Sentence examples for increased hip flexion from inspiring English sources

GB claudicants demonstrated increased hip flexion as pain progressed but this adaptive strategy was not seen in PB claudicants.

When kinematic variables were compared with those of healthy controls, AS patients displayed greater pelvic tilt and increased hip flexion in both the loading response (LR) and pre-swing (PSw) sub-phases.

All participants in our study increased hip flexion angle from pretest to posttest but did not retain changes at the retention assessment.

For example, Etnoyer et al. Etnoyer et al. 2013) found that during a drop-jump task, participants who received augmented feedback increased hip flexion and decreased hip abduction angle right after receiving the feedback and maintained changes 1 month after in the retention.

With respect to others, this cluster was characterized by increased pelvic anterior tilt, a reduced hip extension, reduced internal rotation during stance phase, reduced hip abduction during swing phase, and increased hip flexion at initial contact and toe-off.

Other kinematic factors associated with ACL injury include less knee flexion [ 43, 44], decreased core and trunk control [ 45] and increased hip flexion, landing flatfooted and with less plantar flexion [ 42].

Increasing hip flexion angle from 0° to 90° led to a higher FL and LMTU and a lower PA (p < .05).05

We hypothesized that the implicit group will increase hip flexion and abduction and knee flexion angle and decrease hip and knee abduction moment and vGRF when compared to the explicit group.

The initial position was lying with the hip flexed and progression consisted of increasing hip flexion, knee extension, and dorsiflexion of the ankle.

The kinematic findings illustrated that the paretic hip peak extension had increased significantly in BWSTT group but not in CT group and the increasing hip extension at terminal swing can contribute to rectify the increasing hip flexion at toe off with hemiparetic gait.

A kinematic analysis of joint biomechanics during uphill and downhill walking and walking over an obstacle by Holler et al. [ 15] showed that uphill walking caused increased hip joint flexion and decreased stifle joint flexion compared to downhill walking.