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About

Dr. Guangli Yang is a pioneering surgical researcher whose work centers on advancing fluorescence-guided surgery, particularly through the development of novel fluorophores for intraoperative nerve identification. His most notable contribution is the introduction and characterization of Rizedisben, a myelin-binding fluorophore that fluoresces in the blue light spectrum (370-425 nm), designed to enhance the real-time visualization of nerves during minimally invasive procedures. In his landmark 2025 study, Dr. Yang systematically determined the optimal safe and effective dosing parameters for Rizedisben, addressing a critical gap in the clinical translation of nerve-specific imaging agents. This work has the potential to significantly reduce iatrogenic nerve injuries by providing surgeons with a reliable, non-invasive method to distinguish neural tissue from surrounding structures. With 4 citations to date, this foundational paper is already shaping discussions in surgical oncology and neuroprotection. Dr. Yang’s research bridges biomedical optics and surgical practice, offering a tangible solution to one of the oldest challenges in surgery—seeing what cannot be seen.