Sentence examples for metabolic changes produced from inspiring English sources

However, this inhibition is not complete, since it is well known that motor imagery involves an autonomic component, which anticipates the metabolic changes produced by the movement itself.

These authors suggested that low-frequency fatigue in vitro mimics the metabolic changes produced by peripheral fatigue in vivo: glycogen stores and phosphocreatine levels are depleted, intracellular pH falls, and Pi levels rise.

In the light of our results, the metabolic changes produced by highly inducing AEDs through the activation of the cytochrome P450 system do not lead to a clinically detectable increased risk of ischaemic stroke.

Therefore, the results further suggest that a diet rich in vitamin E may naturally give extra protection to the liver against any oxidative stress condition that may occur, leading to excess ROS production, as a result of metabolic changes produced if the animal is subjected to a stressful condition.

The changes produced dramatic results.

We consider that the efferent copy of the motor command during action planning has a double function: first, it contributes to motor prediction (internal forward model); second, it anticipates the metabolic changes (ANS activation) produced by the upcoming movement.

We used AlgaGEM to simulate the metabolic changes when H2 is produced under mixotrophic growth.

It is well established that a reduced intake of dietary energy results in metabolic changes similar to those produced by fasting [ 28, 29].

The relevant mechanisms could involve activation of intracellular metabolic changes similar to those produced by calorie restriction, i.e., stimulation of intracellular signals, such as AMPK, and inhibition of abnormal growth and survival pathways [ 11].

In summary, our work indicate that a nutritional stress induced by the EOD model of CR together with a moderate increase of energy expenditure through physical exercise produces metabolic changes that increase the efficiency of mitochondrial activity in muscle, reduces oxidative damage and improves physical performance.

When human sleep was restricted to four hours for six days, impaired carbohydrate metabolism and endocrine function were observed [35], leading the authors to suggest that long-term sleep loss might produce metabolic changes increasing the likelihood of obesity and type 2 diabetes [35], [36].