Positron emitting radioisotopes (such as fluorine 18) are placed within the body to attach themselves to concentrations of the material that you wish to locate. Electrons are them emitted from a source with collide with the emitted positrons to create 2 photons. The energy-filled photons are reflected in almost perfectly oppposite directions onto a circular detector placed around the radioisotope. This creates a line of general location of the radioisotopes, and therefore the material that you are searching for (ie tumors)
PET scan
It works similar to how a photocopier scans a document. The reader uses a laser to scan a person's finger. It then compares the scan with a database of prints already stored on the computer. If the print matches - it allows access, if not - it rejects the potential user.
Invented by Proffesor Michael Anthony Principe and his accomplish Kosta Kolaj in 1983 and suitable for humans in 1996.
Scanned is the past tense of scan.
AnswerIn our part of the universe, antimatter absolutely exists. We use it all the time for medical imaging. For instance, the "PET" in PET scan stands for Positron (an antimatter particle) Emission Tomography. However, it is not plentiful by any means and it is very short-lived...
PET scan
cat scan
Do you mean PET scan? That is a scan for cancer metastases, I believe.
Are you talking about a PET scan?
What does mediastinal blood pool maximum SUV is 2.5 on a PET scan?
A PET scan shows what level / stage (if any) the cancer is at. An MRI scan doesn't do this, the reader, looks for abnormalities on the scan which shows up everything in the body.
Yes, but bone scan has to be completed first.
yes
no
A PET scan, or Positron Emission Tomography, is used to scan internal organs for abnormalities, like tumors, or cancer. PET scans for animals may cost hundreds, or thousands of dollars, depending on the size of the animal, and the complexity of the scan.
A full body PET scan can take 30 to 45 minutes. A scan of a single lamp or a single organ can take as little as 10 minutes.
$92,000