Skip to main content
Article
Persistent post-concussion brain changes in adolescent hockey players
The research article is available in BrainsCAN Publications as well as in Neurology 2017;89;2157-2166, Available open access at https://doi.org/10.1212/WNL.0000000000004669
  • BrainsCAN, Western University, BrainsCAN, Western University
  • Kathryn Y. Manning, Western University
  • Amy Schranz, Western University
  • Robert Bartha, Western University
  • Gregory A. Dekaban, Western University
  • Christy Barreira, Western University
  • Arthur Brown, Western University
  • Lisa Fischer, Western University
  • Kevin Asem, Western University
  • Timothy J. Doherty, Western University
  • Douglas D. Fraser, Western University
  • Jeff Holmes, Western University
  • Ravi S. Menon, Western University
Description

Changes continue to occur in a concussed brain even after standard clinical tests have returned to normal. Damage in the very long fibre tracks in the brain of concussed players can be detected up to three months after the concussion and after the individuals have been approved for return to athletics. It is also possible to detect ‘hyper-connectivity’ in the brain, suggesting the brain is still trying to compensate for the concussion.

Publication Date
1-1-2018
Publisher
BrainsCAN
Disciplines
Funding

BrainsCAN Support
Imaging Core

Research Support
CHF, CIHR, CCNA, CSERC, OICR, OBI

Notes

Western Faculty, Group or Institution
Robarts Research Institute

Creative Commons License
Creative Commons Attribution-Noncommercial-No Derivative Works 4.0
Citation Information

BrainsCAN "Persistent post-concussion brain changes in adolescent hockey players" (2018). Research Summaries. 1.
https://ir.lib.uwo.ca/brainscanresearchsummaries/1