Diagnostic medical imaging mainly studies the principles and methods of various medical imaging techniques and their application in disease diagnosis. This direction requires students to master the basic theory and skills of medical imaging, and to be able to accurately interpret a variety of medical imaging data, providing an important basis for clinical diagnosis and treatment.
Medical imaging technology mainly studies the physical principles of medical imaging technology, equipment principles and methods of use, as well as the research and development of new technologies. This direction requires students to have a solid foundation in physics and computer technology, and be able to master the operation and maintenance of various medical imaging equipment.
Medical Imaging and Nuclear Medicine focuses on the application of radionuclides in medicine, including the preparation, labeling and imaging of radionuclides and their application in the diagnosis and treatment of diseases. This track requires students to acquire knowledge in multiple disciplines such as nuclear physics, radiochemistry and clinical medicine.
Peking University's School of Medicine is one of the earliest medical schools in China, and its medical imaging program is in a leading position in China, with top-notch faculty and advanced equipment, as well as close integration with clinical medicine, providing students with a full range of learning and research opportunities.
Fudan University School of Medicine is one of the famous medical schools in China, and its medical imaging discipline enjoys a high reputation at home and abroad. With an experienced and strong faculty, as well as state-of-the-art medical equipment, the discipline is able to provide students with high-quality educational and research resources.