Single-cell sequencing drives high-impact, clinical applications…
Targeted cancer therapy
Immunotherapy
Cell & gene therapy
CRISPR
… but challenges with physical cell isolation limit broad adoption
Limited
applications
Low yield, low throughput, limited content
Complex
workflows
Hours of hands-on time or expensive automation
High cost
>$1,500 for library prep
So we figured out how to prepare complete WGS and RNA libraries within intact cells.
In vitro In situ In-cell single-cell library prep

In-cell library prep allows for single-cell NGS libraries at cost, workflow, and content parity to bulk NGS libraries.
Let's realize the potential of single-cell genomics.
Be part of what's next.
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- How extraction-free single-cell sequencing works
- Applications & use cases
- How to become an early user
- When the technology becomes commercially available