Suman De

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About

Suman De is a rising researcher in the field of robotic-assisted minimally invasive surgery, with a specific focus on percutaneous interventions. His work centers on advancing the precision and safety of needle-based procedures, particularly for urological applications. De’s major contributions include the development and analysis of robotically controlled steerable needle systems capable of maintaining precise tip deflection along curved paths within soft tissue—a critical advancement for procedures like percutaneous nephrolithotomy (PCNL). His 2022 paper, "Advances of the Robotics Technology in Modern Minimally Invasive Surgery," has garnered 17 citations, highlighting its influence in summarizing key technological trends. His 2023 study, "Analysis of Robotically Controlled Percutaneous Needle Insertion into Ex Vivo Kidney Tissue," with 10 citations, provides empirical validation of these systems in a controlled biological setting. By demonstrating improved accuracy and reduced tissue trauma, De’s research directly addresses clinical challenges in kidney stone removal and other percutaneous interventions. His work is notable for bridging engineering innovation with practical surgical needs, offering a pathway toward safer, more effective minimally invasive treatments.