The purpose of this study was to develop a model of muscle glycogen depletion and to study
the effect of this model on aerobic and anaerobic capacity of horses. The maximal rate of …

The purpose of this study was to determine the effect of muscle glycogen depletion and
subsequent replenishment on anaerobic capacity of horses. In a blinded crossover study …

The aim of this study was to investigate the effects of reduced muscle glycogen
concentration on some physiological and metabolic responses during moderate intensity …

The aim of this study was to examine the effects of a decreased muscle glycogen
concentration on metabolic and physiological responses to high intensity exercise. Six …

The objectives of this study were to determine the effects of 10 consecutive days of moderate‐
intensity training on 1) the muscular metabolic response to exercise at 100% of the pre …

In a switchback experiment, six mature mares were fed a control and a fat-supplemented
diet while being exercised in a galloping regimen. After three weeks adaptation to each diet …

In a switchback experiment, twelve mature Thoroughbreds were randomly divided into three
groups; each group was fed to achieve moderately low (ML), moderate (M) or moderately …

Because they are performance animals, the use of a horse depends on its ability to perform
muscular work. Factors such as training and age may contribute to the onset of fatigue, but …

Reasons for performing study: No studies in horses have examined the effect of route of
carbohydrate (glucose) administration on the rate of muscle glycogen storage following …

High intensity exercise is associated with production of energy by both aerobic and
anaerobic metabolism. Conditioning by repeated exercise increases the maximal rate of …