Oftentimes a concussion is detected much later than the accident that brought it about, which can result in some tragic cases -- but the SyncThink Eye-Sync program hopes to lessen those significantly. It is a device that uses virtual reality to help diagnose its symptoms in less than a minute after the accident.
Taking the form of a head-mounted eye-tracking system, the SyncThink Eye-Sync program "is meant to record, view, and analyze patients' eye movement quickly and accurately, thanks to integrated virtual reality software," writes Fast Company. Ideal for sports, Scott Anderson, director of athletic training for Stanford University Sports Medicine, says, "In my opinion, the Eye-Sync device has significant implications for sideline evaluation, and I can see in the future how this can be the diagnostic gold standard for sports-related concussions with every pro, college, and high school team having one on the field."
Virtual Reality Medical Devices
The SyncThink Eye-Sync May Help Diagnose Concussion Patients
Trend Themes
1. Virtual Reality Medical Devices - Innovative medical devices using virtual reality can quickly and accurately diagnose concussion symptoms to mitigate tragic cases.
2. Head-mounted Eye-tracking Systems - Eye-tracking technology integrated with virtual reality software can track and analyze patients' eye movement quickly and accurately, enhancing the accuracy of concussion diagnosis.
3. Sports-related Concussion Diagnosis - The growth of virtual reality technology in sports medicine can lead to devices like the Eye-Sync becoming the diagnostic gold standard for sports-related concussions, opening doors for further innovation in athletic training.
Industry Implications
1. Medical Devices - The SyncThink Eye-Sync device presents a disruptive innovation in the field of medical devices, providing a quick, accurate, and non-invasive method of diagnosing concussions.
2. Sports Medicine - The technology has significant implications for sideline evaluation and can revolutionize the way concussions are diagnosed in sports medicine, paving the way for further innovation in athlete health and performance.
3. Virtual Reality Software Development - Developing innovative software that can integrate virtual reality technology with medical devices can produce novel solutions for improving healthcare services, particularly brain injury diagnosis and management.