Mosby's Guide to Physical Examination pdf epub mobi txt 电子书 下载 2026

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出版者:

作者:Seidel, Henry M./ Ball, Jane W./ Dains, Joyce E./ Benedict, G. William

出品人:

页数:0

译者:

出版时间:2007-5

价格:$ 146.90

装帧:

isbn号码:9780323053907

丛书系列:

图书标签:

• 医学
• 物理检查
• 临床技能
• 诊断
• Mosby
• 医学教科书
• 健康评估
• 体格检查
• 医学学生
• 护理学生

A Comprehensive Atlas of Human Anatomy: Structure, Function, and Clinical Correlation Synopsis: This ambitious volume, A Comprehensive Atlas of Human Anatomy: Structure, Function, and Clinical Correlation, stands as an unparalleled reference work dedicated to illuminating the intricate architecture of the human body. Moving beyond mere descriptive labeling, this atlas is meticulously crafted to integrate gross anatomical observation with functional understanding and direct clinical relevance. It is not merely a collection of images, but a curated educational journey designed for advanced students in medicine, allied health professions, and seasoned practitioners seeking a robust, visually precise refresher. The core philosophy underpinning this atlas is the belief that true anatomical mastery requires a three-pronged approach: understanding what is present (structure), how it operates (function), and why it matters (clinical correlation). Part I: Foundations and Systemic Organization The initial section lays the groundwork, providing essential context for the subsequent detailed anatomical explorations. It begins with a sophisticated review of embryogenesis, tracing the developmental pathways that culminate in the mature human form. This is crucial, as understanding congenital variations and developmental anomalies is inseparable from mastering normal anatomy. Following embryology, the atlas systematically organizes the material by major organ systems, ensuring a logical flow that mirrors standard medical curriculum progression: 1. Integumentary System: Detailed histological slides and macroscopic representations of skin, hair, and nails, emphasizing cutaneous innervation and vascular plexuses relevant to dermatological procedures and wound healing. 2. Skeletal System and Locomotion: Beyond static diagrams of bones, this section utilizes three-dimensional rendering techniques to illustrate biomechanical axes, joint capsule structure, and the detailed attachments of major muscle groups. Extensive focus is placed on the vertebral column’s mechanical tolerances and the architecture of the pelvic and shoulder girdles, vital for orthopedic surgery and physiotherapy planning. 3. Cardiovascular System: This is perhaps one of the most visually intensive sections. It meticulously maps the coronary arteries, peripheral arterial pathways, and venous return systems, utilizing enhanced contrast angiography views alongside classical dissection photography. Special attention is dedicated to the microscopic architecture of the heart muscle, the conduction system, and the fetal circulation pathway, with clear annotations detailing common points of pathology, such as septal defects and atherosclerotic plaque formation sites. Part II: Neuroanatomy and Sensory Apparatus The nervous system commands a significant portion of the atlas, reflecting its complexity and centrality to medical diagnosis. This section moves methodically from the periphery inward: Peripheral Nervous System: Detailed mapping of the brachial and lumbosacral plexuses, including precise identification of nerve entrapment sites (e.g., carpal tunnel, tarsal tunnel), complete with cross-sectional diagrams demonstrating the relationship between nerves, fascia, and adjacent structures. The innervation patterns for specific muscle groups and dermatomes are presented in highly contrasted, easily reproducible schematics. Central Nervous System (CNS): This segment offers unparalleled detail of the brain and spinal cord. It includes refined laminar organization diagrams of the cerebral cortex, detailed illustrations of the diencephalon, and stereoscopic views of the ventricular system. Tractography is visually represented through color-coded schematics showing major ascending and descending pathways, linking sensory input (e.g., spinothalamic tract) and motor output (e.g., corticospinal tract) directly to their cortical origins and destinations. The cranial nerves are presented through a series of high-resolution cross-sections of the skull base, illustrating their exit foramina and their course relative to surrounding meningeal layers and vasculature. Part III: Visceral Anatomy and Clinical Integration The exploration of the thoracic, abdominal, and pelvic cavities emphasizes the spatial relationships between organs, paying close attention to fascial planes and potential routes for infection or cancer metastasis. Thorax: Detailed diagrams of the mediastinum focus on the orientation of the great vessels, the anatomy of the trachea and main bronchi, and the complex innervation provided by the vagus and phrenic nerves. Pulmonary vascular segments are clearly delineated, crucial for understanding pulmonary embolism management. Gastrointestinal System: The microscopic organization (histology) of the GI tract is thoroughly integrated with its macroscopic structure, linking villi structure to absorptive capacity, and muscularis externa layers to peristaltic function. Regional anatomy, particularly the peritoneal reflections (e.g., lesser and greater omentum), is presented using schematic overlays on anatomical models, clarifying concepts central to abdominal surgery. Urogenital System: This section provides clear illustrations of nephron structure and function integration. In the female pelvis, a detailed review of the ligaments supporting the uterus and ovaries is provided, alongside the complex vascular supply, directly addressing issues of prolapse and ectopic pregnancy. Distinctive Features and Pedagogical Tools: What sets this atlas apart is its commitment to bridging the gap between textbook knowledge and practical application: 1. Radiological Correlation Panels: At the conclusion of each major anatomical region (e.g., shoulder joint, lumbar spine), dedicated panels showcase corresponding standard radiological images (X-ray, CT, MRI). These panels are meticulously annotated to highlight the exact anatomical landmarks discussed in the descriptive text, allowing the reader to correlate in-vivo imaging findings with preserved anatomical specimens. 2. "Clinical Pathways" Boxes: Scattered throughout the text are concise, focused case vignettes or pathway analyses. For example, after describing the circle of Willis, a box details the hemodynamic consequences of aneurysm rupture at a specific branch point. After outlining the path of the recurrent laryngeal nerve, a box explains the resulting vocal cord paralysis in thyroidectomy complications. These sections are designed not as exhaustive clinical guides, but as direct demonstrations of anatomical principle in disease. 3. High-Fidelity Illustrations: The atlas eschews reliance on simplified, diagrammatic representations alone. It heavily features custom-drawn, full-color illustrations meticulously verified against multiple cadaveric dissections. Furthermore, advanced techniques such as plastination photography are utilized to provide views of delicate structures (like cranial nerve origins or small vessel networks) that are often damaged or obscured in traditional dissection. A Comprehensive Atlas of Human Anatomy is constructed to be the definitive resource where structural knowledge meets functional mastery, serving as an indispensable tool for those dedicated to the meticulous study of the human machine.

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