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Colorectal cancer is the second most common form of cancer and the second leading cause of cancer-related deaths in Germany. During surgical removal of the tumour, the complex and difficult-to-distinguish structures of the autonomic nervous system in the pelvis pose a particular challenge. However, the precise preservation of these nerves is crucial for patients’ postoperative quality of life.
👉 This is where the Quintesens project comes in. The aim is to develop an innovative intraoperative sensor technology through the targeted combination of three complementary approaches: Photonics will be used for tissue characterisation and nerve localisation, quantum sensor technology enables direct functional testing, and, in addition, pelvic neuromonitoring will be used to assess nerve function through electrical stimulation and evaluation at the target organ. The intelligent combination of these technologies is intended to enable reliable nerve preservation during surgical procedures.
As part of the project, an electrosurgical instrument is being developed that integrates the various sensor technologies and allows for high-precision identification of nerves in real time without disrupting the surgical workflow. The planned demonstrator acts as an early warning system during tumour resection and places high demands on sensitivity and spatial resolution. Furthermore, the technology has potential for further medical applications.
🔗 Read the full press release and learn more about the research project: https://www.inomed.com/custom/www.inomed.com/media/Pressemitteilungen/2026_05_07_inomed_Press_Release_Quintesens.pdf
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