Medical imaging diagnosis can be tested as a medical practitioner's certificate, which has a wide range of career choices and is needed by many hospitals.
Medical imaging technology can do X-ray, DR, CT and MR (generally to be studied).
What does medical imaging technology do? Mainly in the radiology department to do radiology work. Mainly responsible for taking x-rays, CT and so on. Radiologists mainly look at film diagnosis, and technicians and doctors have different division of labor.
What does medical imaging technology do in hospitals? Imaging technology mainly tends to operate equipment. To put it bluntly, it means taking pictures of patients, doing CT, magnetic vibration and so on. Operate the machine. Some have to process images or something.
Imaging diagnosis is to look at other people's films and give a result.
What does medical imaging technology do? What can it do when it comes out? There are two kinds, right? One is a technician from the hospital imaging department who operates machines, such as operating CT. There is also an imaging doctor who looks at medical images, such as B-ultrasound, MRI and CT, and then gives reports to assist doctors in other departments in diagnosis.
What can I do after learning medical imaging technology? The hospital is engaged in imaging technology (technician), such as radiography, CT, magnetic vibration, etc.
Medical device companies are engaged in sales and imaging equipment application services.
What province can upgrade medical imaging technology from undergraduate to medical imaging technology? Hello, many provinces can be promoted to undergraduate courses. You can have a look at your province's undergraduate enrollment plan. There are some in it. I know Hebei is ok. I wish you success and hope to adopt it.
Medical imaging technology Medical imaging technology does not belong to the medical major, so it can't take the medical practitioner's license, but it can still take the medical imaging diagnosis across majors, and it is the first time to take the exam of English, politics and western medicine. In fact, even if you take an interdisciplinary medical major like you, even if you get good results in the initial exam, your tutor will probably not want you when you enter the second interview. I am a five-year undergraduate in imaging diagnosis, and I have all the conditions to apply for postgraduate in obstetrics and gynecology. As a result, during the second interview, my tutor said that I was not a gynecologist, but she didn't want me. I'm also a medical major, and she didn't want me. If a non-medical student like you applies for a medical major, my tutor may even dislike it. I hope the landlord will be careful.
The difference between undergraduate medical imaging technology and specialist medical imaging technology haha, all of the above are good. Indeed, the work of the imaging technology specialty is actually similar to that of the undergraduate, except that the undergraduate can directly test technicians; Not a junior college, but a technician. Moreover, the technology of the top three hospitals must be undergraduate, and the competitiveness of the specialty is even less. It is best to be an undergraduate.
What is the medical imaging technology examination certificate? Hello. Professional medical imaging technology can be tested by the following certificates:
Topic: radiation technology (primary) → radiation technology (primary) → (intermediate) → subtropical high → positive high.
Medical device certificate: CDFI technician, CT technician, MR technician, DSA technician.
The same is true of the certificate obtained by the undergraduate course, but the period required for promotion is shorter than that of the junior college.
I hope the above can help you.
What is medical imaging technology? Medical imaging is a subject that uses imaging methods to serve medicine. For example, radiology, B-ultrasound, color ultrasound, CT, nuclear magnetic resonance and other departments of learning.
The most commonly used traditional X-ray machines in hospitals are basically analog. Except for some TV X-ray machines that use image intensifiers, the image output of most X-ray machines is analog signal, which can only be recorded by film. The processing, storage and transmission of X-ray images are greatly limited, so doctors can't make full use of this information, and it is extremely difficult to compare and fuse with the results of other imaging methods. Because the image information obtained by ordinary X-ray examination still accounts for 70% ~ 80% of all medical image information in the hospital, this limitation is more prominent, which makes medical images output in digital form, so that these image data can be directly processed, transmitted and stored by computer technology, thus leading to a revolutionary change in medical image diagnosis technology. Modern medical imaging technologies such as X-CT, MRI and nuclear medicine have been digitized, and many ultrasonic diagnostic instruments have also been digitized.
Application of PACS, communication and computer network technology in the field of medical imaging.
In recent years, the combination of medical imaging and surgical or therapeutic equipment is developing in the direction of minimally invasive or non-invasive in clinical surgery or treatment, because it can make patients suffer less, recover faster after surgery, reduce the chance of infection, shorten hospitalization time and have many benefits. Obviously, both minimally invasive and non-invasive surgery or treatment should be based on the accurate location of lesions by medical imaging examination, so the close combination of these two aspects becomes inevitable. The γ-knife and X-knife, which have become a craze in recent years, are typical examples. In addition, the relationship between stereotactic brain surgery and image localization of lesions is also well known. A few years ago, neurosurgery operation guidance system appeared abroad, relying on precise positioning technology (ultrasound, infrared, etc. ) and medical image processing and display technology, so that neurosurgeons can intuitively see the anatomical structure of brain tissue at the operation site and the advancing path of instruments during the operation, thus greatly reducing the blindness and danger of the operation. Recently, products that guide orthopedic surgery or puncture with the help of imaging technology have also appeared. In addition, in order to cooperate with minimally invasive surgery, abdominal cavity, ultrasonic endoscope probe and other endoscopes have also been widely used.
Magnetic resonance imaging using short cavity superconducting magnets