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Meet The Scientists Connecting Lab-Grown "Mini Brains" to Robots

Discover how brain organoids are transforming neuroscience, connecting with robotics to explore neural activity and brain development.

Brain organoids in a petri dish.Credit: UCSD

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Alysson Muotri and his team have been toiling away in the lab for the last year and a half or so, obsessing over bland-looking, pea-sized lumps of cells. Despite their unassuming appearance, lumps like these have taken neuroscience by storm. They’re lab-grown “brains.” Scientists call them brain organoids, and they offer rudimentary 3-D models of the brain’s cortex — the outer layer where complex functions like memory, language, and likely self-awareness, play out — created in petri dishes from stem cells.

Muotri and his team aren’t the first to develop brain organoids. The models, sometimes called cerebral organoids, have been around since about 2013. But the University of California, San Diego neuroscientist’s lab and collaborators have been behind several innovative uses of them in recent years. In 2016, Muotri helped author research published in Nature that utilized brain organoids to show how Zika can cause birth defects. He’s also incorporated ...

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