Kevin Bauwens
Papers
8
Total Citations
143
H-Index
7
About
Kevin Bauwens is a pioneer at the intersection of robotic surgery and molecular imaging, driving the next generation of fluorescence-guided interventions. His research focuses on developing and validating multimodal imaging techniques—combining fluorescence, radioguidance, and robotics—to enhance surgical precision, particularly in oncology. Bauwens’ major contributions include the first robot-assisted radical prostatectomy in a canine model, demonstrating the translational potential of these technologies. He has also advanced multispectral-fluorescence imaging to discriminate between healthy and disease-related lymphatic anatomy, a critical step toward reducing surgical invasiveness in prostate cancer. With over 140 citations across his most-cited works, his impact is evident in papers such as the technical guide to da Vinci Firefly fluorescence imaging (41 citations) and the development of optical navigation for drop-in gamma probes. Notably, his work on a myelin-specific fluorescent tracer for nerve visualization and a bimodal tracer for hepatobiliary surgery highlights his commitment to solving real-world surgical challenges. Bauwens’ research is not only technically innovative but also clinically actionable, offering students and researchers a clear roadmap for integrating advanced imaging into robotic surgery.
Research Focus
Key Achievements
Top Papers
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