Scientists Make Breakthrough in Reviving Extinct Tasmanian Tiger
For the first time since the Tasmanian tiger was declared extinct, scientists have successfully cultivated a Thylacine embryo in an artificial womb. The embryo is derived from one of the last known specimens, preserved in formaldehyde since its death in 1936. The breakthrough was achieved by a team led by geneticists and biologists at the University of Melbourne, enabling the embryo to develop beyond the mid-term of pregnancy.
The project, part of a broader de-extinction initiative, has reconstructed 99.9% of the Tasmanian tiger's DNA using samples from preserved individuals. Researchers believe this achievement will pave the way for the eventual reintroduction of the Tasmanian tiger, which once roamed Australia as its top predator.
This advancement not only targets Tasmanian tiger revival but also includes plans to genetically resurrect the woolly mammoth, aiming to support the restoration of ancient ecosystems. As of now, the embryonic developments are closely monitored, marking a significant step toward undoing past extinctions.
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