Eccentric tempo—the speed at which a muscle lengthens under load—plays a significant role in determining both strain energy storage and mechanical tension, two critical factors in athletic performance and muscle growth. Manipulating the tempo of eccentric movements allows athletes to target specific training goals such as hypertrophy, power development, or injury … [Read more...] about The Effect of Eccentric Tempo on Strain Energy and Mechanical Tension
Mechanical Tension
Maximizing Hypertrophy: How Plyometric Jump Training Influences Mechanisms of Growth
In the world of sport and fitness, plyometric jump training (PJT) is widely known for improving power, agility, and speed. However, what many may not realize is its potential to stimulate muscle hypertrophy. While traditional resistance training remains the go-to method for muscle growth, recent research indicates that plyometric exercises may also drive the mechanisms of … [Read more...] about Maximizing Hypertrophy: How Plyometric Jump Training Influences Mechanisms of Growth
Mechanical Tension: Key to Muscle Growth
Mechanical tension is one of the primary drivers of muscle hypertrophy. It refers to the force generated when muscles contract under resistance, whether it's during lifting, lowering, or holding a weight. In the context of bodybuilding and hypertrophy-focused training, maximizing mechanical tension is critical for stimulating muscle growth. Unlike terms such as "metabolic … [Read more...] about Mechanical Tension: Key to Muscle Growth