Intraoperative Neurophysiological Monitoring

1. Introduction
Aage R. Møller

2. Basis of Intraoperative Neurophysiological Monitoring
Aage R. Møller

3. Generation of Electrical Activity in the Nervous System and Muscles
Aage R. Møller

4. Practical Aspects of Recording Evoked Activity from Nerves, Fiber Tracts, and Nuclei
Aage R. Møller

5. Anatomy and Physiology of Sensory Systems
Aage R. Møller

6. Monitoring Somatosensory Evoked Potentials
Aage R. Møller

7. Monitoring Auditory Evoked Potentials
Aage R. Møller

8. Monitoring Visual Evoked Potentials
Aage R. Møller

9. Anatomy and Physiology of Motor Systems
Aage R. Møller

10. Practical Aspects of Monitoring Spinal Motor Systems
Aage R. Møller

11. Practical Aspects of Monitoring Cranial Motor Nerves
Aage R. Møller

12. Anatomy and Physiology of Peripheral Nerves
Aage R. Møller

13. Practical Aspects of Monitoring Peripheral Nerves
Aage R. Møller

14. Identification of Specific Neural Tissue
Aage R. Møller

15. Intraoperative Diagnosis and Guidance in an Operation
Aage R. Møller

16. Anesthesia and Its Constraints in Monitoring Motor and Sensory Systems
Aage R. Møller

17. General Considerations About Intraoperative Neurophysiology and Monitoring
Aage R. Møller

18. Equipment, Recording Techniques, and Data Analysis and Stimulation
Aage R. Møller

19. Evaluating the Benefits of Intraoperative Neurophysiological Monitoring
Aage R. Møller

Nyckelord: Medicine & Public Health, Neurosurgery