Saki Katano

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About

Saki Katano is a pioneering researcher in urological surgery, with a focused expertise in the application of three-dimensional (3D) printing technology for renal procedures. Her work centers on improving surgical education and patient outcomes in robot-assisted partial nephrectomy. Katano’s major contributions include demonstrating that 3D-printed kidney models serve as powerful educational tools, significantly enhancing residents’ ability to evaluate R.E.N.A.L. nephrometry scores—a critical skill for surgical planning. Her landmark 2022 study, cited 10 times, established these models as essential training aids for junior physicians. In her equally impactful 2020 work (9 citations), Katano showed that utilizing patient-specific 3D models leads to higher rates of TRIFECTA achievement—defined as no perioperative complications, negative surgical margins, and warm ischemia time under 25 minutes—during early robotic partial nephrectomy experience. This research bridges the gap between simulation and clinical practice, offering a tangible method to improve surgical precision and safety. Katano’s innovative integration of 3D printing into urology represents a significant step toward personalized surgical planning and education.