Health officials in the US have identified a cluster of gonorrhea infections that exhibited unusual resistance against the last two main antibiotics known to work against the dreaded sexually transmitted disease.
When an outbreak of food poisoning hits, we trace our culinary steps backwards in an attempt to untangle the cause, hopefully before it can hit again. But a new sensor could radically change all that.
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.
Researchers at the University of California San Diego have taken a significant step forward in the effort to develop a vaccine against the bacteria responsible for strep throat, toxic shock syndrome, and flesh-eating disease.
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.
Everything is dangerous. Sitting too much is bad, washing machines are infestation sites for E. coli, and now the simple act of sniffing can infect you with a bacteria that has a 50 percent chance of killing you.
Using the CRISPR gene-editing tool, scientists from Harvard University have developed a technique that permanently records data into living cells. Incredibly, the information imprinted onto these microorganisms can be passed down to the next generation.
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.
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.”
Researchers have developed a laser that spots illness-inducing bacteria before it makes you sick.
Remember Sea Monkeys? Remember how disappointed you were when you found out they weren’t really humanoid organisms, but boring old brine shrimp? Now there’s a nifty alternative: the Dino Sphere, a decorative glass sphere that houses thousands of plankton. Swirl the sphere a little at night, and those plankton will…
Behold syn3.0, a synthetic bacterial genome that’s smaller than anything found in nature. Biologists hope it will further our understanding of the fundamentals of life and inspire the creation of new synthetic life.
Humans aren’t the only ones trying their best to warm up the world like it’s a Hot Pocket. Bacteria are also creating particles that melt glaciers and make the world comfortable for more bacteria.
The bacteria Elizabethkingia anopheles has claimed 17 lives over the last five months in 12 Wisconsin counties, and caused 54 people to become seriously ill. As yet, no one has been able to trace the source of the infection.
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.…
Because the world keeps getting more bizarre, it turns out that the best way to get these microbots to navigate around obstacles is to smear them with the bacteria that causes urinary tract infections and send them through an electrical grid. See a demonstration!
A team of Japanese scientists has discovered a bacteria that’s evolved to break down and consume PET—one of the world’s most environmentally damaging plastics.
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.
We’re covered in bacteria every day. They help us digest our food and protect our skin, and they’re potentially a great medical tool—but only if we can control them. Scientists think they’ve taken the first step by engineering bacteria that can live in a swarm, but die when they try to escape individually to new areas.
If you’ve ever gone skinny-dipping and had the creepy feeling you were being watched, you were right. The green slime floating on the surface of the water and coating the rocks was watching you. And it was doing it using eyes similar to your own human ones. That’s according to new findings by a team of scientists from…