During a walking assessment, what should be the quality of knee flexion in late stance for optimal function?

During a walking assessment, what should be the quality of knee flexion in late stance for optimal function?

• A. Minimal flexion
• B. Excessive flexion
• C. Controlled flexion
• D. Asymmetrical flexion

Answer: (C)

The quality of knee flexion in late stance should be controlled flexion for optimal function during a walking assessment. Controlled flexion allows for a smooth transition from the late stance phase to the swing phase of walking. It ensures that the weight is effectively shifted and that balance is maintained, enabling the individual to prepare for the next step while preventing excess loading on the knee. Having controlled flexion helps promote stability and power during walking, allowing the muscles around the knee and hip to engage appropriately. This kind of movement pattern is crucial for utilizing the mechanics of the lower limb while protecting the knee joint from potential injury caused by abrupt or uncoordinated movements that can arise from excessive, minimal, or asymmetrical flexion. In summary, controlled flexion provides the necessary biomechanical advantages to facilitate an efficient gait, making it essential for optimal walking performance.

The quality of knee flexion in late stance should be controlled flexion for optimal function during a walking assessment. Controlled flexion allows for a smooth transition from the late stance phase to the swing phase of walking. It ensures that the weight is effectively shifted and that balance is maintained, enabling the individual to prepare for the next step while preventing excess loading on the knee.

Having controlled flexion helps promote stability and power during walking, allowing the muscles around the knee and hip to engage appropriately. This kind of movement pattern is crucial for utilizing the mechanics of the lower limb while protecting the knee joint from potential injury caused by abrupt or uncoordinated movements that can arise from excessive, minimal, or asymmetrical flexion. In summary, controlled flexion provides the necessary biomechanical advantages to facilitate an efficient gait, making it essential for optimal walking performance.