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 177 / 780 页
This learning path equips public health and radiology students with the knowledge to understand and address the challenges of medical imaging in low-resource settings. It covers basic imaging principles, the specific challenges of these environments, and adaptations including portable imaging, teleradiology, AI-assisted interpretation, and capacity building, all framed within WHO guidelines.
This learning path equips medical and radiology students with the knowledge to interpret CT and MR angiography studies. It covers essential vascular anatomy, imaging physics, contrast timing, reconstruction techniques, and the imaging findings of major vascular diseases. The path progresses from foundational principles to advanced clinical applications, emphasizing the practical interpretation skills needed for a career in radiology.
A systematic learning path for medical and radiology students to interpret imaging findings of renal and pelvic diseases. It covers essential anatomy, imaging modalities, and structured interpretation of renal masses, obstruction, infection, bladder, prostate, and female pelvic pathologies, including fetal ultrasound.
A comprehensive learning path for medical and radiology students to systematically interpret imaging findings of joint diseases and bone tumors. It covers essential anatomy, imaging modalities, and key pathologies, progressing from basic principles to advanced diagnostic and staging techniques.
This learning path guides medical and radiology students through the systematic interpretation of imaging findings in hepatobiliary and pancreatic diseases. It begins with foundational abdominal anatomy and imaging modalities, progresses through focal liver lesions, diffuse liver disease, biliary disorders, and pancreatic conditions, and culminates in a comprehensive integration of these concepts.
A comprehensive learning path for medical and radiology students to systematically interpret HRCT patterns of interstitial lung diseases and imaging of lung cancer, including screening, staging, and management. It builds from foundational thoracic anatomy and CT principles through pattern recognition and disease-specific diagnoses to advanced applications like PET/CT.
A comprehensive learning path for medical and neurology students to systematically interpret CT and MRI findings of common brain tumors and demyelinating diseases. It covers essential neuroanatomy and MRI physics, then progresses through imaging features, advanced techniques such as diffusion and perfusion MRI, and culminates in differential diagnosis and clinical application.
This advanced learning path equips biomedical engineering and radiology students with the knowledge to understand and apply radiomics and AI in medical imaging. It covers the full radiomics workflow, machine learning and deep learning fundamentals, clinical applications, and critical challenges.
This path guides biomedical engineering and radiology students from foundational mathematics and programming to advanced techniques in medical image processing, segmentation, analysis, and visualization. It covers essential image enhancement, segmentation algorithms, 3D reconstruction, registration, radiomics, and quality assessment, using practical tools like MATLAB and Python.
This learning path equips medical and radiology students with the knowledge and skills to perform and interpret imaging studies in pediatric patients. It covers essential principles of pediatric imaging, including radiation safety, protocol adaptation, and common pathologies, with a focus on the unique considerations of the pediatric population.