An ultrasensitive method for detection of cell-free RNA
Measure
what matters.
Unlocking the full potential of precision medicine by measuring the cell-free transcriptome

Our cell-free
transcriptomic platform
Powered by RARE-seq
Resero Bio is building a next-generation liquid biopsy platform that combines advanced sample processing with AI/ML-driven analytics to measure gene expression signals non-invasively. Our integrated platform delivers biologically meaningful and clinically actionable insights into disease states from a simple liquid biopsy — without requiring tumor tissue or prior tumor sequencing.
- Treatment response prediction
- Risk stratification & prognostication
- Molecular and/or histological subtyping
- Pharmacodynamic effects
- Molecular markers of toxicity
- Mechanisms of therapeutic resistance
- Cancer pathway activity
- Tumor microenvironment (TME) composition
How it works
Non-invasive sample collection
Plasma (1–4 mL)
Urine (10 mL)
Targeted cell-free RNA sequencing
Broad panel targeting whole coding transcriptome (WCT) to maximize biological breadth (~20k genes)
Focused panel targeting rare abundance genes (RAGs) to maximize sensitivity (~5-7k genes)
Bioinformatics insight engine
Quantify tumor burden
Classify disease state using hypothesis-driven biological signatures
Discover novel transcriptomic patterns
Detection is binary.
Biology is dynamic.
Our platform measures both – enabling non-invasive cancer detection while simultaneously interrogating disease phenotypes to unlock the full potential of precision medicine.
Urine cell-free RNA analysis for bladder cancer detection and monitoring
Abstract 6560: Cell-free RNA analysis for non-invasive cancer detection and characterization
An Integrated Multimodal Framework for Noninvasive TCL Disease Detection and Monitoring
Partner with us
We collaborate with academic and commercial partners seeking to unlock new biological
insight from the cell-free transcriptome.




