Sentences with phrase «stance phase»
The phrase "stance phase" refers to the moment when a person's foot is on the ground while walking or running. During this phase, the weight of the body is supported by that foot, allowing the other foot to swing forward for the next step. Full definition
Either fast changes in length in the terminal swing phase or high loading during the early stance phase could be responsible.
strengthandconditioningresearch.com
Pronation is a medial collapse of the arch and ankle during the loading stance phase of running when the most force is placed on the foot and ankle.
Internal rotation of the femur in stance phase is natural.
The most common compensations seen in those with a hip internal rotation deficit (HIRD) include overpronation at the feet, a knee valgus, reduced step length, external rotation of the foot toward terminal stance phase and increased lumbar and knee extension.
It was originally suggested that hamstring strain injury occurred most commonly during the early stance phase, as this is where both knee flexion and hip extension moments are highest (Mann & Sprague, 1980).
Most sport activities happen on one leg, the stance phase during running, jumping or kicking is on one leg, even in stance phases were both legs are on the ground there is more weight on one leg than on the other leg or the force are transferred from one leg to the other leg.
Interestingly, the first 50 % of vertical production during the stance phase was the big difference between slower sprinters and faster sprinters.
There was no significant difference between sprinters for vertical force production during the second half of the stance phase.
When it comes to running, these tight calf muscles are contracted and overstretched within a narrow range with every stance phase, which soon causes a reflexive tightening of the muscle as a protection measure.
Conversely, persons with weakness in the hip abductors develop what is known as a «Trendelenberg» gait, where the pelvis tilts up and shifts toward the affected side during the stance phase of walking.
In contrast, the amount of positive work done during each stance phase does not increase very much at all.
Model simulation of the stance phase of walking was used to evaluate loads placed on stifle ligaments, translation and rotation of the tibia relative to the femur, and contact forces between the femur and menisci in both the intact and deficient stifle.
The movement of the treadmill increases the stance phase of the gait (increased weight bearing) allowing your pet to build muscle mass, increase range of motion, and receive necessary sensory feedback to promote correct gait patterning.