Grand rapids police scanner7/10/2023 A typical head-to-toe PET scan takes about 40 minutes to complete. The pinpoint accuracy - and speed - of the technology are a major benefit to patients. Until now, this technology had only been used in the U.S. This makes the total-body PET/CT scanner technology the ideal tool to diagnose and guide the treatment of cancer. “A PET scan pinpoints the tumor markers inside your body such as specific proteins on cancer cells or how much energy the tumor is using, and the CT scanner looks more at your structure, such as bones, organs and blood vessels.” “We call it hybrid technology when you mix two different kinds of imaging together and you get new insights,” says Mark DeLano, a professor and chair of the Department of Radiology in the MSU College of Human Medicine, who uses this technology to guide the treatment of cancer patients. Mark DeLano, professor and chair of Radiology at the Michigan State University College of Human Medicine “I believe that together we will be able to better detect and diagnose disease and transform health.” “That is our vision realized for MSU - the best care, closer to home,” Beauchamp says. Future uses of the technology will extend to pediatric cancers and eventually heart disease, Alzheimer’s and Parkinson’s disease. In August, the PET/CT scanner was used to diagnose and treat patients with prostate cancer and neuroendocrine tumors. Now, the total-body PET/CT scanner - made possible through MSU’s partnership with BAMF Health and in part by an honorary Spartan’s generosity - enables both research and clinical care and is the next step in MSU’s cancer story. Norman Beauchamp Jr., executive vice president for Health Sciences at MSUįor more than 50 years, MSU has been a leader in cancer research and treatment, from the discovery of cisplatin, the gold standard in cancer drugs, to building a dual-cyclotron radiopharmacy that produces radioactive isotopes used to treat cancer and help patients in Michigan and around the world.
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