Clinical Neurophysiology

Nerve Conduction, Electromyography, Evoked Potentials

Inbunden, Engelska, 2019

1 449 kr

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Ideal for DM and DNB in Neurology; Electrodiagnostic Laboratories; Neurologists and MD (Physiology, Psychiatry and Medicine)

Clinical neurophysiology has evolved as an extension of clinical examination. This book has three main parts of electrodiagnosis - nerve conduction, electromyography and evoked potentials. The emphasis is on correct method of conducting the test including pitfalls, precautions, and proper interpretation of the results. The normal values of various tests have been provided. The application of nerve conduction, electromyography and evoked potentials in various neurological disorders has been discussed for bedside application and clinical problem solving.

Produktinformation

Utgivningsdatum2019-12-26
FormatInbunden
SpråkEngelska
Antal sidor452
Upplaga4
FörlagElsevier Health Sciences
ISBN9788131258156

Tillhör följande kategorier

Neurologi och klinisk neurofysiologi inom Medicin

1 History of Clinical NeurophysiologyClassic ElectrodiagnosisElectromyography and Nerve StimulationTechniqueEvoked PotentialsMiscellaneous2 An Introduction to Electrodiagnostic Signals and Their MeasurementsBiophysicsElectrodesFilterAmplifi erAveragerDisplayGain and Sweep TimeSignal Trigger and Delay LineStimulatorReferral Process3 Nerve Conduction Study3.1 PRINCIPLES OF NERVE CONDUCTION STUDYAnatomy and PhysiologyAxonal TransportImpulse PropagationPrinciples of Motor Nerve ConductionPrinciples of Sensory Nerve ConductionVariables Aff ecting the Nerve Conduction Study3.2 MEDIAN NERVEAnatomyNerve Conduction StudyMedian Nerve Entrapment Syndromes3.3 ULNAR NERVEAnatomyNerve Conduction StudyUlnar Neuropathy3.4 RADIAL NERVEAnatomyNerve Conduction StudyRadial Neuropathy3.5 BRACHIAL PLEXUSAnatomyBrachial PlexopathyNeurophysiological Assessment of Brachial Plexus LesionsThoracic Outlet ObstructionBrachial NeuritisRadiation-Induced PlexopathyObstetric Brachial Plexopathy3.6 CERVICAL RADICULOPATHYAnatomyMotor and Sensory Nerve ConductionF WaveSomatosensory Evoked PotentialsNerve Root StimulationNeedle ElectromyographyCervical Radiculopathy3.7 LUMBAR PLEXUS AND ITS TERMINAL BRANCHESAnatomyLumbosacral PlexopathyNeurophysiological Evaluation3.8 SACRAL PLEXUS AND ITS TERMINAL NERVE BRANCHESAnatomy3.9 LUMBOSACRAL RADICULOPATHYAnatomyL2, L3, and L4 RadiculopathiesL5 RadiculopathyS1 and S2 RadiculopathyMultiple Lumbosacral RadiculopathiesDiagnostic Utility of EMG and MRI in Radiculopathy3.10 ANOMALOUS INNERVATION OF THE EXTREMITIESMedian to Ulnar Nerve Communication (Martin-Gruber Anastomosis)Ulnar to Median Nerve CommunicationVariations in the Innervations of Intrinsic Hand MusclesAccessory Deep Peroneal NerveTibial and Peroneal Nerve Communication3.11 NERVE CONDUCTION OF NONLIMB NERVESPhrenic NerveFacial NerveHypoglossal NerveGreat Auricular Nerve3.12 LATE RESPONSEH Refl exF WaveAxon Refl ex3.13 AUTONOMIC NERVOUS SYSTEM TESTINGAnatomical and Functional BasisAutonomic Function Tests4 Electromyography4.1 INTRODUCTION TO ELECTROMYOGRAPHYAnatomy of MuscleTypes of EMG Needle ElectrodesRecording Technique4.2 TECHNIQUE OF ELECTROMYOGRAPHYMuscles of HandsMuscles of ForearmMuscles of ArmMuscles of Shoulder Girdle and TrunkMuscle of FootMuscles of LegMuscles of ThighMuscles of Pelvic GirdleMuscles of Face, Head, and NeckVideo 4.1 Insertional activityVideo 4.2 Positive sharp waves and fi brillationsVideo 4.3 Myotonic dischargesVideo 4.4 Complex repetitive discharge (CRD)Video 4.5 Fibrillations and fasciculationsVideo 4.6 Myopathic motor unit potentialsVideo 4.7 Neurogenic motor unit potentials5 Clinical Application of EMG and Nerve Conduction5.1 ELECTROMYOGRAPHIC FINDINGS IN NEUROLOGICAL DISORDERSNeurogenic DisordersMyopathic Disorders5.2 NERVE CONDUCTION AND EMG STUDIES IN POLYNEUROPATHIESPathophysiological Basis of Nerve Conduction StudyConduction Block and Temporal DispersionNeurophysiological Classifi cation of PolyneuropathyLimitation of Nerve Conduction StudiesHereditary NeuropathiesAcute Infl ammatory Demyelinating PolyneuropathyChronic Infl ammatory Demyelinating PolyneuropathySubacute Idiopathic Demyelinating PolyradiculoneuropathyMotor Neuropathy with Multifocal Conduction Block or Multifocal Motor NeuropathyNeuropathy Associated with AIDSLeprosyDiphtheritic NeuropathyMetabolic NeuropathyCarcinomatous NeuropathyNutritional NeuropathyCritical Care NeuropathyToxic NeuropathyDrug-Induced NeuropathyIschemic NeuropathyNeuropathy Associated with Connective Tissue DisorderOverview of Investigations in Neuropathy6 Repetitive Nerve StimulationNeuromuscular JunctionPhysiology of RNS TestVariables Infl uencing Neuromuscular TransmissionTechnique of RNSMeasurementInterpretation of RNS TestClinical Application of RNS Study7 Single-Fiber ElectromyographyIntroductionMethod of SFEMGSFEMG in Neurologic DiseasesNeuromuscular Transmission DisordersSFEMG in Neurogenic DisordersSFEMG in MyopathiesMacro-EMG8 Visual Evoked PotentialAnatomical Basis of VEPMethods of Visual Evoked PotentialVariables Infl uencing VEPClinical Applications of VEP9 Brainstem Auditory Evoked PotentialAnatomical and Physiological Basis of BAEPsBrainstem Electrical Activity and Its Correlation with BAEPPatient-Related Variables Aff ecting BAEPMethodNormal BAEP, Potential Field Distribution, Waveform Recognition, and Normal ValuesAbnormal BAEPClinical Neurophysiological Correlation10 Somatosensory Evoked PotentialsAnatomical and Physiological Basis of SEP MethodsNormal Median SEPTibial SEPsReproducibility of SEPPatient-Related FactorsClinical Application of SEPSurgical Monitoring11 Motor Evoked PotentialAnatomy and Physiology of Corticospinal TractPhysiological Basis of Motor Evoked PotentialMethod of Motor Evoked PotentialMeasurement of CMCTCMCT Abnormalities and Their BasisComparison of Electrical and Magnetic StimulationSafety of Transcranial Electrical and Magnetic StimulationClinical Applications12 Cognitive Evoked PotentialP3Waveform Identifi cation and MeasurementVariables Aff ecting P3Generators of P3Clinical Application13 Electrodiagnosis in Pediatric Practice13.1 NERVE CONDUCTION AND ELECTROMYOGRAPHYNerve Conduction StudiesSensory NCSNeedle EMGRepetitive Nerve Stimulation13.2 VISUAL EVOKED POTENTIAL IN PEDIATRIC PRACTICEMethodologyMaturation of VEPMeasurement of VEPClinical Application13.3 BRAINSTEM AUDITORY EVOKED POTENTIAL IN PEDIATRIC PRACTICEMethodological ConsiderationsMaturation of BAEPClinical Application of BAEP in Pediatrics13.4 SOMATOSENSORY EVOKED POTENTIALS IN PEDIATRIC PRACTICEMethodological ConsiderationsMaturational ChangesClinical Applications14 Role of Clinical Neurophysiology in the Prognosis of Neuromuscular DisordersAmyotrophic Lateral SclerosisRadiculopathyTraumatic Nerve InjuryPolyneuropathyDiseases of Neuromuscular JunctionMyopathyIndex