Porcine Fibroblasts
Engineered porcine dermal fibroblasts for long-term expansion.


Livestock Labs
We engineer cells to enable lower-cost, higher-quality animal products.

Research-use cell lines across porcine, bovine, and ovine species, including three engineered, immortalized lines. Plus engineering services for teams working with customer-sourced cells.
A catalog you can build on.Select “View data & specs” for full details.
Engineered porcine dermal fibroblasts for long-term expansion.

Engineered porcine adipose-derived stem cells available for select research use.

Primary porcine myoblast / satellite cells available for select research use.

Engineered bovine dermal fibroblasts for long-term expansion.

Primary bovine adipose-derived stem cells available for select research use.

Primary bovine myoblast / satellite cells available for select research use.

Primary ovine fibroblast cells available for select research use.

Primary ovine adipose-derived stem cells available for select research use.

Primary ovine myoblast / satellite cells available for select research use.

The cell line is the foundation of cultivated production. Targeted cell engineering can improve production economics and the quality of the final product.
Genetic instructions are added at defined genomic safe harbor sites, not at random, so engineered lines behave predictably and their construction is fully documented.
These sites can be reused to add new traits over time, building on the same cell line without starting from scratch.
Inducible genetic switches activated by low-cost, FDA-recognized food-safe compounds let teams control when cells grow, mature, and express key traits.
We support teams from baseline characterization through multi-locus engineering, delivering cell lines ready for bioprocess evaluation.
Confirm identity and establish growth and differentiation behavior before any engineering work begins.
Targeted integration into genomic safe harbor loci for more predictable behavior and reduced random insertion effects.
Introduce performance traits matched to your media and process constraints, then tune them iteratively.
Cell-line designs that support future modifications without rebuilding from scratch.
Sterility, mycoplasma testing, banking strategy, and partner-ready traceability, built in from the start.
Tell us about your cells, media, process, and target traits. We’ll help map the right engineering path.