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Effects of balance, coordination, and strength training in children with low vision: a randomized controlled study.

Gülcan SE, Kavlak E. · Revista paulista de pediatria : orgao oficial da Sociedade de Pediatria de Sao Paulo · 2026

Researchers randomly assigned 22 children aged 7-14 with low vision to either an eight-week physiotherapy program (three 75-minute sessions per week of balance, coordination, and strengthening exercises) or a no-training control group, then measured motor skills, posture, gait, and muscle strength. The training group improved on overall motor proficiency scores, including fine motor integration, bilateral coordination, running speed, agility, and strength, and the authors conclude the program improved motor proficiency, posture, gait, and muscle strength.
Takeaway: Include structured balance, coordination, and strengthening work several times a week when training children with low vision.
Abstract (source)

Objective: To investigate the effects of an eight-week physiotherapy program focusing on balance, coordination, and muscle strengthening on gait, mobility, posture, and motor proficiency in children with low vision.

Methods: Twenty-two children aged 7-14 years with ophthalmologist-diagnosed low vision, based on World Health Organization criteria, were randomly assigned to treatment (n=10) or control (n=12) groups. The treatment group completed three 75-minute sessions per week for eight weeks, including balance, coordination, and muscle-strengthening exercises. Outcomes were assessed using the BOT-2 Short Form, New York Posture Assessment Test, Lovett muscle grading, and BTS G-Walk. Statistical analyses were performed using Statistical Package for the Social Sciences, version 25.0.

Results: The treatment group showed significant pre- to post-intervention gains in total BOT-2 SF scores and in subscales related to fine motor integration, bilateral coordination, running speed, agility, and strength (p

Conclusions: An eight-week, thrice-weekly physiotherapy-based balance, coordination, and strengthening program improves motor proficiency, posture, gait, and muscle strength in children with low vision, supporting its use in pediatric rehabilitation.

Randomized controlled trialResistance Training & Hypertrophy
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