Is there a difference between four-year undergraduate medical imaging and specialist medical imaging?

Medical imaging (undergraduate)

(1) Training objectives: conscientiously implement the Party's educational policy, follow the principle of "thick foundation, wide caliber, high quality and emphasis on application", and cultivate people who meet the needs of socialist modernization, develop morally, intellectually, physically and aesthetically, have basic theories, basic knowledge and application skills in basic medicine, clinical medicine and medical imaging, and can engage in medical imaging diagnosis, medical imaging technology, equipment management and medical imaging in primary medical and health institutions.

(2) Training requirements 1. Study hard on Marxism, Mao Zedong Thought, Deng Xiaoping Theory and Theory of Three Represents; Love the motherland, support the leadership of China, take the socialist road, love the scientific cause, strive for the prosperity of the country and the people, and devote themselves to the scientific cause; Have good ideological quality and professional ethics. 2. Have certain social science knowledge, extensive basic knowledge of natural science, and master basic theoretical knowledge and basic skills of basic medicine, clinical medicine and medical imaging; Have the ability to engage in medical diagnosis, medical imaging technology and medical imaging equipment management; Have the ability to process all kinds of medical images and ensure the quality of medical images, and have the ability to continuously improve their professional quality and carry out lifelong learning; After graduation, I can engage in clinical medical image diagnosis, technology and equipment management, as well as medical image quality control and quality assurance. 3. Master certain basic knowledge of sports, reach the national sports qualification standards, and be physically and mentally healthy. 4. Master a foreign language and be able to read foreign books and periodicals of this major; Have basic computer application ability; Master the basic methods of literature retrieval and data query, and get the preliminary training of scientific research.

(3) Length of study: four years.

(4) Degree award: Bachelor of Medicine.

(5) Main disciplines and main courses Main disciplines: basic medicine, clinical medicine and medical imaging. Main courses: advanced mathematics, general physics, electrotechnics, analog electronic technology, digital electronic technology, systematic anatomy, physiology, sectional anatomy, microcomputer principle and application, pathology, diagnostics, internal medicine, surgery, radiation physics and protection, medical imaging theory, medical imaging equipment, medical imaging examination technology, medical imaging diagnostics, ultrasound diagnostics, medical imaging quality management and assurance, and radiotherapy dosimetry.

(6) Curriculum and teaching hours are divided into compulsory courses and elective courses. 1, 34 compulsory courses, with total class hours of 26 10 and public culture class of 10,946, accounting for 36.2% of the total class hours; 15 professional basic course, 960 class hours, accounting for 36.8% of the total class hours; There are 9 specialized courses with 704 class hours, accounting for 27% of the total class hours.

Professional Name: Medical Imaging (Specialist)

Professional code: A 100303

Requirements for examination courses and credits: The examination courses for this major shall be no less than 15, and the total credits shall be no less than 79 credits.

Compulsory courses and credits: two courses of public politics (8), college Chinese (4), medical physics (6), medical imaging technology (5), normal human anatomy (5), human anatomy (5), pathology (including pathophysiology) (6), diagnostics (7), internal medicine (5) and surgery (5).

Recommended courses and credits: English (7).

Practical links and requirements:

1, courses and experiments include experimental credits: normal human anatomy (1), human anatomy (1), pathology (1), medical imaging technology (1);

2. Graduation internship: Candidates can choose one of the three majors of ultrasound, radiation and nuclear medicine for graduation internship in designated tertiary and above hospitals;

Specific requirements:

(1) Radiology specialty requires mastering the special examination methods such as tomography, gastrointestinal, urinary and biliary system, mastering the radiological diagnosis of common diseases, and understanding the new technologies of CT, MRI, DSA and interventional radiology;

(2) Master the methods of ultrasonic diagnosis and the diagnosis of common diseases, and learn about new ultrasonic diagnosis technologies (such as color Doppler ultrasound, three-dimensional ultrasound, intracavitary ultrasound, etc.). );

(3) Master the diagnostic methods of nuclear medicine and the diagnosis of common diseases.

Note: Only those who have graduated from medical imaging technical secondary school and have been engaged in medical imaging (ultrasound, radiology, nuclear medicine) diagnosis for 2 years or more can apply for the exam.

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