Neuroanatomy Atlas in Clinical Context: Structures, Sections, Systems, and Syndromes( TENTH EDITION)

Neuroanatomy Atlas in Clinical Context is unique in integrating clinical information, correlations, and terminology with neuroanatomical concepts. It provides everything students need to not only master the anatomy of the central nervous system, but also understand its clinical relevance – ensuring preparedness for exams and clinical rotations. This authoritative approach, combined with salutary features such as full-color stained sections, extensive cranial nerve cross-referencing, and systems neurobiology coverage, sustains the legacy of this legendary teaching and learning tool.

Emphasizes neuroscience information, concepts, and images that collectively constitute a comprehensive, clinically oriented overview of systems neurobiology

Offers clear explanations, hundreds of review questions, and supplemental online resources that provide a sound anatomical basis for integrating neurobiological and clinical information

Features an abundance of updated and expanded clinical content throughout all chapters to reflect the latest neuroscience knowledge

Expands Clinical Syndromes of the Central Nervous System chapter to include a new section featuring Stroke Syndromes

Introduces numerous new MRI, CT, MRA, and MRV images, as well as updated full-color photographs and artwork, to bring the content to life like never before

Uses contemporary clinical and basic science terminology in its proper context

Integrates detailed and richly illustrated coverage of neuroanatomy with neuroscience and clinical concepts, allowing students to understand the material’s clinical context and relevance

Offers a wealth of neuroimaging examples, clinical photographs, and full-color artwork that vividly demonstrate how neuroanatomy presents in clinical practice

Features the masterful teaching of Duane E. Haines, PhD, FAAAS, FAAA, a widely respected and accomplished educator who has helped generations of students master neuroanatomy and neuroscience