NeuroWorks founder promotes comprehensive rehabilitation for spinal cord injury patients

The government meeting held on April 5, 2025, in Sandy, Salt Lake County, Utah, focused on the Smart Sandy Innovation Award, highlighting the impactful work of Neuroworx, a specialized rehabilitation center. The meeting featured a presentation by a representative from Neuroworx, who shared personal experiences and insights into the center's mission and treatment model.

The speaker began by recounting their journey from being a practicing OB GYN to becoming a quadriplegic after a trampoline accident in 1999. This life-changing event led to a disillusionment with existing rehabilitation options, prompting the speaker and a dedicated physical therapist, Jan Black, to establish Neuroworx. Their goal was to provide a supportive environment that empowers patients to recover and regain independence.

Neuroworx operates on three core principles: employing skilled therapists, utilizing specialized equipment, and allowing sufficient time for patients to make progress. The speaker emphasized that the success of rehabilitation lies not in machines but in the dedication and creativity of the staff. They believe that every individual with a spinal cord injury has the potential to improve and achieve meaningful milestones, no matter how small.

The presentation highlighted the emotional and psychological challenges faced by patients, stating that overcoming mental barriers is often as crucial as addressing physical limitations. Neuroworx incorporates various adaptive sports and activities, such as wheelchair basketball and adaptive skiing, to enhance rehabilitation and foster a sense of community among patients.

The meeting concluded with a recognition of Neuroworx's contributions to the field of rehabilitation and the positive impact it has on the lives of individuals with disabilities. The discussions underscored the importance of innovative approaches in rehabilitation and the ongoing commitment to improving the quality of life for those affected by paralysis.