Key result
Single-leg exercise training increased glucose uptake during exercise under maximal insulin stimulation more in trained legs compared to untrained legs (change: 28 vs 23 mg/min/kg; P<0.05).
Why the study?
Does exercise training increase glucose uptake in human muscle during exercise and maximal insulin stimulation?
Population
6 healthy men, mean age 23 +/- 0.4 yr
Comparison
One-legged exercise training for 10 weeks vs Contralateral sedentary (untrained) leg
Follow-up
10 weeks
Authors
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Hypothesis-generating for local muscle adaptations; does not support practice changes without larger trials.
Does exercise training increase glucose uptake in human muscle during exercise and maximal insulin stimulation?
Absolute Event Rate: 28% vs 23%
p-value: p=<0.05
Exercise training enhances the additive effect of exercise on maximal insulin-stimulated glucose uptake in human skeletal muscle.
Dela et al. (1994) studied Healthy (n=6). Single-leg exercise training vs. Untrained (sedentary) leg was evaluated on Increase in glucose uptake with exercise (p=<0.05). Single-leg exercise training increased glucose uptake during exercise under maximal insulin stimulation more in trained legs compared to untrained legs (change: 28 vs 23 mg/min/kg; P<0.05).
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