Morning Overview on MSN
Scientists find new lifeforms inside humans that biology can't classify
Biologists mapping the human microbiome expected to find new bacteria and viruses, not entities that slip through every ...
Morning Overview on MSN
New life forms found inside humans that defy classification
Biologists are quietly rewriting what it means to be alive, and the human body has become one of their strangest frontiers.
RNA is usually portrayed as a molecule that works deep inside the cell, helping to turn genetic information into proteins. But new research led by Utrecht University scientist Jack Li shows that RNA ...
Researchers identify a shared RNA-protein interaction that could lead to broad-spectrum antiviral treatments for ...
An innovative three-color method for capturing images of mRNA inside live mammalian cells has been developed by UMass Amherst chemists. Because RNA is both incredibly important to human life and ...
News-Medical.Net on MSN
Phages use small RNA to hijack bacterial cells and boost replication
As antibiotic-resistant infections rise and are projected to cause up to 10 million deaths per year by 2050, scientists are looking to bacteriophages, viruses that infect bacteria, as an alternative.
ORNL scientists created a biosensor technology that lets researchers visualize and track RNA activity in living plants, using a molecular splicing technique and a fluorescent marker protein. *This ...
The original version of this story appeared in Quanta Magazine. For a molecule of RNA, the world is a dangerous place. Unlike DNA, which can persist for millions of years in its remarkably stable, ...
Think back to that basic biology class you took in high school. You probably learned about organelles, those little “organs” inside cells that form compartments with individual functions. For example, ...
Researchers found that sunburn disables a natural skin defense, allowing inflammation to trigger dangerous changes in cells. Understanding this process could help stop skin cancer before it starts.
Ribosomes—the tiny factories that build proteins in our cells—don't all work with the same efficiency. Researchers from Japan ...
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