Conditions
Who we work with
We support people recovering from a wide range of chronic neurological conditions. Below are some of the most common — but this list isn't exhaustive. If your condition isn't listed, reach out.
Spinal cord injury (SCI)
The injured spinal cord retains a remarkable capacity for reorganization, and that capacity is directly dependent on the frequency, intensity, and consistency of physical activity.
Stroke
Evidence consistently shows that high-intensity, structured exercise — including gait training, constraint-induced movement therapy, and functional strength training — produces measurable improvements in motor recovery, balance, walking speed, and upper extremity function even months and years after initial injury.
Multiple sclerosis (MS)
Emerging research suggests that regular exercise may have a neuroprotective effect in MS, reducing inflammation and slowing brain atrophy, underscoring the urgency of ensuring that individuals with MS have consistent, lifelong access to specialized, adaptive physical activity.
Parkinson's disease
Studies show that the benefits of exercise in Parkinson's are dose-dependent — the more consistent, intense, and specialized the programming, the greater and more durable the outcome — making access to an ongoing, expert-led exercise environment not a supplement to Parkinson's care, but a cornerstone of it.
Traumatic brain injury (TBI)
Structured physical rehab after TBI produces measurable improvements in motor coordination, processing speed, memory, emotional regulation, and functional independence, with evidence demonstrating that recovery trajectories remain open far beyond the first year post-injury when intensive, specialized programming is maintained.
Guillain-Barré syndrome
Long-term recovery support after acute paralysis, with a focus on strength and endurance rebuilding.
Cerebral palsy
Adult and adolescent training focused on functional goals, mobility, and strength.
Other neurological conditions
Evidence supports the use of task-specific training, resistance exercise, and functional mobility programming across this full spectrum, with research consistently demonstrating improvements in strength, endurance, fall risk, pain management, and quality of life even in progressive or chronic conditions where cure is not possible.