Oculomotor function in adults with concussion: A synthesis of evidence and clinical trial

Concussions are a frequently occurring injury with diverse clinical manifestations and an often-challenging recovery. Oculomotor deficits are commonly occurring in persons with concussion, both as an early symptoms and impairment long after the injury. Early assessment and rehabilitation of oculomotor deficits resulting from concussion have the potential to expedite recovery and improve affected individuals’ functioning. One novel and promising technology to assess and provide individualized treatment is using virtual reality technology. This project aims to evaluate the utility of the NeuroFlex software in delivering eye movement-based therapy to individuals who have sustained a concussion. The effectiveness of this therapy on various clinical and functional indicators will be reported. Presented results will be sex-specific.

Faculty Supervisor:

Tatyana Mollayeva;Angela Colantonio

Student:

Partner:

Saccade Analytics

Discipline:

Physics

Sector:

Professional, scientific and technical services

University:

University of Toronto

Program: