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13 results for "radiopharmaceuticals"
A groundbreaking radiopharmaceutical therapy controlled disease in over 80% of patients with advanced cancers who had run out of other options. The treatment worked across 21 different cancer types, offering new hope where few alternatives existed.
Dresden, Germany is emerging as a global leader in theranostics, a revolutionary cancer treatment using targeted radiation. The city's new radiopharmaceutical cluster is attracting major investments and could transform how we diagnose and treat cancer.
Researchers at the University of Missouri just moved a groundbreaking liver cancer treatment into human trials after achieving 100% success in earlier testing. Tiny radioactive glass beads could give patients a safer, more precise way to fight tumors.
Countries across the Global South are joining forces to create their own healthcare technology network, free from geopolitical pressures. The BRICS alliance is making breakthrough treatments and medical innovations accessible to billions who previously couldn't afford them.
Cancer patients in Roanoke now have access to promising new treatments through clinical trials at Carilion Clinic's expanding cancer research program. The trials feature precision therapies that could transform how doctors treat brain, kidney, and other difficult cancers.
Four major health systems in Kansas City are creating one of the nation's first fully integrated theranostics centers, bringing cutting-edge precision cancer treatment to children for the first time. The groundbreaking collaboration will make the region a national destination for less invasive, more targeted cancer care.
Ochsner MD Anderson Cancer Center in New Orleans is bringing biology-guided radiotherapy to the South, becoming only the eighth facility worldwide to offer this precision cancer treatment. The technology uses cancer cells' own signals to guide radiation in real-time, potentially reducing side effects while treating tumors that are in motion.
Egypt is partnering with Russia to build a state-of-the-art nuclear medicine center that will provide advanced cancer treatment and diagnostic imaging to thousands of patients annually. The facility aims to make Egypt a regional healthcare destination while bringing cutting-edge medical technology to those who need it most.
Scientists at the University of Missouri just turned a six-hour cancer drug production process into a 38-minute automated procedure. The breakthrough could speed up clinical trials for prostate cancer treatment and make life-saving therapies more accessible.
Brazil just opened Latin America's only particle accelerator-based health research complex, a game-changing facility that could transform how the region develops medicines and medical technology. The Arandus Complex marks a major leap toward healthcare independence for South America's largest nation.
Memorial Sloan Kettering Cancer Center is transforming prostate cancer treatment with personalized approaches that are saving more lives while reducing side effects. The 10-year survival rate has reached 98% thanks to advances in screening, targeted therapies, and knowing when careful monitoring works better than immediate treatment.
A groundbreaking study will use advanced imaging to personalize cancer treatment, potentially cutting unnecessary therapy while helping more patients access care. The collaboration could transform how doctors decide when prostate cancer patients have received enough treatment.
Patients with one of the deadliest forms of colorectal cancer are living more than twice as long thanks to a breakthrough treatment that just earned FDA Fast Track status. The therapy is showing remarkable results in cancers that resisted everything else doctors could throw at them.