How can limb adjustments influence athletic performance?

• A. They slow down the gait.
• B. They have no impact on performance.
• C. Improved ROM and neuromuscular control can enhance gait efficiency and reduce injury risk.
• D. They always cause temporary lameness.

Answer: (C)

Enhanced athletic performance comes from restoring joint mobility and coordinating muscle activity around the limbs. When range of motion is improved, joints move more freely, allowing smoother, more efficient transfer of energy during the gait cycle. This means longer, more consistent strides, better propulsion, and less wasted movement. At the same time, adjustments can enhance neuromuscular control by providing clearer proprioceptive feedback and improving the timing of muscle activation around the joints. That tighter coordination reduces compensatory patterns, lowers abnormal impact forces, and decreases the risk of overuse or acute injuries. Together, these changes make movement more efficient and durable, which is why performance can improve with limb adjustments. The other statements don’t fit this mechanism: adjustments don’t inherently slow gait, they do have a real impact on performance, and they don’t universally cause temporary lameness.