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CLINICAL NEUROPHYSIOLOGY

NERVE CONDUCTION, ELECTROMYOGRAPHY, EVOKED POTENTIALS

,
9788131258156 ::  CLINICAL NEUROPHYSIOLOGY
ISBN:

9788131258156

EditorialELSEVIER SCIENCE PUB.B.U.
Edicion:
Páginas:452
Idioma:INGLES
P.V.P.: 67,63 € + 4% IVA = 70,34 €
Dto 5% Ahorras 3,52 €
Importe final iva incl. 66,82 €
PLAZO DE ENTREGA 15 DIAS
Otras versiones :

<P>IDEAL FOR DM AND DNB IN NEUROLOGY; ELECTRODIAGNOSTIC LABORATORIES; NEUROLOGISTS AND MD (PHYSIOLOGY, PSYCHIATRY AND MEDICINE)</P> <P>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.</P>

<P>1 HISTORY OF CLINICAL NEUROPHYSIOLOGY</P> <P>CLASSIC ELECTRODIAGNOSIS</P> <P>ELECTROMYOGRAPHY AND NERVE STIMULATION</P> <P>TECHNIQUE</P> <P>EVOKED POTENTIALS</P> <P>MISCELLANEOUS</P><B> <P>2 AN INTRODUCTION TO ELECTRODIAGNOSTIC SIGNALS AND THEIR MEASUREMENTS</P></B> <P>BIOPHYSICS</P> <P>ELECTRODES</P> <P>FILTER</P> <P>AMPLIFI ER</P> <P>AVERAGER</P> <P>DISPLAY</P> <P>GAIN AND SWEEP TIME</P> <P>SIGNAL TRIGGER AND DELAY LINE</P> <P>STIMULATOR</P> <P>REFERRAL PROCESS</P><B> <P>3 NERVE CONDUCTION STUDY</P></B> <P>3.1 PRINCIPLES OF NERVE CONDUCTION STUDY</P> <P>ANATOMY AND PHYSIOLOGY</P> <P>AXONAL TRANSPORT</P> <P>IMPULSE PROPAGATION</P> <P>PRINCIPLES OF MOTOR NERVE CONDUCTION</P> <P>PRINCIPLES OF SENSORY NERVE CONDUCTION</P> <P>VARIABLES AFF ECTING THE NERVE CONDUCTION STUDY</P> <P>3.2 MEDIAN NERVE</P> <P>ANATOMY</P> <P>NERVE CONDUCTION STUDY</P> <P>MEDIAN NERVE ENTRAPMENT SYNDROMES</P> <P>3.3 ULNAR NERVE</P> <P>ANATOMY</P> <P>NERVE CONDUCTION STUDY</P> <P>ULNAR NEUROPATHY</P> <P>3.4 RADIAL NERVE</P> <P>ANATOMY</P> <P>NERVE CONDUCTION STUDY</P> <P>RADIAL NEUROPATHY</P> <P>3.5 BRACHIAL PLEXUS</P> <P>ANATOMY</P> <P>BRACHIAL PLEXOPATHY</P> <P>NEUROPHYSIOLOGICAL ASSESSMENT OF BRACHIAL PLEXUS LESIONS</P> <P>THORACIC OUTLET OBSTRUCTION</P> <P>BRACHIAL NEURITIS</P> <P>RADIATION-INDUCED PLEXOPATHY</P> <P>OBSTETRIC BRACHIAL PLEXOPATHY</P> <P>3.6 CERVICAL RADICULOPATHY</P> <P>ANATOMY</P> <P>MOTOR AND SENSORY NERVE CONDUCTION</P> <P>F WAVE</P> <P>SOMATOSENSORY EVOKED POTENTIALS</P> <P>NERVE ROOT STIMULATION</P> <P>NEEDLE ELECTROMYOGRAPHY</P> <P>CERVICAL RADICULOPATHY</P> <P>3.7 LUMBAR PLEXUS AND ITS TERMINAL BRANCHES</P> <P>ANATOMY</P> <P>LUMBOSACRAL PLEXOPATHY</P> <P>NEUROPHYSIOLOGICAL EVALUATION</P> <P>3.8 SACRAL PLEXUS AND ITS TERMINAL NERVE BRANCHES</P> <P>ANATOMY</P> <P>3.9 LUMBOSACRAL RADICULOPATHY</P> <P>ANATOMY</P> <P>L2, L3, AND L4 RADICULOPATHIES</P> <P>L5 RADICULOPATHY</P> <P>S1 AND S2 RADICULOPATHY</P> <P>MULTIPLE LUMBOSACRAL RADICULOPATHIES</P> <P>DIAGNOSTIC UTILITY OF EMG AND MRI IN RADICULOPATHY</P> <P>3.10 ANOMALOUS INNERVATION OF THE EXTREMITIES</P> <P>MEDIAN TO ULNAR NERVE COMMUNICATION (MARTIN-GRUBER ANASTOMOSIS)</P> <P>ULNAR TO MEDIAN NERVE COMMUNICATION</P> <P>VARIATIONS IN THE INNERVATIONS OF INTRINSIC HAND MUSCLES</P> <P>ACCESSORY DEEP PERONEAL NERVE</P> <P>TIBIAL AND PERONEAL NERVE COMMUNICATION</P> <P>3.11 NERVE CONDUCTION OF NONLIMB NERVES</P> <P>PHRENIC NERVE</P> <P>FACIAL NERVE</P> <P>HYPOGLOSSAL NERVE</P> <P>GREAT AURICULAR NERVE</P> <P>3.12 LATE RESPONSE</P> <P>H REFL EX</P> <P>F WAVE</P> <P>AXON REFL EX</P> <P>3.13 AUTONOMIC NERVOUS SYSTEM TESTING</P> <P>ANATOMICAL AND FUNCTIONAL BASIS</P> <P>AUTONOMIC FUNCTION TESTS</P><B> <P>4 ELECTROMYOGRAPHY</P></B> <P>4.1 INTRODUCTION TO ELECTROMYOGRAPHY</P> <P>ANATOMY OF MUSCLE</P> <P>TYPES OF EMG NEEDLE ELECTRODES</P> <P>RECORDING TECHNIQUE</P> <P>4.2 TECHNIQUE OF ELECTROMYOGRAPHY</P> <P>MUSCLES OF HANDS</P> <P>MUSCLES OF FOREARM</P> <P>MUSCLES OF ARM</P> <P>MUSCLES OF SHOULDER GIRDLE AND TRUNK</P> <P>MUSCLE OF FOOT</P> <P>MUSCLES OF LEG</P> <P>MUSCLES OF THIGH</P> <P>MUSCLES OF PELVIC GIRDLE</P> <P>MUSCLES OF FACE, HEAD, AND NECK</P> <P>VIDEO 4.1 INSERTIONAL ACTIVITY</P> <P>VIDEO 4.2 POSITIVE SHARP WAVES AND FI BRILLATIONS</P> <P>VIDEO 4.3 MYOTONIC DISCHARGES</P> <P>VIDEO 4.4 COMPLEX REPETITIVE DISCHARGE (CRD)</P> <P>VIDEO 4.5 FIBRILLATIONS AND FASCICULATIONS</P> <P>VIDEO 4.6 MYOPATHIC MOTOR UNIT POTENTIALS</P> <P>VIDEO 4.7 NEUROGENIC MOTOR UNIT POTENTIALS</P><B> <P>5 CLINICAL APPLICATION OF EMG AND NERVE CONDUCTION</P></B> <P>5.1 ELECTROMYOGRAPHIC FINDINGS IN NEUROLOGICAL DISORDERS</P> <P>NEUROGENIC DISORDERS</P> <P>MYOPATHIC DISORDERS</P> <P>5.2 NERVE CONDUCTION AND EMG STUDIES IN POLYNEUROPATHIES</P> <P>PATHOPHYSIOLOGICAL BASIS OF NERVE CONDUCTION STUDY</P> <P>CONDUCTION BLOCK AND TEMPORAL DISPERSION</P> <P>NEUROPHYSIOLOGICAL CLASSIFI CATION OF POLYNEUROPATHY</P> <P>LIMITATION OF NERVE CONDUCTION STUDIES</P> <P>HEREDITARY NEUROPATHIES</P> <P>ACUTE INFL AMMATORY DEMYELINATING POLYNEUROPATHY</P> <P>CHRONIC INFL AMMATORY DEMYELINATING POLYNEUROPATHY</P> <P>SUBACUTE IDIOPATHIC DEMYELINATING POLYRADICULONEUROPATHY</P> <P>MOTOR NEUROPATHY WITH MULTIFOCAL CONDUCTION BLOCK OR MULTIFOCAL MOTOR NEUROPATHY</P> <P>NEUROPATHY ASSOCIATED WITH AIDS</P> <P>LEPROSY</P> <P>DIPHTHERITIC NEUROPATHY</P> <P>METABOLIC NEUROPATHY</P> <P>CARCINOMATOUS NEUROPATHY</P> <P>NUTRITIONAL NEUROPATHY</P> <P>CRITICAL CARE NEUROPATHY</P> <P>TOXIC NEUROPATHY</P> <P>DRUG-INDUCED NEUROPATHY</P> <P>ISCHEMIC NEUROPATHY</P> <P>NEUROPATHY ASSOCIATED WITH CONNECTIVE TISSUE DISORDER</P> <P>OVERVIEW OF INVESTIGATIONS IN NEUROPATHY</P><B> <P>6 REPETITIVE NERVE STIMULATION</P></B> <P>NEUROMUSCULAR JUNCTION</P> <P>PHYSIOLOGY OF RNS TEST</P> <P>VARIABLES INFL UENCING NEUROMUSCULAR TRANSMISSION</P> <P>TECHNIQUE OF RNS</P> <P>MEASUREMENT</P> <P>INTERPRETATION OF RNS TEST</P> <P>CLINICAL APPLICATION OF RNS STUDY</P><B> <P>7 SINGLE-FIBER ELECTROMYOGRAPHY</P></B> <P>INTRODUCTION</P> <P>METHOD OF SFEMG</P> <P>SFEMG IN NEUROLOGIC DISEASES</P> <P>NEUROMUSCULAR TRANSMISSION DISORDERS</P> <P>SFEMG IN NEUROGENIC DISORDERS</P> <P>SFEMG IN MYOPATHIES</P> <P>MACRO-EMG</P><B> <P>8 VISUAL EVOKED POTENTIAL</P></B> <P>ANATOMICAL BASIS OF VEP</P> <P>METHODS OF VISUAL EVOKED POTENTIAL</P> <P>VARIABLES INFL UENCING VEP</P> <P>CLINICAL APPLICATIONS OF VEP</P><B> <P>9 BRAINSTEM AUDITORY EVOKED POTENTIAL</P></B> <P>ANATOMICAL AND PHYSIOLOGICAL BASIS OF BAEPS</P> <P>BRAINSTEM ELECTRICAL ACTIVITY AND ITS CORRELATION WITH BAEP</P> <P>PATIENT-RELATED VARIABLES AFF ECTING BAEP</P> <P>METHOD</P> <P>NORMAL BAEP, POTENTIAL FIELD DISTRIBUTION, WAVEFORM RECOGNITION, AND NORMAL VALUES</P> <P>ABNORMAL BAEP</P> <P>CLINICAL NEUROPHYSIOLOGICAL CORRELATION</P><B> <P>10 SOMATOSENSORY EVOKED POTENTIALS</P></B> <P>ANATOMICAL AND PHYSIOLOGICAL BASIS OF SEP METHODS</P> <P>NORMAL MEDIAN SEP</P> <P>TIBIAL SEPS</P> <P>REPRODUCIBILITY OF SEP</P> <P>PATIENT-RELATED FACTORS</P> <P>CLINICAL APPLICATION OF SEP</P> <P>SURGICAL MONITORING</P><B> <P>11 MOTOR EVOKED POTENTIAL</P></B> <P>ANATOMY AND PHYSIOLOGY OF CORTICOSPINAL TRACT</P> <P>PHYSIOLOGICAL BASIS OF MOTOR EVOKED POTENTIAL</P> <P>METHOD OF MOTOR EVOKED POTENTIAL</P> <P>MEASUREMENT OF CMCT</P> <P>CMCT ABNORMALITIES AND THEIR BASIS</P> <P>COMPARISON OF ELECTRICAL AND MAGNETIC STIMULATION</P> <P>SAFETY OF TRANSCRANIAL ELECTRICAL AND MAGNETIC STIMULATION</P> <P>CLINICAL APPLICATIONS</P><B> <P>12 COGNITIVE EVOKED POTENTIAL</P></B> <P>P3</P> <P>WAVEFORM IDENTIFI CATION AND MEASUREMENT</P> <P>VARIABLES AFF ECTING P3</P> <P>GENERATORS OF P3</P> <P>CLINICAL APPLICATION</P><B> <P>13 ELECTRODIAGNOSIS IN PEDIATRIC PRACTICE</P></B> <P>13.1 NERVE CONDUCTION AND ELECTROMYOGRAPHY</P> <P>NERVE CONDUCTION STUDIES</P> <P>SENSORY NCS</P> <P>NEEDLE EMG</P> <P>REPETITIVE NERVE STIMULATION</P> <P>13.2 VISUAL EVOKED POTENTIAL IN PEDIATRIC PRACTICE</P> <P>METHODOLOGY</P> <P>MATURATION OF VEP</P> <P>MEASUREMENT OF VEP</P> <P>CLINICAL APPLICATION</P> <P>13.3 BRAINSTEM AUDITORY EVOKED POTENTIAL IN PEDIATRIC PRACTICE</P> <P>METHODOLOGICAL CONSIDERATIONS</P> <P>MATURATION OF BAEP</P> <P>CLINICAL APPLICATION OF BAEP IN PEDIATRICS</P> <P>13.4 SOMATOSENSORY EVOKED POTENTIALS IN PEDIATRIC PRACTICE</P> <P>METHODOLOGICAL CONSIDERATIONS</P> <P>MATURATIONAL CHANGES</P> <P>CLINICAL APPLICATIONS</P><B> <P>14 ROLE OF CLINICAL NEUROPHYSIOLOGY IN THE PROGNOSIS OF NEUROMUSCULAR DISORDERS</P></B> <P>AMYOTROPHIC LATERAL SCLEROSIS</P> <P>RADICULOPATHY</P> <P>TRAUMATIC NERVE INJURY</P> <P>POLYNEUROPATHY</P> <P>DISEASES OF NEUROMUSCULAR JUNCTION</P> <P>MYOPATHY</P><B> <P>INDEX</P></B>

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