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Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

Reducing inflammation partially restored the aging retina’s ability to generate new neurons from support cells, offering a possible route to improve experimental regeneration. To replace nerve cells lost to glaucoma, researchers are looking to cells already living alongside them. Called glia, these cells support and nourish neurons in the retina, the light-sensitive tissue at the […]

A single infusion of an experimental CRISPR-Cas9 therapy was reported to safely lower LDL cholesterol by 52.5% and triglycerides by 47.8%, as measured 12 months after treatment. What if one infusion could keep cholesterol down for a year? An experimental gene-editing treatment called CTX310 has shown early promise in people whose cholesterol and other blood […]