Retinotopic remapping in the visual system of deaf adults
Levine, A. T.; Yuen, K.; Billawa, S.; Bridge, L.; Clausen, S.; Cole, E. J.; Wang, V.; Canavan, S.; Spencer, L.; Campbell, C.; Morland, A. B.; Codina, C.; Buckley, D.; Baseler, H. A.
Show abstract
Deaf individuals rely on visual rather than auditory cues to detect events in the periphery, putting a greater demand on neural resources for vision. Comparing visual maps in the brains of early deaf and hearing adults, we found a redistribution of neural resources in the lateral geniculate nucleus and primary visual cortex, with larger representations of the periphery, at a cost of smaller representations of the central visual field.
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