Results 161 to 170 of about 4,738 (199)
Some of the next articles are maybe not open access.
Journal of Telemedicine and Telecare, 1996
Using the Electrodiagnostic Neurophysiological Automated Analysis (ENAA) telematic system, 1560 standardized electro-diagnostic tests have been performed on 70 normal subjects and 320 patients in five laboratories in three European countries. The data from each patient have been transmitted from the five satellite laboratories to the Bristol Telematic
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Using the Electrodiagnostic Neurophysiological Automated Analysis (ENAA) telematic system, 1560 standardized electro-diagnostic tests have been performed on 70 normal subjects and 320 patients in five laboratories in three European countries. The data from each patient have been transmitted from the five satellite laboratories to the Bristol Telematic
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Electrodiagnosis of Infantile Botulism
Journal of Child Neurology, 2000Analysis of the literature on the electrophysiologic features of infantile botulism was undertaken. Small compound muscle action potential amplitude is a very sensitive feature but lacks specificity. The decremental response to 2- to 3-Hz repetitive nerve stimulation is inconsistent and not a reliable sign.
A R, Gutierrez +2 more
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Electrodiagnosis of Myotonic Disorders
Physical Medicine and Rehabilitation Clinics of North America, 2013Clinical and electrical myotonia is caused by a small group of neuromuscular disorders. This article reviews myotonia and its differential diagnosis. The use of electrodiagnostic testing to evaluate the primary myotonic disorders (myotonic dystrophy and the nondystrophic myotonias) is also discussed.
Michael K, Hehir, Eric L, Logigian
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Journal of Neurology, 1999
This review describes some of the factors that may lead to erroneous interpretations of electromyographic and nerve conduction studies. Such errors may be due either to technical or to biological factors, and it is imperative that the consequent limitations of the methods be considered in a diagnostic setting.
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This review describes some of the factors that may lead to erroneous interpretations of electromyographic and nerve conduction studies. Such errors may be due either to technical or to biological factors, and it is imperative that the consequent limitations of the methods be considered in a diagnostic setting.
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Electrodiagnosis of radiculopathy
2019While nerve conduction studies are an important part of the electrodiagnostic examination (EDX), the diagnosis of a radiculopathy rests mainly on the needle electrode examination (NEE) findings. Myotomal spontaneous activity and neurogenic motor unit potential (MUP) changes are the key abnormalities seen.
John-Michael, Li, Jinny, Tavee
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Electrodiagnosis of Plexopathy
PM&R, 2013AbstractElectrodiagnostic evaluation of the brachial and lumbosacral plexus can be challenging even to an experienced practitioner. Detailed attention to anatomy and correlation with the history and physical examination results are needed to have a comprehensive differential diagnosis and to develop reliable conclusions.
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Electrodiagnosis of Radiculopathies
Neurologic Clinics, 1985Electrophysiology assesses function and should be considered complementary to, not as competing with, myelography, which assesses structure. Electromyography, being devoid of morbidity and significant side effects, should precede invasive radiology: myelography and contrast-enhanced computerized tomography (CT).
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Electrodiagnosis in Facial Palsy
Archives of Otolaryngology - Head and Neck Surgery, 1972Nerve excitability test, intensity-duration curve, and measurements of action potentials evoked by facial nerve stimulation (evoked electromyography) were made on 146 patients, ie, 117 with Bell's palsy, 14 with Ramsay Hunt's syndrome, and 15 with traumatic palsy. Surgical decompressions were performed on 34 patients.
N, Yanagihara, M, Kishimoto
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Electrodiagnosis of Plexopathies
Neurologic Clinics, 1985The pathophysiologic processes underlying plexus lesions and their recognition by electromyographic examination are detailed in this article. The nerve conduction studies most helpful for localization of plexopathies are discussed, and the electromyographic findings of the most commonly encountered plexopathies are described.
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Physical Medicine and Rehabilitation Clinics of North America, 2003
The past 3 decades have witnessed tremendous advances in the field of electrodiagnostic medicine. The high-performance electronics and microprocessors available in contemporary electrodiagnostic instruments have improved the ability to detect, record, measure, and interpret the action potentials arising from the nerves and muscle fibers.
Jay J, Han, George H, Kraft
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The past 3 decades have witnessed tremendous advances in the field of electrodiagnostic medicine. The high-performance electronics and microprocessors available in contemporary electrodiagnostic instruments have improved the ability to detect, record, measure, and interpret the action potentials arising from the nerves and muscle fibers.
Jay J, Han, George H, Kraft
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