Felix Bruno Kleine Borgmann
Papers
2
Total Citations
29
H-Index
2
About
Felix Bruno Kleine Borgmann is a rising leader in biomedical optics, whose work is redefining how surgeons distinguish tumor from healthy tissue in real time. His primary research focuses on Raman spectroscopy—a label-free, vibrational technique—applied to neurosurgical oncology, particularly for meningioma resection. In his landmark 2021 study, Kleine Borgmann demonstrated that Raman spectroscopy can intraoperatively discriminate native meningioma from dura mater with high accuracy, a critical advance for achieving total resection and reducing tumor recurrence. This paper has already garnered 26 citations, underscoring its immediate impact on surgical practice. More recently, he has tackled a foundational challenge in translational spectroscopy: the effect of tissue fixation on Raman signals. His 2024 work systematically compares cryofixation and formalin fixation, providing essential guidelines for incorporating tumor bank specimens into classifier training—a methodological breakthrough that will accelerate the development of robust, clinically deployable models. By bridging the gap between bench-top spectroscopy and operating-room utility, Kleine Borgmann is not only advancing precision oncology but also equipping the next generation of researchers with the tools to build reliable, data-driven diagnostics.
Research Focus
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Top Papers
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