Why Pet Scan Farmington are the Best Way to Diagnose Cancer
Pet Scan Farmington uses a radiotracer that gives off radiation to show the biochemical activity in the body such as cells breaking down glucose. A PET scan is a diagnostic test that allows physicians to determine the body’s cellular metabolic activity. Find out more about the details of how this imaging works, and the advantages it offers over other methods of diagnosis.
The History of PET Scans
PET scans were first used in the 1970s to measure blood flow in the brain. In the 1980s, they were used to diagnose cancer. Today, PET scans are the best way to diagnose cancer because they show the biochemical activity in the body. PET CT Imaging Farmington is a state-of-the-art facility that offers PET scans for both diagnosing and treatment planning.
How is a PET scan performed?
A PET scan is performed by injecting a small amount of radiotracer into the patient’s vein. The radiotracer then travels through the body and is taken up by cells that are actively breaking down glucose. These cells show up as hot spots on the PET scan images. The PET CT Imaging Farmington uses a PET scanner to create images of these hot spots, which can help physicians diagnose cancer.
When Can I Get a PET scan?
PET scans are typically done on an outpatient basis. You may be asked to fast for a certain period of time before the test. The scan itself will take about 30 minutes. PET CT Imaging Farmington will give you specific instructions on how to prepare for your scan.
You will be asked to lie still on a table while the camera moves around you. The camera is connected to a computer that produces images of your body. PET Imaging Farmington uses a radiotracer that gives off radiation to show the biochemical activity in the body such as cells breaking down glucose. A PET scan is a diagnostic test that allows physicians to determine the body’s cellular metabolic activity.
After your PET scan, you can return to your normal activities.
What Should I Expect on the Day of My Visit?
- What is a radiotracer?
A radiotracer is a type of radiation that is used to show the biochemical activity in the body, such as cells breaking down glucose.
- How does a PET scan work?
A PET scan works by using a radiotracer to show the cellular metabolic activity in the body. This information can then be used by physicians to determine if there is an abnormality present.
- Why is PET imaging Farmington the best place to get a PET scan?
PET Imaging Farmington uses the latest technology and equipment to provide accurate and reliable results. They also have experienced and knowledgeable staff who can answer any questions you may have about your procedure.
How fast do I get PET scan results?
A PET scan Farmington is a highly sensitive test that can detect cancer cells in the body. The radiotracer used in a PET scan is injected into the body and emits radiation. This radiation is then detected by a special camera, which creates images of the body’s cellular activity. The images produced by a PET scan are very detailed and allow physicians to see how fast cancer cells are breaking down glucose. This information is vital in diagnosing and treating cancer.
Frequently Asked Questions about Radiotracers and PET Scans
- What is a radiotracer?
A radiotracer is a type of radioactive isotope that can be used to trace the movement of substances through the body.
- How does a PET scan work?
A PET scan works by injecting a small amount of radiotracer into the body. The radiotracer then travels through the body and emits radiation that is detected by the PET scanner. This allows physicians to see how the body’s cells are breaking down glucose and other substances.
- What are some benefits of using a PET scan?
Some benefits of using a PET scan include its ability to detect cancer at an early stage, its noninvasive nature, and its accuracy.
Is a PET scan better than a biopsy?
A PET scan is a non-invasive way to diagnose cancer. It is also more accurate than a biopsy, which can often miss cancerous cells. A PET scan can show if cancer has spread to other parts of the body and how aggressively it is growing.