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Atlas of ambulatory EEG / editors Bernard S. Chang, Steven C. Schachter, Donald L. Schomer.

Contributor(s): Material type: TextTextPublication details: Amsterdam ; London : Elsevier Academic Press, ©2005.Description: 1 online resource (ix, 109 pages) : facsimilesContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 0080454100
  • 9780080454108
  • 1280630779
  • 9781280630774
  • 9786610630776
  • 6610630771
Subject(s): Genre/Form: Additional physical formats: Print version:: Atlas of ambulatory EEG.DDC classification:
  • 616.8047547 22
LOC classification:
  • RC386.6.A45 A85 2005eb
NLM classification:
  • 2005 M-870
  • WL 17
Online resources:
Contents:
Cover -- Contents -- Acknowledgments -- Contributors -- Introduction -- Chapter 1: A Brief History of Ambulatory EEG -- I. Introduction -- II. The Rationale for Ambulatory Monitoring -- III. Continuous versus Event/Intermittent Recording -- IV. Clinical Application -- V. Summary -- References -- Chapter 2: Automated Spike and Seizure Detection Algorithms -- I. Introduction -- II. Automatic Spike Detection -- III. Seizure Detection -- IV. Conclusion -- References -- Chapter 3: The Clinical Use of Ambulatory EEG -- I. Purposes of EEG Monitoring -- II. Event Monitoring -- III. Ambulatory EEG Monitoring -- IV. Practical and Technical Considerations -- References -- Technical Aspects -- Technical 1. A Typical Screen or Printed Page of Ambulatory EEG Recording -- Technical 2. Left Temporal Seizure: No Filter Used -- Technical 3. Left Temporal Seizure: 60-Hz Notch Filter -- Technical 4. Left Temporal Seizure: High Frequency 35-Hz Filter -- Technical 5. Left Temporal Seizure: High Frequency 15-Hz Filter -- Technical 6. Generalized Spike-Wave Activity: Paper Speed 30 Seconds Per Page -- Technical 7. Generalized Spike-Wave Activity: Paper Speed 15 Seconds Per Page -- Technical 8. Generalized Spike-Wave Activity: Gain = 2 -- Technical 9. Generalized Spike-Wave Activity: Gain = 1 -- Normal Sleep Morphologies -- Normal Sleep 1. Sleep Spindles -- Normal Sleep 2. K-Complexes and Sleep Spindles Recorded by Spike Detection Algorithm -- Normal Sleep 3. Rapid Eye Movement of Sleep -- Ambulatory Artifacts -- Artifacts 1. Horizontal Eye Movement and Blink Artifacts -- Artifacts 2. Eye-Blink Artifact -- Artifacts 3. Eye Flutter Artifact Recorded by Seizure Detection Algorithm -- Artifacts 4. Electrode Tapping Artifact -- Artifacts 5. Jaw-Clenching Artifact -- Artifacts 6. Chewing Artifact -- Artifacts 7. Chewing Artifact Recorded by Spike Detection Algorithm -- Artifacts 8. Dry Electrode Artifact -- Artifacts 9. Forehead Rubbing Artifact -- Artifacts 10. Pulse Artifact -- Abnormal Epileptiform Activity -- Epileptiform 1. Focal Mesial Temporal Spikes Recorded by Spike Detection Algorithm -- Epileptiform 2. Focal Anterior Temporal Spikes Recorded by Spike Detection Algorithm -- Epileptiform 3. Bifrontal Spike-Wave Complexes Recorded by Spike Detection Algorithm -- Epileptiform 4. Rolandic Spikes -- Epileptiform 5. 3-Per-Second Spike-and-Wave Activity Recorded by Spike Detection Algorithm -- Epileptiform 6A. Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm (Page 1 of 2) -- Epileptiform 6B. Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm (Page 2 of 2) -- Epileptiform 7. Brief Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm -- Epileptiform 8A. Left Frontotemporal Seizure Recorded by Pushbutton Activation (Page 1 of 2) -- Epileptiform 8B. Left Frontotemporal Seizure Recorded by Pushbutton Activation (Page 2 of 2) -- Epileptiform 9. Frontal Onset Epileptiform Act.
Summary: A first-of-its-kind atlas that comprehensively depicts normal, abnormal, and artifactual findings from actual ambulatory EEG recordings in a convenient and easily accessible format.
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Includes bibliographical references and index.

Cover -- Contents -- Acknowledgments -- Contributors -- Introduction -- Chapter 1: A Brief History of Ambulatory EEG -- I. Introduction -- II. The Rationale for Ambulatory Monitoring -- III. Continuous versus Event/Intermittent Recording -- IV. Clinical Application -- V. Summary -- References -- Chapter 2: Automated Spike and Seizure Detection Algorithms -- I. Introduction -- II. Automatic Spike Detection -- III. Seizure Detection -- IV. Conclusion -- References -- Chapter 3: The Clinical Use of Ambulatory EEG -- I. Purposes of EEG Monitoring -- II. Event Monitoring -- III. Ambulatory EEG Monitoring -- IV. Practical and Technical Considerations -- References -- Technical Aspects -- Technical 1. A Typical Screen or Printed Page of Ambulatory EEG Recording -- Technical 2. Left Temporal Seizure: No Filter Used -- Technical 3. Left Temporal Seizure: 60-Hz Notch Filter -- Technical 4. Left Temporal Seizure: High Frequency 35-Hz Filter -- Technical 5. Left Temporal Seizure: High Frequency 15-Hz Filter -- Technical 6. Generalized Spike-Wave Activity: Paper Speed 30 Seconds Per Page -- Technical 7. Generalized Spike-Wave Activity: Paper Speed 15 Seconds Per Page -- Technical 8. Generalized Spike-Wave Activity: Gain = 2 -- Technical 9. Generalized Spike-Wave Activity: Gain = 1 -- Normal Sleep Morphologies -- Normal Sleep 1. Sleep Spindles -- Normal Sleep 2. K-Complexes and Sleep Spindles Recorded by Spike Detection Algorithm -- Normal Sleep 3. Rapid Eye Movement of Sleep -- Ambulatory Artifacts -- Artifacts 1. Horizontal Eye Movement and Blink Artifacts -- Artifacts 2. Eye-Blink Artifact -- Artifacts 3. Eye Flutter Artifact Recorded by Seizure Detection Algorithm -- Artifacts 4. Electrode Tapping Artifact -- Artifacts 5. Jaw-Clenching Artifact -- Artifacts 6. Chewing Artifact -- Artifacts 7. Chewing Artifact Recorded by Spike Detection Algorithm -- Artifacts 8. Dry Electrode Artifact -- Artifacts 9. Forehead Rubbing Artifact -- Artifacts 10. Pulse Artifact -- Abnormal Epileptiform Activity -- Epileptiform 1. Focal Mesial Temporal Spikes Recorded by Spike Detection Algorithm -- Epileptiform 2. Focal Anterior Temporal Spikes Recorded by Spike Detection Algorithm -- Epileptiform 3. Bifrontal Spike-Wave Complexes Recorded by Spike Detection Algorithm -- Epileptiform 4. Rolandic Spikes -- Epileptiform 5. 3-Per-Second Spike-and-Wave Activity Recorded by Spike Detection Algorithm -- Epileptiform 6A. Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm (Page 1 of 2) -- Epileptiform 6B. Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm (Page 2 of 2) -- Epileptiform 7. Brief Generalized Spike-and-Wave Activity Recorded by Seizure Detection Algorithm -- Epileptiform 8A. Left Frontotemporal Seizure Recorded by Pushbutton Activation (Page 1 of 2) -- Epileptiform 8B. Left Frontotemporal Seizure Recorded by Pushbutton Activation (Page 2 of 2) -- Epileptiform 9. Frontal Onset Epileptiform Act.

Print version record.

A first-of-its-kind atlas that comprehensively depicts normal, abnormal, and artifactual findings from actual ambulatory EEG recordings in a convenient and easily accessible format.

English.

eBooks on EBSCOhost EBSCO eBook Subscription Academic Collection - Worldwide

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