Qurin is a pioneering diagnostic biotech company committed to unlocking the full potential of early cancer detection by enhancing test usability and diagnostic precision.
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Liquid biopsy: Promising but challenges remain
Despite the promise of new liquid biopsy techniques, most tests currently aren’t accurate enough for reliable detection of early-stage cancers. False positives can lead to unnecessary medical procedures and anxiety, while false negatives risk providing false reassurance, delaying critical, life-saving treatments.
Our innovative approach
Qurin has developed a non-invasive, patented sample collection and biomarker extraction technology that amplifies cancer signals for improved detection. This breakthrough enables the discovery of novel biomarkers while maximizing the utility of existing ones and integrating seamlessly into existing workflows. As a result, Qurin is uniquely positioned to deliver highly accurate, user-friendly cancer tests that facilitate early treatment and save lives.
Qurin is a pioneering diagnostic biotech company committed to realizing the full potential of early cancer detection—identifying cancer when treatments are most effective and less costly.
Cancer detection saves lives
The sooner cancer is detected, the better the chances of survival—and the lower the costs.
The survival probability drops significantly when cancer is detected at late stages. At these stages, surgery becomes far less effective, radiotherapy is often necessary, and chemotherapeutic drugs are more toxic. Treatment and care costs also increase substantially for cancers discovered at later stages.
How we amplify impact
While historically the focus has purely been on detecting the cancer signal, we augment this by ensuring there is a cancer signal to detect in the first place — this represents the critical first step in any diagnostic test. Our patented sampling and pre-concentration approach has the potential to dramatically increase the adoption and accuracy of diagnostic testing, amplifying the impact of existing and novel biomarkers.
Team
Qurin is an ambitious biotech startup bringing together a wide range of technical, executive and operational expertises. We’re located in the heart of the vibrant Bio Science Park in Leiden as part of a growing ecosystem. Our team is supported by world-class experts to ensure success at every stap of the way.
Translating Our Vision Into Real-World Impact
Qurin’s approach is both orthogonal and complementary to existing efforts in early cancer detection. By amplifying biomarker signals by orders of magnitude, we maximize the utility of existing biomarkers while uncovering novel ones.
This breakthrough enables the development of highly accurate and user-friendly early cancer diagnostic tests. Our initial focus is on bladder cancer due to its high prevalence and the significant unmet need for early detection. Building on this foundation, we aim to create a robust pipeline of oncology diagnostics, targeting cancers where early detection offers the greatest clinical and economic impact.
Beyond oncology, our biomarker extraction and pre-concentration technologies have broad potential to enhance both novel and existing molecular diagnostic tests. We are actively partnering with researchers to help amplify the impact of their diagnostic innovations.
Our urine-based platform transforms early cancer diagnostics by amplifying usability for patients and laboratories. We’re on track to make cancer testing 10x easier to perform, yield 10x more biomarkers, and 10x easier to process in the lab. Collectively this realizes orders of magnitude more impactful cancer detection.
We are a science-driven organization at the intersection of engineering, nanotechnology, biochemistry, genetics, and biology. Qurin has developed a patented approach for point-of-care urinary sample collection, biomarker extraction, and pre-concentration. Our innovative workflow is designed with automation in mind and integrates with widely accessible analytical tools, such as PCR. This end-to-end approach eliminates the need to compromise between test accuracy and usability, delivering robust and practical diagnostic solutions.
