The production of reactor-based medical isotopes is fragile, which has meant supply
shortages from time to time. This paper reviews alternative production methods in the form of …

This article examines the current capability of accelerator technology, which is rapidly
improving, to produce medical isotopes. A detailed analysis of 12 medical isotopes that are …

We present a review of reactor and accelerator centers in Russia that produce medical
isotopes, the majority of which are exported. In the near future, we anticipate increased …

After WWII, reactors were used to produce radioactive elements and the use of accelerators
for this purpose became less common. However, as the techniques for using radiotracers …

The first cyclotron dedicated to medical applications was installed at Washington University,
St. Louis in 1941, where radioactive isotopes of phosphorus, iron, arsenic and sulphur were …

Radioisotopes can be produced by reactors and accelerators. For certain isotopes there
could be an advantage to a certain production method. However, nowadays many reports …

Radioactive isotopes and enriched stable isotopes are used widely in medicine, agriculture,
industry, and science, where their application allows us to perform many tasks more …

Accelerator-produced radioisotopes are widely used in modern medicine, for imaging, for
cancer therapy, and for combinations of therapy and diagnostics (theragnostics). Clinical …

TRIUMF has a long history of medical isotope production. For more than 40 years, the Life
Sciences Division at TRIUMF has produced isotopes for Positron Emission Tomography …

The production of medical radioisotopes for theranostics is essential for the development of
personalized nuclear medicine. Among them, radiometals can be used to label proteins and …