This book also makes transverse, sagittal and coronal scans of the spinal cord and brain stem through CT and MRI, and pays attention to learning by comparing with illustrations. Detailed descriptions of these areas can be found in related neuroanatomy textbooks. We use concise icons and words to introduce the main parts and points of each illustration, especially to provide clinicians with basic parts related to clinic when diagnosing and treating neurological patients. Through these exquisite illustrations, combined with concise icons and text descriptions, this book shows the basic composition, composition and function of local and systemic nervous system.

For the convenience of students studying neuroscience, this book is divided into three chapters: overview of nervous system, local neuroanatomy and systematic neuroanatomy. This arrangement is convenient for readers to observe the complex structure of the nervous system from the top, bottom or different angles: they can not only observe a certain part of the whole nervous system, but also emphasize the local relationship, and can also understand its function by observing a certain nervous system passing through the brain and spinal cord. The goal of this book is to master the basic knowledge of nervous system, make it serve the clinic and help clinicians diagnose and treat patients with nervous system. Therefore, studying hard with a brand-new point of view is a beneficial way to achieve this goal. In addition, mastering the composition and relationship of upper motor neurons and lower motor neurons in this book is the first step to understand I clinical motor neuron diseases. Then locate it accurately. The core content of this book and the close relationship between local neuroanatomy and function make learning easier instead of relying on rote learning. Neuroscience is a very complicated subject, and it is very important for basic research and clinical application to really understand the main areas and structures of the nervous system.

This book describes the basic structure of human nervous system, excluding clinical nervous system diseases, such as multiple sclerosis, Alzheimer's disease, stroke, spinal cord and brain injury, cognitive impairment, apraxia, aphasia and so on.