What is fluoroscopy?

fluoroscopy is a imaging system used by doctors to get a moving image of the inside of the body in real time. Using X -ray technology, it acquires fluoroscopy and displays several pictures of the body in a second. This creates a live film of the patient's internal structures that doctors can use to find symptoms and symptoms of the disease or condition, allowing them to diagnose. In addition to diagnoses, doctors can also use this process to conduct procedures, such as joint injections or minimally invasive operations. Fluoroscopy

is used to explore a wide range of internal structures, including bones, lungs, heart, kidney, bladder, digestive system, muscles, reproductive system and joints. The device used in this procedure is called a fluoroscope or sometimes C-RAMENE. The fluoroscope consists of an X -ray machine and an image amplifier between which the patient is placed. After the X -ray source rays are rays of the body, the image -in -intensifier translates X -ray rays intothe lights that appear as pictures. These images are then transferred to the monitor, similar to the TV screen on which the doctor can monitor the shape and movement of the patient's internal structures.

X -ray technology emits electromagnetic radiation and creates images in which denser objects such as bone are highlighted, and less dense objects such as fat appear in gray shades. This technology can be used to determine whether the patient has broken or pinched bones, spine injury, bone or joint affecting the disease, heart or lung disease, pierced lungs or scoliosis, abnormal curvature of the spine. The X -ray can also be used to locate randomly swallowed objects, evaluate the causes of chest pain, detect blockage in blood vessels, control sinus infections and evaluation of dental problems. X -rays produce radiation and C is often required for CDosage reduction. Patients should surely communicate to their doctor if they can be pregnant before using fluoroscopy.

fluoroscopic procedures will vary depending on the condition of the patient, the structures and protocols of the area. The process can initiate an intravenous line, or IV, injected into a vein, usually in the arm or hand. The patient may then be subjected to partial or general anesthesia and anestrate the patient with any pain that could occur. It will then be placed between the image amplifier and the X -ray source. If the patient cannot be moved, a mobile X -ray machine will be placed around the patient.

In order to obtain better visual help, doctors can accumulate a harmless dye through an IV line to emphasize the desired structures. The next steps in fluoroscopy will depend on the patient's case. If the gastrointestinal tract (GI) is examined, the patient may be asked to swallow Barria sulphate solution so that the doctor can monitor the esophagus musccccles and stomachI know fluoroscopic display. Fluoroscopy is also commonly used to help the doctor lead a catheter or tube into the body. The catheter can be used to drain fluids from the body or administration of fluids into the body and can be inserted in several places, usually into a weakness.

fluoroscopy can also be used to conduct minimal invasive operations. A minimally invasive surgery uses medical imaging to allow doctors to work in the body without fully opening the patient. Fluoroscopy is most often used in percutaneous vertebroplasty, which is a minimally invasive surgery that strengthens weakened vertebrae in the spine. After undergoing local anesthesia and location between the fluoroscope, the doctor inserts a cement solution directly into the affected spine vertebra. This relieves pain and strengthens the spine.