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CSE: BUX | OTCQB: BMKDF | FSE: 20B
Empowering early detection. Transforming cancer care.
A blood-based metabolic test that complements LDCT in high-risk populations. By stratifying patient risk, it can help guide who to prioritize for LDCT and support follow-up decisions on indeterminate findings, with the potential to improve specificity and broaden access to early lung cancer detection. Several studies are being completed and others being introduced.
We offer clinical trial services that apply metabolic profiling to companion diagnostics, treatment response monitoring and recurrence detection. We also welcome collaborative research, including multi-modal studies that combine metabolic data with imaging, genomic or clinical data.
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Peer-reviewed publications demonstrating high AUROC performance for early-stage lung cancer detection using plasma metabolomics + ML.
Corporate details, investment highlights, and contact for med-tech interested parties.
Downstream metabolic signatures provide amplified, accessible signals for early detection.
Samples across studies
AUROC early-stage (published)
Quebec, France, Germany
IUCPQ studies exceeding 5,400 subjects; independent validations; participation in the HANSE trial (10,000 participants).
Multiple publications in IJMS, Frontiers in Oncology, Cancers demonstrating high specificity and accuracy for early-stage NSCLC using metabolite panels + ML.
Patents allowed in Canada, Europe, and US. Selected for CTS Beaver Den Innovation Award and other recognitions.
Primary focus on the Comprehensive Metabolomics Panel; SSAT1 as earlier platform.
Blood-based assay for early lung cancer detection. Validated in large cohorts with strong early-stage performance. Advancing toward laboratory-developed test pathways.
Earlier platform using an FDA-approved agent to measure elevated enzyme activity. “Red alert” concept for multiple cancer types; applications in detection, response, and monitoring.