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#Radiology uses advanced imaging for early detection of cancer when it’s most treatable. Radiation oncology follows with surgical-level precision, delivering targeted therapies. Together, these specialties form a seamless, patient-centered approach. “We’ve moved from uncertainty to precision,” says Dr. Markus Bredel, chair of #radiation #oncology at Sylvester. “We visualize the cancer, decode its behavior and strike with accuracy — often in a single session.” Sylvester offers one of the most comprehensive arrays of advanced radiation technologies in the nation, including: • Proton beam therapy • MRI-guided adaptive radiation (MR-Linac) • CT-adaptive and image-guided radiation • Brain radiosurgery and SBRT • Volumetric and intensity modulated arc therapies • Intraoperative and brachytherapy “With our growing fleet of 20 state-of-the-art radiation delivery devices — which makes us one of the largest and most technically advanced radiation oncology departments in the nation,” says Dr. Bredel. This integrated model will be elevated even further with the opening of the Kenneth C. Griffin Cancer Research Building later this year. The 12-story, 244,000-square-foot facility will double Sylvester’s #research capacity and redefine how science drives care. Equipped with advanced imaging, AI-driven diagnostics and adaptive radiation platforms, the building will unite radiology, radiation oncology and research under one roof—accelerating discovery, expanding trials and personalizing treatment like never before. Learn more: https://loom.ly/Bk26jVg