Unlocking Maximum Value from Every Tissue Slide
We preserve the connection between what the pathologist sees and what's measured at the molecular level.
Variant Detection
Bulk Extraction vs. QuantumCyte
- TP53 Exon 5
- Not detected QuantumCyte
- 0.00%
- APC Exon 16
- Not detected QuantumCyte
- 0.00%
The QuantumCyte Solution
Sample purity is critical for molecular testing. Target molecules (DNA, RNA, proteins) from cancer cells can be contaminated by other tissue, leading to false negatives and failed tests.
High-precision tissue enrichment increases sample purity, improving signal-to-noise for more confident molecular testing.
Trusted by leading hospitals and pharmaceutical teams
Core capabilities working in concert
QCPRECISE™ combines machine learning, precision mask printing, and automation into a single integrated workflow. Each component builds on the last to transform tissue into actionable molecular data.
AI-guided annotation
Machine learning finds the tissue that matters, marking regions with the precision solid tumor molecular testing demands.
Software-defined masking
Digital annotations become physical masks, printed directly onto slides at micron accuracy without deviation or drift.
Precision Enrichment
Lysis and purification from enriched tissue yield high-purity DNA, RNA, and protein ready for analysis.
QCPRECISE™: AI, Automation, and Precision Drive Results
QCPRECISE integrates seamlessly into your FFPE tissue workflows. It transforms any annotated slide into a molecularly precise sample in five simple steps:
Tumor Identification
Manual or AI driven tumor annotations.
Digital Mask Generation
Our software utilizes AI and computer vision to translate annotations to a printable mask file.
Tumor Masking
Mask file is inkjet printed on tissue to leave only tumor cells for extraction.
Tumor Extraction
Tumor cells are lysed for DNA or RNA purification.
Molecular Testing
Extracted DNA or RNA is sequenced, leading to a higher signal to noise ratio.
What QuantumCyte delivers to your labs
The QCPRECISE™ platform selectively isolates the most relevant regions of tissue prior to molecular analysis, improving signal quality without changing downstream assays. The result is more reliable data, higher sensitivity, and better-informed decisions across research and clinical workflows at scale.
What precision tissue enrichment makes possible.
QCPRECISE™ delivers the precision and scale that modern molecular testing requires. Micron-level accuracy, seamless integration, and consistently pure samples transform how labs extract value from tissue.
High precision at scale.
QCPRECISE™ ensures only the tissue that matters reaches your analysis.
Pure samples, reliable results.
High cellular purity DNA, RNA, and protein extraction enables confident downstream analysis.
Proven results
From labs transforming their workflows.
“Without precise tumor enrichment this patient would have been denied a life-extending therapy.”
.webp&w=96&q=75&dpl=dpl_AHhphRbJE8qQxfadKHHXek5nz9S3){kind=small}
Dr. Lim Kiat Hon (Tony)Chairman, Division of Pathology, Singapore General Hospital“QuantumCyte's methodology allows for integration of spatial, molecular, and AI-derived quantitative pathologic data.”
Dr. Rish PaiProfessor, Laboratory Medicine & Pathobiology, University of Toronto“This is a game changer: reducing costs, accelerating research, and producing cleaner data to uncover mechanistic insights and evaluate the efficacy of novel compounds.”
ExecutiveTop 10 PharmaQuestions
Everything you need to know about QCPRECISE™ and how it integrates into your workflow.
Ready to see it work?
Request a demo of QCPRECISE™ and learn how QuantumCyte solves your tissue enrichment challenges.