This has revealed important new information about how this unique extinct marsupial evolved to look so similar to the dingo, despite being very distantly related.
The digital scans show that when first born the Tasmanian tiger or thylacine (Thylacinus cynocephalus) looked like any other marsupial.
But three months later, when they left the pouch they had taken on the appearance of a puppy and continued to grow with a dog-like appearance.
The research, led by the University of Melbourne and Museums Victoria and in conjunction with an international team of scientists, is published in Royal Society Open Science.
It comes from the same team who successfully sequenced the thylacine genome in December 2017.
The Tasmanian tiger was a marsupial, which raised its young in a pouch.
Its resemblance to the dingo is one of the best examples of “convergent evolution” in mammals. This is where, two species, despite not being closely related, evolve to look very similar.
The Tasmanian tiger would have last shared a common ancestor with the canids (dogs and wolves) around 160 million years ago.
Dr Christy Hipsley, Research Associate at Museums Victoria and the University of Melbourne said after sequencing the Tasmanian tiger genome in
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