Neuroplasticity and Sensory Loss
The brain exhibits remarkable adaptability, as areas typically associated with vision can repurpose themselves for other senses like hearing and touch, especially in individuals who are blind from birth. A poignant case illustrates this phenomenon: a woman who lost her ability to read braille and hear after a stroke affected her visual cortex, highlighting the delicate balance of sensory functions in the brain. While such extreme outcomes are rare, they underscore the brain's incredible capacity for change and reorganization.In this clip
From this podcast
Huberman Lab
How to Focus to Change Your Brain | Huberman Lab Podcast #6
Related Questions
Is it true that blind people who read Braille have their visual areas light up when assessed through neuroimaging, as discussed in the Huberman Lab Podcast episode How to Focus to Change Your Brain | Huberman Lab Podcast #6 and the clip Neuroplasticity and Sensory Loss?
Is it true that blind people who read Braille have their visual areas light up when assessed through neuroimaging, as discussed in the episodes How to Focus to Change Your Brain | Huberman Lab Podcast #6 and Neuroplasticity and Sensory Loss?
Is it true that blind people who read Braille have their visual areas light up when assessed through neuroimaging, as discussed in the episode How to Focus to Change Your Brain | Huberman Lab Podcast #6 and the clip Neuroplasticity and Sensory Loss?