Book contents
- International Compendium of Movement Disorders
- International Compendium of Movement Disorders
- Copyright page
- Contents
- Contributors
- International Compendium of Movement Disorders
- Hypo- and Hyperkinetic, Dyscoordinative and Otherwise Inappropriate Motor and Behavioral Movement Disorders
- Section 1: Basic Introduction
- Section 2: Hypokinetic Movement Disorders
- Section 3: Hyperkinetic Movement Disorders
- Section 4: Dyscoordinative and Otherwise Inappropriate Motor Behaviors
- Section 5: Objectifying Movement Disorders
- Chapter 54 The Art of Phenotyping
- Chapter 55 Motor and Functional Scales for Movement Disorders
- Chapter 56 Wearables
- Chapter 57 Clinical Neurophysiology in Movement Disorders
- Chapter 58 Structural Imaging
- Chapter 59 Functional Imaging
- Movement Disorders in Vivo: Video Fragments
- Acronyms and Abbreviations
- Index
- References
Chapter 57 - Clinical Neurophysiology in Movement Disorders
from Section 5: - Objectifying Movement Disorders
Published online by Cambridge University Press: 07 January 2025
- International Compendium of Movement Disorders
- International Compendium of Movement Disorders
- Copyright page
- Contents
- Contributors
- International Compendium of Movement Disorders
- Hypo- and Hyperkinetic, Dyscoordinative and Otherwise Inappropriate Motor and Behavioral Movement Disorders
- Section 1: Basic Introduction
- Section 2: Hypokinetic Movement Disorders
- Section 3: Hyperkinetic Movement Disorders
- Section 4: Dyscoordinative and Otherwise Inappropriate Motor Behaviors
- Section 5: Objectifying Movement Disorders
- Chapter 54 The Art of Phenotyping
- Chapter 55 Motor and Functional Scales for Movement Disorders
- Chapter 56 Wearables
- Chapter 57 Clinical Neurophysiology in Movement Disorders
- Chapter 58 Structural Imaging
- Chapter 59 Functional Imaging
- Movement Disorders in Vivo: Video Fragments
- Acronyms and Abbreviations
- Index
- References
Summary
Movement disorders arise from dysfunctional physiology within the motor and movement systems of the nervous system, and can involve multiple anatomic locations. A myriad of electrophysiologic manifestations can be detected in electromyography (EMG), electroencephalography (EEG), and other methods. Technical factors must be carefully considered and technical quality should be monitored throughout. Surface EMG provides the basis for the electrophysiologic examination of movement disorders. EEG is important for establishing cortical genesis as well as consciousness state determination during the movement disorder. Tremors of different etiologies may have different frequencies and activation characteristics that are best discovered on analysis of surface EMG characteristics. Also, classification of myoclonus physiology needs electrophysiologic testing. Proper myoclonus classification forms the best approach to symptomatic treatment strategy. Results from this testing provide important supplemental information, which can be used for a more exact diagnosis that leads to treatment.
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- Information
- International Compendium of Movement Disorders , pp. 704 - 715Publisher: Cambridge University PressPrint publication year: 2025