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About

Bernard De Bruyne is a pioneering cardiologist whose work has redefined the boundaries of minimally invasive coronary revascularization. His primary research focus lies in the development and clinical validation of hybrid coronary artery revascularization strategies, particularly those integrating robotic-assisted techniques. De Bruyne’s major contribution is the conceptualization and first-in-human execution of a fully robotically assisted hybrid procedure, combining robotic-enhanced minimally invasive direct coronary artery bypass (RE-MIDCAB) with robotic percutaneous coronary intervention (R-PCI). This landmark achievement, detailed in his 2022 case report, demonstrates the feasibility of a completely robotic, multidisciplinary approach for treating multi-vessel disease—a paradigm shift from traditional open surgery. His foundational 2005 work on the "Hybrid Revascularization Strategy," with 57 citations, established the theoretical and practical framework for combining surgical LIMA-to-LAD grafting with catheter-based stenting, reducing trauma while maintaining long-term patency. De Bruyne’s impact is measured not only in citations but in his role as a key architect of the "Hybrid Heart Team" concept, which has become a gold standard for complex coronary care. His work continues to inspire a generation of interventional cardiologists and cardiac surgeons seeking to minimize invasiveness without compromising outcomes.