Rewiring Movement, Restoring Independence
Our neurological physical therapy services are designed to help individuals improve mobility, balance, coordination, strength, and independence after neurological injury or disease. Treatment focuses on retraining the nervous system through individualized exercises, balance and gait training, coordination work, functional movement practice, and hands-on techniques tailored to each person’s needs and goals. Whether you are recovering from a recent event or managing a long-term condition, our goal is to help you move more confidently, safely, and independently in everyday life.
Conditions We Treat
Stroke
Parkinson’s Disease
Ataxia
Multiple Sclerosis
BPPV
Pain associated with neuropathy
Specialty Treatments
BalanceWear by Motion Therapeutics
BalanceWear® by Motion Therapeutics is an innovative, wearable garment designed to improve postural control and stability. After a comprehensive balance assessment, our BalanceWear® Certified Therapist strategically places small weights within the garment to help counterbalance the body and improve alignment.
By enhancing trunk stability and reducing postural sway, BalanceWear® can help you move with greater confidence, improve balance, and make everyday activities feel safer and more manageable. Whether balance challenges are affecting your mobility, independence, or quality of life, this personalized approach may help you regain control and stay active.
Biodex Gait Training and Unweighting System
We are proud to offer a state-of-the-art gait training treadmill and body-weight support harness system to help patients safely improve walking, balance, and mobility. The harness can be used on or off the treadmill to provide fall protection and partial body-weight support when needed, allowing patients who feel unsteady to practice standing and walking with greater confidence. By reducing the fear of falling, patients can focus on improving strength, endurance, and movement quality. The treadmill's built-in sensors measure walking speed, step length, and symmetry while providing real-time visual and auditory feedback to help patients optimize their gait pattern and restore mobility more effectively.