What Bruner calls “braking,” the Yale neuroscientist Amy Arnsten calls “regulation”—specifically, calcium regulation, which ...
The Brighterside of News on MSN
DNA’s vulnerability to sunlight may explain the complex origins of intelligent life
Thymine suffers more UV damage than uracil in lab tests, but its damage pathways could help explain its place in DNA.
Our genes evolved to fight ancient threats, but in the modern world, some of those changes may be turning against us.
A study at Texas A&M University suggests that thymine may have helped early genetic molecules survive by directing that damage into a form that was easier to reverse. The findings, published in ...
Within the tumors, the team identified clones, groups of cells with similar genetic makeup. Individual tumors contained ...
Where on earth did we humans come from?Why do humans walk on two legs, speak languages, build civilizations, and even try to ...
Emily Standley Allard on MSN
Could an entirely new species of human emerge? Scientists say two extraordinary possibilities could change our future
Could humans evolve into an entirely new species? Scientists explore how Mars colonization, genetic engineering, and evolution might transform humanity's future.
Where did it start? How did it grow complex? Why did it get big? Three moments in Earth’s early history when evolution ...
The placenta is an organ that acts as a barrier between the mother and the foetus. It regulates the exchange of nutrients and ...
Biodiversity is being lost rapidly. Scientific papers and environmental organizations warn of this in unison. However, this ...
EarlyHumans on MSN
DNA evidence points to missing branches in human evolution
Scientists examine DNA evidence connected to early human ancestors. The video explains how researchers study the finding ...
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