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Daily briefing: Where academic freedom is declining — and where it’s on the rise
Mitochondria-derived extracellular vesicles mediate Alzheimer’s disease pathology through transmitting microglial Ggt1
Some people are resistant to dementia — here’s what their genes can teach us
Metascience should be a source of evidence, not a means of control
The public trusts scientists with AI — more than it does anyone else
PhDs worldwide are having a shake up — why now?
Mongolia’s iconic grasslands are in crisis — invisible fungi could help save them
How microbes can secure the critical minerals the world needs
California votes to give record $8.4 billion to medical research
Why your physics project needs an anthropologist
Students need AI-free spaces to learn core skills
Chile’s postdoc rules risk driving talent away
A practically perfect plesiosaur
PhD funding mechanisms should protect the right to disagree with supervisors
What makes a dinosaur famous? <em>Jurassic Park</em>, mostly
New study quantifies the “blockbuster effect”—and argues it could help today’s threatened species
The ‘Pathogen Hunters’ track microbes around the world. But are their data real?
Critics question baffling genetic data from prolific infectious diseases group
Researchers have a wish list. Can the new Congress deliver?
Despite a healthy majority, Democrats face limits on what they can achieve
Why heart attacks can still happen even when bad cholesterol is low
Even when bad cholesterol is brought down to healthy levels, some people remain at risk of heart attacks, and scientists may have discovered why. Researchers identified two types of fat-carrying particles that appear to promote inflammation and damage blood vessels through mechanisms beyond cholesterol buildup.
Alzheimer’s may have early warning signs outside the brain
A surprising discovery suggests that some early signs of Alzheimer’s disease may begin outside the brain. Using miniature laboratory systems made from human cells, scientists found that genetic mutations associated with inherited Alzheimer’s can disrupt nerve-to-muscle connections without any involvement from the brain or spinal cord. This could help explain why some patients experience changes in balance, walking, and coordination long before memory problems develop.
Scientists finally discover why we learn to love bitter coffee
Scientists have uncovered a hidden gut-to-brain dopamine pathway that helps explain why bitter coffee and other initially unpleasant flavors can become favorites over time. The discovery reveals how the brain learns to crave certain foods and could eventually lead to new ways of reshaping eating habits and food preferences.