Gluten reaction trigger identified, could lead to new celiac treatments

Scientists have made a breakthrough that could lead to new treatment options for celiac patients. The team identified how and where the gluten response begins, with certain cells playing a bigger role than thought.Continue ReadingCategory: Medical, Sci… Continue reading Gluten reaction trigger identified, could lead to new celiac treatments

Water-skimming Ocean-of-Things bugbots run on bacteria-powered fuel cells

Researchers have prototyped sensor-packed robot bugs that mimic biological digestive systems to meet energy needs, employ a Janus interface for a steady supply of nutrients and move on the water’s surface like a water strider.Continue ReadingCategory: … Continue reading Water-skimming Ocean-of-Things bugbots run on bacteria-powered fuel cells

Engineered microbes may find use in living, long-term mosquito repellent

There could soon be a non-toxic, longer-lasting and less-smelly alternative to DEET for repelling mosquitos. Scientists have created genetically engineered human skin bacteria that are decidedly unappealing to the irritating and disease-spreading insec… Continue reading Engineered microbes may find use in living, long-term mosquito repellent

Spiky stainless steel and copper delivers one-two punch to bacteria

To help combat the rise of antibiotic-resistant bacteria, researchers have been experimenting for years with drug-free methods to blast disease-causing bugs. A new type of stainless steel does exactly that, in a convenient and affordable way.Continue R… Continue reading Spiky stainless steel and copper delivers one-two punch to bacteria

Earth’s ‘Gateway to Hell’ is growing by 35 million cubic feet each year

Whether you’re a John Carpenter fan or a biology enthusiast, you shouldn’t need much convincing to know that the melting of subterranean permafrost at the poles is not a good thing. Last year, scientists gave us one more thing to lose sleep over, reviv… Continue reading Earth’s ‘Gateway to Hell’ is growing by 35 million cubic feet each year

Plastic embedded with plastic-eating spores is degradable – and tougher

Scientists have demonstrated a creative solution to plastic pollution, one of our most pressing environmental problems. Plastic was embedded with spores of plastic-eating bacteria that are activated when dumped in landfill, biodegrading 90% of the mate… Continue reading Plastic embedded with plastic-eating spores is degradable – and tougher

Soybean waste used to grow good “green” food for farmed fish

Fish farming may be getting much more eco-friendly, courtesy of soybean processing wastewater. Microbes in the liquid have been used to produce proteins that could replace the fishmeal which is currently fed to farmed fish.Continue ReadingCategory: Env… Continue reading Soybean waste used to grow good “green” food for farmed fish

19,000-year-old biosphere with links to Mars discovered beneath desert

As the driest nonpolar desert in the world, the Atacama Desert in northern Chile is home to very few species of plants and animals. With rainfall often occurring only once a decade, the desert is so dry that NASA uses it as a stand-in for the Martian l… Continue reading 19,000-year-old biosphere with links to Mars discovered beneath desert

Air-purifying pothos plants work almost 30X better with microbial boost

Pothos plants are already known for being particularly good at purifying indoor air, so imagine if it were possible to make them 30 times better at doing so. Neoplants claims its Neo PX system does just that, using special soil-dwelling bacteria.Contin… Continue reading Air-purifying pothos plants work almost 30X better with microbial boost

Light-activated propulsion spins bacteria-shredding micromotors

The four spikes on a new nanocrystal developed in Spain spin up under light and move through liquid, blasting any bacteria unfortunate to be in their path. The development could spell trouble for bacteria that resists traditional drug treatments.Contin… Continue reading Light-activated propulsion spins bacteria-shredding micromotors