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Demystifying the interpretation of EEGs in a clear, concise, and stepwise pocket guide with examples for many common clinical scenarios.
List of contents
Part I. Basics: 1. Introduction; 2. Polarity; 3. Montages; 4. Localization; 5. Active reference; 6. Frequencies and rhythms; 7. Maturation; 8. Normal adult EEG; Part II. Interpretation: 9. Approach to EEG reading; 10. Background; 11. Foreground; 12. Common artifacts; 13. Normal variants; 14. Sporadic abnormalities; 15. Repetitive abnormalities; 16. Ictal patterns (electrographic seizures); 17. Activation procedures; Part III. Specific conditions: 18. Common seizure mimics; 19. Seizures; 20. Epilepsies; 21. Epilepsy syndromes; 22. Focal dysfunction (lesions); 23. Global dysfunction (encephalopathy); 24. Status epilepticus; 25. Post cardiac arrest; 26. Brain death.
About the author
Dr Neville M. Jadeja is fascinated by EEGs. They allow the workings of the brain to be seen in real time. Learning how to read them is challenging, but that's makes them interesting. Dr Jadeja completed medical school in India, and during his internship at Jacobi Hospital (The Bronx, New York), where he encountered many cases which prompted his decision to become a neurologist, one of them was a patient who returned from a fishing trip in the Caribbean to find that every time he touched something cold, he would feel hot – the diagnosis of ciguatera poisoning from eating a Barracuda only fuelled his interest. Dr Jadeja went on to complete a neurology residency at Einstein and then moved to Boston to train as an epileptologist. Currently, he serves as a staff neurologist at the University of Massachusetts. This book reflects his techniques in teaching the reading of EEGs. Connect with Dr Jadeja on Facebook @neurobooks and on Twitter @NevilleNeuroMD.
Summary
This book demystifies the interpretation of EEGs in a quick-reference format for any clinician involved in caring for patients with neurological disease. Presented in three sections, it takes the reader from foundational knowledge to interpretation examples of EEG patterns in a clear, concise, and stepwise approach.
