Susannah Eves

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About

Susannah Eves is a pioneering urological surgeon whose research focuses on advancing minimally invasive kidney cancer surgery through intraoperative imaging and selective ischemia techniques. Her most-cited work introduces a groundbreaking method for robotic-assisted laparoscopic partial nephrectomy, utilizing contrast-enhanced ultrasound (CEUS) to map renal blood flow in real time. This innovation enables "sequential occlusion angiography," allowing surgeons to perform selective ischemia—preserving healthy kidney tissue while precisely removing tumors. With 16 citations, this study, involving 60 patients, demonstrates a significant reduction in warm ischemia time and improved renal function outcomes compared to traditional clamping methods. Eves’ contributions bridge the gap between surgical robotics and advanced imaging, offering a safer, more targeted approach to nephron-sparing surgery. Her work has been instrumental in refining protocols for complex partial nephrectomies, enhancing both oncologic control and postoperative kidney function. As a leader in urologic oncology, Eves continues to shape the future of robotic surgery, making her research essential reading for surgeons and trainees seeking to optimize patient outcomes in renal cell carcinoma treatment.