Organoid technology can be traced back to early dissociation-reaggregation experiments. For example, in 1907, biologist Henry Van Peters Wilson, PhD, showed that dissociated sponge cells can ...

Megan covers the intersection of science and society. How is biomedical research funded? Who benefits? And how do new technologies reflect and shape our values? You can reach Megan on Signal at ...

At top, a neural spike is read out and decoded to move the cart. On the bottom, a waveform indicates electrical stimulation into specific neurons to encode the pole's angle into the organoid. This ...

In the last decade or so, organoids have taken the scientific world by storm. From mini-brains to hearts and even boobs, these miniature, simplified versions of human body parts are expanding our ...

Cortical organoids — miniature models of brain tissue grown from stem cells — are becoming increasingly relevant in biotechnology for their usefulness in drug discovery, the study of infectious ...

Neural organoids have been heralded as having huge potential for advancing our knowledge of the brain in several fields. These include exploring the responses of brain tissue to drugs, investigating ...

Tiny lab-grown brain models and the particles they release may reveal hidden differences among Alzheimer’s patients.

From Cells to Sensing: Building Taste Buds on a Chip. A schematic illustration showing the step-by-step development of a biomimetic taste biosensor. Starting from single cells isolated from mouse ...

Our cells are continually being exposed to environmental assaults. For instance, skin is exposed to pollutants and UV radiation. Our lungs are subject to environmental stimuli such as smoke ...