ponyboy wrote:
Sometimes the goal of strength training
is neuromuscular adaptation, not hypertrophy.
From Andy Coggan's piece "Strength Versus Power"
Quote:
Furthermore, these neurological adaptations are highly specific to the joint angles and velocities used in training. For example, with a proper resistance training program untrained subjects may increase their 1 repetition-maximum (i.e., the maximum amount of weight they can lift one time) during knee extension by almost 2-fold, but their strength (i.e., force at zero velocity) increases much less, i.e., by only 15-20%. The force generated at higher velocities increase little if at all, such that maximal power is actually unchanged. In effect, the neurological adaptations to weight lifting - which do not transfer to other exercise modes - alter or distort the force-velocity relationship, elevating force at low velocities but not higher velocities. Conversely, studies of individuals performing endurance training (cycling) have shown that maximal force increases at the velocities typically encountered when pedaling, but not at lower velocities.