Titlebook: Bone Health Assessment in Pediatrics; Guidelines for Clini Ellen B. Fung,Laura K. Bachrach,Aenor J. Sawyer Book 2016Latest edition Springer

不可知論

Tools for Measuring Bone in Children and Adolescents,xplore the muscle-bone unit and the ‘mechanostat’. Peripheral QCT can be performed on dedicated peripheral or general purpose scanners; the 3D volumetric images acquired by multi-detector CT may offer advantages over 2D single slice pQCT in longitudinal studies and in children with disabilities whic

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Analysis and Evaluation of DXA in Children and Adolescents,ce values should be used to calculate a .-score. Selection of reference data should consider (1) the instrument manufacturer and software version as the absolute DXA values acquired on devices of different manufacturers vary, (2) provision of sex and race-specific reference curves, and (3) whether a

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緩和

Culpable

Lessons Learned from Clinical Research Using QCT, pQCT, and HR-pQCT, associated muscle deficits on bone strength accrual. Finally, we discuss challenges that face researchers and clinicians using these innovative tools and highlight research questions that might guide further study.

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Evaluation of Fracture Without Known Trauma: Use of DXA in Differential Diagnosis,le of bone densitometry in discriminating between healthy infants and children with possible NAI from those with OI. Details are also provided on non-ambulant children with cerebral palsy and those with congenital insensitivity to pain who are prone to fragility fracture.

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Rationale for Bone Health Assessment in Childhood and Adolescence, the “bone bank” for life. For this reason, optimizing bone acquisition in the first two decades can help prevent osteoporosis. Genetic factors determine an estimated 60–80?% of variability in PBM; hormones and nutrition, activity, and other modifiable factors account for the remainder. The expected

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