Abstract THIS BRIEF REVIEW ENCOMPASSES THE ROLE OF MAXIMAL STRENGTH AND
RATE OF FORCE DEVELOPMENT IN THE PRODUCTION OF MUSCULAR POWER. IT …

This series of reviews focuses on the most important neuromuscular function in many sport
performances, the ability to generate maximal muscular power. Part 1 focuses on the factors …

Abstract Kawamori, N., and GG Haff. The optimal training load for the development of
muscular power. J. Strength Cond. Res. 18 (3): 675–684. 2004.—Muscular power is …

This series of reviews focuses on the most important neuromuscular function in many sport
performances: the ability to generate maximal muscular power. Part 1, published in an …

SUMMARY THE UNDERLYING BASIS OF POWER IS THE OPTIMAL RECRUITMENT OF
MOTOR UNITS THAT ALLOW FOR THE NEEDED FORCE AT A GIVEN VELOCITY OF …

This review will revisit practitioner understanding of the development of power, before
outlining some of the key mechanical parameters that contribute to power development. This …

Abstract POWER-GENERATING CAPACITY SHOULD BE A PRIMARY TRAINING
OUTCOME FOR FOOTBALL ATHLETES. THE ABILITY TO BE EXPLOSIVE AND USE HIGH …

Power output for the athlete can range from 50 to 60 watts produced during light cycling or
jogging, to around 7,000 watts produced during the second phase of the pullforthe Olympic …

The ability to apply force rapidly has sometimes been labeled speed-strength. In actual
dynamic muscle performance the correct definition should be power (speed X strength). This …

This review discusses previous literature that has examined the influence of muscular
strength on various factors associated with athletic performance and the benefits of …