Superbugs

Decades of overuse means bacteria are quickly developing resistance to antibiotics. A new study has found that an FDA-approved drug can act as an "anti-antibiotic,” reducing the development of drug resistance when taken alongside an antibiotic.

The growing problem of antibiotic resistance isn’t slowing down, which could soon render our best drugs useless against infection. Now, an existing rheumatoid arthritis drug could be repurposed to cancel bacteria’s resistance to antibiotics.

Antibiotic-resistant bacteria are poised to become a huge health problem, and we desperately need new treatments. Now, researchers have engineered new antimicrobial molecules from wasp venom, which have shown promise in tests in mice.

The usefulness of antibiotics is beginning to unravel, with potentially devastating results. In the hunt for new drugs, researchers have now investigated how an antivitamin of Vitamin B1 could be a promising new weapon against these “superbugs.”

Antibiotic-resistant bacteria are emerging as a serious public health threat. Now, researchers have developed a system using nanoparticles wrapped in graphene oxide to kill both the superbugs and their free-floating resistance genes in wastewater.

Scientists at the University of Exeter have developed a promising technique that could help slow the rise of antibiotic-resistant superbugs, by quickly illuminating bacteria when antibiotics are having the desired effect.

MRSA is a common and quite dangerous hospital infection that’s resistant to many drugs. Now researchers have developed a new treatment path that targets not the bacteria itself, but the toxins they produce. Tests on mice have proved promising so far.

A study from scientists at the University of California, Davis, has found unpasteurized milk, commonly known as raw milk, holds large volumes of antimicrobial-resistant genes which can swiftly spawn dangerous bacteria when left at room temperature.

A team of Princeton researchers has uncovered a first-of-a-kind compound that works like a “poisoned arrow” on superbugs, penetrating the protective layers of bacteria to tear up its interior while remaining immune to antibiotic resistance.

Bacteria are a looming threat to public health, as they continue to develop resistance to antibiotics. Now a new study has identified a peptide that can make existing antibiotics more effective at a much lower dose.

Small “persister” populations of bacteria are able to hide from antibiotics, seeding a new colony afterwards. Now scientists at the University of Surrey have identified genetic mutations that turn some bugs into persisters by making them “forgetful.”

One of humanity’s biggest threats is also the smallest – bacteria. But now, researchers at RMIT in Australia have found a new method for killing these superbugs that they can’t resist – magnetic nanoparticles that physically tear them to shreds.