Chi Ma

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About

Chi Ma is a leading researcher in the intersection of anaesthesiology and surgical robotics, with a primary focus on intraoperative patient safety and precision. Her most cited work, "Assessment of respiration-induced vertebral motion in prone-positioned patients during general anaesthesia" (2015, 18 citations), provides critical foundational data for the field of robot-assisted spine surgery. By systematically quantifying how breathing causes vertebral displacement under anaesthesia, Ma identified a previously underappreciated source of error that could compromise pedicle screw placement accuracy. This research directly informs the development of motion-compensation algorithms and safer robotic navigation systems, bridging a crucial gap between clinical anaesthesia practice and emerging surgical technologies. Her contributions are particularly notable for addressing a real-world safety concern in a rapidly advancing field, offering actionable insights for engineers and surgeons alike. Ma’s work exemplifies how meticulous physiological measurement can drive innovation in surgical robotics, making her a key figure in the ongoing effort to enhance the reliability and safety of automated surgical interventions.