bottom of the articleMake a T-Rex already.
Glyptodon Pups Born at the Smithsonian's National Zoo
Scientists at the Smithsonian’s National Zoo and Conservation Biology Institute made a breakthrough in the recreation of glyptodon, a prehistoric giant armadillo that went extinct nearly 11,000 years ago.nationalzoo.si.edu
Before you go...
Happy April Fool's! While the above story isn’t true, it is true that our Center for Conservation Genomics does research involving ancient DNA. Smithsonian scientists use ancient DNA to study evolutionary genetics and wildlife disease. Although we aren’t focused on bringing back prehistoric species, the Smithsonian has had notable success stories on saving “extinct in the wild” animals like the black-footed ferret. Visitors can also see and learn about the extant relatives of the glyptodons at the Small Mammal House, including the screaming hairy armadillo and three-banded armadillo.
Make a T-Rex already.
Glyptodon Pups Born at the Smithsonian's National Zoo
Scientists at the Smithsonian’s National Zoo and Conservation Biology Institute made a breakthrough in the recreation of glyptodon, a prehistoric giant armadillo that went extinct nearly 11,000 years ago.nationalzoo.si.edu
code and release super skeeters that genetically modify the hosts.One area of science that I find fascinating is the creation of mosquito gene bombs
How genetically modified mosquitoes are fighting malaria
This article tells the story of Target Malaria, a project that is fighting malaria with genetically modified mosquitoeswww.selectscience.net
tldr: release a genetic disease into a mosquito population that results in sterile mosquitos after a dozen generations.
Other approaches look at making mosquitos luminscent, less able to fly or otherwise make them shittier mosquitos less able to breed.
I don't know of any large-scaled tests done in the wild, but I've been casually following it for years. There are a bunch of ethical considerations I don't really care about, and I don't know if the tech is ready for large scaled, wild testing and being held back by those ethical considerations or not. I figure at some point mankind will say fuck mosquitos and just dedicate some % of our money to constantly waging genetic war with them like we do against disease with vaccinations.
We would be infecting them with this genetic material by a vector, right? Not hoping that they'd spread it naturally.Wouldn't shittier mosquitos be less likely to pass on their shitty genes? I only see the time-delayed scenario working.
I think I was making the assumption that if we were to go to the (monumental?) trouble of producing a genetically altered mosquito, it would be a solution that's at least an order of magnitude more effective than current ones.We would be infecting them with this genetic material by a vector, right? Not hoping that they'd spread it naturally.