Which exercise is the best for glute med based on MVIC?

Which exercise is the best for glute med based on MVIC?

• A. Lateral band walk
• B. Transverse hop
• C. Side-lying hip abduction
• D. Single-leg deadlift

Answer: (C)

Maximum voluntary isometric contraction data show which position makes the gluteus medius work as the primary mover. In side-lying hip abduction, the leg lifts away from the other leg with the hips stabilized so that the glute med acts as the main hip abductor and the contributions from other muscles are minimized. This isolation tends to produce the highest %MVIC for the gluteus medius, meaning the muscle fires at its strongest voluntary level in this position. Lateral band walks, while effective for strengthening the glute med, involve more pelvic stabilization and recruitment of other muscles like the tensor fasciae latae and adductors, which spreads the workload and reduces maximal isometric activation of the glute med. Transverse hops are dynamic and involve many muscles; MVIC values are not maximized because the effort is not an isometric, isolated contraction. The single-leg deadlift emphasizes hip hinge mechanics and tends to recruit the gluteus maximus and posterior chain more than the gluteus medius as the primary abductor, so its MVIC for the glute med is typically lower. So, side-lying hip abduction best achieves the highest glute med activation in MVIC testing.

Maximum voluntary isometric contraction data show which position makes the gluteus medius work as the primary mover. In side-lying hip abduction, the leg lifts away from the other leg with the hips stabilized so that the glute med acts as the main hip abductor and the contributions from other muscles are minimized. This isolation tends to produce the highest %MVIC for the gluteus medius, meaning the muscle fires at its strongest voluntary level in this position.

Lateral band walks, while effective for strengthening the glute med, involve more pelvic stabilization and recruitment of other muscles like the tensor fasciae latae and adductors, which spreads the workload and reduces maximal isometric activation of the glute med. Transverse hops are dynamic and involve many muscles; MVIC values are not maximized because the effort is not an isometric, isolated contraction. The single-leg deadlift emphasizes hip hinge mechanics and tends to recruit the gluteus maximus and posterior chain more than the gluteus medius as the primary abductor, so its MVIC for the glute med is typically lower.

So, side-lying hip abduction best achieves the highest glute med activation in MVIC testing.