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Fluorocitrate, a selective astrocytic toxin, was microinjected into the right striatum of rat brain, and the regional distribution of  14 C-acetate was measured using autoradiography. A significant reduction (more than 80%) in  14 C-acetate uptake over a 5-minute period was observed in the right striatum, compared with that in the left striatum (saline infused), 4 hours after fluorocitrate (1 nmol/μL) infusion. This effect was transient, and  14 C-acetate uptake had almost returned to normal at 24 hours after the fluorocitrate infusion. In contrast, the regional blood flow in the striatum, as determined using  14 C-iodoamphetamine, was significantly increased by the fluorocitrate infusion. The present observations indicate that  14 C-acetate uptake might be a useful characteristic for examining astrocytic energy metabolism in the intact brain.

Effect of Astrocytic Energy Metabolism Depressant on 14C-Acetate Uptake in Intact Rat Brain

Effect of Astrocytic Energy Metabolism Depressant on ¹⁴C-Acetate Uptake in Intact Rat Brain