NCV and EMG Training – Newark, NJ
Hands-On Electrodiagnostic Training for Pain Management and Neurology
Join Empire Medical Training in Newark, NJ for our comprehensive NCV and EMG Training workshop—an immersive, hands-on experience designed to equip physicians and licensed healthcare professionals with the skills needed to perform and interpret Nerve Conduction Velocity (NCV) and Electromyography (EMG) studies. These diagnostic procedures are crucial for evaluating neuromuscular conditions and expanding service offerings in pain management, orthopedics, physical medicine, neurology, and rehabilitative care.
Course Highlights
Held in the heart of Newark, this training provides in-depth education and live demonstrations on both NCV and EMG, helping you understand the proper use of electrodiagnostic tools in clinical settings. The workshop emphasizes accurate performance, interpretation, documentation, and coding—ensuring both clinical efficacy and billing compliance.
What You Will Learn
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Fundamentals of nerve and muscle physiology
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Techniques for performing motor, sensory, and F-wave NCV studies
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Proper EMG needle placement and waveform interpretation
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Diagnosis of neuropathies, radiculopathies, and other neuromuscular disorders
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Safety protocols and patient selection guidelines
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Documentation standards for improved reimbursement
Hands-On Training in Newark
Benefit from live patient demonstrations and small-group hands-on practice with guidance from experienced faculty. You'll work through real clinical scenarios, enhancing your ability to apply these diagnostics in your everyday practice.
Who Should Attend
This training is ideal for pain management physicians, neurologists, physiatrists, internists, family medicine providers, and advanced practice providers who want to offer electrodiagnostic testing in their Newark-based practice.
Certification
Upon successful completion of the course, participants will receive a Certificate in NCV and EMG Diagnostic Testing, validating their expertise and boosting credentials in the growing field of diagnostic neurology and pain evaluation.
