Explore how organoids are unlocking new possibilities in modern drug discovery by improving disease modelling within ...

Ryuji Morizane, MD, Ph.D., of the Department of Medicine at Massachusetts General Hospital, is the senior/corresponding author of a new paper published in Signal Transduction and Targeted Therapy, ...

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 ...

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 ...

Cambridge researchers created miniature brain-and-spinal-cord systems in the lab that can send signals and even trigger tiny muscle contractions. They discovered that human neurons gradually lose ...

Using little more than a few drops of blood, Indiana University scientists are applying advanced medical and engineering know-how to create simplified models of the brain for studying Alzheimer’s ...

Stanford scientists have solved a key conundrum in keeping organoids — lab-grown clusters of cells that resemble human organs — alive. These mini-brains and mini-hearts mimic human organs and enable ...

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 ...

UC San Diego researchers develop new protocol for creating human cortical organoids, mini-brains derived directly from primary cells that can be used to better explore and understand the real thing ...

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 ...