Biofilm

Microplastics are increasingly found polluting waterways and causing unknown damage to the health of animals and humans. Now, a new study provides evidence there's cross over with another looming public health threat – antibiotic-resistant superbugs.

It can be difficult to separate water from oil, which makes water pollution tricky to clean up. Now, researchers at North Carolina State University have found that a bacterial biofilm membrane can effectively let water through while keeping oil out.

When bacteria colonize the surface of items such as medical implants, they form antibiotic-resistant coatings known as biofilms. Scientists have devised a new way of removing such films, and it involves magnetically steering augmented tea plant buds.

A Medieval medical book hold the key to new ways to combat antibiotic-resistant bacteria. Scientists have found that a medical recipe from the ancient Bald's Leechbook is effective against five strains of bacteria that cause biofilm infections.

Bacteria build protective communities called biofilms that make it tough to get antibiotics in, leading to further health problems. But now, researchers have found a new weakness in biofilms that could be exploited.

Bacteria tend to build colonies behind barriers known as biofilms, which are hard for antibiotics to penetrate. Now, researchers at the Queensland University of Technology (QUT) have developed a hybrid antibiotic that can punch through some biofilms.

An incredible study has demonstrated the potential of a wound dressing that can fight bacterial infections using a weak electrical field. Offering a novel way to battle antibiotic-resistant infections, the dressing has been approved by the FDA and is currently being tested in human burn patients.

Tuberculosis is currently curable, but the bacteria responsible for it are fast evolving resistance to our antibiotics, thwarting attempts to keep the disease under control. Scientists have found a new compound that can boost the power of existing antibiotics and even reverse the bugs’ resistance.

An army of tiny robots scuttling about inside your mouth cleaning your teeth. It's a disquieting thought, and yet it might be one of the most effective ways to deal with the sticky bacterial biofilms that coat our choppers – as well as water pipes, catheters and other tough-to-clean items.

Hospital-acquired infections are a serious problem, and the most common type of such infections occurs when catheters are inserted into blood vessels. A new coating, however, shows promise for killing bacteria at insertion sites, keeping them from establishing biofilm colonies on the catheters.

Water used for hand-washing is relatively easy to treat for reuse, and now engineers at ETH Zurich have built and tested a standalone hand-washing station for use in public places and developing countries that can do just that.

Get enough bacteria in one place and they settle down into longer-term colonies, building sticky biofilms that protect them from our best cleaning efforts. But now, researchers from the University of Illinois have designed a technique that uses microbubbles as a scrubber to blast biofilms away.