Eddy Edson
Well-Known Member
- Relationship to Diabetes
- Type 2
A new review of biomechanical aspects of PAD and their impact on gait:
Really interesting (if you have PAD and want to understand your gait!)
These gait changes show that PAD produces defective neuro-muscular performance and cooperation across the ankle, knee, and hip joints and throughout stance. These impairments are present from the first step a patient with PAD takes (even before claudication pain starts) and worsen after the onset of claudication symptoms in the affected limbs. ...
The gait biomechanics studies help shed light on the critical question of whether the gait changes observed in patients with PAD are due to acquired deconditioning resulting from less walking or due to vascular insufficiency ... The overall evidence from gait biomechanics studies shows that gait alterations in patients with PAD are primarily due to vascular insufficiency and resulting muscle damage. The contribution of acquired deconditioning owing to less walking needs to be further investigated.
Really interesting (if you have PAD and want to understand your gait!)
These gait changes show that PAD produces defective neuro-muscular performance and cooperation across the ankle, knee, and hip joints and throughout stance. These impairments are present from the first step a patient with PAD takes (even before claudication pain starts) and worsen after the onset of claudication symptoms in the affected limbs. ...
The gait biomechanics studies help shed light on the critical question of whether the gait changes observed in patients with PAD are due to acquired deconditioning resulting from less walking or due to vascular insufficiency ... The overall evidence from gait biomechanics studies shows that gait alterations in patients with PAD are primarily due to vascular insufficiency and resulting muscle damage. The contribution of acquired deconditioning owing to less walking needs to be further investigated.