We leverage developmental biology to make organoids that represent human organs. This unlocks a new world of disease and drug discovery importantly without the use of animals.
Explore Our Models Join the WaitlistWe leverage developmental biology to make organoids that represent human organs. This unlocks a new world of disease and drug discovery importantly without the use of animals.
Our manufacturing platform can grow stem cell derived organoids at scale. These organoids are not like the others, they contain multiple lineages. For example, do you want to test if your small molecule effects myelin, oligodendrocytes, and microglia ... we've got you covered.
We have developed proprietary protocols that leverage our skills in synthetic and stem cell biology. We are pushing the limits of what you can do with organoids but in a way that is scalable and cost-effective for everyone.
Automation and AI is also at the center of what we do. Automated cell culturing with high content imaging ... yes we tick that box.
Our CNS organoids are immune competent and contain neural rosettes, regional differentiation, neural tube folding, and oligodendrocyte enrichment as early as 2 weeks.
Available in 96-well format ready for drug treatment, scRNAseq, and custom analysis
Our hepatobiliary organoids are immune competent and consist of hepatocytes and cholangiocytes, organized into epithelia that surround the lumina of bile duct–like structures.
Available in 96-well format ready for drug treatment, scRNAseq, and custom analysis
Our kidney organoids contain segmented nephrons composed of collecting duct, renal interstitium, and endothelium with complex morphogenetic patterning.
Available in 96-well format ready for drug treatment, scRNAseq, and custom analysis
Our cardiac organoids replicate the structure, organization, functionality, ECM composition, vascularization and complexity of cardiac cell types.
Available in 96-well format ready for drug treatment, scRNAseq, and custom analysis
Our lung organoids are in development, designed to capture the complexity of respiratory tissue with multiple cell lineages.
Coming soon in 96-well format
Our intestinal organoids are in development, designed to model gut biology with relevant cell types for drug absorption and microbiome studies.
Coming soon in 96-well format
We are continuously developing new organoid models to meet the needs of biomedical research. Contact us to discuss your specific requirements or to request a custom model.