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The NeuroTracker subconsciously teaches athletes how to narrow their focus, filter distractions, analyze situations and stay alert.ĭecision-making: Whether it’s choosing to pass the ball or take the shot, athletes must make decisions in a split second. So the more time an athlete spends with the NeuroTracker, the better the results:Īttention/awareness: As an athlete, it’s important to stay aware and focus on surroundings.
This challenges the athlete’s focus, attention span and decision process. Using 3D exercises over the baseline, learning and dual-task phases, the NeuroTracker challenges athletes to track yellow balls and then gradually work into simultaneously carrying out other tasks while continuing to keep track of objects on the screen. So how does the NeuroTracker strengthen their skills? Here’s what the company says: But when athletes’ cognitive skills are strengthened in line with their physical abilities, they become unstoppable. They work hard to strengthen these qualities both on and off the court. Closer look into competitive edgeĪthletes around the world rely on stamina, agility and self-discipline. I’m hoping to impact the athletic world by demonstrating the importance of incorporating perceptual-cognitive training into athletes’ practice regimen,” Lopez said. When finished, Lopez and Hall will analyze the data to determine if a significant improvement in hitting accuracy has occurred. She and Hall then selected a control group to receive usual off-season training and a variable group to receive usual off-season training as well as CORE training from the NeuroTracker.Īthletes will be baseline tested for hitting accuracy and post-tested once the off-season and NeuroTracker training is complete. With an exciting goal in mind, Lopez began scheduling a small cohort of softball players and carrying out NeuroTracker procedures. We need to explore how big of a role neurocognitive and perceptual-motor behavior plays in sports,” Hall said. “This project is unique because she’s looking at something we don’t typically understand or think about in regard to human performance. Through this device and its three phases - baseline, learning phase and dual-task phase - Lopez hopes to improve cognitive abilities, perceptual cognitive-skills and interpretations of fast-moving objects to improve a player’s batting accuracy. The NeuroTracker, a 3D experience, trains the brain while strengthening mental awareness. Lopez and Hall collaborated on research ideas, eventually focusing their efforts on the softball world and utilizing the university’s NeuroTracker. The beginning research stages involved mentor Kari Hall, instructor of exercise science at DSU.
There are very few studies out there about the training of perceptual cognitive skills and its ability to improve an athlete’s performance,” Lopez said. “I’m really interested in improving the cognitive and visual skills of athletes. Lopez, an exercise science major on the pre-physical therapy track, is researching just how training the brain may give athletes a bigger competitive edge.
From the new Madison Cyber Labs facility to the Annual Research Symposium, the university has created innovative initiatives that span across a wide variety of academic disciplines.īut one DSU student in particular, Xitlali Lopez, is spanning research beyond academics.
When it comes to research, Dakota State University is no stranger.įor the past few years, DSU has increased its research culture both on – and off – campus. This paid piece is sponsored by Dakota State University.
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