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Gizati @GizatiB

5 months ago

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Gizati @GizatiB

5 months ago

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GizatiB retweeted

Shining Science

@ShiningScience

5 months ago

Brazilian researchers have spent decades studying how certain placenta-derived proteins influence nerve regeneration, and their breakthrough drug is now showing unprecedented results. Early trial participants with severe spinal cord injuries have regained sensation, muscle control, and in some cases the ability to walk — something long believed to be medically impossible. This treatment works by activating dormant pathways in the spinal cord that repair damaged nerve cells and encourage new neural connections. If proven safe through large-scale clinical trials, this therapy could redefine the future of spinal injury treatment worldwide. Today, more than 27 million people live with paralysis globally, and most therapies focus only on preventing further damage rather than reversing it. A drug capable of restoring lost function could completely transform rehabilitation medicine, offering hope to millions who were told recovery was out of reach. Experts say this breakthrough could also pave the way for new treatments for stroke recovery, traumatic brain injuries, and neurological degenerative diseases. While more testing is needed before global approval, the early results are a powerful reminder that the boundaries of medical science are constantly being rewritten.

ShiningScience's tweet photo. Brazilian researchers have spent decades studying how certain placenta-derived proteins influence nerve regeneration, and their breakthrough drug is now showing unprecedented results. Early trial participants with severe spinal cord injuries have regained sensation, muscle control, and in some cases the ability to walk — something long believed to be medically impossible. This treatment works by activating dormant pathways in the spinal cord that repair damaged nerve cells and encourage new neural connections.

If proven safe through large-scale clinical trials, this therapy could redefine the future of spinal injury treatment worldwide. Today, more than 27 million people live with paralysis globally, and most therapies focus only on preventing further damage rather than reversing it. A drug capable of restoring lost function could completely transform rehabilitation medicine, offering hope to millions who were told recovery was out of reach.

Experts say this breakthrough could also pave the way for new treatments for stroke recovery, traumatic brain injuries, and neurological degenerative diseases. While more testing is needed before global approval, the early results are a powerful reminder that the boundaries of medical science are constantly being rewritten.

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Gizati @GizatiB

5 months ago

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5 months ago

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6 months ago

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