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About

J. Sherman’s research lies at the critical intersection of robotics and minimally invasive surgery, with a primary focus on improving prostate brachytherapy—a key treatment for prostate cancer. His work addresses the fundamental challenge of precise needle placement and seed delivery, which is essential for effective therapy. Sherman’s major contributions include the design and evaluation of a novel robotic system for brachytherapy, which aims to enhance therapeutic outcomes by improving needle accuracy and reducing tissue deformation. His landmark 2007 paper on this robotic system has garnered 45 citations, underscoring its influence in the field. Notably, Sherman conducted pioneering in vivo measurements of needle insertion forces, a rare and valuable dataset that bridges the gap between laboratory phantoms and real surgical conditions; his 2006 study on this topic has been cited 37 times. He also developed a semi-automated needle and seed delivery device, demonstrating a commitment to translating robotic assistance into practical clinical tools. By quantifying friction forces and evaluating prostate stabilization techniques, Sherman has provided foundational knowledge that continues to inform the design of safer, more effective robotic interventions in urological surgery.