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About

Dr. Melissa McCarter is a pioneering surgical scientist whose work centers on fluorescence-guided surgery, with a particular focus on intraoperative nerve identification. Her major contribution lies in the clinical translation of Rizedisben, a novel myelin-binding fluorophore that fluoresces under blue light (370-425 nm) to enhance the real-time visualization of nerves during minimally invasive procedures. This innovation directly addresses a critical challenge in surgery: the accidental transection of nerves, which can lead to debilitating patient outcomes. Dr. McCarter’s landmark study, "Rizedisben in Minimally Invasive Surgery" (2025, 4 citations), established the optimal safe dosing and imaging parameters for this agent, laying the groundwork for its broader adoption. Though early in its citation history, this work represents a foundational step toward reducing iatrogenic nerve injury. Her research bridges molecular imaging and operative technique, offering surgeons a practical tool to see what was previously invisible. For students and researchers, Dr. McCarter exemplifies how targeted molecular probes can transform routine surgical safety, making her a rising leader in the field of intraoperative imaging.