Human Sectional Anatomy and Medical Imaging Atlas

Author: Dean Chu Xianxiang (USA)
Publisher:
Publish Date: 2002-12-01
Features: This book embodies the following characteristics:
It selects high-definition images with realistic colors from the "Intuitive Human Anatomy Teaching Tools" project. Each human anatomy image is accompanied by a location diagram, including cross-sectional heights displayed with colored lines. Each group of images discussing important structures is accompanied by textual explanations. The chapter arrangement and color-coded indicators are modeled after "Grant's Atlas of Anatomy," "Grant's Atlas of Anatomy," and "Moore's Clinical Atlas of Anatomy." Each chapter provides a partial overview of the spatial relationships of structures within the anatomical region, helping you identify the structures in cross-sectional images not included in the book. Choosing "Atlas of Sectional Anatomy and Medical Imaging" is the best way to learn about human sectional anatomy. Now, understanding sectional anatomy and recognizing the correlation between human anatomy and radiology has never been easier. This book is co-authored by anatomists and radiologists, combining the full-color images of the "Intuitive Teaching Tools" with radiological images organically. This comprehensive exploration will enhance your ability to read various types of clinical images—the essential skill needed for accurate diagnosis in your future career. The sectional anatomy images in this book are sourced from the "Intuitive Human Anatomy Teaching Tools" at the University of Colorado Health Sciences Center in the USA. These tools are meticulously crafted from cross-sectional specimens of fresh and frozen human cadavers, resulting in clear images. Each human sectional image is paired with corresponding medical imaging (including X-rays, ultrasound images, CT, MRI, and angiograms, etc.). Every anatomical structure in the section is clearly labeled, explaining the identification and clinical significance of key structures, and indicating the location of the section in the human body, which aids in understanding and recognizing radiological images.