Publication | Closed Access
The effect of glucose upon restitution after transient cerebral ischemia: A summary
40
Citations
33
References
2009
Year
Reproducible ModelCerebrovascular DiseaseSocial SciencesCerebral Vascular RegulationTransient Cerebral IschemiaStrokeBrain InjuryNeurologyIschemic SyndromeNeuroprotectionCerebral Blood FlowComplete Brain IschemiaReperfusion InjuryIschemic StrokeNeurophysiologyDiabetesNeuroscienceComplete IschemiaMedicine
The study describes a reproducible model of complete brain ischemia in rats. Rats with different plasma glucose concentrations were exposed to 10 min of complete cerebral ischemia achieved by compression of neck vessels by a pneumatic cuff. All 30 rats, except one, in which pre-ischemic plasma glucose level were lower than 22 mM (range 1.6-22) survived 10 min complete ischemia and made a similar recovery. Ten rats with pre-ischemic plasma glucose levels above 22 mM (range 22-47.2) died from seizures in the post-ischemic period. Post-ischemic treatment of seizures and hyperglycemia in the hyperglycemic rats significantly improved recovery. In conclusion, pre-ischemic hyperglycemia above 22 mM impairs recovery after complete ischemia by inducing seizures, post-ischemic hyperglycemia and lactic acidosis.
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