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Auditory Neuroplasticity with Dr. Brandon Paul

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Manage episode 472419421 series 3464547
Content provided by Hearing Matters. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Hearing Matters or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://podcastplayer.com/legal.

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Dr. Douglas Beck sits down with Dr. Brandon Paul to unravel the fascinating world of auditory neuroplasticity and its profound implications for hearing health. Dr. Paul shares cutting-edge research on how our brains adapt when hearing diminishes—and what happens when we restore that sensory input.
The conversation begins with a clear explanation of neuroplasticity as the brain's ability to reorganize itself throughout our lives, though most actively during early development. When hearing loss occurs, the brain doesn't simply accept reduced input. Instead, neurons become hyperactive through increased spontaneous firing, stronger responses to weak signals, and enhanced neural synchrony—all attempts to maintain their expected level of stimulation.
Most remarkable is the phenomenon called cross-modal plasticity. As auditory input decreases, visual processing intensifies in brain regions typically dedicated to hearing. Dr. Paul explains that this isn't a simple takeover but rather an unmasking of existing multisensory connections. Surprisingly, proper hearing aid fitting can reverse this process, normalizing both visual and auditory responses even in older adults.
The cognitive implications are significant. Untreated hearing loss forces the brain to rely heavily on internal templates rather than actual sensory input, creating opportunities for miscommunication and increasing cognitive load. This contributes to the well-documented connection between hearing loss and cognitive decline—a risk that multiplies dramatically when combined with untreated vision problems.
Whether you're an audiologist, hearing care professional, or someone concerned about hearing health, this episode provides invaluable insights into why early intervention matters. The brain's remarkable adaptability offers hope that appropriate hearing technology can not only improve communication but potentially preserve cognitive function throughout life.

Connect with the Hearing Matters Podcast Team

Email: [email protected]
Instagram: @hearing_matters_podcast

Twitter:
@hearing_mattas
Facebook: Hearing Matters Podcast

  continue reading

Chapters

1. Auditory Neuroplasticity with Dr. Brandon Paul (00:00:00)

2. Podcast Introduction and Sponsors (00:00:19)

3. Meet Dr. Brandon Paul (00:00:56)

4. Defining Neuroplasticity (00:01:41)

5. Brain Changes After Hearing Loss (00:03:38)

6. Cross-Modal Plasticity Explained (00:07:47)

7. Cognitive Effects of Hearing Restoration (00:14:46)

8. How Degraded Hearing Affects Cognition (00:18:40)

9. Episode Conclusion (00:24:53)

191 episodes

Artwork
iconShare
 
Manage episode 472419421 series 3464547
Content provided by Hearing Matters. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Hearing Matters or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://podcastplayer.com/legal.

Send us a text

Dr. Douglas Beck sits down with Dr. Brandon Paul to unravel the fascinating world of auditory neuroplasticity and its profound implications for hearing health. Dr. Paul shares cutting-edge research on how our brains adapt when hearing diminishes—and what happens when we restore that sensory input.
The conversation begins with a clear explanation of neuroplasticity as the brain's ability to reorganize itself throughout our lives, though most actively during early development. When hearing loss occurs, the brain doesn't simply accept reduced input. Instead, neurons become hyperactive through increased spontaneous firing, stronger responses to weak signals, and enhanced neural synchrony—all attempts to maintain their expected level of stimulation.
Most remarkable is the phenomenon called cross-modal plasticity. As auditory input decreases, visual processing intensifies in brain regions typically dedicated to hearing. Dr. Paul explains that this isn't a simple takeover but rather an unmasking of existing multisensory connections. Surprisingly, proper hearing aid fitting can reverse this process, normalizing both visual and auditory responses even in older adults.
The cognitive implications are significant. Untreated hearing loss forces the brain to rely heavily on internal templates rather than actual sensory input, creating opportunities for miscommunication and increasing cognitive load. This contributes to the well-documented connection between hearing loss and cognitive decline—a risk that multiplies dramatically when combined with untreated vision problems.
Whether you're an audiologist, hearing care professional, or someone concerned about hearing health, this episode provides invaluable insights into why early intervention matters. The brain's remarkable adaptability offers hope that appropriate hearing technology can not only improve communication but potentially preserve cognitive function throughout life.

Connect with the Hearing Matters Podcast Team

Email: [email protected]
Instagram: @hearing_matters_podcast

Twitter:
@hearing_mattas
Facebook: Hearing Matters Podcast

  continue reading

Chapters

1. Auditory Neuroplasticity with Dr. Brandon Paul (00:00:00)

2. Podcast Introduction and Sponsors (00:00:19)

3. Meet Dr. Brandon Paul (00:00:56)

4. Defining Neuroplasticity (00:01:41)

5. Brain Changes After Hearing Loss (00:03:38)

6. Cross-Modal Plasticity Explained (00:07:47)

7. Cognitive Effects of Hearing Restoration (00:14:46)

8. How Degraded Hearing Affects Cognition (00:18:40)

9. Episode Conclusion (00:24:53)

191 episodes

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