Jean Gangloff

Centre National de la Recherche Scientifique

Papers

Total Citations

101

H-Index

About

Jean Gangloff is a leading figure in medical robotics, with a primary focus on percutaneous interventions and the biomechanics of needle-tissue interaction. His seminal work, "In Vivo Study of Forces During Needle Insertions" (2004, 101 citations), provides foundational data on the forces encountered during minimally invasive procedures for treating digestive system cancers. This research is critical for improving the accuracy of robotic needle guidance, combining tactile sensing with medical imaging to enhance targeting. Gangloff’s contributions have advanced the development of haptic feedback systems and autonomous robotic platforms, directly impacting the safety and precision of percutaneous therapies. His work is widely cited in the fields of surgical robotics and computer-assisted intervention, reflecting its enduring influence on both academic research and clinical device design. By bridging experimental biomechanics with robotic control, Gangloff has helped shape a generation of technologies that make minimally invasive cancer treatments more reliable and effective.