What to do after graduation in medical imaging technology?

Recently, many people are interested in medical imaging technology and keep asking what they can do after graduation. So today we will give you an analysis of Bian Xiao!

What to do after graduation in medical imaging technology?

Training objectives:

1. Master the basic theories and knowledge of basic medicine, clinical medicine and electronics.

2. Master the basic theory and operational skills of various technologies in the field of medical imaging (including conventional radiology, CT, nuclear magnetic resonance, DSA, ultrasound medicine, nuclear medicine, interventional medicine, etc.). ) and computers.

3. Have the ability to use various imaging diagnostic techniques for disease diagnosis.

4. Be familiar with the principles, policies and methods of radiation protection and relevant medical ethics.

5. Understand the theoretical frontier and development trend of each branch of medical imaging.

6 master the basic methods of literature retrieval, data query and computer application, and have certain scientific research and practical work ability.

Employment direction:

Engaged in X-ray photography, X-ray diagnosis, ultrasonic diagnosis (including color Doppler ultrasound) and CT diagnosis in medical institutions at all levels.

Main course:

1, medical imaging technology: The main contents of this course include the basic theory of medical imaging, medical film processing technology, medical image posture, digital imaging technology, CT examination technology, MRI examination technology and ultrasound examination technology. This paper focuses on the basic theory, knowledge and skills of this subject, and pays attention to the renewal of knowledge and the systematization of professional knowledge.

2. Medical Imaging Diagnostics: This course mainly focuses on the selection of examination methods, and expounds the medical imaging diagnostic standards based on clinical and pathology. At the same time, the main chapters are attached with diagnostic points for easy learning. Relying on the modern medical imaging knowledge system, this textbook organically combines various medical imaging examination methods and corresponding diagnostic contents to construct a complete knowledge structure; In addition, the textbook abandons the outdated content of traditional knowledge, enriches practical new knowledge, and is conducive to the connection between theoretical knowledge and practical work.

3. Ultrasound examination: This course is written according to the format of pathology, clinical manifestations, ultrasound examination, differential diagnosis and other medical imaging examinations. It has distinct layers and concise language. It is scientific, enlightening, advanced and practical in content, and some obsolete contents have been updated to make it more conducive to practical work. In addition, this textbook also sorts out some principles of ultrasonic imaging, which is conducive to better understanding and mastering the main contents of this subject.

4. Medical imaging equipment: This course takes "three basics" as the core, and systematically introduces the basic structure, basic principle, maintenance and common faults of X-ray machine, digital imaging equipment, CT machine, MRI machine, nuclear medical imaging equipment and ultrasonic diagnostic instrument.

5. Medical imaging physics: This course mainly focuses on the physical basis of medical imaging, mainly focusing on the physical imaging principles and technical operations of X-ray imaging (including common X-ray imaging, CR, DR, DSA and x-CT), radionuclide imaging (RNI), magnetic resonance imaging (MRI) and ultrasound imaging (USG) which are widely used in clinic.

6. Human Sectional Anatomy: This course is the basic course of modern medical imaging diagnostics such as CT, MRI and USG. Its chapters are mainly line drawings, which comprehensively introduce the basic knowledge of sectional anatomy of each system, and attach CT, MRI and USG diagrams to facilitate students' study.

7. Interventional radiology: This course is based on medical imaging diagnostics and clinical diagnostics. Under the guidance of medical imaging equipment, it is a series of diagnosis and treatment techniques that use simple equipment to obtain pathological, cytological, physiological and biochemical, bacteriology and medical imaging data, mainly including interventional equipment and interventional methods, interventional diagnosis and interventional therapy.

Vocational certificate:

One: Vocational qualification certificate

Two: medical imaging

Three: radiologist

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