T. Lequint

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About

T. Lequint is a pioneering surgeon at the forefront of robotic-assisted microsurgery, with a focused expertise in brachial plexus repair and supermicrosurgical reconstruction. His work demonstrates how surgical robots, offering up to 40× visual magnification and tremor elimination, can transform traditionally invasive procedures into mini-invasive ones. Lequint’s most significant contribution is the development of robot-assisted techniques for the brachial plexus, as shown in his landmark 2012 paper on the Oberlin procedure for elbow flexion restoration (36 citations). He further validated this approach by performing the first robot-assisted biopsy of an intraneural perineurioma, dramatically reducing the extensive incisions typical of brachial plexus surgery (17 citations). In another feasibility study (22 citations), Lequint successfully performed a robot-assisted free toe pulp transfer on a cadaveric model, pushing the boundaries of supermicrosurgery. Collectively, his work has laid the clinical and technical foundation for a new era of mini-invasive limb surgery, demonstrating that robotic assistance can improve both aesthetic outcomes and functional recovery in complex nerve and reconstructive procedures.