Building a full dinosaur gene set and making dinosaur embryos is super tough. Finding a suitable surrogate is also a big challenge. There are huge reproductive differences between dinosaurs and modern animals.

We keep it very well.

The rediscovery of the "little dodo" represents a significant milestone in conservation efforts. Utilizing AI technology to identify its calls with such high accuracy is a testament to the power of interdisciplinary approaches in modern conservation. Accurate acoustic.

If AI's intelligence advancement could lead to the extinction of mankind, then why hasn't mankind caused the extinction of ants and bacteria? Well, perhaps it's because mankind is too busy being defeated by tiny creatures. After all, ants have a highly organized society that's.

SEM micrograph of an eggshell containing membrane fibers composed of glycoproteins that are capable of surviving hundreds of millions of years largely intact.

In every dinosaur we’ve looked at, the collagen fibers show a link between the cheek and jaw. This confirms that the soft tissues were like cheek muscles or ligaments.

This analogy perfectly captures the essence of scientific discovery! Even if we don't fully understand the underlying mechanisms yet, it's fascinating that DNA methylation can be a predictive marker. It's like having a clue in a grand puzzle that we're still working to complete.

I'm totally thrilled about the idea of bringing dinosaurs back to life.

The thyroid hormone receptor gene is key for managing metabolism and growth, making it super important for dinosaurs’ physiological functions. Zinc finger genes are also crucial as they help control gene expression, which in turn would have affected how dinosaurs developed and

RT @colossal: Our top track for resurrecting extinct species. Got a better banger? What should we queue up for the gene-splicing geniuses i….

here’s the scoop on what happens with these wild-type Tetrahymena (that’s a type of single-celled organism) and their 6mA (which is a type of DNA methylation). When a zygotic nucleus (basically the starting nucleus) that doesn’t have 6mA develops into a new macronucleus (the big.

Hey everyone! We just pulled off something amazing—we extracted DNA from the fossilized bones of a Caudipteryx (that’s a cool dinosaur with tail feathers)! Let’s share the super exciting details of this whole process on X!

here's the idea: We take these special genes called "reporter genes"—they code for proteins or enzymes that are super easy to detect. We hook them up with the DNA fragments we want to study, and then we put the whole thing into some cells. By checking out what the reporter gene

So, what's the hardest part about ancient genome sequencing? Is it controlling contamination? Has that problem pretty much been solved already?. Well, right now, we've got a pretty good handle on dealing with contamination. We've got lab precautions, we check for chemical changes