Microsurgical Neurosurgery Training Manual

Author: Xu Ruxiang, Zhao Qingping (Editor-in-Chief)
Publisher:
Publish Date: 2005-06-01
Features: A basic microsurgery training textbook primarily based on animal experiments. The book mainly introduces microsurgical procedures on rats, mice, and dogs, with relatively detailed content. The entire book is divided into eight chapters and includes nearly 100 images. Additionally, to meet the needs of laboratory teaching and further promote minimally invasive neurosurgery techniques, the book provides brief introductions to cadaver dissection, surgical approach design, neuroendoscopic technology, and neuronavigation technology. The book is concise, easy to read, scientifically practical, richly illustrated, highly operational, and serves as an excellent guide for the microsurgical skill training of neurosurgical clinicians. Microsurgery Training Textbook for Neurosurgery is a basic microsurgery training textbook primarily based on animal experiments. The book mainly introduces microsurgical procedures on rats, mice, and dogs, with relatively detailed content. The entire book is divided into eight chapters and includes nearly 100 images. Additionally, to meet the needs of laboratory teaching and further promote minimally invasive neurosurgery techniques, the book provides brief introductions to cadaver dissection, surgical approach design, neuroendoscopic technology, and neuronavigation technology. The textbook is written with the aim of being concise, easy to read, scientifically practical, richly illustrated, highly operational, and serves as an excellent guide for the microsurgical skill training of neurosurgical clinicians. This book holds significant reference value for clinical specialists and basic researchers who need to apply microsurgical techniques. It can also serve as a reference for medical students and postgraduate students. Microsurgery Training Textbook for Neurosurgery is a basic microsurgery training textbook primarily based on animal experiments. The book mainly introduces microsurgical procedures on rats, mice, and dogs, with relatively detailed content. The entire book is divided into eight chapters and includes nearly 100 illustrations. Additionally, to meet the needs of laboratory teaching and further promote minimally invasive neurosurgery techniques, the book provides brief introductions to cadaver dissection, surgical approach design, neuroendoscopic technology, and neuronavigation technology. The textbook is written with the aim of being concise, easy to read, scientifically practical, richly illustrated, highly operational, and serves as an excellent guide for the microsurgical skill training of neurosurgical clinicians. This book holds significant reference value for clinical specialists and basic researchers who need to apply microsurgical techniques. It can also serve as a reference for medical students and postgraduate students.