A new randomized controlled trial has found that eight weeks of yoga improved fine motor skills, agility and overall movement quality in children undergoing cancer treatment — in several measures, more than a standard exercise program did. Published in the Journal of Pediatric Nursing in August 2026, the study adds to a growing body of research suggesting that gentle, structured movement belongs in pediatric oncology rehabilitation.
What the Study Found
Researchers led by Selcen Karademir and Ozgun Kaya Kara ran a single-blind randomized controlled trial with 41 children with cancer, aged 6 to 12 (22 boys and 19 girls). Twenty children were assigned to a yoga group that attended sessions twice a week for eight weeks, while the other 21 continued their routine exercise program. The trial was registered as NCT05434871 and supported by the Scientific and Technological Research Council of Turkey.
The primary measure was motor proficiency, assessed with the Bruininks-Oseretsky Test of Motor Proficiency (BOT-2), a well-established tool for evaluating both fine and gross motor skills. The team also tracked quality of life, fatigue and motivation.
The results favored yoga on three motor outcomes. Compared with the exercise group, the yoga group showed significantly greater gains in fine motor integration (p = .03), agility (p = .04), and total BOT-2 score (p = .03) over the eight weeks. Both groups improved on quality of life, fatigue, balance, bilateral coordination, upper-limb coordination and agility, but the yoga group’s edge in fine motor control and total motor score is what stood out to the researchers.
One finding cut the other way, and the authors were candid about it: interest and enjoyment scores on the Pediatric Motivation Scale actually decreased in the yoga group (p = .04). In other words, the children moved better, but keeping them engaged in the practice was a challenge. The authors concluded that yoga “may enhance fine and gross motor skills among children with cancer,” while cautioning that “strategies to enhance motivation should be considered.”
Why It Matters
Cancer treatment is hard on a child’s body far beyond the disease itself. Chemotherapy, long hospital stays and reduced activity can erode strength, balance and coordination during years when those skills are normally developing fast. Motor delays in childhood can ripple outward, affecting confidence, play, school participation and independence.
That is why rehabilitation matters, and why this trial is notable. It does not claim yoga treats cancer. It suggests yoga may be a useful addition to the movement programs these children already do — one that specifically targets the fine motor control and agility that other exercise routines may not train as directly. The authors framed it as a way to “vary routine exercise programs of pediatric oncology rehabilitation.”
It also fits a broader shift. Yoga has moved from the wellness fringe into clinical settings, with hospitals increasingly prescribing yoga therapy as a supportive treatment for pain, fatigue and recovery. Trials in adults have repeatedly shown yoga easing treatment-related fatigue, including recent work where online yoga reduced fibromyalgia fatigue. This study extends that thinking to one of the most vulnerable populations of all.
What This Means for You
If your child is in cancer treatment or recovery, the practical takeaway is not to replace anything, but to ask the care team whether gentle, supervised yoga could complement their existing rehab. This trial used twice-weekly sessions over eight weeks — a realistic, low-intensity dose. The motivation finding is a useful heads-up for parents: young children may not naturally enjoy a quiet, held-pose practice, so making it playful, short and social tends to matter more than getting the shapes perfect.
For any child — and for adults easing back into movement — the same principles apply. Balance, coordination and fine motor control respond to regular, gentle practice. Supported and props-based work is a smart starting point; our guide to wall yoga poses for beginners shows how a simple surface can make balance poses safe and confidence-building.
5 Gentle Poses That Build the Skills This Study Measured
These beginner-friendly poses target the balance, agility and fine motor control the trial tracked. Always clear new activity with a child’s medical team first, and keep sessions short and playful.
- Mountain Pose (Tadasana) — the foundation for balance and body awareness. Standing tall, feet grounded, teaches the postural control every other standing pose builds on.
- Tree Pose (Vrksasana) — a single-leg balance that trains agility and focus. Use a wall or a parent’s hand for support.
- Cat-Cow — a slow, coordinated spine movement that links breath to motion and gently mobilizes the whole back.
- Butterfly (Bound Angle Pose) — a seated, calming stretch that opens the hips without strain, ideal for tired bodies.
- Child’s Pose — a resting pose for pausing between shapes, helpful when energy or attention runs low.
Adding a few rounds of gentle, flowing movement can also support circulation and recovery — see our yoga for lymphatic drainage sequence for accessible options.
Key Takeaways
- A 2026 randomized controlled trial in the Journal of Pediatric Nursing tested eight weeks of yoga against routine exercise in 41 children with cancer aged 6-12.
- The yoga group improved significantly more in fine motor integration, agility and total motor proficiency (BOT-2).
- Both groups improved in quality of life, fatigue and coordination; only the yoga group’s motor gains stood apart.
- Motivation (interest and enjoyment) fell in the yoga group, so keeping practice playful and engaging is key for children.
- Yoga is positioned as a complement to — not a replacement for — existing pediatric oncology rehabilitation. Always consult the medical team.
Source: Karademir S, Kaya Kara O, et al. “Impacts of yoga versus routine exercise on motor proficiency, quality of life, fatigue, and motivation in childhood cancer patients: A randomized controlled trial.” Journal of Pediatric Nursing, August 2026. DOI: 10.1016/j.pedn.2026.08.014.
