A cystic fibrosis drug that is expected to be taken by only a few hundred people may drain almost $36 million from California's general fund over two fiscal years.
The yeast produce only tiny amounts of the drug. But eventually, the technology could lead to better painkillers and other medicines. Drug officials worry the microbes could fall into the wrong hands.
The White House has ordered a review of the government's system for regulating products of biotechnology, including genetically modified crops. That system has been controversial from the start.
The regenerated forelimb, made from living rat cells, may be the first step toward creating functional, bioartificial limbs. The scientists were thrilled to see the muscle fibers twitch.
What if microbes could ferment sugar into narcotics, like the way yeasts make beer? That day is quickly approaching. This week scientists report all the steps needed to make morphine in yeast.
The hormone that controls blood sugar among diabetics is one of the oldest medicines used today. But more than 90 years after its discovery, a low-cost version is no longer available in the U.S.
Researchers who helped develop powerful techniques warn that tweaking the genome is now easy. More public debate's needed, they say, before making changes in genes passed from parent to child.
Vance Crowe, 32, has a tough assignment: reach out to millennials, many of whom are skeptical of GMOs. Crowe says the company can do a better job of listening to their concerns.
It's not about making designer beer. Johns Hopkins scientists and undergrads stitched together strands of yeast DNA as a step in exploring the essential genetics of various species: What makes us us?