAKE AND BONE MINERAL ACCRUAL BY 4 YEARS OLD: THE SOUTHAMPTON WOMEN'S SURVEY
per: Cole, Z, et al.
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MATERNAL MILK INTAKE IS ASSOCIATED WITH INCREASED OFFSPRING BONE MINERAL CONTENT
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Increased childhood milk intake is associate with increased bone mineral accrual by 4 years old
per: Cole, Z, et al.
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Parental height and childhood milk intake at 4 years are associated with catch up bone mineral accrual in early childhood
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Parental height and childhood milk intake at 4 years are associated with catch up bone mineral accrual in early childhood
per: Harvey, N, et al.
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(YOUNG INVESTIGATOR AWARD) PHYSICAL ACTIVITY IS ASSOCIATED WITH INCREASED VOLUMETRIC BONE DENSITY AND BONE STRENGTH IN EARLY CHILDHOOD
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GREATER CHILDHOOD VIGOROUS PHYSICAL ACTIVITY IS ASSOCIATED WITH IMPROVED STRUCTURAL PARAMETERS AND VOLUMETRIC DENSITY AT THE FEMORAL NECK
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per: Curtis, E, et al.
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INCREASED FAT MASS IS ASSOCIATED WITH INCREASED BONE SIZE BUT REDUCED VOLUMETRIC DENSITY IN PRE-PUBERTAL CHILDREN
per: Cole, Z, et al.
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INCREASED FAT MASS IS ASSOCIATED WITH INCREASED BONE SIZE BUT REDUCED VOLUMETRIC DENSITY IN PRE PUBERTAL CHILDREN
per: Cole, Z, et al.
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Change in maternal calcaneal QUS during pregnancy predicts linear foetal growth and bone mass accrual
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ACCRUAL OF LEAN MASS IN EARLY CHILDHOOD IS ASSOCIATED WITH HIP STRENGTH AND GEOMETRY AT SIX YEARS OLD: THE SOUTHAMPTON WOMEN'S SURVEY
per: Curtis, E, et al.
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Maternal vitamin D status and bone mass in the offspring
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Breast-feeding and adherence to infant feeding guidelines do not influence bone mass at age 4 years.
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Regulation of placental calcium transport and offspring bone health.
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Increased fat mass is associated with increased bone size but reduced volumetric density in pre pubertal children
per: Cole, Z, et al.
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Increased fat mass is associated with increased bone size but reduced volumetric density in pre pubertal children.
per: Cole, Z, et al.
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Placental calcium transporter gene (PMCA3) expression predicts intra-uterine bone mineral accrual
per: Martin, R, et al.
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Placental calcium transporter gene (PMCA3) expression predicts intra-uterine bone mineral accrual
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CHILDHOOD HIP STRENGTH IS PREDICTED BY GROWTH IN UTERO: THE SOUTHAMPTON WOMEN'S SURVEY
per: Harvey, N, et al.
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Placental calcium transporter (PMCA3) gene expression predicts intrauterine bone mineral accrual.
per: Martin, R, et al.
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Physical activity intensity, sedentary time, and body composition in preschoolers.
per: Collings, P, et al.
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Maternal predictors of neonatal bone size and geometry: the Southampton Women's Survey.
per: Harvey, N, et al.
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Fetal and infant growth predict hip geometry at 6 y old: findings from the Southampton Women's Survey.
per: Harvey, N, et al.
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THE RELATIONSHIP BETWEEN FETAL GROWTH AND CHILDHOOD BONE MINERAL ACCRUAL: THE SOUTHAMPTON WOMEN'S SURVEY
per: Harvey, N, et al.
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Parental predictors of intrauterine bone mineral accrual in 363 healthy singleton term pregnancies
per: Javaid, M, et al.
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Increased fat mass is associated with increased bone size but reduced volumetric density in pre pubertal children.
per: Cole, Z, et al.
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Paternal skeletal size predicts neonatal bone mineral accrual.
per: Harvey, N, et al.
Publicat: (2005)

Paternal skeletal size predicts neonatal bone mineral accrual
per: Harvey, N, et al.
Publicat: (2005)

Paternal skeletal size predicts neonatal bone mineral accrual
per: Harvey, N, et al.
Publicat: (2005)