Thomas Jardinet

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About

Thomas Jardinet is a pioneering surgeon whose work centers on advancing minimally invasive techniques in thoracic oncology, with a particular focus on robotic esophagectomy. His most notable contribution is the development and clinical application of fluorescence-guided thoracic duct dissection, a technique that uses indocyanine green (ICG) to illuminate the thoracic duct during robotic en bloc esophagectomy. This innovation, detailed in his 2021 paper (8 citations), significantly reduces the risk of chylothorax—a life-threatening complication—by enabling precise identification and preservation of the duct. Jardinet’s research has been instrumental in refining surgical safety and outcomes for esophageal cancer patients, demonstrating how intraoperative imaging can transform complex procedures. His work has garnered attention in the surgical community, with his findings cited as a benchmark for integrating real-time visualization into robotic surgery. By merging technical precision with patient-centered innovation, Jardinet continues to shape the future of thoracic surgery, offering a safer, more effective path for those undergoing esophagectomy. His contributions underscore the potential of fluorescence-guided techniques to elevate surgical standards globally.