The 'BrainGainz' App Uses Virtual Reality to Simulate a Head Injury
Katherine Pendrill — February 10, 2016 — Tech
References: research.arizona.edu & mashable
'BrainGainz' is a revolutionary new app that uses virtual reality to simulate the feeling of a concussion. With the Super Bowl still fresh in many people's minds, there has been greater discussion about the dangerous of chronic traumatic encephalopathy in sports. This app helps consumers and researchers alike understand the danger of concussions by letting them experience what it is like to suffer from a head injury.
The 'BrainGainz' app was created by a team of researchers at the University of Arizona out of a desire to address some of the ongoing concerns about concussions sustained during sports such as football. The app works by putting users in a simulated football environment and then recreating the feeling of concussion-level impact. After being hit, users can choose to sit out or keep playing. If they continue playing, the app simulates the kind of virtual disorientation associated with a concussion.
The technology can help players, coaches and the general public understand the impact of head injuries and how concussions affect those who suffer from them.
The 'BrainGainz' app was created by a team of researchers at the University of Arizona out of a desire to address some of the ongoing concerns about concussions sustained during sports such as football. The app works by putting users in a simulated football environment and then recreating the feeling of concussion-level impact. After being hit, users can choose to sit out or keep playing. If they continue playing, the app simulates the kind of virtual disorientation associated with a concussion.
The technology can help players, coaches and the general public understand the impact of head injuries and how concussions affect those who suffer from them.
Trend Themes
1. Virtual Reality Concussion Simulation - Developing virtual reality applications that simulate the feeling of a concussion to raise awareness and understanding of head injuries.
2. Chronic Traumatic Encephalopathy (CTE) Education - Creating educational tools and resources to increase knowledge about the dangers and long-term effects of chronic traumatic encephalopathy.
3. Experiential Healthcare Technology - Exploring the use of immersive technologies like virtual reality in healthcare to provide realistic experiences and enhance medical training.
Industry Implications
1. Sports Technology - Integrating virtual reality and simulation technologies into sports training and athlete safety programs to minimize the risk of head injuries.
2. Healthcare Technology - Pioneering the development of virtual reality applications in healthcare to improve patient education, diagnosis, and treatment of head injuries.
3. Education Technology - Incorporating immersive technology solutions into educational programs to educate students and professionals about the impact of head injuries and concussion prevention.
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