**New Stroke Treatment Turns Brain Cavities Into Repair Hubs**
By Michaela Martinez, Duke University - Published on 04 August 2026
An injectable biomaterial turned stroke-damaged areas into hubs of repair, helping mouse brains grow new blood vessels and nerve fibers while restoring near-normal movement. A stroke can leave behind more than damaged brain cells. In severe cases, it creates an empty cavity where living tissue once carried signals, supplied blood, and controlled movement. Duke University [...]
Read more: https://scitechdaily.com/new-stroke-treatment-turns-brain-cavities-into-repair-hubs/
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npub1le…rzm08
2026-08-04 10:49:53 UTC
Author Public Key
npub1learnlfye6a5e7dkwyhjqll4nhvlcdqf422axn30yr2yfxnfj90sxrzm08Published at
2026-08-04 10:49:53 UTCEvent JSON
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"content": "**New Stroke Treatment Turns Brain Cavities Into Repair Hubs**\n\nBy Michaela Martinez, Duke University - Published on 04 August 2026\n\nAn injectable biomaterial turned stroke-damaged areas into hubs of repair, helping mouse brains grow new blood vessels and nerve fibers while restoring near-normal movement. A stroke can leave behind more than damaged brain cells. In severe cases, it creates an empty cavity where living tissue once carried signals, supplied blood, and controlled movement. Duke University [...]\n\nRead more: https://scitechdaily.com/new-stroke-treatment-turns-brain-cavities-into-repair-hubs/\n\n#research #science #news #discovery #Biology #Biomaterials #Brain",
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