Sentences with phrase «abduction angle»

Grip width affects the shoulder angle during the sticking region in the bench press, where shoulder abduction angle is more acute and flexion angle is greater at the start of the sticking region using a narrow grip compared to medium and wide grip widths.

Using a wide or narrow grip width causes differences in the shoulder abduction angle, which are probably what leads to the stress being placed on different parts of the pectoralis major muscle.

The effect of hip abduction angle on gluteus medius EMG activity during performance of the single - leg glute bridge exercise has been investigated (Lee et al. 2013b).

Increasing hip abduction angle during several multi-joint hip extension exercises has been found to lead to increased gluteus medius muscle activity.

They reported no difference in the shoulder abduction angle at the point of minimal velocity of approximately 65 degrees.

Shoulder abduction angles are more acute in the narrow grip bench press.

Shoulder abduction angles are more acute when performing the narrow grip bench press.

In contrast, Webb et al. (2012) reported that the anterior deltoid displays a minimum muscle moment arm at small abduction angles and rises with increases in angle elevation.

Not exact matches

This is likely due to the vertical displacement of the bar at the start of the sticking point and resulting shoulder abduction and elbow flexion angles, and therefore, the sticking region of unsuccessful attempts starts earlier in the ascending phase compared with successful lifts.

The bench press grip width appears to affect peak shoulder abduction and horizontal flexion angles that correspond to key regions in the bench press, such as the sticking region.

Similarly, Fujisawa et al. (2014) found that hip flexion angle did not affect gluteus medius muscle activity when the knee was in full extension during isometric hip abduction.

During hip abduction, a greater hip flexion angle seems to lead to greater gluteus maximus EMG amplitude.

This study explored how both upper and lower gluteus maximus activation are affected by hip flexion angle when performing hip abduction.

The results show that operated dogs had significantly lower peak vertical, peak propulsive, and impulse propulsive forces on the limb and lower angles of hip joint abduction and extension than did normal dogs.

Although all owners subjectively expressed complete satisfaction with results of surgery at the end of the study, operated dogs still had objectively significantly lower peak vertical, peak propulsive, and impulse propulsive forces and lower angles of hip joint abduction and extension than did control dogs at day 120.

The hypothesis of the study was that promotion of active physical therapy during the first postoperative weeks combined with administration of an NSAID would minimize the reduction of mobility and, therefore, result in treated dogs having greater impulse propulsive forces and hip joint abduction and extension angles than dogs receiving a placebo.