the conservative atheist
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- Joined
- Jun 3, 2020
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Supposedly there is a project to clone it using genetic material from preserved specimens.
The film quality is about the same.Real as fuckin Samsquanch!
I'd like to see the Moa make a comeback. Cracking tourist heads open with a peek to the head would be hilarious. Those fuckers must have been tasty, cause the Maori ate every last one.They found live Coelacanths that were believed extinct for 100 years or so, so why not the Thylacine? A lot of steep, inaccessible country down there, plenty of space for them to hide.
I'd like to see the Procoptodon make a return. Should have a similar effect on tourists as the Bison in North America?
Be interesting if the Dirpotodon made a return, too. I'm not sure what we'd do to fence pasture and crops if these fuckers were still walking around?
They're a pretty recent loss, too. Hunted to extinction around 7000 years ago...
I'd like to see the Procoptodon make a return.
Fig. 1A - eyewitness sketch of a bigass kangaroo by a terrified tourist who was unfortunately on 4 hits of dirty blotter acid and a big pinch of bath salts at the petting zoo last Tuesday.
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www.news.com.au
Researchers used “one of the best preserved specimens known for any extinct species” to produce a comprehensive genome.
“This genome is a first for an extinct species, and a feat that many scientists believed would never be achieved for extinct species,” Colossal says.
A genome is all the genetic information of an organism.
Ben Lamm and Andy Pask from the Colossal thylacine de-extinction project. Picture: Supplied
“It’s rare to have a sample that allows you to push the envelope in ancient DNA methods to such an extent,” Colossal chief scientist Beth Shapiro said.
“We’ve delivered a record-breaking ancient genome that will accelerate our thylacine de-extinction project.”
At the same time, the researchers have achieved world-firsts in assisted reproductive technologies. The scientists optimised an approach for inducing ovulation in dunnarts – small marsupials only found in Australia. From there scientists can control when dunnarts come into heat, producing more eggs.
“These eggs can then be used to create new embryos, and, eventually, these eggs will be host for our edited thylacine genomes.”
Separately, scientists have been able to take fertilised single-cell embryos and culture them over half way through pregnancy in an artificial uterus device.
Thirdly, scientists used dog and wolf DNA to find the genes which gave Tasmanian tigers their distinct jaw and skull shapes. After a series of experiments, thylacine DNA was put into mice, which changed the mice’s head shape.
The thylacine DNA was also successfully “knocked-in” to dunnart DNA, which is crucial because dunnarts will be the surrogates for Tasmanian tigers. The researchers are now aiming to facilitate the birth of a Tasmanian tiger within three years, and think the animals can be returned to the wild in 10 years.
Lets see, take a mouse embryo, fuck with the DNA and make a wolf. What could possibly go wrong.