Response-optimised training improves learning of a complex motor task and closely related motor tasks.

In 30 seconds

This randomized controlled trial investigated the effects of response-optimized dynamic balance training on motor learning in 30 healthy older adults. The study found that participants receiving optimally tailored training demonstrated greater performance gains in related motor tasks compared to those in suboptimal training groups, particularly under high task demands.

Key findings

• The optimal training group showed higher performance gains in three out of six sessions compared to suboptimal groups.
• Greater improvements in near motor transfer tasks were observed mid- and post-intervention in the optimal group.
• No significant differences were found in cognitive task performance between groups.

Why it matters

Optimizing exercise interventions for older adults can enhance motor learning and functional independence, which is crucial for healthy aging. Personalized training approaches may lead to better outcomes in maintaining physical abilities.