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Chapter 5. Electrophysiology

Anthony A. Grace, Ph.D.; J. Amiel Rosenkranz, Ph.D.; Anthony R. West, Ph.D.
DOI: 10.1176/appi.books.9781585623860.408404

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Several approaches can be used to analyze the structure and function of the nervous system in health and disease. Many of these techniques—for example, the biochemical analysis of neurotransmitter and metabolite levels, anatomical studies of axonal projection sites or neurotransmitter enzymes, and molecular biological studies of messenger levels and turnover—examine the nervous system at the level of groups or populations of neurons. In contrast, by its very nature, electrophysiology is oriented toward the physiological analysis of individual neurons. In this chapter, we describe preparations and techniques that are in a general sense applicable to many systems, with specific examples from the dopaminergic system to draw on our field of expertise.

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CME Activity

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Sample questions:
1.
The opening of which of the following ion channels is the mechanism through which -aminobutyric acid (GABA) decreases neuronal activity?
2.
Which of the following electrophysiological techniques is directed at assessing the response of individual ionic channels in the membrane of a neuron?
3.
A useful technique in psychopharmacological research is the in vivo preparation, wherein a drug that elicits a characteristic behavioral response can be administered to examine how that drug affects neurons that are likely to participate in the behavioral response. Although in vivo electrophysiological recordings provide the most direct link between neurophysiology and behavior, this technique has which of the following limitations?
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