Thus, the main issue involving the relationship between the variables of short-term training with elastic resistance, muscle structure and muscle function has yet to be resolved.
Recent studies using mouse models have shown that the dystrophin-associated proteins, the sarcoglycans and alpha-dystrobrevin, are critical for both cardiac and skeletal muscle membrane function, yet may exert their roles by different molecular mechanisms.
Tarantula has been used as a model system for studying skeletal muscle structure and function, yet data on the genes expressed in tarantula muscle are lacking.
Results from this study demonstrate that acute injection of exogenously stimulated muscle-resident stromal cells do not robustly impact aged muscle structure and function, yet increase the survival of new neurons in the hippocampus.
The relationship of hyperglycemia per se to declines in muscle function has not been explored yet has implications for developing appropriate intervention strategies to prevent muscle loss.
Maintaining muscle function is vital to maintain functional independence.
Muscle function is the second component of the functional evaluation.
A functional index was used to assess muscle function.
The incurable condition affects the nerves that control muscle function.
Normal body levels of potassium are important for muscle function.
