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About

Shantale Cyr is a pioneering researcher at the intersection of robotics and anesthesiology, whose work has fundamentally advanced the concept of robotic-assisted clinical procedures. Her research focuses on developing and validating autonomous and semi-autonomous robotic systems capable of performing complex anesthesia tasks, including tracheal intubation, ultrasound-guided nerve blocks, and pharmacological drug delivery. Cyr's most celebrated contribution is her involvement in the first robotic tracheal intubations performed in humans using the Kepler Intubation System, a landmark study that has garnered 75 citations and demonstrated the real-world viability of surgical robotics in airway management. Equally significant is her work on the Magellan system, a novel robotic platform enabling remotely controlled ultrasound-guided nerve blocks — a first in human trials — accumulating over 40 citations across multiple publications. Her comparative simulation study on robot-assisted versus manual nerve block guidance (46 citations) further established that robotic systems can achieve superior consistency and faster learning curves than traditional techniques. Through her 2011 visionary review classifying the emerging field of robotic anesthesia, Cyr helped shape the theoretical framework that continues to guide researchers today, cementing her reputation as a foundational voice in this rapidly evolving discipline.