We explored an in silico model of muscle energy metabolism and demonstrated its
theoretical plausibility. Results indicate that energy metabolism triggered by activation can …

Control mechanisms of cellular metabolism and energetics in skeletal muscle that may
become evident in response to physiological stresses such as reduction in blood flow and …

A mathematical model of the whole-body metabolism is developed to predict fuel
homeostasis during exercise by using hormonal control over cellular metabolic processes …

Sport is the most popular form of culture in societies across the world. In the last 50 years,
the multidisciplinary research area of exercise physiology has tremendously improved our …

Background Obesity prevalence is increasing worldwide, and it causes restrictions in the
respiratory system. Bioenergetics is known as energy management in a living cell …

Intense exercise leads to muscle fatigue, a contractile and metabolic failure of contracting
muscle to sustain desired work. It is widely accepted that the close relationship between …

Performance in endurance sports depends on the athlete's ability to generate power output
through muscle contraction. The energy requirements of muscles are satisfied by the alactic …

It has been proposed by Saltin (J Exp Biol 115: 345–354, 1985) that oxygen delivery by
blood is limiting for maximal work and oxygen consumption in humans during whole body …

Every developed and adapted biological system extracts useful energy from outside,
converts, stores it, and uses for muscular contraction, substrate transport, protein synthesis …

How skeletal muscles manage to regulate the pathways of ATP synthesis during large-scale
changes in work rate while maintaining metabolic homeostasis remains unknown. The …