Humans that are born blind or deaf depend more on their remaining senses and may even experience rewiring of the neocortex for other functions. This could explain why cochlear implants or hearing aids often do not work well in individuals who have experienced extended hearing loss prior to treatment.
A. What is the experimental evidence in ferrets for adaptive specialization of the neonatal neocortex?
B. Bats that use echolocation to identify prey have expanded areas in the auditory cortex specifically tuned to the ultrasonic frequencies that they emit, while non-echolocating bats do not. Describe an experiment that could demonstrate whether this difference is due to developmental plasticity of the properties of the neocortex.

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The Answer of Humans that are born blind or deaf depend more on their remaining senses and may even experience rewiring of the neocortex for other functions. This could explain why cochlear implants or hearing aids often do not work well in individuals who have experienced extended hearing loss prior to treatment.
A. What is the experimental evidence in ferrets for adaptive specialization of the neonatal neocortex?
B. Bats that use echolocation to identify prey have expanded areas in the auditory cortex specifically tuned to the ultrasonic frequencies that they emit, while non-echolocating bats do not. Describe an experiment that could demonstrate whether this difference is due to developmental plasticity of the properties of the neocortex.

Humans That Are Born Blind or Deaf Depend More on Their