Movement Integration increases post-activation potentiation and primes the motor system for force generation.

• A. Increase PAP and prime for force generation
• B. Decrease muscular endurance
• C. Increase fatigue
• D. Decrease neural activation

Answer: (A)

Movement Integration taps into post-activation potentiation, a temporary boost in neuromuscular performance that happens after a brief conditioning activity. By engaging dynamic, movement-based patterns, the nervous system and muscles are primed for a stronger burst of force. Mechanistically, PAP involves increased calcium sensitivity and enhanced motor-unit recruitment, so the next effort can be generated with more force. This is why the statement that it increases PAP and primes for force generation fits best. It wouldn’t align with increased fatigue or reduced neural activation, which would impair performance, nor with a focus on endurance, since the goal here is a short-term boost in explosive capability.