Brain Growth
Brain Growth to Enhance Memory and Movement
The Science is Clear: New Neurons Unlock Your Brain’s Full Potential
Recent research is uncovering a brain miracle: the hippocampus, the seat of memory, motor-learning, and mental resilience, can produce new neurons well into adulthood. When the hippocampus grows, it means new neurons are forming there.
NeuroAnimation Activates Brain Growth
We don’t just talk about neuron growth, we activate it
NeuroAnimation isn’t a theory. Our studies have shown unprecedented hippocampal growth in adults using NeuroAnimation:
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Adults engaging with NeuroAnimation exhibited measurable new neuron formation through increased hippocampal volume
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This isn’t just brain training, it’s brain growth in action
Why This Matters for You
Activate Your Neuron Factory. Regain Your Brain
Imagine a program designed to activate neuroplasticity, your brain’s natural ability to create new connections and improve how it works.
NeuroAnimation clients have experienced:
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New movement appearing years after stroke
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Improved resilience against age-related cognitive decline. They became super agers!
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Reduced tremors and better control in Parkinson’s
Results
Key Findings from NeuroAnimation Research
NeuroAnimation delivers measurable improvements across stroke recovery, cognitive function, and motor control.
2X more effective than traditional rehabilitation in acute stroke
Stroke rehabilitation outcomes surpass traditional therapy approaches.
98% report improvement in cognitive efficiency
Measurable gains in arm function and motor precision.
10+ Point Average Improvement on the Fugl-Meyer Scale in Chronic Stroke
A standardized scale used to measure motor recovery after stroke, indicates meaningful gains in motor function.
100% report improvement in mood, anxiety and emotional regulation
Decades of rigorous scientific investigation and development support these outcomes.
Evidence
Clinical Research & Studies on Brain Growth and Improvement
Published studies validate NeuroAnimation’s effectiveness across multiple neurological and cognitive conditions, showing measurable improvements in Alzheimer’s, stroke, TBI, Parkinson’s, movement disorders, cognitive decline, and brain performance.
Research
A Second Independent Study Confirms Significant Upper Limb Progress With Immersive Movement Programs After Stroke
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A Randomized Controlled Trial Finds NeuroAnimation May Produce Twice the Upper Limb Progress of Conventional Stroke Approaches
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A 12-Week Randomized Trial Finds NeuroAnimation May Support Both Motor Coordination and Cognitive Wellness in Parkinson’s Disease
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UCL Research Shows High-Dose Intensive Movement Programs May Support Progress Even 18 Months After Stroke
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Johns Hopkins Introduces NeuroAnimation Into the Acute Stroke Unit, Showing Immersive Movement Engagement Is Safe and Feasible From Day One
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Johns Hopkins Research Finds That Exploratory Movement May Activate Broader Neural Engagement Than Task-Specific Repetition
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Research Presented at AAIC 2025 Shows Immersive Movement Programs May Support Brain Health Markers and Processing Speed in Older Adults
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Qualitative Research Finds That Accomplishment, Immersion, and Physical Challenge Drive Sustained Participation in NeuroAnimation Programs
Documented Cases
NeuroAnimation Used to Support Recovery and Cognitive Wellness After Traumatic Brain Injury
Documented Cases
Using NeuroAnimation to Proactively Support Brain Health and Cognitive Wellness in Healthy Older Adults
Documented Cases
NeuroAnimation Used to Support Movement Coordination and Cognitive Wellness in Parkinson’s Disease
Documented Cases
Using NeuroAnimation to Support Attention, Focus, and Learning in Children With Cognitive and Developmental Challenges
Documented Cases
Using NeuroAnimation to Rebuild Confidence and Stability in Adults Living With Fear of Falling
Documented Cases
Using NeuroAnimation to Support Mental Clarity, Focus, and Communication After Neurological Injury
Documented Cases
Using NeuroAnimation to Support Cognitive Vitality and Re-Engagement With Life in Older Adults Showing Withdrawal or Decline
Documented Cases
Integrating NeuroAnimation Into a Therapy Practice: A Practical Guide for Occupational Therapists and Physiotherapists
Research
A Meta-Analysis of 467 Stroke Trials and 25,373 Participants Finds Standard Physical Approaches Have Limited Effect Beyond Natural Recovery
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Johns Hopkins Research Finds That Task-Specific Training May Not Adequately Engage the Post-Stroke Neuroplasticity Window
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Cochrane Systematic Review Finds Only Low-to-Moderate Evidence That Repetitive Task Training Supports Upper Limb Progress After Stroke
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The Lancet Neurology Identifies Deep Limitations in Conventional Stroke Programs, Including Insufficient Neuroplasticity Engagement
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A 2025 Study From Harvard, Johns Hopkins, and UCLA Finds That High-Dose Programs Are Not Being Delivered Despite Strong Evidence
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A Therapist Focus Group Study Finds That 100% of Clinicians Observed Real-World Functional Progress With NeuroAnimation
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OCEANS-TBI: An Active Registered Clinical Trial Evaluating NeuroAnimation for Cognitive and Motor Wellness After Traumatic Brain Injury
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Qualitative Research Finds That Accomplishment, Immersion, and Physical Challenge Drive Sustained Participation in NeuroAnimation Programs
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Research Presented at AAIC 2025 Shows Immersive Movement Programs May Support Brain Health Markers and Processing Speed in Older Adults
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