THE INTERRELATIONSHIPS BETWEEN BONE MINERAL AT DIFFERENT SKELETAL SITES IN MALE AND FEMALE CADAVERA

Author:

Aitken J. M.,Smith C. B.,Horton P. W.,Clark D. L.,Boyd J. F.,Smith D. A.

Abstract

1. Sections were cut from the third metacarpal, the radius, the femur and the third lumbar vertebra of thirty-four male and twenty-one female cadavera. The mineral content of these different specimens was measured by ashing and the relationships between the quantity of bone mineral present at these sites were examined. 2. In the females the whole bone density and mineral/unit length at both the midshaft metacarpal and the midshaft radius correlated significantly with the whole bone density at all the other sites. 3. In the males these correlations were much less significant and no significant correlation was found between the whole bone density of either the metacarpal midshaft or the radial midshaft and that of the third lumbar vertebra or the distal femur, although a highly significant correlation was found between those of the distal femur and the lumbar vertebra. 4. It is suggested that in women, measurements of either mineral/unit length or whole bone density of both the midshaft metacarpal and radius provide useful information on the whole bone densities at other sites throughout the skeleton. This work was supported by the Scottish Hospital Endowments Research Trust, the National Fund for Research into Crippling Diseases and G. D. Searle and Co. Ltd., High Wycombe.

Publisher

British Editorial Society of Bone & Joint Surgery

Subject

Orthopedics and Sports Medicine,Surgery

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1. Densitometry Techniques;Bone Densitometry for Technologists;2012-09-05

2. Densitometry Techniques;Bone Densitometry in Clinical Practice;2009-08-21

3. Metacarpal radiogrammetry: a useful indicator of bone loss throughout the skeleton?;Journal of Archaeological Science;2005-10

4. Semi-automated evaluation of the cortico-medullar index on radius radiographs: a study in prepubertal girls;European Journal of Radiology;2003-07

5. Densitometry Techniques;Bone Densitometry for Technologists;2002

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