Neurovascular hypoxia after mild traumatic brain injury in juvenile mice correlates with heart-brain dysfunctions in adulthood.

Katherine A LeybaNitchawat PaiyabhromaJohn P SalvasFrederick W DamenAlicia JanvierEmma ZubCorinne BernisRichard RoulandChristophe J DuboisJerome BadautSylvain RichardNicola MarchiCraig J GoergenPierre Sicard

Published in: Acta physiologica (Oxford, England) (2023)

dip and is associated with long-term behavioral modifications. These imaging biomarkers of the heart-brain axis could be applied to improve clinical pediatric mTBI management.

Keyphrases

mild traumatic brain injury
resting state
white matter
heart failure
high resolution
functional connectivity
cerebral ischemia
endothelial cells
multiple sclerosis
high fat diet induced
adipose tissue
metabolic syndrome
brain injury
young adults
early life
blood brain barrier