Brown adipose tissue uncoupling protein content in human infants, children and adults

Содержание белка-рассоединителя бурой жировой ткани у человеческих младенцев, детей и взрослых
Michael E. J. Lean, W. P. T. James, G. Jennings, Paul Trayhurn
1986-09-01

brown adipose tissuemitochondrial inner membranesolid-phase radioimmunoassaythermogenic capacityuncoupling protein
A solid-phase radioimmunoassay is described for the estimation of the uncoupling protein content of human brown adipose tissue mitochondria, as an index of thermogenic capacity. The concentration of inner mitochondrial membrane uncoupling protein was measured in brown adipose tissue samples from 48 individuals who died suddenly. The uncoupling protein content of axillary adipose tissue was greater than that of perirenal adipose tissue. Variations in brown adipose tissue uncoupling protein content, which would be consistent with changing thermogenic requirements and capacity, were observed in different groups of subjects. Significantly lower concentrations were found in adults and in pre-term and stillborn infants than in older infants and children.
1
A solid-phase radioimmunoassay was developed to estimate uncoupling protein (UCP) content in human brown adipose tissue mitochondria as an index of thermogenic capacity.
2
Adults and pre-term and stillborn infants had significantly lower brown adipose tissue UCP concentrations than older infants and children.
3
Axillary brown adipose tissue had higher UCP content than perirenal brown adipose tissue.
4
UCP concentration was measured in brown adipose tissue samples from 48 individuals who died suddenly.
5
UCP content varied across subject groups in a manner consistent with differing thermogenic requirements and capacity.

Uncoupling protein content of human brown adipose tissue mitochondria

Variation in mitochondrial uncoupling protein concentration across anatomical sites and age groups (infants, children, adults) as an index of thermogenic capacity

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Publication Date
1986-09-01
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Authors
Michael E. J. Lean
W. P. T. James
G. Jennings
Paul Trayhurn
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