Essential Electromyography
Essential Electromyography
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GBPThe principles of electromyography, including single-fibre electromyography and nerve conduction studies, are described simply, supported by clear diagrams and screenshots of high quality recordings. After a brief overview of anatomy, physiology, pathology and technical matters including electrodes, amplifiers and volume conduction, the way these principles aid the diagnosis of disorders of nerves, muscles and neuromuscular junctions is explained. The book concludes with the findings in common clinical conditions and explores the concept of normal vs abnormal values. This is an invaluable introductory text for trainees in clinical neurophysiology. Clinicians in specialties such as neurology, orthopaedic surgery, rheumatology, general medicine, physical medicine and rehabilitation will benefit from guidance on selecting patients for referral and assistance with the interpretation of the results. Based on the expertise of an author who has spent 25 years practising and teaching the subject, readers can be assured of a wealth of knowledge within these pages.
- A succinct and comprehensive guide to the principles underlying electromyography and nerve conduction studies
- Clear diagrams and examples of high quality recordings enable fast learning while emphasising the importance of accurate, artefact-free recordings
- Designed to appeal to trainees in clinical neurophysiology as well as referring clinicians in other specialties
Reviews & endorsements
'This book succinctly explains in about 100 pages with other books are only able to do in 1000 pages. … a pocket guide for the practicing clinician.' Brendan Huang, Doody's Reviews
Product details
October 2023Paperback
9781009381062
125 pages
235 × 157 × 8 mm
0.23kg
Available
Table of Contents
- 1. Introduction
- 2. Basic anatomy and a little physiology
- 3. Peripheral nerve types
- 4. Peripheral nerve function
- 5. The neuromuscular junction
- 6. Muscle
- 7. Some technical matters: electrodes, stimulators, amplifiers, display, averagers
- 8. Volume conduction
- 9. Pathology
- 10. Electromyography (EMG)
- 11. Nerve conduction studies: introduction
- 12. Nerve conduction studies: normal
- 13. Nerve conduction studies: degeneration
- 14. Nerve conduction studies: demyelination
- 15. Degree of pathology
- 16. Tests of neuromuscular transmission
- 17. Other techniques: F-waves and H-Reflexes
- 18. Clinical applications
- 19. Other stuff: aberrant nerve pathways, A-waves, EMG anomalies
- 20. Normal values
- 21. Conclusion.
