Clinical Electromyography: Nerve Conduction StudiesEstablished as a staple reference in the EMG laboratory, Clinical Electromyography: Nerve Conduction Studies is now in its revised, updated Third Edition. Dr. Oh, a world-renowned authority, provides encyclopedic coverage of current nerve conduction techniques and their clinical uses. This edition's new chapter on special nerve conduction techniques describes studies such as motor unit number estimation and muscle fiber conduction velocity and discusses their clinical value and limitations. Coverage also includes new nerve conduction techniques and recent developments in electromyographic diagnosis of immunologically-mediated neuropathies, segmental demyelination, mild carpal tunnel syndrome, and neurogenic thoracic outlet syndrome. More than 500 illustrations complement the text. |
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Contents
BASIC SECTION | 4 |
Anatomical and Physiological Basis for Electromyography Studies | 7 |
General Concepts of Electrodiagnostic Studies in Neuromuscular Disease | 14 |
Basic Components of Electromyography Instruments | 25 |
Nerve Conduction Techniques | 37 |
Anatomical Guide for Common Nerve Conduction Studies | 54 |
Required Tests for Specific Problems | 79 |
Normal Values for Common Nerve Conduction Tests | 86 |
Physiological Factors Affecting Nerve Conduction | 327 |
Anomalous Innervation | 345 |
NearNerve Needle Technique in Sensory Nerve Conduction | 365 |
Intraoperative Nerve Conduction | 374 |
Reflex Tests | 390 |
Special Nerve Conduction Techniques | 447 |
Magnetic and HighVoltageLowImpedance Electrical Stimulation Tests | 504 |
Somatosensory Evoked Potentials in Peripheral Nerve Lesions | 551 |
Pediatric Nerve Conduction Studies | 107 |
Artifacts | 136 |
Electrical Safety and Risks in Electrodiagnostic Practice | 143 |
ADVANCED SECTION | 151 |
Uncommon Nerve Conduction Studies Techniques and Normal Values | 153 |
Nonphysiological Factors Affecting Nerve Conduction | 310 |
Interpretation of Nerve Conduction Data | 582 |
Nerve Conduction in Focal Neuropathies | 601 |
Nerve Conduction in Polyneuropathies | 695 |
Traumatic Peripheral Nerve Injuries | 803 |
821 | |
Common terms and phrases
abnormal absent action potential active amplitude averaging axonal branch caused clinical CMAP CNAP common compared conduction block controlled cutaneous degeneration demyelination described diabetic diagnosis difference disease disorder distal distance dorsal duration elbow electrical electrode is placed electrophysiological et al F-wave facial fibers FIGURE findings H-reflex improvement increased indicating injury innervation involved latency lateral lesion less lower m/sec magnetic mean measured median nerve method motor NCV motor nerve conduction msec muscle Muscle Nerve needle needle EMG negative nerve conduction study Neurol neuropathy NORMAL DATA Normal Limit Number observed obtained onset palsy patients peak peroneal nerve plantar positive posterior tibial prolonged proximal range recording electrode reference reflex reported response result segment sensory CNAP sensory nerve conduction showed side skin slow stimulation subjects sural nerve surface electrode syndrome Table technique temperature terminal tion ulnar nerve usually values wrist
Popular passages
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