Hannah Campbell announced the tragic death of her infant, Elliana Rose, with a TikTok post on Tuesday, April 8 Skyler Caruso is a Writer and Reporter of PEOPLE Digital Entertainment. She joined ...

Nearly seven months after the influencer’s daughter died in utero at only 26 weeks from Holoprosencephaly—an anomaly that prevents the brain from fully developing—he underwent genetic ...

A consulting company used genetic testing on shrimp at several restaurants in the Gulf Shores area and found some who claim their shrimp is locally-sourced is not. Industry leaders say the use of ...

The genetics company Colossal Biosciences announced Monday they have essentially revived the extinct dire wolf. Three new pups — named Romulus, Remus and, yes, Khaleesi — are being raised on a ...

Dallas-based biotech company Colossal has announced the birth of three pups bearing the DNA signatures of dire wolves, an iconic predator last seen roaming North America over 10,000 years ago.

Scientists recently revealed that they have "brought back" extinct dire wolves thanks to genetic engineering — but experts say the newly created animals are only like dire wolves in appearance.

Sidney Raz/TikTok After losing his daughter in utero, a man was diagnosed with stomach cancer — years before it would have been detected — due to an abnormality found in the genetic tests done ...

They vanished more than 10,000 years ago. But now, a genetic company claims it has successfully revived a dire wolf by sequencing the species’ DNA from ancient fossils. Colossal Biosciences ...

They transferred that genetic material to an egg cell from a domestic dog. When ready, embryos were transferred to surrogates, also domestic dogs, and 62 days later the genetically engineered pups ...

This research identified 20 key genetic differences between dire wolves and grey wolves. By using CRISPR technology, a kind of molecular scissor that can cut DNA at specific spots, researchers ...

Thanks to recent advances in genetics, namely the advent of gene editing technology Crispr-Cas9, the thylacine is not the only lost species that we could soon see again. How does the science of de ...

This is crucial for precision medicine efforts in oncology, rare diseases, and genetic disorders, where understanding the specific genomic characteristics of each patient may enable more targeted ...