Mizzou begins Radioisotope Science Center construction

The University of Missouri has started building a new Radioisotope Science Center in Columbia, Missouri, and the project is more than a campus construction story. The facility is meant to expand how the United States researches, processes and distributes radioisotopes that are used in medicine, research and national security. University and federal officials say the center will work alongside the University of Missouri Research Reactor, or MURR, which already plays a major role in domestic isotope supply. The project also gives a clearer picture of how Mizzou is trying to tie its reactor, radiochemistry work and federal partnerships into a single production pipeline. ### So what exactly is Mizzou building? The new facility is a 31,250-square-foot Radioisotope Science Center at Discovery Ridge Research Park in Columbia. Mizzou said the building will include hot-cell processing areas for radioactive materials, space for current Good Manufacturing Practice and non-cGMP isotope production, and laboratories for quality control plus research and development. (showme.missouri.edu) The University of Missouri described the center as infrastructure for research, production, processing and distribution of critical radioisotopes. Once it is operating, teams there are expected to process targets irradiated at MURR and at Department of Energy reactor facilities, with distribution coordinated through DOE’s National Isotope Development Center. (showme.missouri.edu) ### Why are officials tying this project to isotope supply? Christopher Landers, director of the DOE Office of Isotope R&D and Production, said radioisotopes are essential to modern medicine, national security and scientific discovery, but depend on a reliable domestic supply. DOE and Mizzou have both framed the center as part of a broader effort to reduce supply constraints for isotopes that are in short supply or unavailable in the United States. (showme.missouri.edu) The Department of Energy said the new center is intended to expand America’s ability to deliver a reliable U.S.-based supply of strategic radioisotopes, support translational research for clinical applications and strengthen U.S. competitiveness in nuclear medicine. That language matters because the isotope program is not just about academic research; it is also tied to federal supply-chain planning and commercial distribution. (isotopes.gov) ### Where does MURR fit into the plan? MURR is the core reason the project is landing in Columbia. Mizzou said the center will leverage the capabilities of the University of Missouri Research Reactor, which it described as the only U.S. source of multiple medical radioisotopes. DOE separately called MURR one of the nation’s premier university research reactors and a key contributor to domestic isotope production. (isotopes.gov) A March 24 DOE announcement gives a recent example of that role. DOE and MURR said they had begun routine production of gadolinium-153, making them the sole domestic supplier of that isotope in the United States and one of only two suppliers globally. That announcement helps explain why officials are presenting the new center as added processing and production capacity rather than a standalone lab building. (showme.missouri.edu) ### Who is paying for it? The project’s headline funding figure is $40 million. DOE said the center is supported by a $20 million award from the Office of Isotope R&D and Production within the Office of Science, matched by a $20 million investment from the State of Missouri. Mizzou used the same funding breakdown in its announcement. Missouri budget documents show a larger state appropriation tied to construction of the Radioisotope Science Center at the University of Missouri Research Reactor. (energy.gov) That suggests the project sits inside a broader state capital-spending framework beyond the matching funds highlighted in federal and university announcements. ### What did university leaders say this center is supposed to do? (isotopes.gov) Mun Choi, president of the University of Missouri, called the groundbreaking “a transformative step forward for our university, our state and the nation.” He said the center would “accelerate discovery, expand lifesaving treatments and further establish Mizzou as a global leader in nuclear science and medicine.” (oa.mo.gov) Todd Graves, chair of the University of Missouri Board of Curators, said in an earlier DOE announcement that the university was building on its relationship with the department and its history of meeting national need for medical isotopes. Federal officials have also said the center will serve as a workforce-development hub for nuclear science and radiochemistry. (showme.missouri.edu) ### What happens next? The groundbreaking ceremony took place on May 14, 2026, and DOE said the facility is expected to be completed in 2028. When construction is finished, the center is slated to process isotopes produced at MURR and DOE reactor facilities, with shipments coordinated through the National Isotope Development Center for research institutions, industry and commercial users nationwide. (showme.missouri.edu) (energy.gov)