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Human stem cell–derived brain models reportedly reproduce anesthesia’s electrical signature for the first time

Medical Xpress reports that propofol produced broad, slow waves in the models while individual neurons grew quieter.

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2 Sources, 4h ago, first seen 4h ago

TLDR

Medical Xpress reports that human stem cell–derived brain models reproduced anesthesia’s electrical signature for the first time. Propofol produced broad, slow waves while individual neurons grew quieter.

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2.1K

2 Sources, first seen 4h ago

5 likes4 reposts

Combined views

2.1K

2 Sources, first seen 4h ago

5 likes4 reposts

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2 Sources

@medical_xpressHuman stem cell–derived brain models reproduced anesthesia’s electrical signature for the first time: propofol produced broad, slow waves while individual neurons grew quieter. https://medicalxpress.com/news/2026-10-stem-cell-derived-brain-window.html?utm_source=twitter.com&utm_medium=social&utm_campaign=v24h
@physorg_comRT @medical_xpress: Human stem cell–derived brain models reproduced anesthesia’s electrical signature for the first time: propofol produced…4h
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    2 Sources

    @medical_xpressHuman stem cell–derived brain models reproduced anesthesia’s electrical signature for the first time: propofol produced broad, slow waves while individual neurons grew quieter. https://medicalxpress.com/news/2026-10-stem-cell-derived-brain-window.html?utm_source=twitter.com&utm_medium=social&utm_campaign=v24h
    @physorg_comRT @medical_xpress: Human stem cell–derived brain models reproduced anesthesia’s electrical signature for the first time: propofol produced…4h
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    #16

    Today's Rank

    #16