Colossal Biosciences Unveils AI Tool to Crack the Dodo Genome

GenoMorph functions as a biological treasure map, allowing researchers to bypass the massive guesswork usually required when dealing with sparse genetic records. By cross-referencing 3D skull measurements and active gene regions in birds like quail and pigeons, the AI has already pinpointed approximately 2,300 DNA editing targets responsible for the dodo's distinct cranial morphology. This precision represents a significant shift for the team, which previously relied on the far more abundant DNA samples available for woolly mammoth projects.

Beyond data analysis, the company is refining its delivery methods to validate these findings. Scientists have developed a system using lipid nanoparticles to introduce gene-editing tools directly into bird embryos, bypassing the need to wait for full breeding cycles to observe physical traits. This experimental pipeline is bolstered by the growth of their Nicobar pigeon colony, now numbering 36 birds, which provides the essential germ cells needed to host dodo-like characteristics. CEO Ben Lamm emphasizes that this technology is designed to make genetic engineering more controlled and testable rather than automatic, ensuring each edit is vetted before laboratory implementation. As the project gains momentum, it has attracted fresh financial backing, with XPRIZE founder Peter Diamandis launching NeoGenesis Capital specifically to support ventures utilizing Colossal’s programmable biology stack.