The discovery of recombinant DNA proved that biology, not chemistry alone, could create new medicines like life-saving insulin.

Although gene-editing and other techniques can improve the production of microbe-based biologics, AI could push these drugs ...

genetically engineering bacteria that could produce a foreign protein. The feat turned harmless bacteria into “factories,” capable of pumping out large amounts of proteins, like those needed to make ...

One of the greatest transformations in modern medicine arguably began with a corned beef sandwich.It was the late 1960s, and new Department of ...

Now, as Harvard has poured millions into its Enterprise Research Campus and Science and Engineering ... like bacteria. This, in turn, has enabled the mass production of proteins like insulin ...

The world market for recombinant proteins remains strong, with North America and Europe dominating research and development as a result of their strong biopharmaceutical industries. The Asia-Pacific ...

Scientists are exploring bacteria's potential as cancer-fighting agents by genetically engineering them to target and destroy tumor cells. These therapies exploit the unique tumor micro ...

Unfortunately, Vibrio natriegens doesn't have the sophisticated molecular tools that are available in a commonly used lab ...

Birmingham scientists have identified an essential genetic code for a method called plasmid curing, which aims to "displace" ...

Insulin from cows and pigs was no longer needed because a genetically engineered version was derived from E. coli bacteria. Insulin saved diabetics’ lives. Currently, two million Americans have Type I ...

Consider the ethical and societal implications of genetically modified humans becoming the norm. Woman who accused Britain's Prince Andrew in Epstein sex trafficking scandal has died Shark Tank's ...

TAHITI couples CRISPR with transposable elements from plants to edit cash crops such as corn and soybean with reduced ...