Neurosurgery Research
SIU Medicine’s Neurosurgery Department is at the forefront of innovative research, driving advancements across a broad spectrum of neurological disciplines. Our faculty and research teams are committed to pushing the boundaries of knowledge through basic science, translational, and clinical investigations that address some of the most pressing challenges in neurosurgery. By fostering a collaborative research environment, we bring together experts from diverse scientific backgrounds to advance understanding and improve patient outcomes.
The department’s research efforts span from pioneering studies in neuro-oncology, cerebrovascular disease, and spinal disorders to cutting-edge work in neurotrauma, functional neurosurgery, and neurocritical care. Our labs and research programs focus on translating scientific discoveries into clinical applications, with a strong emphasis on improving surgical techniques, developing new therapeutic interventions, and enhancing the quality of life for patients.
Through a commitment to high-impact research, SIU Neurosurgery is not only advancing the field but also shaping the future of neurosurgical care by improving treatment methodologies and fostering a culture of scientific excellence. Our department's work continues to influence the practice of neurosurgery on both a national and global scale.
Faculty and support team research
The faculty and support team at SIU Medicine’s Neurosurgery Department are dedicated to advancing the field through a broad array of research initiatives, from clinical and translational studies to cutting-edge basic science research.
Residency research
SIU Medicine’s Neurosurgery Department offers a dynamic research environment designed to prepare residents for distinguished careers as neurosurgeon-scientists. Our program emphasizes robust research opportunities across basic science, clinical, and translational fields within neurosurgery and related disciplines.
Clinical trials
A Phase 3 Multicenter Study of Gleolan (Aminolevulinic Acid Hydrochloride) for Tumor Visualization in Meningiomas
This study evaluates the safety and diagnostic performance of Gleolan, an imaging agent that helps visualize tumors during surgery, enhancing accuracy in resection and reducing residual tumor tissue.
Research initiatives
