The purpose of this study is to develop a diagnostic algorithm to help with the detection, diagnosis, and monitoring of sub-concussive head impacts.
This prospective study will investigate the potential effects of soccer ball heading on EEG and oculomotor measurements.
Study Type
OBSERVATIONAL
Enrollment
42
Mayo Clinic in Arizona
Phoenix, Arizona, United States
Change in EEG Signals
Sensitivity of a machine-learning based algorithm containing changes in EEG signals and functional connectivity for distinguishing research participants who headed a soccer ball from research participants who kicked the ball. A leave-one-out cross validation approach will be used.
Time frame: Baseline, 45 minutes post-heading, 24 hours post-heading
Change in Eye Tracking Parameters
Sensitivity of a model containing changes in eye tracking measurements for distinguishing research participants who headed a soccer ball from research participants who kicked the ball.
Time frame: Baseline, 45 minutes post-heading, 24 hours post-heading
Change in King-Devick Testing Scores
Sensitivity of a model containing changes in King-Devick test scores for distinguishing research participants who headed a soccer ball from research participants who kicked the ball.
Time frame: Baseline, 45 minutes post-heading, 24 hours post-heading
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