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Brain Organoids Communicate: A Step Toward 'Organoid Intelligence'
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Scientists have connected two organoids together with an axon bundle, to study how brain areas communicate. They sent signals back and forth and responded to external stimulation. This could be a step toward biocomputing.
Learn about: axons, white matter, re-entry, optogenetics, myelination, entrainment, short-term potentiation
CORRECTIONS/CLARIFICATIONS:
As the pinned comment points out, there are many different kinds of neurons, and two pairs of organoids may not have the same cellular makeup. This natural variation between neurons might also account for the different post-stimulation behavior of the organoids from different cell lines.
Greg Dunn's Neuro Art: USE CODE "BRAIN" AT CHECKOUT FOR 10% OFF
Books and audiobooks mentioned (I will get a small commission at no cost to you to support the channel)
Osaki et al., 2024: Complex activity and short-term plasticity of human cerebral organoids reciprocally connected with axons
Learn about: axons, white matter, re-entry, optogenetics, myelination, entrainment, short-term potentiation
CORRECTIONS/CLARIFICATIONS:
As the pinned comment points out, there are many different kinds of neurons, and two pairs of organoids may not have the same cellular makeup. This natural variation between neurons might also account for the different post-stimulation behavior of the organoids from different cell lines.
Greg Dunn's Neuro Art: USE CODE "BRAIN" AT CHECKOUT FOR 10% OFF
Books and audiobooks mentioned (I will get a small commission at no cost to you to support the channel)
Osaki et al., 2024: Complex activity and short-term plasticity of human cerebral organoids reciprocally connected with axons
Brain Organoids Communicate: A Step Toward 'Organoid Intelligence'
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