Sentences with phrase «knee flexion led»

When exploring knee flexion during dynamic back extensions, Park and Yoo (2014) also found that increased knee flexion led to increased gluteus maximus EMG amplitude.

They found that hip extension performed in knee flexion led to greater gluteus maximus EMG amplitude than hip extension performing in knee extension (23 % vs. 13 % of MVIC).

Similarly, since previous studies have found that knee flexion leads to increased gluteus maximus EMG amplitude through active insufficiency of the hamstrings, placing the knee into flexion during back extensions might also be expected to increase gluteus maximus EMG amplitude during back extensions.

Not exact matches

Increasing load and wearing running shoes rather than no footwear appear to lead to more acute peak knee flexion angles.

However, increases in muscle fascicle length are also likely dependent on the mechanical load incurred by the prime mover, as knee flexion (hamstring only) exercise seems to lead to greater adaptations in the hamstrings than hip extension (hamstring, gluteus maximus, and adductor magnus) exercise, even when muscle length at peak contraction is shorter (Bourne et al. 2016).

By doing that toe lift, I'm starting to increase the flexion in the hips with the raising up of the foot and it leads to good mechanics where the foot is coming up and knees going forward.

Where exercises display peak hamstrings EMG amplitude at different degrees of knee flexion, this may imply that they could lead to increases in strength and hypertrophy in different parts of the hamstring muscles.

Exploring multiple sets of the Nordic hamstring curl exercise, Marshall et al. (2015) noted that a single set of 5 repetitions led to substantial reductions in peak eccentric knee flexion moments during the exercise, with even further reductions in subsequent sets, implying that performing the Nordic hamstring curl prior to practice or other exercise might not be advisable.

It is thought that lower hip abduction strength leads to a reduced ability to control the hip abduction and internal rotation movements of the thigh during knee flexion.

Knee flexion force production seems to be greater in prone than in supine (Barr & Duncan, 1988; Worrell et al. 1990), while standing may lead to greater force than prone (Kramer et al. 1996).