Nucleic acid mimics (NAMs) are promising antibacterial drugs, but do they actually cross the bacterial envelope? Scientists used computer simulations and experiments to find out. They studied how NAMs made of locked nucleic acid (LNA) and 2'-O-methyl (2'-OMe) residues move through lipid bilayers tha
Ever heard of tiny powerhouses living inside chicken guts? Meet Ligilactobacillus salivarius—a bacteria with a trick up its sleeve. Inside these microscopic beings lies a repA-type megaplasmid, housing a gene for salivaricin P (salP), a class IIb bacteriocin. Scientists decided to dig deeper into th
In Android 16 Developer Preview 1, the Wi-Fi QR code sharing menu has been given a fresh look. This change aims to make it easier to connect devices using visuals that are more in line with Material You design principles. Instead of the usual square QR code, you'll now see a uniquely shaped one, fol
Scientists have crafted a remarkable dual-carbon network infused with nickel nanoparticles to encapsulate paraffin wax. This innovative design, called CH@Ni-CNTs, features carbon nanotubes zipping through carbon honeycombs. The purpose? To enhance light capture and convert that energy into heat more
Imagine swapping your car's battery in just a few minutes instead of waiting hours for a recharge. That's what Ample is aiming for with its battery swapping tech, and now they've got some financial muscle from Mitsubishi. Ample has been testing this idea in San Francisco, Madrid, and Japan for three
Have you ever thought about how bacteria can help plants soak up more nutrients? Scientists have been exploring this, especially with selenium, a vital mineral. They've found that Bacillus cereus SESY, a type of good bacteria, can significantly boost the growth and selenium content in Brassica napus
You know how tires leave tiny bits of rubber on the road? Those bits are called microplastics. But did you know that pavements can also release these tiny plastics into the water that runs off roads? A study looked into this over two years. They discovered that asphalt roads let out the most micropl
You know how sometimes things just don't fit perfectly? Well, the same can happen with hip replacements. Doctors in a recent study looked into what makes hips go wonky after having a total hip replacement through the direct front path. They used specially designed stems for this operation. The study
As electric vehicles (EVs) become more popular, a big problem is what to do with all the old batteries. Lithium-ion batteries (LIBs) with LiFePO4 (LFP) cathodes are common, but they wear out and can't be easily reused due to damage. This is because they lose lithium and their structure gets messed u
Big bone losses are tricky to fix, and getting your own bone for a graft isn't always easy. That's where 3D printing comes in. Scientists recently created a special bone-like material using a type of polymer called poly(trimethylene carbonate) or PTMC. They mixed it with tiny bits of a bone-building
