Jason Mihalik is an Associate Professor in the Department of Exercise and Sport Science and an Adjunct Assistant Professor in the Department of Allied Health Sciences in the School of Medicine. He is the Co-Director of the Matthew Gfeller Sport-Related Traumatic Brain Injury Research Center, and currently serves as the Director of the EXSS Cadaver Anatomy Laboratory. He teaches courses in Biomechanics (EXSS 385) and Undergraduate Research Methods (EXSS 273), and Graduate Statistics and Research Methods. Mihalik completed his undergraduate degree in Exercise Science with a specialization in Athletic Therapy at Concordia University (Montreal, Quebec, Canada) in 2001. He completed his graduate work in Sports Medicine at the University of Pittsburgh (Pittsburgh, PA), earning his Master's Degree in December 2004. He was a recipient of a 5-year Royster Fellowship, allowing him to ultimately complete his doctoral work at The University of North Carolina at Chapel Hill in the summer of 2009. He is currently the Vice-President for the Canadian Athletic Therapists Association.
Mihalik's primary research interests include head trauma biomechanics. He is additionally interested in the interrelationships between visual and sensory performance and exploring the utility of neuroimaging and neurophysiology in the context of the concussion management paradigm. He is working with smartphone app technology to study the common pathways to managing head trauma from the sideline through the emergency department. He has a general interest in concussion management, particularly in further understanding the sequellae associated with mild TBI in athletes. He also has an interest in the field management of neurotraumatic spine-related injuries.
Areas of Expertise (8)
Director, Exercise and Sport Science Cadaver Anatomy Laboratory (professional)
July 2009 to present
10-time winner (professional)
Canadian Athletic Therapists Association National Writing Award
Advancement of Science Award (professional)
Neuro-Optometric Rehabilitation Association
Member, Royster Society of Fellows (professional)
The UNC Graduate School's select interdisciplinary fellowship program that attracts exceptional graduate students from around the world,
University of North Carolina at Chapel Hill: Ph.D., Human Movement Science 2009
University of Pittsburgh: M.S., Sports Medicine
Concordia University: B.Sc., Exercise Science
Specialization in Athletic Therapy
Media Appearances (7)
How dangerous is football for teens?
ABC 11 Eyewitness News tv
At the UNC center dedicated to Matt Gfeller, UNC assistant professor Jason Mihalik works with high school football players - Monday morning quarterbacking their technique to prevent a concussion.
"He makes the snap but now he immediately comes up and that first point of contact is with his hands. His helmet is in the chest not in the opponent's helmet and the important thing is the helmet is not the first point of contact," Mihalik said as he pointed to the video. "We really want them to get their head out of the play."
Growing concussion awareness prompts changes for coaches, players
It is not only football players at risk for concussions. In soccer, the practice of heading the ball has been controversial.
In 2015, the US Soccer Federation issued guidelines banning children 10 years and younger from heading the ball and allowing players 11 to 13 years old to head the ball only during practice.
According to Dr. Jason P. Mihalik, co-director of the Matthew Gfeller Sport-Related Traumatic Brain Injury Research Center, heading is not the main problem.
Concussion research at UNC
Time Warner Cable News tv
Concussions wrack women's soccer
Daily Tar Heel online
“Is there something about a hot, humid day where you’re dehydrated, which affects, potentially, your cerebrospinal fluid levels, and so your brain is not as buoyant?” said Dr. Jason Mihalik, co-director of the Gfeller Center and an associate professor in the exercise and sport science department...
The best concussion screening app, based on the literature
Medpage Today: iMedicalApps online
Developer: Psychological Assessment Resources Inc. in conjunction with concussion experts Jason Mihalik, PhD, Assistant Professor at the Matthew A. Gfeller Sport-Related Traumatic Brain Injury Research Center at the University of North Carolina, Chapel Hill and Gerard A. Gioia, PhD, Director of the Division of Pediatric Neuropsychology at the Children’s National Medical Center in Washington, DC...
New study finds differences in concussion risk between football helmets
Hokie Sports online
In addition to Rowson and Duma, other authors of this study were Richard Greenwald, Jonathan Beckwith, and Jeffrey Chu of Simbex, Kevin Guskiewicz, and Jason Mihalik of the University of North Carolina, Joseph Crisco and Bethany Wilcox of Brown University, Thomas McAllister of the Indiana University School of Medicine, Arthur Maerlender of Dartmouth College, Steven Broglio of the University of Michigan, Brock Schnebel and Scott Anderson of the University of Oklahoma, and Gunnar Brolinson of the Edward Via College of Osteopathic Medicine...
Concussion app helps parents, coaches determine injuries
The Huffington Post online
Coaches and parents can use their smartphones or tablets to determine if their young athlete has a concussion, thanks to a mobile app that was created in part by a Canadian.
The Concussion Recognition and Response app was co-authored by Canadian Jason Mihalik of the Matthew Gfeller Sport Related Traumatic Brain Injury Research Center at the University of North Carolina at Chapel Hill.
Athlete-recalled and clinically documented concussion histories have been used in research on former athletes, but both have limitations. Comparisons of these 2 types of concussion histories are needed to improve the accuracy of estimates of concussion history for future research and clinical care.
The existing research on the association between concussion and mental health outcomes is largely limited to former professional athletes. This cross-sectional study estimated the association between recurrent concussion and depression, impulsivity, and aggression in former collegiate athletes.
To compare the odds of sustaining moderate and severe head impacts, rather than mild, between high school football players with high and low visual performance.
To examine neurocognitive and balance performance in recreational athletes, prior to and following a dual-task training intervention compared to single-task controls in order to assess the utility and feasibility of these interventions in the clinical setting.
Little research has examined concussion outcomes in terms of impact location (ie, the area on the head in which the impact occurred). This study describes the epidemiology of concussions resulting from player-to-player collision in high school football by impact location.