Indian Defence Review on MSN
Scientists Recover Genetic Activity From an Extinct Species for the First Time Ever!
Scientists extracted RNA from a 130-year-old specimen, uncovering which genes were active before the animal went extinct.
Researchers in Sweden recovered RNA from a 130-year-old Tasmanian tiger, allowing them to identify which genes were active in its tissues before extinction.
Morning Overview on MSN
AlphaFold rewired science, and 5 years later it’s still evolving
AlphaFold arrived as a technical moonshot that suddenly made protein structures feel like software rather than secrets of ...
A Marshall University – University of Missouri team has reported a web-based deep-learning platform that combines six common ...
Researchers suggest that they have recovered sequences from ancient works and from letters that may belong to the Renaissance ...
DNA doesn’t just sit still inside our cells — it folds, loops, and rearranges in ways that shape how genes behave. Researchers have now mapped this hidden architecture in unprecedented detail, showing ...
Live Science on MSN
Leonardo da Vinci's DNA may be embedded in his art — and scientists think they've managed to extract some
In a first, scientists have extracted DNA from a Renaissance-era drawing attributed to Leonardo da Vinci, but they can't be ...
Scientists have uncovered genetic evidence that they say may be linked to the Renaissance master, but some experts are more ...
DNA analysis shows strong ties to Early Bronze Age Sicily, with little influence from the eastern Mediterranean. There’s also ...
Live Science on MSN
This new DNA storage system can fit 10 billion songs in a liter of liquid — but challenges remain for the unusual storage format
The new storage system could hold family photos, cultural artifacts and the master versions of digital artworks, movies, ...
News-Medical.Net on MSN
New DNA tests reveal hidden biological traces on Renaissance art
DNA analysis of cultural artifacts shows diverse biological profiles, but contamination and mixed signals complicate historical lineage interpretation.
Evidence from multiple model systems supports a shift away from heme transport and toward metabolic dysfunction and oxidative stress as key drivers of TANGO2 deficiency.
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