Radioisotopes emit radiations and although most of the time radiation is bad for your body cause it can encourage mutation and damage body cells but sometimes if used in controlled condition they can kill cancerous cells which is good
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Biological uses of isotopes include tracing the metabolic pathways of molecules in biological systems, studying the turnover of elements in ecosystems, and dating biological samples using radioactive isotopes. Isotopes can also be used in imaging techniques such as PET scans to track the distribution of certain compounds in the body.
- treatments of cancers by irradiation - diagnostic with the help of isotopes - positron emmisiom tomography ra0dio phosphorous used in determining the amount of phosphorous required in agriculture it is used to treat over active thyroid gland
Medicine
radioisotopes are used to label biomolecules and microbes so that they can be quantified
Some imaging uses radioactive isotopes to see various parts of the body.
Gold isotopes have various uses such as in medical imaging for cancer treatment, in archaeological dating to determine the age of artifacts, and in nuclear medicine for diagnostic imaging. Additionally, they are used in scientific research for tracing chemical reactions and biological processes.
Possible uses for thermoelectric generators (Cm 242 and Cm 244); now these isotopes has some disadvantages.
The gamma radiation is very penetrant in biological tissues.
Isotopes are used in medicine for diagnostic imaging and cancer treatments. Isotopes are used in carbon dating to determine the age of archaeological artifacts and fossils. Isotopes are used in research to track chemical reactions, study biological processes, and trace the movement of substances in the environment.