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Perspectives on cell identity.

Short takes from the CapyBio team on cell identity, engineering, and the science shaping better cells.

Latest

September 13, 2026
Illustration of a capybara wearing a CapyBio backpack, holding a magnifying glass up to two posters: one showing standard scRNA-seq clustering as a few discrete colored islands labeled “just a map,” the other showing CapyBio revealing the full picture as a continuous spectrum of cell identities.
scRNA-seqCell identityCapybara

What CapyBio Can Tell You That Standard scRNA-seq Clustering Misses

Clusters are maps, not biology. Cells that share a UMAP island can still differ in maturity, activation state, and how closely they match the human cell type a study actually needs.

3 min readRead post

More from the team.

Infographic contrasting traditional pre-clinical models (mouse, dog, and non-human primate) with human-relevant models including stem cell models, organoids, organs-on-chips, and immune and blood models, alongside a note on the FDA Modernization Act 2.0.
July 20, 2026 · 5 min

How Can We Humanize Pre-Clinical Drug Discovery?

Roughly nine in ten drug candidates fail in the clinic, and species differences are part of the reason why. Human stem cell models offer a way to close that gap, but only if the cells are what they claim to be.

Stylized illustration of a stem-cell culture on the left, transitioning through digital data points to a cross-section of human tissue on the right.
May 20, 2026 · 6 min

Stem Cells Are Ready for Harder Questions

The next phase of stem cell biology will depend on fit-for-purpose evidence: not simply whether a human cell model can be built, but whether it is the right model for the decision it is meant to support.

Stylized scientific illustration of cell populations and gene-regulatory programs.
May 2, 2026 · 7 min

Your Cells Passed QC. That May be the Problem.

Standard QC can confirm what cells look like, but not what they are doing. That gap gets expensive downstream.