Researchers at Dana-Farber Cancer Institute found that boosting a key muscle gene improved Duchenne muscular dystrophy symptoms in mice. The study suggests increasing PGC-1alpha levels could slow or reduce disease progression.
Honeybees can learn to associate toxic odors with food and retain this ability for up to 24 hours. Researchers found that both sugar content and toxin levels affect a honeybee's memory for learned odours, suggesting they may have an innate ability to react to toxins.
The MARSIS radar has mapped the South Polar region of Mars, revealing a giant dome-shaped area composed mainly of ice. The radar signals have also identified depressions with variable distribution and depth of ice deposits at high latitudes.
French CNRS scientists have shown that a traumatic memory can be wiped out using a drug, while other associated recollections remain intact. This result could lead to the development of treatments for post-traumatic stress disorders.
Gérard Férey and his team at Institut Lavoisier have discovered a new family of trivalent metal dicarboxylates with unprecedented respiration properties, exceeding 300% volume variation upon solvent immersion. These crystalline solids possess reversible respiration mechanism without apparent bond rupture.
Researchers have identified the medial prefrontal cortex as a crucial region in storing and recalling social memories. This finding opens new perspectives on understanding human recollections and mental disorders affecting social skills.
Researchers at the University of Manchester discovered that nails are most resilient in humid environments with a relative humidity of 55-60%. This finding may help improve false nail and varnish products, reducing breakage and damage.
A recent study discovered that Egyptian fruit bats have a preference for certain sugars, including fructose and sucrose, to counteract the effects of ethanol toxicity. Consuming fructose-containing food resulted in faster decline of ethanol levels in their breath compared to other types of sugar.
Researchers discover telomere shortening as a predictor of coronary heart disease in pre-diabetics and Type 2 diabetics. Early indication of telomeres starting to shorten may indicate the onset of diabetes and ultimately predict CAD.
The French CNRS and CEA teams collaborated closely in constructing the LHC, assembling 392 quadripole magnets to guide beams through the tunnel. The technology developed during this collaboration is transferable to other equipment currently being studied or built.
Researchers identify PGC-1alpha as a key genetic component and potential therapeutic target for Duchenne muscular dystrophy. Experimental elevation of PGC-1alpha improves DMD symptoms in mouse models, offering new therapeutic promise.
Scientists at Rothamsted Research and University of Reading aim to decrease acrylamide formation by identifying its precursors. Low sulphur soils increase asparagine levels, leading to higher acrylamide production.
Scientists discovered that European Beewolf females deliberately cultivate bacteria in their antennae to shield their larvae from fungal infections. The bacteria produce antibiotics, significantly enhancing the larvae's chances of survival during hibernation.
Researchers are developing alternative culture methods to reduce the use of live fish in safety testing, reducing animal experimentation. Dr Richard Handy's perfusion method allows for the controlled exposure of fish organs to toxins, providing insights into toxicity and organ function.
Scientists have discovered a key enzyme controlling melatonin synthesis in response to light and darkness. The study sheds new light on the intricate mechanisms regulating our sleep-wake cycles.
Researchers have discovered that enhancing glyoxalase 1 levels can decrease glycation damage and extend lifespan in nematodes. The enzyme also protects proteins against oxidation and nitration, promoting healthy aging