Breaking the  Darkness:  Reactivating Dormant Cells in the Retina Brings New Hope for Vision Regeneration

Neuroscience News

Findings

Researchers discovered a way to reactivate dormant cells in the retina of mice to restore vision, without the need for transplantation.

Findings

The team discovered dormant glial cells can be transformed into cells sharing properties with cone photoreceptors, which enable color perception, reading and driving.

Findings

The approach, which uses two genes to transform Müller cells into retinal neurons, could offer new hope for developing regenerative therapies to replace lost cells in retinal degeneration.

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