Aims: This chapter explores the physiological and physical adaptations of skeletal muscle in response to different exercise modalities, including cardiovascular training, lactate training, adenosine triphosphate-phosphocreatine (ATP-PC) training, and power training.
Methodology: A search was conducted on the wide body of research
that exists in and around the skeletal muscle and sports performance and aligns
the research in a clear manner. Grounded in the Principle of Myoplasticity, the
discussion exemplifies how muscle fibers, capillary supply, myoglobin content,
mitochondrial function, oxidative enzymes, and energy sources adapt to aerobic
training modalities.
Results: This chapter works to clarify the role of lactate
training in enhancing lactate tolerance and clearance mechanisms. Additionally,
ATP-PC training primarily drives neuromuscular adaptations such as improved
motor unit recruitment, synchronization, and muscle hypertrophy, contributing
to increased force production. A comparable response in power training
emphasizes neural efficiency and the stretch-shortening cycle, enhancing rapid
force generation and muscle contractile speed. Collaboratively, these
adaptations highlight the remarkable plasticity of skeletal muscle in response
to varied training stimuli, demonstrating how different exercise regimens
uniquely influence muscular performance and endurance.
Conclusion: The plasticity of muscle is highly contingent on the
stress placed upon it and the adaptations are extensively different.
Author
(s) Details
Christopher
K. Carroll
Department of Human Kinetics and Applied Health Science, Bethel
University, USA.
Please see the book here:- https://doi.org/10.9734/bpi/msti/v9/4612
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