61 (10B) Neurometabolite measurement through magnetic resonance spectroscopy is associated with physical activity after pediatric concussion

Results A greater proportion of males (n=324[92%]) had SRCs compared to females (n=191[75%], p<.001).Conversely, females (n=63[25%]) had a larger proportion of NSRCs compared to males (n=29[8%], p<.001).Among SRCs, males had a greater proportion of head-to-head (n=93 [29%] vs. n=2[1%], p<0.001) MOI, while females had more head-to-ground (n=47[25%] vs. n= 53[16%], p=.022) and projectile (n=50[26%] n=14[4%], p<0.001) MOIs.Among NSRCs, males experienced more assault-related (n=5[17%], vs. n=2[3%], p=0.018) and fall-related (n=12[41%], vs. n=9 [14%], p=0.004)MOIs while females experienced more motor-vehicle-collision MOIs (n=17[27%], vs. n=2[7%], p<0.027).Conclusion Our findings highlight sex-related differences in concussion MOIs inside and outside of sport.These insights can guide clinicians in tailoring prevention strategies and emphasize the need to broaden the scope of concussion risk awareness for athletes.

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Published
2025-05-01
DOI
https://doi.org/10.1136/bmjsem-2025-concussion.61
Primary Topic
Cardiac Imaging and Diagnostics
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article
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article

61 (10B) Neurometabolite measurement through magnetic resonance spectroscopy is associated with physical activity after pediatric concussion

Mathew J. Wingerson, Katherine M. Breedlove, Alexander Lin, Katherine L. Smulligan et al.
Cardiac Imaging and Diagnostics
article

61 (10B) Neurometabolite measurement through magnetic resonance spectroscopy is associated with physical activity after pediatric concussion

Mathew J. Wingerson, Katherine M. Breedlove, Alexander Lin, Katherine L. Smulligan, Richard Moseley, Julie C. Wilson, Ved Hatolkar, David Howell
article en

Abstract

Results A greater proportion of males (n=324[92%]) had SRCs compared to females (n=191[75%], p<.001).Conversely, females (n=63[25%]) had a larger proportion of NSRCs compared to males (n=29[8%], p<.001).Among SRCs, males had a greater proportion of head-to-head (n=93 [29%] vs. n=2[1%], p<0.001) MOI, while females had more head-to-ground (n=47[25%] vs. n= 53[16%], p=.022) and projectile (n=50[26%] n=14[4%], p<0.001) MOIs.Among NSRCs, males experienced more assault-related (n=5[17%], vs. n=2[3%], p=0.018) and fall-related (n=12[41%], vs. n=9 [14%], p=0.004)MOIs while females experienced more motor-vehicle-collision MOIs (n=17[27%], vs. n=2[7%], p<0.027).Conclusion Our findings highlight sex-related differences in concussion MOIs inside and outside of sport.These insights can guide clinicians in tailoring prevention strategies and emphasize the need to broaden the scope of concussion risk awareness for athletes.

Brigham and Women's Hospital (US), Boston Children's Hospital (US), Children's Hospital Colorado (US), Boston Children's Museum (US), University of Colorado Anschutz Medical Campus (US), University of Colorado Denver (US)
Gender equality
Openalex Percentile: Top 81%
Cardiac Imaging and Diagnostics
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