⚡ Breaking
Technology: ‘We’re Just Getting the Crumbs Here’: Striking Contractors Protest Layoffs at Meta’s European HeadquartersSports: Fonseca, 19, stuns Djokovic in five-set epicSports: Barcelona unveil Gordon after Newcastle moveTechnology: Hands-On With Gemini Spark: I Gave It Access to My Life and It Friend-Zoned My BoyfriendSports: Arsenal’s Timber fit to start Champions League finalScience: Astronomers finally solve Saturn’s decades-long spin mysterySports: Champions League final still not free to air despite pressureSports: Every VAR error: How Arsenal escaped red cards and penaltiesTechnology: ‘We’re Just Getting the Crumbs Here’: Striking Contractors Protest Layoffs at Meta’s European HeadquartersSports: Fonseca, 19, stuns Djokovic in five-set epicSports: Barcelona unveil Gordon after Newcastle moveTechnology: Hands-On With Gemini Spark: I Gave It Access to My Life and It Friend-Zoned My BoyfriendSports: Arsenal’s Timber fit to start Champions League finalScience: Astronomers finally solve Saturn’s decades-long spin mysterySports: Champions League final still not free to air despite pressureSports: Every VAR error: How Arsenal escaped red cards and penalties
Science

Human organoids reveal how to reverse “irreversible” nerve damage

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 their ability to regrow after damage during development — but that ability can potentially be switched back on. The team identified a gene network controlling this process and found that an existing hormone drug dramatically boosted nerve fiber regrowth.

📰 Source Attribution: This article is based on reporting by ScienceDaily. HotTakeDaily summarises and links to original journalism. Full credit to original reporters and publishers.
Share: 𝕏 Twitter Facebook WhatsApp LinkedIn
More

Related Stories