For decades, biology has relied on one central assumption: the genetic code is precise. DNA is transcribed into RNA, RNA is ...

A new study finds that at least one Archaea has surprisingly flexibility when interpreting genetic code, which goes against a ...

Proteins are among the most important molecular building blocks of life. They are chains of amino acids assembled in our cells by ribosomes, the molecular "protein factories" of our bodies. The ...

Vision scientist Michael Webster, PhD, at the University of Nevada, has shown that the environment influences color perception. He has studied how people in tropical environments might calibrate their ...

JABSOM Cell and Molecular Biology researcher Dr. Jesse Owens has spent the better part of two decades chasing a vision that ...

The study shows that a long non-coding RNA called CISTR-ACT acts as a master regulator of cell size, influencing how large or ...

This article looks at some of the latest developments in biotech letters, exploring how new tools are helping us solve big ...

Your genetic code is not as logical as it could be. What if we could rewrite our genetic code, and make it more efficient, sensical and organized? Join Hank and dive deep into genetics in this fun ...

DNA sequencing is one of today's most critical scientific fields, powering leaps in humanity's understanding of genetic causes of cancer, neurodegenerative diseases, and diabetes. One issue facing the ...

Decades of research has viewed DNA as a sequence-based instruction manual; yet every cell in the body shares the same genes – so where is the language that writes the memory of cell identities?

At Latent Labs, Simon Kohl is using A.I. to move biology from observation to creation. Photo by JL Creative, Courtesy of Latent Labs The promise of generative A.I. in biology is matched by its ...