Scientists identify the ancient enzyme that makes body odor so strong
The same team that identified the handful of bacteria responsible for human body odor has now gone a step further and pinpointed the enzyme operating within those organisms. "This is a key advancement in understanding how body odour works, and will enable the development of targeted inhibitors that stop BO production at source without disrupting the armpit microbiome," said University of York researcher Dr. Michelle Rudden, in a release.
research source strongCnet
Army, Texas A&M develop 'Terminator'-style material that can 'heal itself'
U.S. Army and Texas A&M researchers have developed a material that they say can “heal autonomously. ” The research, which is still in the discovery phase, is published in the peer-reviewed journal Advanced Functional Materials. Army researchers, for example, are eyeing drones that can change shape in midflight.
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This is when and how the universe is expected to end
It’s not expected to happen anytime soon, but one scientist has calculated when the universe will end. The research, published in the journal Monthly Notices of the Royal Astronomical Society, notes that sometime over the “next few trillion years,” when the universe is dead as we know it, stars will continue to explode, not with a giant bang, but “very, very slowly fizzle. ”
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Coronavirus vaccine begins pre-clinical trials in Australia
Australia's national science agency has begun pre-clinical trials to find a vaccine for the deadly coronavirus. This stage will likely take three months and experts say the vaccine will probably not be ready until late next year. Although the process is going much faster than usual, it is unlikely that the vaccine will be available this year.
science health research economy medicine vaccine death coronavirus quarantine moneyReuters
Scientists discover fish migration route 4500 ft below sea level
A recently concluded study from a large number of collaborating groups in universities around the world has photographed evidence of a deep-sea fish migration route that was first theorized to exist when scientists noticed that deep-sea fish populations exhibited seasonal patterns. While the exact route is still unclear, scientists have managed to prove that the migration route exists 4,500 feet below sea level in the Atlantic Ocean.
research fish scientist population migration photograph evidence sea-level deep-sea route seasonal atlantic-oceanGizmodo