Here is a breakdown of why, and what we might see instead.
: DNA degrades over time and has a limited lifespan. The oldest DNA that has been recovered is around 400,000 to 1 million years old, and it is highly fragmented. It is unlikely that intact DNA from dinosaurs could survive for 65 million years.
While it's tempting to imagine a world with roaming T-Rexes and Velociraptors, the reality is that dinosaurs are a much more complicated case. For one, we don't have intact dinosaur DNA. Fossilized DNA is often degraded, fragmented, or contaminated, making it difficult to retrieve and sequence. Even if we did have dinosaur DNA, it's unlikely that we could create a functional genome that could support the development of a living dinosaur.
While science has made incredible strides in genetics and de-extinction, the specific biological and technological hurdles required to bring back a dinosaur make a 2050 deadline virtually impossible.
Here is a breakdown of why, and what we might see instead.
: DNA degrades over time and has a limited lifespan. The oldest DNA that has been recovered is around 400,000 to 1 million years old, and it is highly fragmented. It is unlikely that intact DNA from dinosaurs could survive for 65 million years. will dinosaurs come back in 2050
While it's tempting to imagine a world with roaming T-Rexes and Velociraptors, the reality is that dinosaurs are a much more complicated case. For one, we don't have intact dinosaur DNA. Fossilized DNA is often degraded, fragmented, or contaminated, making it difficult to retrieve and sequence. Even if we did have dinosaur DNA, it's unlikely that we could create a functional genome that could support the development of a living dinosaur. Here is a breakdown of why, and what we might see instead
While science has made incredible strides in genetics and de-extinction, the specific biological and technological hurdles required to bring back a dinosaur make a 2050 deadline virtually impossible. It is unlikely that intact DNA from dinosaurs
