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Neurological Institute - Cleveland Clinic - Cleveland Clinic Home

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<strong>Cleveland</strong> <strong>Clinic</strong> <strong>Neurological</strong> <strong>Institute</strong> Year in Review 9<br />

<strong>Cleveland</strong> <strong>Clinic</strong> Concussion Center:<br />

A Multidisciplinary Team Tackles a<br />

Massive <strong>Clinic</strong>al Problem<br />

Rapidly identifying concussion in athletes and expediting clinical intervention are crucial for optimizing safety<br />

and timeliness of return to play. Conversely, objective analysis made quickly and accurately at the time of injury<br />

can keep a player benched — and prevent a sometimes-fatal second impact. To that end, <strong>Cleveland</strong> <strong>Clinic</strong> is<br />

developing better, faster, more accurate tools for diagnosing, preventing and managing concussions.<br />

Gaming Technology with Diagnostic and<br />

Management Potential<br />

The gyroscope and accelerometers that make the<br />

iPad ® 2 by Apple ® such an agile video gaming instru-<br />

ment also make it an excellent tool for analyzing the<br />

multi-dimensional symptoms, both motor and cogni-<br />

tive, of concussion at the time of injury and during<br />

the return-to-play decision-making phase.<br />

Research led by Jay Alberts, PhD, is being conducted<br />

on <strong>Cleveland</strong>-area high school and college athletes<br />

using an iPad2 that is attached to the body, and a<br />

proprietary app that collects position and time series<br />

data along with linear and angular acceleration data<br />

as clinical tests are performed. The data are then<br />

analyzed to objectively quantify specific changes in<br />

cognitive and motor functioning and any declines<br />

in balance and postural (in)stability. This technology<br />

represents a fundamental change in the level of<br />

objectivity and the comprehensive nature of assessing<br />

athletes following concussions, and has potential to<br />

become an affordable, point-of-care tool for schools<br />

and sports organizations to use in the baseline testing<br />

and post-injury management of concussion.<br />

Better Helmets, Better Protection<br />

Football helmet testing has shown that in certain<br />

instances, pre-World War II-era leather helmets<br />

performed on par or better than some helmets cur-<br />

rently used in high school, college and professional<br />

football. Similar studies demonstrate that padding<br />

did not always appreciably reduce risk of head and<br />

neck trauma. Through a $100,000 grant from the<br />

National Football League Charities, <strong>Cleveland</strong> <strong>Clinic</strong><br />

Concussion Center researchers are studying the role<br />

of the neck in mitigating head trauma, and its role in<br />

concussion in young athletes. Tests are also being<br />

conducted to benchmark protective headgear. To this<br />

end, Adam Bartsch, PhD, and colleagues have devel-<br />

oped the <strong>Cleveland</strong> <strong>Clinic</strong> Intelligent Mouthguard.<br />

Left Jay Alberts, PhD, activates a balance app on the iPad2. The iPad2’s built-in gyroscope and accelerometer allow the<br />

device to measure position and movement of the athlete, which is then translated by the app to provide an objective measure<br />

of postural stability.

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