Jason Sherman

University of Rochester Medical Center, University of Rochester, University at Buffalo, State University of New York

Papers

Total Citations

196

H-Index

About

Jason Sherman is a leading figure in the field of medical robotics and interventional oncology, with a primary focus on improving the precision and outcomes of prostate cancer treatments. His research centers on the mechanics of needle-tissue interaction, surgical robotics, and image-guided therapy. Sherman’s seminal work, “*In vivo* motion and force measurement of surgical needle intervention during prostate brachytherapy” (2006, 109 citations), provided the first real-world measurements of needle insertion forces and motion trajectories during live procedures, offering critical data that has shaped the design of robotic systems. His contributions extend to the development of robot-assisted brachytherapy systems (2006, 67 citations), where he pioneered methods to automate seed placement, and to prostate stabilization techniques (2008, 20 citations) that minimize organ motion during low-dose-rate implants. By translating complex biomechanical data into practical engineering solutions, Sherman has directly enhanced the accuracy of cancer treatments, reducing trauma and improving patient recovery. His work remains a cornerstone for researchers and engineers developing next-generation surgical robots and minimally invasive interventions.