Title : Studies on the indirect feedback inhibition of cholinergic neurons triggered by oxotremorine in striatum - Ladinsky_1981_Brain.Res_225_217 |
Author(s) : Ladinsky H , Consolo S , Forloni G , Tirelli AS |
Ref : Brain Research , 225 :217 , 1981 |
Abstract :
Oxotremorine produced 30-75% increases in rat striatal acetylcholine content and 10-15% decreases in choline content at the subtremorogenic doses of 0.34-1.34 mumol/kg, without affecting choline acetyltransferase and acetylcholinesterase activities and the sodium-dependent high affinity uptake of choline. The increase in acetylcholine was blocked by atropine and by reserpine indicating that oxotremorine indirectly influences the intrinsic striatal cholinergic neurons through a monoamine-mediated negative feedback loop. Experiments designed to interfere with neurotransmitter function indicated that noradrenaline and not dopamine or serotonin, mediated the response to oxotremorine. |
PubMedSearch : Ladinsky_1981_Brain.Res_225_217 |
PubMedID: 7296277 |
Ladinsky H, Consolo S, Forloni G, Tirelli AS (1981)
Studies on the indirect feedback inhibition of cholinergic neurons triggered by oxotremorine in striatum
Brain Research
225 :217
Ladinsky H, Consolo S, Forloni G, Tirelli AS (1981)
Brain Research
225 :217