Researchers at UC Berkeley have used long-term human brain organoids to show that hyperreactive astrocytes may drive the ...

The marmoset brain starts out with the same layout as folded primate brains, but slower-dividing, simpler cells help keep it ...

Bone has long been the stubborn cousin of organoid science. While researchers have grown miniature guts, brains, kidneys and ...

Tiny, year-old human brain organoids that mimic the brain of a newborn are providing new clues to potential treatments for a ...

Most primate species have relatively large brains with surfaces marked by pronounced bulges and furrows. This is not the case ...

Tuberous sclerosis complex, a leading genetic cause of early-onset epilepsy, is typically resistant to drugs, requiring ...

Human ‘mini brains’ mesh with mouse minds to form active neural circuits The technique opens new possibilities for ...

The US Food and Drug Administration has taken active steps to reduce dependence on animal-based studies to test new drugs and ...

Organoids have quietly become one of the most consequential tools in modern biomedical science, and a comprehensive new tutorial published in Nature Protocols now offers the research community a ...

Small tissues resembling the human cerebral cortex (brain organoids) were grown in culture dishes for up to five years. As a ...

University of Washington researchers have used stem cell-derived kidney organoids to uncover inflammatory pathways that drive ...

Steven Ray Wilson defines organ-on-a-chip as organoids on microfluidic devices, tracing their small, complex samples to the ...