Sentences with phrase «angles during the squat»

Similarly, Ninos et al. (1997) found no changes in EMG amplitude with knee flexion angles during the squat, while changes in quadriceps EMG amplitude were noted.

Not exact matches

While low bar back squats do target the lower body, the mechanics and joint angles trained during the low bar back squat are significantly different than those needed when doing front squats, cleans, and high bar back squats.

Peak hip angle is more acute during the back squat than the front squat, Smith machine squat or deadlift.

Comparing differences between legs during the back squat, Flanagan and Salem (2007) found that peak knee flexion angles displayed bilateral differences, with the right side achieving a more acute angle than the left side.

Intervention — any acute study assessing peak trunk angles in the sagittal plane during the squat exercise

Swinton et al. (2012) found that peak trunk angle was similar in the traditional and powerlifting squat variations but was much less acute during the box squat.

Gutierrez and Bahamonde (2009) found that peak ankle angle was more acute during a free weight back squat compared to a Smith machine squat.

This section sets out a summary of the research that has explored the joint angle movements during the squat exercise, using motion analysis software in either two dimensions (2D) or three dimensions (3D).

Comparing differences between legs during the back squat, Flanagan and Salem (2007) reported that peak hip angles did not differ between legs and thus there were no bilateral differences.

Finally, Gutierrez and Bahamonde (2009) found that peak knee angle was more acute during a free weight back squat compared to a Smith machine squat.

Intervention — any acute study assessing peak ankle angles in the sagittal plane during the squat exercise

Both Russell and Phillips (1989) and Diggin et al. (2011) reported that peak trunk angle was more acute during the back squat than during the front squat (performed to a standardized depth).

Intervention — any acute study assessing peak hip angles in the sagittal plane during the squat exercise

Comparing the back squat with knee extensions, Signorile et al. (1994) found that muscle activity was greater during back squats than during knee extensions but Andersen et al. (2006) found the opposite results and Escamilla et al. (1998) found that muscle activity differences depended upon knee angle.

Changing the stance by altering step length or shank angle during split squats affects hip and knee moments.

This section sets out a summary of the research that has explored the net joint moments during the split squat exercise, using inverse dynamics calculations based on data from motion analysis of joint angle movements and on ground reaction forces measured using a force plate.

Changing the stance by altering step length or shank angle during split squats affects hip, knee and ankle angles.

Intervention — any acute study assessing peak knee angles in the sagittal plane during the split squat exercise

This section sets out a summary of the research that has explored the joint angle movements during the split squat exercise, using motion analysis software in either two dimensions (2D) or three dimensions (3D).

The peak trunk angle during split squats appears to be less acute than that during standard back squats.

Exploring the effect of step length and shank angle during split squats with the rear foot on the ground, Schütz et al. (2014) compared step lengths of 55 %, 70 %, and 85 % of leg length and tibia angles of 60, 75, 90 (tibia perpendicular to the ground) and 105 degrees across both front and rear legs.

There are few changes in joint angle movements during the deadlift, lunge and squat that could explain the changes in the pattern of net joint moments.

Peak trunk angle during split squats appears to be less acute than that during standard back squats.

This study shows that tibia angle and step length are important variables to consider during the split squat.

Peak ankle angle (at the bottom position) was more acute during the deadlift than during the squat (suggesting that the shank was less vertical in the deadlift than in the squat).

Peak knee joint angle (at the bottom position) was more acute during the squat than during the deadlift.