Gene therapy restored hearing in deaf patients 🎶👂✨
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#GeneTherapy #HearingRestoration #DeafAwareness #MedicalInnovation #HopeForHearing
Read Full Article
#GeneTherapy #HearingRestoration #DeafAwareness #MedicalInnovation #HopeForHearing
EurekAlert!
Gene therapy restored hearing in deaf patients
Gene therapy can improve hearing in children and adults with congenital deafness or severe hearing impairment, a new study involving researchers at Karolinska Institutet reports. Hearing improved in all ten patients, and the treatment was well-tolerated.…
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Science News
A new study shows that people who are deaf from an early age experience a rewiring of their brain's visual pathways, dedicating more resources to peripheral vision to help detect hazards, though this slightly reduces their focus in central vision. Read Full…
🧠 Brain Rewiring in Deaf Adults: New research in PNAS shows adults with early profound deafness show increased brain activity in the outer edges of their vision. This "reorganization" occurs early in the visual pathway, even before reaching the brain's main vision center.
👁️ Vision as an Early Warning System: Researchers suggest this neural bias helps deaf individuals use vision more effectively for detecting peripheral events, acting as an "early warning system" without sound cues. They performed better on tasks detecting moving targets at the edges of their vision.
📊 Study Details: The UK study used MRI on 16 D/deaf adults and 16 hearing controls, analyzing the lateral geniculate nucleus (LGN) and primary visual cortex (V1). Findings show a redistribution of neural resources, with a larger representation for the periphery at the expense of central vision.
🔗 New Research Published: This brain plasticity research was published in the Proceedings of the National Academy of Sciences (PNAS).
#BrainPlasticity #Neuroscience #DeafAwareness
👁️ Vision as an Early Warning System: Researchers suggest this neural bias helps deaf individuals use vision more effectively for detecting peripheral events, acting as an "early warning system" without sound cues. They performed better on tasks detecting moving targets at the edges of their vision.
📊 Study Details: The UK study used MRI on 16 D/deaf adults and 16 hearing controls, analyzing the lateral geniculate nucleus (LGN) and primary visual cortex (V1). Findings show a redistribution of neural resources, with a larger representation for the periphery at the expense of central vision.
🔗 New Research Published: This brain plasticity research was published in the Proceedings of the National Academy of Sciences (PNAS).
#BrainPlasticity #Neuroscience #DeafAwareness
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