HIGHLIGHTS
SUMMARY
While stable isotope methodologies determine the net synthesis or degradation of protein content, it fails to characterise the synthesis of individual muscle proteins which precludes identification of their biological functions within the muscle cell. Few studies have assessed changes in specific muscle protein content in response to periods of unilateral lower limb suspension or bedrest in humans and the available data are limited to identification of a small number of individual proteins. Skeletal muscle proteome response to 14 d of unilateral lower limb immobilization Brocca and colleagues have previously examined the skeletal muscle proteome . . .
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