Implantation of electrodes into the substantia nigra/basal nuclei region as a treatment for Parkinson's disease is intended to deliver an electrical shock in order to ______ which will produce more normal voluntary executive motor function.
A)Provide release of surrogative dopamine receptor agonists
B)Inhibit the activity of normal dopamine degrading enzymes
C)Activate precursor dopamine synthesizing metabolic pathways
D)Destroy regions of the basal nuclei and substantia nigra which are overproducing dopamine
E)Stimulate the production and release of dopamine

Question

Quizplus · Accepted Answer

Implantation of electrodes into the substantia nigra/basal nuclei region is intended to stimulate the production and release of dopamine, which will improve motor function in individuals with Parkinson's disease. This is accomplished by delivering an electrical shock that activates the remaining dopaminergic neurons in the area.

Implantation of Electrodes into the Substantia Nigra/basal Nuclei Region as a Treatment