Electrodiagnosis in Diseases of Nerve and Muscle Principles and Practice 4th Edition by Jun Kimura ISBN 0199738688 9780199738687

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ISBN 10: 0199738688
ISBN 13: 9780199738687
Author: Jun Kimura

Here is the Fourth Edition of the classic text Electrodiagnosis in Diseases of Nerve and Muscle: Principles and Practice. With each subsequent edition, Dr. Kimura has built upon his extensive experience teaching electromyography (EMG) around the world and has transferred his knowledge to the book. It is intended for clinicians who perform electrodiagnostic procedures as an extension of their clinical examination, and will be of value to neurologists and physiatrists who are interested in neuromuscular disorders and noninvasive electrodiagnostic methods, particularly those practicing electromyography (EMG). The book provides a comprehensive review of most peripheral nerve and muscle diseases, including specific techniques and locations for performing each test.

While the book has been thoroughly updated to reflect the growth that has been made in the field since 2001, a DVD has also been added to the book, allowing the readers to watch and listen to various types of normal and abnormal EMG activities.

Electrodiagnosis in Diseases of Nerve and Muscle Principles and Practice 4th Table of contents:

PART I: Basics of Electrodiagnosis

I. Anatomic Basis for Localization

1. INTRODUCTION

2. CRANIAL NERVES

3. ANTERIOR AND POSTERIOR RAMI

4. CERVICAL AND BRACHIAL PLEXUSES

5. PRINCIPAL NERVES OF THE UPPER LIMB

6. LUMBAR PLEXUS AND ITS PRINCIPAL NERVES

7. SACRAL PLEXUS AND ITS PRINCIPAL NERVES

II. Electrical Properties of Nerve and Muscle

1. INTRODUCTION

2. TRANSMEMBRANE POTENTIAL

3. GENERAL CHARACTERISTICS OF AN ACTION POTENTIAL

4. VOLUME CONDUCTION AND WAVEFORM

III. Electronic Systems

1. INTRODUCTION

2. ELECTRODES

3. ELECTRODE AMPLIFIERS

4. VISUAL AND AUDITORY DISPLAYS

5. ARTIFACTS

6. STIMULATORS

PART II: Nerve Conduction Studies

IV. Anatomy and Physiology of the Peripheral Nerve and Types of Nerve Pathology

1. INTRODUCTION

2. ANATOMY OF THE PERIPHERAL NERVE

3. PHYSIOLOGY OF NERVE CONDUCTION

4. TYPES OF NERVE FIBERS

5. CLASSIFICATION OF NERVE INJURIES

6. TYPES OF NEUROPATHIC DISORDERS

V. Principles of Nerve Conduction Studies

1. INTRODUCTION

2. ELECTRICAL STIMULATION OF THE NERVE

3. RECORDING OF MUSCLE AND NERVE POTENTIALS

4. MOTOR NERVE CONDUCTION

5. SENSORY NERVE CONDUCTION

6. NERVE CONDUCTION IN THE CLINICAL DOMAIN

VI. Assessment of Individual Nerves

1. INTRODUCTION

2. CRANIAL NERVES

3. COMMONLY TESTED NERVES IN THE UPPER LIMB

4. NERVES IN THE CERVICAL AND THORACIC REGION

5. COMMONLY TESTED NERVES IN THE LOWER LIMB

6. OTHER NERVES IN THE LUMBOSACRAL REGION

PART III: Late Response, Reflex, and Other Methods

VII. The F Wave and the A Wave

1. INTRODUCTION

2. PHYSIOLOGY OF THE F WAVE

3. F-WAVE ANALYSES

4. USES OF F WAVES AS A CLINICAL TEST

5. A WAVES AND RELATED RESPONSES

VIII. Studies of the Facial Nerve and the Blink Reflex

1. INTRODUCTION

2. STIMULATION OF THE FACIAL NERVE

3. STIMULATION OF THE TRIGEMINAL NERVE

4. ABNORMALITIES OF R1 COMPONENT

5. ABNORMALITIES OF R2 COMPONENT

6. CLINICAL APPLICATIONS

IX. H, T, and Masseter Reflexes and the Silent Period

1. INTRODUCTION

2. H REFLEX AND T REFLEX

3. THE MASSETER AND PTERYGOID REFLEX

4. THE TONIC VIBRATION REFLEX

5. THE SILENT PERIOD AND LONG-LATENCY REFLEX

6. OTHER REFLEXES

X. Other Techniques To Assess the Peripheral Nerve

1. STUDIES OF THE AUTONOMIC NERVOUS SYSTEM

2. MOTOR UNIT NUMBER ESTIMATES

3. ASSESSMENT OF REFRACTORY PERIOD AFTER SUPRAMAXIMAL STIMULATION

4. THRESHOLD TRACKING AFTER SUBTHRESHOLD STIMULATION

5. ADDITIONAL EVALUATION OF NERVE FUNCTION

XI. Facts, Fallacies, and Fancies of Nerve Conduction Studies

1. INTRODUCTION

2. COMMON TECHNICAL PROBLEMS

3. SPREAD OF STIMULATION CURRENT

4. ANOMALIES AS SOURCES OF ERROR

5. CONDUCTION BLOCK VERSUS PHASE CANCELLATIONS

6. COLLISION TECHNIQUES AND WAVEFORM ANALYSIS

7. LONG AND SHORT OF NERVE CONDUCTION STUDIES

PART IV: Electromyography

XII. Anatomy and Physiology of the Skeletal Muscle

1. INTRODUCTION

2. FUNCTIONAL ANATOMY

3. TYPES OF MUSCLE FIBERS

4. STRETCH-SENSITIVE RECEPTORS

5. ANATOMY OF THE MOTOR UNIT

6. PHYSIOLOGY OF THE MOTOR UNIT

XIII. Electromyography and Other Measures of Muscle Function

1. INTRODUCTION

2. PRINCIPLES OF ELECTROMYOGRAPHY

3. INSERTIONAL ACTIVITY

4. ENDPLATE ACTIVITIES

5. MOTOR UNIT POTENTIAL

6. QUANTITATIVE MEASUREMENTS

7. DISCHARGE PATTERN OF MOTOR UNITS

8. OTHER MEASURES OF MUSCLE FUNCTION

XIV. Types of Electromyographic Abnormalities

1. INTRODUCTION

2. INSERTIONAL ACTIVITY

3. MYOTONIC DISCHARGE

4. SPONTANEOUS ACTIVITIES

5. MOTOR UNIT POTENTIALS

6. RECRUITMENT PATTERN

XV. Examination of Nonlimb Muscles

1. INTRODUCTION

2. MUSCLES OF THE FACE, LARYNX, AND NECK

3. EXTRAOCULAR MUSCLES

4. TRUNCAL MUSCULATURE

5. ANAL SPHINCTER

XVI. Single-Fiber and Macro Electromyography

1. INTRODUCTION

2. RECORDING APPARATUS

3. SINGLE-FIBER POTENITAL

4. FIBER DENSITY

5. JITTER AND BLOCKING

6. USE OF CONCENTRIC NEEDLES FOR JITTER RECORDING

7. MACRO ELECTROMYOGRAPHY

8. CLINICAL VALUES AND LIMITATIONS

PART V: Neuromuscular Transmission and Muscle Excitability

XVII. Anatomy and Physiology of the Neuromuscular Junction

1. INTRODUCTION

2. ANATOMY OF THE NEUROMUSCULAR JUNCTION

3. ELECTRICAL ACTIVITY AT THE ENDPLATE

4. EXCITATION-CONTRACTION COUPLING

5. ABNORMALITIES OF NEUROMUSCULAR TRANSMISSION

6. TIME COURSE OF NEUROMUSCULAR TRANSMISSION

XVIII. Repetitive Nerve Stimulation and Exercise Tests

1. INTRODUCTION

2. METHODS AND TECHNICAL FACTORS

3. COMMONLY USED NERVES AND MUSCLES

4. RECOVERY CURVES BY PAIRED STIMULATION

5. DECREMENT AT SLOW RATES OF STIMULATION

6. INCREMENT AT FAST RATES OF STIMULATION

7. EFFECT OF TETANIC CONTRACTION

8. EXERCISE TESTS FOR MYOGENIC DISORDERS

PART VI: Somatosensory and Motor Evoked Potentials and Monitoring Procedures

XIX. Somatosensory Evoked Potential

1. INTRODUCTION

2. TECHNIQUES AND GENERAL PRINCIPLES

3. FIELD THEORY

4. NEURAL SOURCES OF VARIOUS PEAKS

5. PATHWAYS FOR SOMATOSENSORY POTENTIALS

6. CLINICAL APPLICATION

XX. Motor Evoked Potentials

1. INTRODUCTION

2. ELECTRICAL STIMULATION OF THE BRAIN AND SPINAL CORD

3. TRANSCRANIAL MAGNETIC STIMULATION

4. STUDIES OF THE PERIPHERAL NERVE

5. CENTRAL CONDUCTION TIME

6. MODULATION OF CORTICAL EXCITABILITY

7. OTHER TECHNIQUES FOR MOTION PHYSIOLOGY

8. CLINICAL APPLICATION

XXI. Intraoperative Monitoring

1. INTRODUCTION

2. GENERAL PRINCIPLES

3. PERIPHERAL NERVOUS SYSTEM

4. SPINAL CORD SURGERY

5. CORTICAL AND SUBCORTICAL MAPPING

6. CONCLUSION

PART VII: Disorders of Spinal Cord and Peripheral Nervous System

XXII. Diseases of the Spinal Cord

1. INTRODUCTION

2. MOTONEURON DISEASE

3. SPINAL MUSCULAR ATROPHY

4. CREUTZFELDT-JAKOB DISEASE

5. POLIOMYELITIS AND POLIO-LIKE SYNDROME

6. SYRINGOMYELIA

7. MULTIPLE SCLEROSIS

8. OTHER MYELOPATHIES

XXIII. Radiculopathies and Plexopathies

1. INTRODUCTION

2. CERVICAL AND THORACIC ROOTS

3. BRACHIAL PLEXUS

4. LUMBOSACRAL ROOTS

5. LUMBOSACRAL PLEXUS

XXIV. Polyneuropathies and Mononeuropathies Multiplex

1. INTRODUCTION

2. NEUROPATHIES ASSOCIATED WITH GENERAL MEDICAL CONDITIONS

3. INFLAMMATORY, INFECTIVE, AND DYSIMMUNE NEUROPATHIES

4. METABOLIC AND TOXIC NEUROPATHIES

5. INHERITED NEUROPATHIES

XXV. Mononeuropathies and Entrapment Syndromes

1. INTRODUCTION

2. CRANIAL NERVES

3. NERVES IN THE NECK AND SHOULDER GIRDLE

4. RADIAL NERVE

5. MEDIAN NERVE

6. ULNAR NERVE

7. NERVES OF THE PELVIC GIRDLE

8. COMMON PERONEAL NERVE

9. TIBIAL NERVE

10. SURAL ENRVE

11. PUDENDAL NERVE

12. OTHER MONONEUROPATHIES

PART VIII: Disorders of Neuromuscular Junction, Muscle Disease, and Abnormal Muscle Activity

XXVI. Myasthenia Gravis, Myasthenic Syndrome, and Related Disorders

1. INTRODUCTION

2. MYASTHENIA GRAVIS

3. MYASTHENIC SYNDROME

4. MYATHENIA IN INFANCY

5. BOTULISM

6. OTHER DISORDERS

XXVII. Myopathies

1. INTRODUCTION

2. MUSCULAR DYSTROPHY

3. CONGENITAL MYOPATHY

4. METABOLIC MYOPATHY

5. ENDOCRINE MYOPATHY

6. MYOSITIS

7. OTHER MYOPATHIES

XVIII. Neuromuscular Diseases Characterized By Abnormal Muscle Activities

1. INTRODUCTION

2. MYOTONIA

3. MUSCLE ACTIVITIES WITHOUT ACTION POTENTIALS

4. SCHWARTZ-JAMPEL SYNDROME

5. MYOKYMIA

6. NEUROMYOTONIA

7. CRAMPS AND RELATED DISORDERS

8. TETANUS

9. TETANY

10. HEMIFAICAL AND HEMIMASTICATORY SPASM

11. STIFF-PERSON SYNDROME

12. DYSTONIA AND BOTULINUS TOXIN THERAPY

13. MYOCLONUS

14. MIRROR MOVEMENT

15. RESTLESS LEG SYNDROME

16. TREMOR

PART IX: Interpretation of Study Results

XXIX. Studies for the Pediatric and Geriatric Population

1. INTRODUCTION

2. PRACTICAL APPROACH

3. MATURATIONAL PROCESS AND AGING

4. NERVE CONDUCTION STUDIES

5. LATE RESPONSES

6. BLINK REFLEX

7. TESTS OF NEUROMUSCULAR TRANSMISSION

8. ELECTROMYOGRAPHY

9. SOMATOSENSORY AND MOTOR EVOKED POTENTIALS

10. THE FLOPPY INFANT

XXX. Data Analysis and Reporting

1. INTRODUCTION

2. ACQUISITION OF REFERENCE VALUES

3. EXPERT SYSTEMS AND QUALITY DEVELOPMENT

4. REPORTS TO THE REFERRING PHYSICIANS

5. ETHICAL CONSIDERATIONS IN CLINICAL PRACTICE

PART X: Appendices

Appendix 1: Myotome, Normal Values for Nerve Conduction Studies, and DVD Description

Appendix 2: Fundamentals of Electronics

Appendix 3: Historical Review

Appendix 4: AAEE Glossary of Terms in Electrodiagnostic Medicine

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