This flu season has been nasty in large part because the vaccine didn’t work as well as past versions. So scientists like Professor George Lomonossoff of the John Innes Centre are on the hunt for new ways to make better vaccines and think they might have found one -- by growing them in plants.
A robot-run coronavirus hospital in Wuhan, China, is just one remarkable example of how technology is helping combat the global COVID-19 outbreak.
Ibogaine, an African psychedelic drug which comes from the iboga plant, is used for both religious rites and drug addiction treatment.
When typical medications simply aren’t doing enough to manage their children’s symptoms, mothers like Jenni Mai are turning to medical marijuana. But with current regulations, parents are having to become pharmacists for their own families, and some are even moving across the country so they can legally access cannabis.
Traditional methods of vaccination have come up against difficult challenges. They can also be expensive and time-consuming to produce, curtailing efforts to control outbreaks or head off a flu season caused by an unexpected strain. A newer type of vaccines, using RNA, could alleviate these issues. Faster, cheaper, and safer, RNA vaccines show great potential to meet evolving threats.
The Ebola outbreak sparked more medical innovation in two years than TB has in decades, even though TB is killing millions of people a year.
It's not there yet, but carbon capture just got interesting.
The vaccine works great at preventing infection—let’s hope it can also prevent media panic too.
Twenty people die every day in the U.S. waiting for an organ transplant. There aren’t enough organs for the 100,000 people waiting for one. And there likely never will be… unless we can find a better way to source them. Enter: the pigs. A team of scientists has figured out how to grow human organs in pigs. It might make you feel weird. But it also might save countless lives.
Powered by 3D printer technology, people are making prosthetics at a fraction of the cost. Watch this episode of “Superhuman” for the story of how e-NABLE, an online network of volunteers, has created 3,000 bionic hands for people in need (mostly kids) across 90 countries.