Rl. Sutton et al., METABOLIC CHANGES FOLLOWING CORTICAL CONTUSION - RELATIONSHIPS TO EDEMA AND MORPHOLOGICAL-CHANGES, Acta neurochirurgica, 1994, pp. 446-448
Rats with contusion injury to the right cortex exhibited significant f
ormation of edema 6 and 24 hours after injury which resolved by 8 days
and was replaced by cavitation necrosis. The contusions produced hype
rglycolysis and ischemia in the impacted cortical tissue and underlyin
g hippocampus immediately through 30 minutes post-injury. Glucose util
ization was depressed throughout the contused cortex and in ipsilatera
l subcortical regions, as was blood flow, at chronic (1 and 10 days) p
eriods after injury.