The human brainstem is a complex and vital part of our nervous system, yet it has long been neglected in clinical medicine. While there are numerous books on neuroanatomy and pathology, there has been a noticeable lack of introductory material specifically focused on this region. That is, until now. Introducing “The Human Brainstem: An Atlas and Neuromer Model,” a comprehensive guide by author Hannsjörg Schröder that aims to bridge the gap in knowledge and understanding of this important area.

This book serves as both an atlas and a detailed resource on the neuroanatomy of the human brainstem. It features a state-of-the-art magnetic resonance imaging series, histological specimens, and a plastinate-based topographical part, allowing for a direct comparison of histological and topographical findings with neuroimaging. This combination of visual aids provides a comprehensive understanding of the structures and their functions within the brainstem.

One of the unique aspects of “The Human Brainstem” is its use of the brainstem neuromer model. This model guides the reader through the human brainstem, highlighting the functional properties of each individual structure. Additionally, the book delves into the neurological disorders that commonly affect the brainstem, providing insights into their origins and manifestations. By emphasizing the importance of anatomical knowledge in understanding brainstem pathology, this book serves as an invaluable resource for both newcomers and seasoned professionals in the field.

“The Human Brainstem” not only provides a comprehensive understanding of the anatomy and pathology of the brainstem; it also highlights the relevance of this knowledge in clinical practice. The author recognizes that a solid grasp of neuroanatomy is essential for accurate diagnosis and effective treatment of brainstem-related conditions. Through its detailed illustrations, clear explanations, and topical coverage, this book enables clinicians, researchers, and students to develop a deeper appreciation for the complexities and intricacies of the human brainstem.