Integrated motor exercise improves core ADHD symptoms and executive function.

Attention deficit hyperactivity disorder (ADHD) is one of the most common neurodevelopmental disorders in childhood and is marked not only by inattentiveness, hyperactivity, and impulsivity, but also by weaknesses in executive functions such as inhibition, working memory, and cognitive flexibility. Medication remains the primary treatment, yet some children respond poorly, experience side effects, or struggle with long-term adherence. Exercise has emerged as a promising non-pharmacological option, but most programs have focused on aerobic activity and paid less attention to the motor and cognitive challenges that many children with ADHD simultaneously face. Based on these challenges, there is a need for intensive research on exercise approaches that simultaneously train cognition and movement.

On February 11, 2026, researchers from Beijing Normal University, Beijing Sports University, Xuzhou Rehabilitation Hospital Affiliated to Xuzhou Medical University, and Peking University Sixth Hospital published a study (DOI: 10.1007/s12519-026-01019-4). World Journal of Pediatrics This demonstrated that a 12-week integrated cognitive-motor exercise program reduced core ADHD symptoms in children and produced stronger improvements in inhibitory control and immediate working memory than aerobic exercise alone, pointing to a promising non-pharmacological strategy for more comprehensive ADHD management.

This multicenter trial enrolled 107 children with ADHD aged 6 to 10 years and assigned them to one of three groups for 12 weeks: integrated cognitive-motor exercise, aerobic exercise, or a wait-list control. Both exercise groups trained three times a week in 45-minute sessions. The integrated program combined locomotor, object-control, balance and fine-motor tasks with implicit challenges targeting inhibition, working memory and cognitive flexibility, such as stop-go signals, reverse commands, multistep movement sequences and rule switching. The aerobic group completed moderate intensity treadmill or cycling sessions of consistent frequency and duration. The researchers assessed ADHD symptoms with the SNAP-IV scale and measured executive functions using the Stroop test, the Ray-Osterrieth Complex Figure Test, and the Trail Making Test. Both exercise groups significantly reduced inattention and hyperactivity-impulsivity compared to the control group. But the integrated program showed a larger reduction in Stroop color-word interference time than the aerobic exercise and control group, and it also outperformed both groups in immediate working memory. The exercise groups improved cognitive flexibility, while no adverse events were recorded.

This study suggests that not all exercise works the same way for children with ADHD. When movement is paired with tasks that require remembering rules, inhibiting reactions, and adapting quickly, training can directly strengthen the mental systems that support self-control. The researchers believe this “high-cognitive-load” format may help explain why integrated cognitive-motor exercise produced additional benefits beyond standard aerobic activity, particularly in inhibitory control and immediate memory, which are central to daily functioning at school and home.

These findings point to a practical model that can be adapted for schools, clinics, and community programs. Instead of relying on exercise as a general outlet for energy, teachers and therapists may be able to design structured games that deliberately train attention, memory, and behavioral control during movement. Were the intervention to be safe, feasible, and well received by parents, it could serve as a valuable adjunct to medication or an alternative for families seeking non-medication support. This study also opens the door to future work on long-term outcomes and brain-based mechanisms of how integrated exercise reshapes neural circuits involved in attention and executive control.