ScienceDaily
Experimental drug reverses severe fatty liver disease by repairing the gut
A new experimental drug called DT-109 has shown the ability to reverse severe fatty liver disease in animal studies by targeting an often-overlooked mechanism: gut repair. By fortifying the intestinal barrier, the drug prevents harmful toxins from reaching and damaging the liver. The findings could pave the way for an entirely new treatment category for MASH and a range of other gut-linked diseases.
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Scientists discover the one nutrient beneficial parasites can't live without
Dietary fiber may be the key to unlocking the anti-inflammatory benefits of parasitic intestinal worms, according to new research. The study found that worms fed a fiber-rich diet remained active and supported immune regulation, while those on a low-fiber, Western-style diet entered a dormant state and lost their therapeutic effect entirely. The findings add to growing evidence that fiber's influence on gut health extends far beyond bacteria, reshaping how scientists understand the microbiome's relationship with larger organisms.
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A robot that reads bacteria by touch, without staining or chemical labels
A new robotic system can classify bacteria through touch alone, eliminating the need for chemical stains or lab-trained staff. The technology distinguishes between gram-positive and gram-negative bacteria by detecting subtle physical differences in their cell walls. This could accelerate early treatment decisions in hospitals and speed up safety responses in food and environmental testing.
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