Courtenay L. Glisson

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About

Courtenay L. Glisson is a leading figure in the field of image-guided surgery, with a primary focus on advancing minimally invasive kidney procedures. Her research centers on the critical challenge of intraprocedural registration—the precise alignment of preoperative medical images with the physical anatomy of the patient during surgery. Glisson’s major contributions include pioneering studies on kidney deformation and surface-based registration techniques, which are essential for accurate navigation in both open and robotic-assisted surgeries. Her most cited work, "Kidney Deformation and Intraprocedural Registration: A Study of Elements of Image-Guided Kidney Surgery" (2010, 50 citations), provides foundational insights into the dynamic nature of kidney tissue during operations. Additionally, her 2016 paper introduces a novel method for texture-mapping conoscopic surfaces, enhancing the fidelity of 3D models used in real-time guidance. With a total of over 75 citations across her key publications, Glisson’s work has significantly impacted the precision and safety of kidney surgeries, offering surgeons reliable tools to navigate complex anatomical environments. Her achievements underscore her role as a pioneer in surgical navigation, bridging engineering and clinical practice to improve patient outcomes.