Path Catalog
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正在从 AllPath API 加载 Path Catalog…
Path Catalog
列表数据实时取自 GET /api/v1/paths，仅包含存在已发布版本的 Path。
共 7800 条 Path · 第 179 / 780 页
This learning path introduces the fundamental physics of magnetic resonance imaging (MRI), from nuclear magnetic resonance to image formation and contrast mechanisms. It is designed for medical and radiology students, building from basic principles to clinical applications, including safety considerations.
This learning path guides medical and radiology students through the systematic identification of normal anatomical structures on abdominal and pelvic CT scans. It begins with foundational concepts of CT imaging and cross-sectional anatomy, then progresses through the major organ systems, vascular structures, and pelvic organs, culminating in a systematic approach to scan interpretation.
This path guides medical and radiology students from foundational thoracic anatomy to the systematic identification of normal structures on chest CT. It covers cross-sectional imaging principles, mediastinal compartments, heart and great vessels, airways, lungs, pleura, esophagus, lymph nodes, and chest wall, with a focus on practical recognition.
This learning path guides medical and radiology students through the systematic interpretation of normal head CT scans. Starting with foundational physics and neuroanatomy, it progresses through key anatomical structures, common variants, and pitfalls, culminating in a structured reporting approach.
A structured learning path for medical and radiology students to understand the principles of CT imaging, from basic X-ray physics to image reconstruction and clinical applications. It covers scanner components, data acquisition, reconstruction algorithms, Hounsfield units, windowing, contrast enhancement, and helical/multidetector CT.
A systematic learning path for medical and radiology students to interpret normal skeletal X-rays and recognize common fractures, dislocations, and bone pathologies. Starting from the fundamentals of X-ray imaging and normal bone anatomy, progressing through fracture classification and healing, and concluding with joint diseases and bone tumors.
This learning path guides medical and radiology students through the systematic interpretation of abdominal X-rays (KUB). It covers normal anatomy, bowel gas patterns, and common pathological findings such as ileus, obstruction, and abnormal air collections. The path emphasizes a structured approach to image interpretation, building from foundational knowledge to applied skills.
This learning path guides medical and radiology students through the systematic interpretation of chest X-rays. Starting with thoracic anatomy and radiographic technique, it progresses through normal radiological appearances and culminates in recognizing basic pathological patterns. The path emphasizes a structured, sequential approach to build a solid foundation for clinical practice.
This learning path introduces high school biology students to the fundamental physics behind ultrasound imaging. Starting with basic sound wave concepts, it progresses through the principles of piezoelectricity, transducer operation, beam formation, and the various imaging modes, concluding with an overview of clinical applications. The path is designed to build a solid conceptual foundation without requiring advanced mathematics or prior medical knowledge.
This path introduces high school biology students to the principles of radiation protection for patients and healthcare workers. It covers the biological effects of ionizing radiation, the ALARA principle, dose limits, radiation units, and practical protection measures such as shielding, distance, and time. The path also addresses personnel monitoring and special considerations for pregnant patients and workers.