Research Overview

Sport-related concussion assessment using neurocognitive evaluations, self-report symptoms, and postural control. His specific area of interest is investigating the direction and magnitude of impact and the clinical outcomes following concussion.

 

Members

Graduate Student(s)

Douglas Martini (dnmart@umich.edu)

Undergraduate Student(s)

Samantha Hudson (srhudson@umich.edu), Data collection specialist

Stephanie Scott (scottsms@umich.edu), Primary recruitment officer

Joseph Weindorf (weindorj@umich.edu), Chief data analyst

Collaborator(s)

JT Eckner, MS MD

Jacob Greer, ATC

Jeffrey Kutcher, MD

Courtney McDonald, MBA

Current Projects

This study will evaluate changes in cerebral electrophysiology across a season of high school football. All athletes will be equipped with the Head Impact Telemetry (HIT) System to track the location and magnitude of impacts.

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School of Kinesiology Assistant Professor Steven Broglio Ph.D., A.T.C. will be part of a multi-collaborative U-M concussion study funded by the NCAA. The grant will provide $400,000 to the National Sport Concussion Outcomes Study Consortium to examine the effects of head injuries in contact and noncontact sports in both genders through the course of a college career.

The consortium hopes to study more than 1,000 male and female student-athletes competing in 11 sports at three schools to study the effects of contact on the brain. The researchers hope to track those athletes after their college careers end and examine the long-term effects of brain impacts – an area that is still not understood.

The study's collaborators and co-investigators include Dr. Jeff Kutcher from U-M NeuroSport and Dr. J.T. Eckner from the U-M Department of Physical Medicine & Rehabilitation.

This investigation will evaluate the long term effects of concussion in adults sustaining an injury during their teen years. Participants with and without a concussion history in their 20s, 40s, and 60s will complete a gait and force control assessments.

This project will establish the reliability and validity of a novel electrophysiological assessment tool that implements a novel statistical model to event-related potentials (ERPs).

Funding provided by the National Athletic Trainers' Association Research and Education Foundation (http://www.natafoundation.org/)

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