http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Electromyography/electrodiagnosis -- Electromyographic examination-practical details -- Anatomy -- Neurophysiology -- Nerve -- Resting membrane potential -- Action potential -- Neuromuscular junction -- Muscle -- Electricity and electronics -- Equipment -- Electrodes -- Amplifiers -- Filters -- Output -- Stimulators -- Averaging -- Electrical safety -- Nerve conduction studies -- Motor nerve conduction studies -- Sensory nerve conduction studies -- Mixed nerve conduction studies -- Normal values -- Special studies -- Late responses -- H-responses -- F-waves -- Blink responses -- Pitfalls in performance of nerve conduction studies -- Needle electrode examination -- Recruitment -- Insertional and spontaneous activity -- Pathophysiology -- Nerve -- Neuromuscular junction -- Muscle -- Special methods -- Findings in disease -- Hysteria/malingering/upper motor neuron disease -- Neuropathies -- Neuromuscular junction transmission disorders -- Myopathies -- Electroencephalography -- Living cell as an electrical generator -- Source of electroencephalographic potentials -- Dipoles and the localization of encephalographic activity -- Electrodes -- Noninvasive electrodes -- Invasive electrodes -- Intracranial monitoring -- Impedance checking -- Instrumentation -- Montages -- Amplifiers -- Filters -- Calibration -- Chart recorders -- Digital electroencephalography technology -- Clinical signals -- Normal electroencephalography -- Common abnormal patterns -- Artifacts -- Processed electroencephalography: monitors and methods -- Domains: time, frequency and fourier analysis -- Brain mapping -- Compressed spectral array -- Zero crossing analysis -- Clinical use -- Applications of processed quantitative electroencephalographic monitoring -- Bedside electroencephalographic monitoring -- Perioperative monitoring -- Automated analysis of sleep -- Epilepsy monitoring
Current research -- Evoked potentials -- Averaging -- Evoked potential amplitude -- Evoked potential latency -- Evoked potential recording -- Evoked potential generators -- Recording techniques -- Digital sampling -- Filters Evoked potential recording of specific neuroanatomic systems -- Visual evoked response -- Anatomy -- Recording methods -- Recording montage -- Clinical applications -- Brainstem auditory evoked responses -- Anatomy -- Recording methods -- Recording montage -- Clinical applications -- Somatosensory evoked potentials -- Anatomy -- Recording methods -- Recording montages -- Clinical applications -- Intraoperative monitoring -- Event-related potentials -- Intraoperative brain monitoring using analog and computer-processed EEG -- Background -- Digital power spectral analysis, derived measures and computer-enhanced displays -- Brain power, CSA/DSA formats and spectral edge frequency -- Anesthetic drug effects -- Barbiturates -- Nonbarbiturate induction agents -- Potent inhalation agents -- Nitrous oxide -- Synthetic opiates -- Benzodiazepines -- EEG monitoring during carotid endarterectomy surgery -- EEG changes associated with CEA -- Benefits of continuous monitoring -- Monitoring during cardiac surgery -- Involving cardiopulmonary bypass procedures -- Intraoperative transcranial doppler -- Methods -- Benefits of continuous monitoring
Includes bibliographical references (pages 199-201) and index.