Oculomotor Therapy

Our oculomotor therapy program leverages immersive, interactive environments to target the visual and cognitive impairments that often result from traumatic brain injury (TBI). By integrating advanced visual rehabilitation techniques with cutting-edge technology, this approach provides a safe, effective, and engaging path toward functional recovery.

How it works: Interactive tasks challenge the brain’s ability to recognize, track, and respond to visual input in real-time.
Why it matters: Slower visual processing is common after TBI; speeding it up can improve reading, driving, and day-to-day functionality.

How it works: Exercises train key functions like saccades (quick shifts), pursuits (smooth tracking), and vergence (depth control).
Why it matters: Eye movement disorders—like difficulty focusing or tracking—are frequent after brain injury.

How it works: 3D environments simulate real-life navigation tasks to improve depth perception and coordination.
Why it matters: Enhances mobility and independence by helping patients better understand and move through space.

How it works: Repetitive stimulation of affected areas encourages improved awareness of the visual field.
Why it matters: Especially helpful for those recovering from hemianopia or similar impairments after stroke or TBI.

How it works: Gradual exposure to motion in a controlled setting helps the brain adapt to busy visual environments.
Why it matters: Reduces dizziness and nausea in environments like stores, cars, or crowds.

How it works: Step-by-step exposure to visual tasks increases tolerance to light, screen time, and reading.
Why it matters: Many TBI patients struggle with visual fatigue—this approach can help build resilience.

How it works: Combines head/body movement with visual input to enhance visual-vestibular integration.
Why it matters: Better balance leads to safer movement and fewer falls—especially critical post-injury.

How it works: Tasks require continuous visual attention and mental flexibility.
Why it matters: These skills support both vision and general cognitive rehabilitation.

How it works: Immersive environments feel like games, keeping users interested and active.
Why it matters: Better engagement means better consistency and improved outcomes over time.

How it works: Therapy programs adapt in real time and provide measurable performance data.
Why it matters: Ensures treatment remains challenging yet achievable, based on the patient’s unique needs.

How it works: Exercises guide attention toward underused areas of the visual field.
Why it matters: Improves functional vision in patients with spatial neglect or inattention.

How it works: Simulated scenarios mimic daily activities—like driving, walking, and object interaction.
Why it matters: Encourages skill-building in a risk-free environment before re-entering real-world situations.

How it works: Select tools are available for home use, with oversight from trained professionals.
Why it matters: Makes therapy available to more patients, especially those with mobility or location challenges.

This therapy is ideal for individuals with:

• Mild to moderate traumatic brain injury with visual involvement
• Oculomotor dysfunction, convergence issues, or balance problems
• Visual field loss or visual motion sensitivity
• High motivation to engage in self-directed rehabilitation

Take the next step toward visual and neurological recovery in a safe,
personalized, and results-driven environment.

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