The initial metabolism of fructose is thought to primarily take place in the liver. Using stable isotope labeling combined with tissue and arterio-venous sampling, Jang et al. (2018) demonstrate that in mice, the small...
The present paper reviews the physiological responses of human liver carbohydrate metabolism to physical activity and ingestion of dietary sugars. The liver represents a central link in human carbohydrate metabolism and a...
The initial metabolism of fructose is thought to primarily take place in the liver. Using stable isotope labeling combined with tissue and arterio-venous sampling, Jang et al. (2018) demonstrate that in mice, the small...
We explore the novel hypothesis that carbohydrate availability is involved in the regulation of energy balance with exercise, via hormonal and neural signals. We propose that carbohydrate availability could play a direct...
During short-term recovery, postexercise glucose–fructose coingestion can accelerate total glycogen repletion and augment recovery of running capacity. It is unknown if this advantage translates to cycling, or to a longer...
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