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About

Dinesh Balakrishnan is a pioneering surgeon at the forefront of robotic living donor liver transplantation, whose work is redefining the safety and efficacy of minimally invasive hepatobiliary surgery. His primary research focuses on advancing robotic donor hepatectomy, particularly for right lobe grafts, and expanding the criteria for donor eligibility. Balakrishnan’s major contributions include demonstrating that robotic right donor hepatectomy (RDH) can achieve lower morbidity than traditional open surgery, even in donors with complex biliovascular anatomy or large grafts—a finding detailed in his 2022 propensity score matched analysis (16 citations). His landmark comparative study, "Open to robotic right donor hepatectomy: A tectonic shift in surgical technique" (14 citations), provides compelling evidence for a paradigm shift from open to robotic approaches. With a cumulative citation count exceeding 45 across his most-cited works, Balakrishnan has also analyzed predictive factors for complications in over 348 robotic donor hepatectomies, as reported in his 2025 study. Additionally, his work extends to innovative treatments for hepatocellular carcinoma, including robotic radiosurgery for portal vein tumor thrombus. Balakrishnan’s research is instrumental in establishing robotic donor hepatectomy as a safe, routine alternative, challenging conventional surgical boundaries.