A metallic element used in nuclear medicine in the preparation of radiopharmaceuticals such as radionuclides, which are used to diagnose various medical conditions.
A synthetic metallic chemical element having a number of radioactive isotopes; average atomic weight, 98.9062; atomic number, 43. Radioisotopes of technetium are used in imaging studies in nuclear medicine (e.g., myocardial perfusion scans, bone scans, and V/Q scans).
In the domain of medical imaging, a commonly employed radioactive isotope is worthy of exploration. This particular isotope finds significant application in radionuclide scanning, specifically for examining the heart and various other organs within the body. Notably, this isotope is generated as a byproduct during nuclear fission reactions. Its radioactive properties facilitate precise imaging, enabling healthcare professionals to obtain valuable insights into the functioning and condition of the targeted organs.
The first chemically synthesized element not naturally occurring. It was created in 1937 by bombarding molybdenum with neutrons. Previously known as masurium.