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Nickel production is notoriously dirty — here’s how to make it greener
The dismantling of US science: can it survive Trump 2.0?
A MERS-CoV-like mink coronavirus uses ACE2 as entry receptor
A DNA-gated molecular guard controls bacterial Hailong anti-phage defence
KLRG1 identifies regulatory T cells with mitochondrial alterations that accumulate with aging
How we call out the infuriating mistakes we spot in school science textbooks
Romeo and the robots
Trump blew up the global fight against AIDS. Can it recover?
Why we need to measure people’s well-being — lessons from a global survey
The end of AIDS is in sight: don’t abandon PEPFAR now
How to protect research data
Senators from both parties criticize Trump’s moves against NIH
Spending panel wants his policies reversed—but it may not have sufficient clout to succeed
‘Unethical’ AI research on Reddit under fire
Ethics experts raise concerns over consent, study design
NIH insiders: Trump is ‘dismantling and destroying everything’
After just 100 days, agency scientists say U.S. health institutes are demoralized and have lost essential staff and funding
How the Trump administration is dismantling science in the U.S.
The scientific workforce, biomedical research, and global health initiatives all face widespread, perhaps permanent damage
The 100 days that shook U.S. science
Trump’s chaotic push to remake federal research will have lasting consequences
New NIH office to reduce use of animals in research
Agency plans to promote alternative methods and address “bias” toward animal studies in grant review
Hunt for tree rings could yield Africa’s first drought atlas
Records could reveal how much humanity has altered Sahel rains
Trump’s team, often accused of spreading misinformation, slashes misinformation research
Hundreds of grants axed in a field where the United States was a global leader
Alzheimer's disease patient-derived high-molecular-weight tau impairs bursting in hippocampal neurons
Tau accumulation is closely related to cognitive symptoms in Alzheimer's disease (AD). However, the cellular drivers of tau-dependent decline of memory-based cognition remain elusive. Here, we employed in vivo Neuropixels and patch-clamp recordings in mouse models and demonstrate that tau, independent of β-amyloid, selectively debilitates complex-spike burst firing of CA1 hippocampal neurons, a fundamental cellular mechanism underpinning learning and memory. Impaired bursting was associated with...