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We investigated the effects of obesity on the soleusmuscle in the rat.
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For the slow soleusmuscle the procedure was undertaken for the type II fibres.
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Muscle fiber composition, capillary density and blood flow in the soleusmuscle were evaluated.
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Motor evoked potentials in soleusmuscle after transcranial magnetic stimulation showed normal threshold and latencies.
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We also investigated these activities at different times after acute exercise of rat soleusmuscle.
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Phosphocreatine concentration was decreased and inorganic phosphate concentration was increased in soleusmuscle frozen in situ.
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Two months after denervation, the soleusmuscle was investigated using light and electron microscopy and biochemical methods.
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In soleusmuscle, all experimental diets were associated with a decrease in TTP, compared to control diet.
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Finally, spectra were acquired from the soleusmuscle of healthy volunteers in order to evaluate performance in vivo.
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Results: Locomotor training caused slight increase in denervated rat soleusmuscle weight and significant increase in its fiber diameter.
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In addition, cancer cachexia decreases the fatigue resistance of the soleusmuscle, a postural muscle typically resistant to fatigue.
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Obesity also inhibited the biogenesis and function in the mitochondria and altered the fiber type composition in the soleusmuscle.
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There were nonsignificant trends for increased glucose transport in the slow-twitch soleusmuscle and in the mixed-fiber red gastrocnemius muscle.
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The H reflex in the soleusmuscle was strongly modulated in a manner appropriate to the requirements of the motor task.
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The study's objective was to investigate how estrogen deficiency and run training affect the tibial bone- soleusmuscle functional relationship in mice.
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These results indicate that motoneuron excitability changes are observed in the soleusmuscle with mechanical conditioning but not with electrocutaneous conditioning.