The Research Behind Brain Balance
Eight peer-reviewed studies. Seven journals. Five institutional collaborators. Published between 2020 and 2024, this growing body of research examines how the Brain Balance program affects cognition, attention, behavior, emotional functioning, and developmental outcomes in children and adolescents.
Published Research
Each study has its own page with the full findings, methodology, limitations, and citation. Click any card to read the details.
The Evidence Journey
Brain Balance has published eight peer-reviewed studies since 2020 across seven academic journals, including Psychiatry Research (Elsevier), Frontiers in Psychology, Frontiers in Child and Adolescent Psychiatry, Humanities and Social Sciences Communications (Nature/Springer Nature), Current Psychology (Springer), the Journal for the Study of Education and Development (Taylor & Francis), the Journal of Mental Health and Clinical Psychology, and the Journal of Advances in Medicine and Medical Research.
The research spans multiple outcome domains — cognitive performance, ADHD symptoms, developmental milestones, anxiety, emotional functioning, primitive reflex integration, and sensorimotor skills — and has been conducted in Brain Balance centers, in a school setting, and through the at-home virtual program. Sample sizes range from 16 to 47,571 participants, with the largest studies analyzing data from thousands of children across the United States.
Five institutional collaborators have contributed to this body of research. Researchers at Harvard Medical School's McLean Hospital led the ADHD study that found symptom reductions comparable to low-dose stimulant medication. Cambridge Brain Sciences (now Creyos Health) provided the independent cognitive testing platform used to measure cognitive outcomes. Faculty from Dominican University of California, the University of Iowa, and Friends University have co-authored studies examining developmental outcomes, school-based delivery, and emotional functioning.
These studies use a variety of assessment methods — standardized clinical instruments (Brown ADD Scales, Vanderbilt ADHD Teacher Rating Scale, Cambridge Brain Sciences cognitive battery), validated parent-report surveys, primitive reflex assessments, sensorimotor testing, and quantitative EEG — providing multiple independent lines of evidence for program effects.
Brain Balance is transparent about the current state of its research. Most studies to date use pre-post or retrospective designs rather than randomized controlled trials. The program acknowledges that larger, controlled studies with independent outcome measures and longitudinal follow-up are needed to further strengthen the evidence base. Each study page on this site includes an honest discussion of its limitations.
Research Collaborators
Brain Balance Research Study White Papers
Our white papers demonstrate that the Brain Balance program leads to significant improvements in foundational sensory-motor development and primitive reflex integration, alongside parent-reported gains in attention, behavior, emotional regulation, academic engagement, and social communication in children and adolescents with Autism Spectrum Disorder (ASD).
Developmental Outcomes of the Brain Balance® Program in Autism Spectrum Disorder (ASD): A Control Group Study
This controlled study examined whether a comprehensive sensory motor program could improve foundational development in children and adolescents with autism spectrum disorder (ASD), compared to a non-intervention control group.
Key Findings:
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Significant improvements in 5 of 6 sensory motor domains (coordination, balance, gaze stability, rhythm & timing, fine motor skills) compared to controls (p < .001)
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Primitive reflex maturation observed across multiple reflexes, including Moro, ATNR, and Landau
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No meaningful changes were observed in the control group
Sensory Motor Intervention and Multi-Domain Developmental Outcomes in Autism Spectrum Disorder: A Large Observational Study
This large-scale study evaluated outcomes for 875 children and adolescents with ASD who completed the Brain Balance program, measuring changes in sensory motor function, primitive reflexes, and real-world developmental outcomes.
Key Findings:
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Large effect sizes across all sensory motor domains (d = 1.00–1.51)
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All 8 primitive reflexes improved, with 6 showing large effect sizes
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73.6% of parents reported improvement in social communication
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74.6% reported overall developmental improvement across behavior, academics, and emotional functioning
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Children with greater initial challenges experienced the largest gains
Learn More About the Science Behind the Brain Balance Program