This book brings a pioneering interactive approach to the teaching of neuroanatomy, using over 100 actual clinical cases and high-quality radiologic images to bring the subject to life. This edition is fully updated with the latest advances and includes several exciting new cases and a 2-year subscription to the interactive eBook.
Neuroanatomy through Clinical Cases brings a pioneering, interactive approach to the teaching of neuroanatomy. In addition to original, full-color illustrations of normal human neuroanatomy, the book features over 100 actual clinical cases and over 250 high-quality radiological images to bring the subject to life. This approach allows students to appreciate the clinical relevance of structural details as they are being learned, and to integrate knowledge of disparate functional systems, since a single lesion may affect several different neural structures and pathways.
An affiliated website , correlated with the text, features video clips demonstrating the neurologic exam. Over time, additional clinical cases will be added to the site. The video clips of the neurologic exam are also available on a VHS tape (The NeuroExam Video) that can be used in classroom settings.
HAL BLUMENFELD is Assistant Professor of Neurology and Neurobiology at Yale University School of Medicine, USA as well as Resident Neurologist at Massachusetts General Hospital, USA. He has won a number of prestigious awards for his research, which focuses on the use of epilepsy as a model system for investigating consciousness.
Neuroanatomy through Clinical Cases brings a pioneering interactive approach to the teaching of neuroanatomy, using over 100 actual clinical cases and high-quality radiologic images to bring the subject to life. The second edition is fully updated with the latest advances in the field, and includes several exciting new cases. This approach allows students to appreciate the clinical relevance of structural details as they are being learned, and to integrateknowledge of disparate functional systems, since a single lesion may affect several different neural structures and pathways.
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