Learn how persistent organic pollutants (POPs) begin to accumulate in the tissues of mammals already during the foetal stage.

Automated lung organoid production offers scalable, human-based models for testing therapies and accelerating lung disease ...

A study using isotope tracing metabolomics found that people with Fanconi anemia fail to use glucose efficiently, show ...

Discover how kestrels deter smaller birds from eating fruits and spreading Campylobacter bacteria from their droppings on ...

Fragments of lead left behind in hunted meat are far tinier than previously shown and – more alarmingly – present in ...

A new discovery about brain receptors that control the breakdown of amyloid beta may open the door to new Alzheimer’s ...

Using human iPSC-derived kidney organoids, researchers showed that NPHP1 deficiency triggers abnormal Hippo signaling that ...

A rapid point-of-care TB test delivers 15-minute results and performs well in high-burden settings, improving latent TB detection access.

Dr. Nina Jajcanin Jozic, Senior Applications Scientist at Refeyn, demonstrates how single-molecule mass photometry overcomes ...

Discover how widespread deforestation in rainforests has turned these tropical regions from a carbon sink into a carbon ...

Discover how cognitive flexibility in humans allows for rapid learning by reusing skills, a challenge for AI learning models.

Researchers used CRISPR to change the number of chromosomes in Arabidopsis by fusing chromosome arms, reducing the genome ...