By building a gigantic petri dish, researchers from Harvard Medical School and Technion-Israel Institute of Technology have produced a jaw-dropping visualization showing bacteria as it mutates to become resistant to drugs.
Scientists have discovered a microbe in the human nose that produces an antibiotic lethal to the MRSA superbug, among others. The discovery could lead to powerful new therapies to treat problematic bacterial infections, while also demonstrating the potential for the human body to produce bug-killing compounds.
A Dalek standing in the foyer of the BBC’s broadcasting building in London was recently found to contain an interesting compound that could be used to solve an ongoing medical crisis.
Earlier this month, a frightening report warned of an antibiotic-resistant superbug which might kill as many as 10 million people worldwide by 2050. Now it looks like the first case of that superbug has been documented in the US.
We’ve heard a lot about how stuffing cows full of antibiotics is accelerating the superbug apocalypse. That alone should convince us to stop, but if you needed more evidence, here’s another dirty secret: antibiotics could be making cows gassier and boosting their contribution to global warming.
An 18-month review into antimicrobial resistance warns that superbugs will kill upwards of 10 million people a year by 2050, a frightening prospect that’s being described as “the antibiotic apocalypse.”
Bacteria are becoming resistant to antibiotics far more quickly than humans are discovering new ones. That’s why a DARPA-funded research team is exploring a fascinating new way we might win the war against germs: not with drugs, but with predatory bacteria that sound like monsters from science fiction.
Kurzgesagt details the “antibiotic apocalypse” in their latest video and it’s a doozy. Basically, our willy nilly use of antibiotics to treat illness and our irresponsible antibiotic use in animals have created bacteria that have become superbugs that are now immune to those antibiotics and could lead to a pandemic.…
Urinary tract infections are typically caused by a bacterium that somehow manages to creep its way into the bladder, despite the intense pressures exerted by urination. It turns out these microbes use hooks to cling on in desperation while we pee.
The post-antibiotic future sounds terrifying, but here’s one upside you didn’t imagine: swilling Viking crunk juice to stay alive. New research suggests that mead, the vitality drink of gods and berserkers alike, was a potent medicine in ancient times. And with science, we can make it even better.
Last month, researchers at South China Agricultural University in Guangzhouin made an alarming discovery: a gene that causes bacteria to become resistant to colistin, a so-called “last resort” antibiotic. Now, New Scientist reports that the resistance gene MCR-1 has been found half a world away in Denmark—and a global…
This week’s episode of Meanwhile in the Future gets very scary, very quickly. And we’re not going all that far into the future, either. We’re already starting to see the beginnings of an age without antibiotics. So what does a world without these drugs look like? Listen to find out.
Last month, a microbiology lab in Nottingham, England made international headlines when it unearthed a substance that kills methicillin-resistant staph, one of the deadliest superbugs of modern times. The most astounding part about the find? It was a 1,000-year-old Viking potion.
The UK's National Risk Register for Civil Emergencies is warning that a widespread outbreak of an antibiotic-resistant blood infection could affect upwards of 200,000 Britons, resulting in the deaths of around 80,000. It's a dire warning at the dawn of the post-antibiotic era.
As anyone who's ever owned a pet fish or gone to a public swimming pool knows, chlorine is commonly used to disinfect water. Ironically, when it comes to sewage treatment, it may be doing just the opposite.
Nearly a century after scientists dug up penicillin, researchers are turning once more to the soil for new pharmaceuticals. But this time, they have tiny, powerful technologies on their side. Here’s how scientists are unlocking the secrets of soil microbes and discovering the next generation of medicine.
McDonald's announced today it will begin only sourcing chickens raised without medically important antibiotics in the U.S. When a juggernaut like McDonald's makes such decisions, the food world listens—and sourcing only antibiotic-free chicken is a big deal.
A microbe found in a grassy field appears to contain a remarkably powerful antibiotic. Called teixobactin, it kills dangerous pathogens without any observable resistance (at least not yet). Moreover, it destroys many types of drug-resistant bacteria and it's safe in mammals. Its use may be limited, but it could…
Amidst the onslaught of bad news about antibiotic resistance, here is something good: Scientists have found a new class of antibiotics in soil bacteria, one whose mechanism could make it particularly resistant to resistance. More significant than this single new antibiotic, though, is how scientists found it.
We know how penicillin works. It kills bacteria. But a new study shows that it's not nearly that simple.