Although these interaction terms were of marginal significance, they appeared to be physiologically meaningful; therefore, we explored the joint relationships of Δpeak torque, ΔALM, and Δfat with Δgait by estimating the change in gait speed associated with the 25th (greater decline) or 75th (less decline) of Δpeak torque among under the assumption of 25th (greater decline) or 75th (less decline) percentile of ΔALM.
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Changes in knee extension peak torque and body composition and their relationship with change in gait speed.
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