Full-text search Fulltext search 60 Resultate From the lab onto the dinner table: meat analogues Plant-based meat is currently on everyone’s lips: On the one hand because it tastes good. On the other, because its environmental footprint is superior to that of real meat. New analysis method aims to solve climate puzzle Researchers have developed a method for analysing 1.5 million-year-old ice. The analysis – which goes back almost twice as far as previously analysed ice cores – should help solve a climate puzzle. Fountain of youth for cells Reprogrammed cells allow wounds in older people to heal faster. This could, for example, help burn victims. Switching drugs on and off with light Swiss researchers have filmed for the first time how a drug was activated in the body with light. This film could give the development of such drugs a decisive boost. Miniature lung Breakthrough in pulmonary research: An artificial mini-lung is set to open up new insights into diseases. A robot with superpowers MIT researchers have built a robot that can locate hidden objects through walls or packaging. To do this, it uses radio waves. In the future, this could simplify logistics in warehouses, for example. New coating against bacteria An international research team led by the University of Fribourg has developed a new antibacterial coating. On coated surfaces, the bacterial population is reduced by up to 10,000 times within five minutes. Detect cancer faster - thanks to nanosensor Detecting cancer in a few minutes with a simple blood test: Scientists at the University of Fribourg are one step closer to achieving this goal. With a new nanosensor, they can detect biomarkers originating from cancer quickly and precisely. Salty gel could extract water from desert air MIT engineers have developed a super-absorbent material that can soak up a record amount of moisture from the air - even in desert-like conditions. Surfaces that kill viruses Empa researchers have tracked viruses as they pass through face masks and compared their failure on the filter layers of different types of masks. The new method should now accelerate the development of surfaces that can kill viruses.