EMG, Nerve Conduction and Evoked Potentials, Volume 1By
- Colin Binnie, MD, FRCP, Emeritus Professor, Department of Clinical Neurophysiology, Guy's, King's and St. Thomas' School of Medicine, King's College Hospital, London, UK
- Raymond Cooper, BSc, PhD, Former Scientific Director, Burden Neurological Institute, Bristol, UK
- F. Mauguiere, MD, Department of Functional Neurology and Epileptology, Hôpital Neurologique Pierre Wertheimer, Lyon, France
- John Osselton, BSc, Formerly Senior Lecturer, Electoencephalography, University of Newcastle-Upon-Tyne, UK
- Pamela Prior, MD, FRCP, Consultant Clinical Neurophysiologist, St. Bartholomew's and the Royal London Hospitals, West Smithfield, London, UK
- B. M. Tedman, Department of Clinical Neurophysiology, The Walton Centre for Neurology and Neurosurgery, Liverpool, UK
This is part of a 2-volume work in which the authors treat the three main branches of clinical neurophysiology - peripheral neurophysiology, evoked potentials and electroencephalography - in a consistent and integrated way with emphasis on a clear exposition of practical details of how and why each investigation is done. Their aim is that the reader should understand exactly how to choose and to undertake appropriate investigations, and how to interpret the findings in the light of the latest evidence-based studies. Using historical evidence and illustrative case reports, they address the scientific principles, both biological and electrical, recording techniques, the development and characteristics of electrical potentials in normal subjects, and the ways in which these are disturbed by physical factors or disease. This foundation should enable the reader to interpret recordings from first principles. The main clinical sections are set in the context of typical referral problems or disease groups, showing how the appropriate sequence of investigations and their interpretation help in diagnosis or surveillance of the patient's condition.
Hardbound, 656 Pages
Published: May 2004
- Part 1: Origins and Techniques (R. Cooper)
1.1 Fundamentals of neurophysiology (G. Alarcon et al.). 1.2 Techniques (R. Cooper, G. Alarcon, C.D. Binnie).
Part 2: Electromyography and Nerve Conduction (B.M. Tedman)
2.1 Early history of nerve conduction studies and electromyography (C.J. Fowler, B.M. Tedman). 2.2 Anatomy and function of peripheral nerves (C.J. Fowler, B.M. Tedman). 2.3 Clinical measurements of nerve conduction (C.J. Fowler, B.M. Tedman). 2.4 Electromyography: normal and pathological findings (C.J. Fowler, B.M. Tedman). 2.5 Nerve conduction studies and EMG sampling (C.J. Fowler, B.M. Tedman). 2.6 Specific clinical requests (B.M. Tedman et al.). 2.7 Assessment of autonomic function (C.J. Mathias). 2.8 Pelvic floor clinical neurophysiology (D.B. Vodusek, C.J. Fowler). 2.9 Quantitative sensory testing (D. Yarnitsky, D. Pud). 2.10 Single fibre electromyography (E. Stålberg). 2.11 Analysis of electromyographic activity (S. Stalberg, E. Stalberg).
Part 3: Evoked Potentials (F. Mauguiere)
3.1 Definitions and introductory remarks (F. Mauguière). 3.2 Methods and instrumentation (R. Cooper, F. Mauguiere). 3.3 Recording procedures (F. Mauguiere et al.). 3.4 Normal findings by modality (F. Mauguiere et al.). 3.5 Abnormal waveforms and diagnostic yield of evoked potentials (F. Mauguiere et al.). 3.6 Evoked potential diagnostic strategies (F. Mauguiere, L. García-Larrea, T.D. Rogers). 3.7 Analysis of evoked potentials (R. Cooper).