Papers
6
Total Citations
131
H-Index
4
About
Florian van Beurden is a pioneering researcher at the intersection of surgical robotics and molecular imaging, whose work is redefining precision in oncologic surgery. His primary focus is the development and clinical translation of novel radioguidance and fluorescence imaging technologies for robot-assisted procedures, particularly in prostate cancer. Van Beurden’s major contributions include the introduction of a flexible DROP-IN beta probe for robot-assisted ⁶⁸Ga-PSMA radioguided surgery, a concept that marries the sensitivity of beta-emitting PET isotopes with the dexterity of robotic systems—a first ex vivo evaluation of this technology has garnered 43 citations. He has also advanced multi-wavelength fluorescence imaging, characterizing the da Vinci Firefly platform to enable simultaneous visualization of tumors, lymphatics, and nerves. His work on drainage pathways for sentinel node detection in prostate cancer, validated through a phase II randomized trial (31 citations), has direct implications for improving nodal staging accuracy. More recently, van Beurden has engineered “click-on” fluorescence detectors that allow surgeons to characterize molecular tissue aspects during dissection, addressing a critical limitation of current fluorescence systems. With a growing citation impact and a portfolio of translational innovations, van Beurden stands at the forefront of making surgery more targeted, less invasive, and guided by real-time molecular data.
Research Focus
Key Achievements
Top Papers
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