Liam, Age 35
Six Years After a Severe Brain Injury, Liam Started Speaking Again.
People recovering from stroke, Parkinson’s, and brain injury are regaining movement, regaining balance, and thinking more clearly. These are not just stories, these are measurable improvements that are changing people’s lives.
Our approach targets the hippocampus, an area of the brain where movement, memory, and thinking come together. In our work, we’ve observed measurable growth in critical parts of this system including regions known as the CA3 and subiculum. These areas help the brain form new connections for movement and mental clarity.
These systems are disrupted across stroke, Parkinson’s, TBI, in the normal course of aging, and many other neurological conditions. Alongside emerging research on neuron growth in adults, this points to a new path forward. Not just in improving function, but restoring and strengthening the brain systems that make recovery possible.








Discover how NeuroAnimation supports clients by improving movement, mental clarity, and independence by maximizing neuroplasticity.
These immersive programs are designed for people recovering from stroke or traumatic brain injury (TBI), individuals living with mild cognitive impairment, dementia-related conditions such as Alzheimer’s or Parkinson’s, and those experiencing challenges like ADHD, PTSD, or depression, as well as learning disorders such as dyslexia.
NeuroAnimation programs are designed to promote cognitive resilience and help individuals preserve brain function often associated with much younger adults.
Backed by 6+ peer-reviewed studies and over $20M in neuroscience research on NeuroAnimation therapy.
Explore real case studies demonstrating how neuroplasticity supports brain recovery and neurological care.