No, radioactive tracers are often specific to certain organs or tissues within the body. Different tracers are used to detect pathology in different body systems based on their biological properties and distribution in the body. It is important to select the appropriate tracer for the specific pathology being investigated.
A radioactive tracer is a radioactive atom inserted in a compound to see what happens to it in a reaction, usually in biotechnology. For example, to find out where carbon atoms go in photosynthesis, scientists can give the plants carbon dioxide with carbon-14 instead of carbon-12 and track the progress of the carbon-14.
Yes, isotopes are also tracer elements since most modern disease detection techniques involves the subjects ingesting a small amount of radioactive tracers and detect such things as tumors via x-ray or photographic emulsion techniques. In fact, most tracer elements are isotopes.
Yes, isotopes are also tracer elements since most modern disease detection techniques involves the subjects ingesting a small amount of radioactive tracers and detect such things as tumors via x-ray or photographic emulsion techniques. In fact, most tracer elements are isotopes.
They dissolve it in a liquid and the patient drinks it
Tracer
About 1 Mg.
A tracer is anything put into a dynamic system having a distinct, nondestructive property that's intended to be measured and analyzed throughout the system, usually to gather some piece of information about the system itself. Examples include unnatural or radioactive nuclear isotopes, dyes with specific colors, a particular chemical compound, etc.
radioactive material called a tracer
tracer
the dog ate the bacon
X-ray imaging is commonly used to detect bone diseases such as fractures, tumors, and osteoporosis. It can provide detailed images of the bones and show any abnormalities present. Additionally, bone scans using a radioactive tracer can also be used to detect bone diseases by highlighting areas of increased or decreased bone activity.