Electromiografía y trastornos neuromusculares: correlaciones clínico-electrofisiológicas y ecográficas

What is this book?

Electromyography and Neuromuscular Disorders: Clinical-Electrophysiologic-Ultrasound Correlations is a comprehensive reference in the field of neurology. Written by Doctors David C. Preston and Barbara E. Shapiro, this hardcover masterpiece deeply explores electromyography techniques, nerve conduction studies, and their correlation with neuromuscular ultrasound. It is an essential resource for neurologists, residents, and neurophysiology technicians.

Key learning benefits

This book stands out for its clarity and organization. Each chapter combines theoretical fundamentals with practical applications, facilitating the understanding of complex concepts. High-quality illustrations and detailed diagrams complement the text, making learning more intuitive. It includes access to online content, allowing users to consult additional material and stay updated in a constantly evolving field.

Featured content

The work covers a wide range of neuromuscular disorders, from peripheral neuropathies to neuromuscular junction diseases. One of the novelties of this edition is the integration of ultrasound as a diagnostic tool, offering a three-dimensional view of the pathology. Readers especially appreciate the section on common artifacts and how to interpret them, as well as the diagnostic algorithms that facilitate clinical decision-making.

Who is this book for?

It is aimed at medical specialists in neurology, physical medicine and rehabilitation, as well as residents preparing for certification exams. It is also useful for electromyography technicians who wish to deepen their understanding of study interpretation. Although it is an advanced text, its logical structure makes it accessible to those with basic knowledge of neurophysiology.

Reader reviews

Those who have used this book highlight its ability to explain complex techniques in a simple way. Many consider it the definitive reference for learning electromyography and nerve conduction. The inclusion of ultrasound has been very well received, as it provides an additional perspective that is scarce in other texts.