The isotope Mo-99 is an element used in the production of technetium-99m (Tc-99m). Tc-99m is used in research into a multitude of ailments. Roughly 85% of medical imaging in nuclear medicine uses this isotope (Tc-99m). Globally, this amounts to 17 million diagnostic procedures per year. Below is a selection of these.
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Business manager Isotopes
Examining and imaging deviations in, for example, kidneys, lymph nodes, liver, gallbladder and other organs.
Research into the blood flow of the heart muscle and lung circulation.
Investigating conditions with local increased bone activity. This could be metastasised cancer, but also bone fractures, inflammation or hormone-induced bone growth.
We are the world leader regarding the irradiation of Mo-99 targets. These are aluminum plates containing low enriched uranium. During irradiation of these plates in the reactor, uranium is split by so-called fission, a process in which molybdenum-99 (Mo-99) is formed. Our customers then extract the Mo-99 from the targets with a chemical process. Ultimately, hospitals will receive so-called generators for technetium-99m (Tc-99m), which is derived from Mo-99, an important raw material for medical research.
Furthermore, we have a unique infrastructure in Petten. The site is located conveniently near international transportation routes. Our clients have an international nuclear pharmaceutical network with thousands of hospitals in about 100 countries. This is how medical isotopes produced in Petten find their way to 30.000 (cancer)patients every day.