Medical imaging technology and equipment and other aspects of the basic knowledge and skills, to carry out medical imaging inspection and diagnosis as well as maintenance and management of related equipment.
Medical imaging mainly involves the following aspects of learning:
1. Anatomy and physiology: medical imaging research and application of the object is the body's internal structure and function of the information, so the medical imaging study needs to know the basics of human anatomy and physiology, in order to better understand the principles of the imaging technology and application.
2. Principles of imaging: the core of medical imaging is imaging technology, students need to learn the principles and characteristics of a variety of imaging technologies, including X-ray radiology, CT, MRI, PET, ultrasound and other multiple imaging technologies, as well as digital image processing and analysis techniques.
3. Imaging Interpretation: Medical images acquired through imaging techniques need to be interpreted and analyzed, and students need to learn how to interpret and analyze different medical images, identify abnormal signals and structures, determine the location and scope of lesions, and determine the type and extent of lesions.
4. Pathology and clinical medicine: Medical imaging, as a part of medical diagnosis, needs to analyze the imaging results in conjunction with clinical manifestations and pathological findings to determine the final diagnosis, so students need to learn some basic knowledge of pathology and clinical medicine.
5. Medical management and medical technology: Medical imaging technology is widely used in healthcare organizations, so students also need to learn about medical management, medical technology, and medical law to help them work in healthcare organizations in the future.
In short, medical imaging is an interdisciplinary field involving many disciplines, and requires students to have solid knowledge and skills in medicine, physics, computer science, and engineering in order to better apply medical imaging technology to contribute to healthcare services and biomedical research.