A Single Cell Tells A Thousand Words

Transforming diagnostics by unlocking the hidden in ultra-rare cells in body fluids.

High Throughput Cell Isolation Platform

High Throughput Cell Isolation Platform

Rapid

High flow-rate (mLs / minute) system processes sample fluids fast.

Rapid

High flow-rate (mLs / minute) system processes sample fluids fast.

Rapid

High flow-rate (mLs / minute) system processes sample fluids fast.

Accurate

>90% sensitivity and specificity.

Accurate

>90% sensitivity and specificity.

Accurate

>90% sensitivity and specificity.

Automated

Seemless integration with standard lab processes and systems.

Automated

Seemless integration with standard lab processes and systems.

Automated

Seemless integration with standard lab processes and systems.

Stage 1

Stage 1

Stage 1

We Identify Specific Cell Biomarkers

Our process begins with a rigorous, biology-driven search for ultra-rare cells linked to specific clinical conditions.

Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.
Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.
Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.

Stage 2

Stage 2

Stage 2

Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.
Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.
Scientist using a multi-channel pipette to transfer liquid samples in a lab, wearing gloves and surrounded by lab equipment.

We Isolate the Target Cells

We isolate ultra-rare target cells directly from bodily fluids in their most intact form, preserving critical information and enabling comprehensive downstream analysis.

Stage 3

Stage 3

Stage 3

We Generate Diagnostic Insights

Captured cells undergo multi-level analysis tailored to each condition: from enumeration to molecular profiling and advanced genetic characterization.

We transform this data into actionable insights that drive early, personalized clinical decision making.