On October 14, 2026, Dallas-based Colossal Biosciences reported that its dodo genome analysis had reached approximately 95% completion. Its GenoMorph artificial-intelligence platform analysed more than 70 bird species and 541 anatomical landmarks, identifying roughly 2,300 candidate regulatory elements associated with the dodo’s beak and facial structure. The dodo became extinct on Mauritius in the 17th century; no living dodo has been produced and no hatching date has been announced.[1][5][7]
The principal advance is not genome assembly alone but inference from incomplete, fragmented ancient DNA. GenoMorph is intended to identify functional genetic switches by comparing anatomy and genomes across living birds, potentially enabling selected dodo traits to be edited into cells from the Nicobar pigeon, its closest living relative. This demonstrates a restoration pathway when a reference genome is incomplete, but it does not establish recovery of the original species, viable fertility, developmental stability, ecological fitness, or safe release.[2][6][8]
The Ark should monitor the full peer-reviewed genome assembly, coverage statistics, provenance of ancient-DNA samples, validation of all 2,300 candidate elements, editing accuracy, germline transmission, and welfare outcomes. Integrate the method into Ark bioarchives as a tested workflow: preserve redundant high-coverage genomes, regulatory annotations, anatomical datasets, viable cell lines, and ecological records rather than DNA sequence alone; require independent replication before classifying any reconstructed organism as restoration-ready.[6][9][10]