Cancer’s Hidden Barcode: OncRNA Signatures Map Tumor Identity and Treatment Response

TL;DR
Researchers mapped hundreds of thousands of cancer-specific small RNAs (oncRNAs) that act as digital barcodes to identify cancer type, subtype, and aggressiveness. Many oncRNAs are secreted into blood, enabling a simple serum test to monitor treatment response and predict survival. The work blended large-scale genome analysis, machine learning, mouse experiments, and data from nearly 200 breast cancer patients, finding about 5% of oncRNAs can drive tumor growth. The discovery points to a new, blood-based approach for real-time cancer monitoring and personalized therapy, with ongoing development in collaboration with Exai Bio.
- One Mysterious Molecule Revealed a Hidden World Inside Cancer SciTechDaily
- Orphan RNAs Act as Molecular Barcodes for Real-Time Cancer Monitoring Inside Precision Medicine
- Uncovering cancer's hidden oncRNA signatures: From discovery to liquid biopsy EurekAlert!
- Harnessing Non-Coding RNAs for Real-Time Cancer Monitoring BIOENGINEER.ORG
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