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How ice forms is a mystery — now scientists are cracking the case
Ancient ground squirrels feasted on carcasses like ‘zombies of the Pleistocene’
Seven steps for critically analysing research papers
My overseas job offer was rescinded. Here’s how I bounced back
Good recycling starts at home — and benefits the world
TB vaccine from the 1920s shows promise in diabetes trial
Scientists have a bad case of AI FOMO, <i>Nature</i> poll reveals
Don’t compete, collaborate: why collective funding applications are the future
Let’s talk about biomedical research kits
World-first: therapy to make cells young again trialled in a person
A treasure trove of Neolithic necklace beads
A unicellular relative links aggregative multicellularity to animal origins
Author Correction: PTC-bearing mRNA elicits a genetic compensation response via Upf3a and COMPASS components
The best way to start your day? The science backs naked cartwheels in the sun
Preventing cancer requires more than a list of carcinogens
Science must be seen as a viable profession for the many, not the few
Arson attacks at Ebola hospitals are a cry for regional development
AI technology must serve human cognitive development, not the other way around
Author Correction: A broadly protective antibody targeting gammaherpesvirus gB
The secret reason some cancer treatments stop working
Scientists have uncovered a hidden immune system "brake" that may help cancers avoid being destroyed. The molecule, called SLAMF6, weakens the body's cancer-fighting T cells and can leave them exhausted over time. Researchers developed antibodies that block this brake, allowing immune cells to stay stronger and attack tumors more effectively in mice.