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About

Lorenz Berger is a pioneering surgeon-researcher at the intersection of urology, thoracic surgery, and advanced medical imaging. His primary research focuses on the application of interactive virtual 3D-CT models to improve surgical planning and outcomes in robotic-assisted procedures. Berger’s major contributions include demonstrating that 3D-CT models significantly enhance surgeon knowledge of complex anatomies, such as the pulmonary arterial system in lung cancer patients, leading to improved surgical confidence and accuracy. His work on renal fusion anomalies, particularly horseshoe kidneys, has been instrumental in developing pre- and intraoperative guidance for robotic-assisted partial nephrectomy, with his 2017 case report on the topic accumulating 34 citations. Berger’s research shows that these virtual models overcome the limitations of traditional 2D imaging, providing a more comprehensive simulation of surgical anatomy. His 2021 study on lung cancer patient anatomies, with 12 citations, underscores his impact in both urology and thoracic surgery. Through his innovative use of 3D reconstruction technology, Berger is advancing the safety and precision of minimally invasive surgery, making him a notable figure in the field of surgical visualization and robotic assistance.