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Indoor air contains thousands of microplastics small enough to penetrate deep into our lungs -
Students more likely to pass oral exams at noon — and that might apply to job interviews, tooThis post did not contain any content. -
Tuberculosis bacteria ‘play dead’ to beat vaccinesThis post did not contain any content. -
Here’s how the U.S. military can trim its massive carbon footprintThis post did not contain any content. -
Some people could sound angrier when complaining, new study findsThis post did not contain any content. -
Common sugar substitute shown to impair brain cells, boost stroke risk -
Chemical shield stops stressed DNA from triggering diseaseThis post did not contain any content. -
Common sugar substitute shown to impair brain cells, boost stroke riskThis post did not contain any content. -
These ‘Exploding’ Capsules Could Deliver Insulin Without a NeedleThis post did not contain any content. -
The Rise of Influencer Practices Among Psychologists: From Therapy Rooms to Instagram ReelsThis post did not contain any content. -
Over 400 different types of nerve cell have been grown – far more than ever before- Nerve cells can be grown from stem cells in Petri dishes, enabling scientists to research diseases. Previously, it was only possible to create a few dozen different types of nerve cell.
- Using a new method, researchers have now managed to produce over 400 different types of nerve cell.
- Cell culture models with cells of this kind are of interest for research into diseases such as Alzheimer’s and Parkinson’s, as well as for testing new drugs in pharmaceutical research.
Over 400 different types of nerve cell have been grown – far more than ever before
For the first time, researchers at ETH Zurich have successfully produced hundreds of different types of nerve cell from human stem cells in Petri dishes. In the future, it will thus be possible to investigate neurological disorders using cell cultures instead of animal testing.
ETH Zurich (ethz.ch)
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16 Ways People Find Purpose Around the WorldThis post did not contain any content. -
Beyond the alpha male: Primate studies challenge male-dominance normsThis post did not contain any content. -
Why are women twice as likely to develop Alzheimer’s as men?This post did not contain any content. -
Social connection linked to improved health and reduced risk of early deathThis post did not contain any content. -
Abortion bans have led to more relationship violence, new research findsThis post did not contain any content.
Abortion bans have led to more relationship violence, new research finds
A Northeastern researcher tracked a spike in intimate partner violence after the Supreme Court overturned Roe v. Wade in 2022.
Northeastern Global News (news.northeastern.edu)
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Why are lefties more creative? Turns out, they’re notThis post did not contain any content.
Why are lefties more creative? Turns out, they’re not | Cornell Chronicle
Scouring more than a century of studies, Cornell researchers found left-handers are actually underrepresented in the most creative fields, contrary to popular perception.
Cornell Chronicle (news.cornell.edu)
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The psychological (ab)use of timeouts in professional tennis: Tennis players who take a bathroom break are likely to gain an advantage over their opponent.This post did not contain any content. -
Is There is Any Open Access Research Aggregator That Has RSS? -
Team discovered cells and structures that let squid skin change from transparent to colored, leading to a new tunable material for camouflage, displays, and thermal management.- UC Irvine researchers and collaborators at the Marine Biological Laboratory have uncovered cells and structures responsible for helping squid skin change from transparent to colored.
- The scientists drew inspiration from squid skin to develop an advanced tunable material for use in camouflage, displays, and thermal management.
UC Irvine-led team uncovers cell structures that squids use to change their appearance
Inspired by new knowledge, researchers develop tunable, multispectral composite material
UC Irvine News (news.uci.edu)