Fluoroscopy Introduced
fluoroscopy studies moving body parts. It utilizes a fluid x-ray beam. The image is then conveyed to a screen, much like a sonogram. The images show the body part being viewed, and every movement it makes. fluoroscopy is a sector of the field of radiology.
This type of examination can be performed on an inpatient or outpatient basis. The depth of the examination, and whether a hospital stay is needed, will depend on how extensive the procedure will be. Check with the ordering physician if there are any special instructions that may be needed before the exam.
The typical fluoroscopy procedure entails an IV for the patient. The patient will be required to be on an x-ray table. The hospital or doctor may require that a special dye be injected into the iv line. This is to make the images sharper and easier to view.
The radiologist will then position and make ready a special x-ray scanner. This device will transmit the x-ray beams through the body and generate the images. After the exam has been performed, one may need recovery time. For a general fluoroscopy procedure, recovery time is minimal, and no inpatient stay at the hospital is required.
In some fluoroscopy procedures, the patient may be required to remain in the hospital overnight. Some of these procedures include cardiac catheterization and catheter placement. These particular procedures necessitate additional line insertions, and require observation during recovery times.
There are a variety of uses for fluoroscopy. One such use is barium x-rays and enemas. In this instance the procedure allows the physician to view movement in and through the GI tract. fluoroscopy also allows for a more precise placement of catheters in angioplasty and angiography.
fluoroscopy is also an ideal means to examine blood flow and the flow of blood to organs. Physicians have also found that fluoroscopy is useful when performing orthopaedic procedures. The technique allows the physician/surgeon to get a better view of any fractures, and allows for a more precise remedy to be implicated.
fluoroscopy does have many benefits, but as with any medical procedure, it does have its downside as well. One such risk that the patient runs is deep tissue burns. The radiation that the patient is exposed to during the procedure can damage some of the underlying skin cells, and tissues.
The only other risk that has been identified when using fluoroscopy is the possibility of developing cancer. This is not immediately onset, it is something that would develop over time. The cancer would be radiation induced. The best means to prevent this type of risk from occurring is to make the procedure as quick as possible, and reduce the level of radiation as much as possible.
fluoroscopy does make treatment quicker and more effective. Much of the guesswork in terms of cardiac issues are removed. The physician and the patient should weigh the benefits of the procedure against the known risks. Weigh all options, and make the decision that is best for you.