MST activates subcortical systems first, ensuring stable sensory input before adding cognitive tasks like speech or memory training.
Subcortical vs. Cortical Processing: Why It Matters in Rehabilitation Read More »
MST starts in the brainstem to recalibrate sensory input, enabling balance, coordination, and readiness for higher cognitive function.
The Role of the Brainstem in Multisensory Integration Read More »
MST helps children achieve sensory fluency, enabling learning and behavior by correcting fragmented multisensory integration.
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MST restores automatic sensory pathways to reduce effortful learning and reestablish foundational brain function after injury or delay.
The Science Behind Multisensory Processing and Learning Read More »
MST retrains the brain’s sensory systems by restoring subcortical integration of light, sound, and motion for automatic perception.
What Is Multisensory Integration? Read More »