Static standing balance in adolescents with Down syndrome.

Villarroya et al. (2012) watched teens with Down syndrome stand still on a force plate. They compared the kids to same-age peers without disabilities. The team rocked the platform and blurred vision goggles to test which sense—touch or sight—the teens trusted most.

Each teen stood for three short trials while cameras tracked tiny body sway. The goal was to see if Down syndrome changes how the brain weighs balance cues.

The Down syndrome group swayed more and fell off balance sooner. They leaned hardest on vision and paid less attention to foot-pressure signals. When the platform moved, their sway doubled; controls barely wobbled.

Rigoldi et al. (2011) saw the same shaky pattern one year earlier, but across kids, teens, and adults. Their data set up the teen focus Adoración used next.

Borji et al. (2023) added a twist: ask the teens to name animals while standing. The extra talk made balance even worse, showing the deficit grows under cognitive load.

Dudley et al. (2019) looked at younger Down syndrome kids doing sit-to-stand with a hand task. Surprisingly, sway dropped a little, hinting that light dual tasks can stiffen the body. The studies seem to clash—dual task hurts versus helps—but the difference is task type. Verbal fluency (Rihab) competes for balance brain space, while simple hand play (M et al.) may trigger a stable posture strategy.

Gomes et al. (2016) followed the teens into adulthood. They found weaker links between moving-room visuals and body sway, proving the sensory mismatch lasts lifelong.

Your Down syndrome clients likely trust their eyes too much and their feet too little. Add somatosensory drills—foam standing, mini-trampoline, barefoot balance beams—to shift weight back to the feet. Keep language tasks separate at first; layer them in only after static balance improves.