Hannah M. Brooks

Papers

Total Citations

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About

Hannah M. Brooks is a surgical educator and innovator whose work bridges the gap between cadaveric anatomy and minimally invasive surgical training. Her research centers on optimizing surgical education through resource-efficient, high-fidelity simulation—particularly in gynecologic oncology and robotic surgery. Brooks’ most influential work, “Coordinated multiple cadaver use for minimally invasive surgical training” (2008, 38 citations), introduced a pioneering model for maximizing the educational yield of cadaveric specimens through multidisciplinary coordination. This approach has helped reshape how surgical training programs utilize limited anatomical resources, directly impacting the efficiency and realism of simulation-based curricula. In her subsequent study, “Hand-Assisted Robotic Surgery for Staging of Ovarian Cancer and Uterine Cancers With High Risk of Peritoneal Spread” (2015, 9 citations), Brooks explored novel robotic techniques for complex oncologic staging, demonstrating her commitment to advancing surgical precision in high-risk cases. Her work reflects a rare synthesis of anatomical expertise and technological innovation, offering practical solutions that enhance both training and patient care. For students and researchers, Brooks exemplifies how thoughtful resource management and interdisciplinary collaboration can elevate surgical education and practice.