The Science & Clinical Foundations

Rooted in Neuroplasticity: A 2016 study by Amos and Dokiu (part of the Province of Ontario Neurodevelopmental Network and Holland Bloorview) demonstrated through fMRI scans that behavioral challenges in ADHD, ASD, and OCD are highly correlated with deficits in white matter connectivity. By directly targeting and exercising these neural networks, the Maxi Mind protocol facilitates lasting functional cognitive development without pharmaceuticals.

Young woman wearing an electronic headband for computerized biofeedback and neurofeedback training

Computerized Biofeedback (Neurofeedback)

Utilizing theta/beta optimization patents originally developed by NASA engineer Alan Pope to maintain astronaut focus, this technology actively trains sustained attention. A 2014 randomized controlled trial published in the Journal of Pediatrics (Dr. Steiner) demonstrated that children using this specific neurofeedback protocol maintained better behavior at home and school on lower doses of medication six months post-trial compared to control groups.

Hands manipulating putty for occupational therapy and sensory integration

Sensory Integration Therapy

Our advanced movement protocols trace back to the visual-motor integration research of Frank Belgau at the University of Texas, and Dr. Lucy Jane Miller, founder of the STAR clinic and originator of the Sensory Processing Disorder classification. This activity-based methodology is endorsed by leading clinicians, including Harvard neuropsychiatrist Dr. Edward Hallowell, to support motor coordination and focus.

Young student using engineered listening therapy headphones to support auditory processing

Engineered Listening (Sound Therapy)

Built upon Dr. Alfred Tomatis’s pioneering auditory therapy for autism, our listening protocols were rigorously refined by neuropsychiatrist Dr. Ron Minson, who holds approximately 20 patents on the method. Clinical applications demonstrate a powerful synergistic effect when combining this bone-conduction audio therapy with our movement protocols, maximizing neural engagement.