Neurophysiological techniques : applications to neural systems / edited by Alan A. Boulton, Glen B. Baker and Case H. Vanderwolf.

Contributor(s): Boulton, A. A. (Alan A.) [editor.] | Baker, Glen B, 1947- [editor.] | Vanderwolf, C. H [editor.]
Material type: TextTextSeries: Neuromethods: 15.Publisher: Clifton, New Jersey : Humana Press, 1990Description: 1 online resourceContent type: text Media type: computer Carrier type: online resourceISBN: 9781592596201; 1592596207; 0896031853; 9780896031852; 1280837063; 9781280837067; 9786610837069; 6610837066Subject(s): Electrophysiology -- Research -- Methodology | Evoked potentials (Electrophysiology) | Neurophysiology -- Research -- Methodology | Musculoskeletal and Neural Physiological Phenomena | Biophysics | Neurosciences | Physiology | Biological Science Disciplines | Phenomena and Processes | Natural Science Disciplines | Disciplines and Occupations | Neurophysiology | Electrophysiology | Nervous System Physiological Phenomena | Evoked potentials (Electrophysiology) | Neurophysiology -- Research -- MethodologyGenre/Form: Electronic books. | Fulltext. | Internet Resources. DDC classification: 591.1/88 LOC classification: QP356Online resources: Click here to access online
Contents:
Extracellular single-unit recording methods / Donald R. Humphrey and Edward M. Schmidt -- Techniques to study spinal-cord, peripheral nerve, and muscle activity in freely moving animals / Joaquin Andres Hoffer -- Human evoked potentials / Eric Halgren -- Field potentials in the central nervous system: recording, analysis, and modeling / Lai-Wo Stan Leung -- Computer techniques in neurophysiology / Lai-Wo Stan Leung.
Summary: The development of neurophysiology, the study of the activity of living nervous tissue, has relied heavily on the techniques of electrophysiology. This emphasis is revealed in volumes 14 and 15 of this series, which show how electrophysiological techniques can be applied to research topics ranging from ion channels to human behavior. Kitai and Park show how cellular neurophysiology can be related to classical neuroanatomy, an important basis for any type of functional analysis. Wonderlin, French, Arispe, and Jones describe new (single channel) and more traditional (whole cell) techniques for studying the role of ion channels in cellular pr- esses, a field that is currently developing very rapidly. An exciting nontraditional approach to the study of cellular electrophysiology is discussed by Hopp, Wu, Xiao, Rioult, London, Zecevic, and Cohen in their paper on optic measurement of membrane pot- tials. Humphrey and Schmidt offer a thoughtful review of the uses and limitations of the technique of recording extracellular unit potentials in the brain. Hoffer presents an introduction to a field that is of great interest but is technically very difficult-the reco- ing from cells and axons in the spinal cord and peripheral nervous system in freely moving animals. An electrophysiological approach to the analysis of the neural mechanisms of normal behavior is presented by Halgren in a wide-ranging review of the field of evoked potentials in humans.
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English.

Includes bibliographical references and index.

Extracellular single-unit recording methods / Donald R. Humphrey and Edward M. Schmidt -- Techniques to study spinal-cord, peripheral nerve, and muscle activity in freely moving animals / Joaquin Andres Hoffer -- Human evoked potentials / Eric Halgren -- Field potentials in the central nervous system: recording, analysis, and modeling / Lai-Wo Stan Leung -- Computer techniques in neurophysiology / Lai-Wo Stan Leung.

Print version record.

The development of neurophysiology, the study of the activity of living nervous tissue, has relied heavily on the techniques of electrophysiology. This emphasis is revealed in volumes 14 and 15 of this series, which show how electrophysiological techniques can be applied to research topics ranging from ion channels to human behavior. Kitai and Park show how cellular neurophysiology can be related to classical neuroanatomy, an important basis for any type of functional analysis. Wonderlin, French, Arispe, and Jones describe new (single channel) and more traditional (whole cell) techniques for studying the role of ion channels in cellular pr- esses, a field that is currently developing very rapidly. An exciting nontraditional approach to the study of cellular electrophysiology is discussed by Hopp, Wu, Xiao, Rioult, London, Zecevic, and Cohen in their paper on optic measurement of membrane pot- tials. Humphrey and Schmidt offer a thoughtful review of the uses and limitations of the technique of recording extracellular unit potentials in the brain. Hoffer presents an introduction to a field that is of great interest but is technically very difficult-the reco- ing from cells and axons in the spinal cord and peripheral nervous system in freely moving animals. An electrophysiological approach to the analysis of the neural mechanisms of normal behavior is presented by Halgren in a wide-ranging review of the field of evoked potentials in humans.

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