Sentence examples for maximum knee angle from inspiring English sources

In the VG, the maximum knee angle increased significantly 2%% (2°) from pretest to posttest.

MT at maximum knee angle also developed similarly in both training groups.

These changes indicate an increase in MT at maximum knee angle.

The mean increases in MT at maximum knee angle in VG (34.3 %) and TTG (46.0 %) were significant.

For the TTG, neither time of measurement nor training stimuli influenced the development of the maximum knee angle significantly.

Moreover, the muscle tension at maximum knee angle increased less in VG (approximately 35%%) compared to TG (approximately 46%%).

The maximum knee angles were identified for each of the three trials and repeated measures reliability statistics calculated to determine the consistency of the kinematic variables (intraclass correlation coefficient (ICC (consistency), standard error of measurement (SEM) and minimal detectable change (MDC)).

A strong correlation was observed between femoropopliteal artery shortening and maximum knee flexion angle (r2=0.8) as well as iliac artery shortening and maximum hip angle flexion (r2=0.9).

Adaptive recovery responses at four events (cable release, toe-off of the stepping foot, foot contact and maximum knee flexion angle following landing in the stepping leg) were quantified for trials performed at the intermediate lean angle using the concept of margin of stability.

Across repeated trials adaptations in reactive stepping responses were detected that resulted in improved antero-posterior stability at foot contact and maximum knee flexion angle.

Here, the maximum knee flexion angle was within a few percent (<4%) whereas the maximal flexion moment in the knee was higher for squats with 50% extra load.