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APOE4, Aging & the Early TMS Path Study to Brain Clearance

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Manage episode 522308890 series 2993661
Contenu fourni par Dung Trinh. Tout le contenu du podcast, y compris les épisodes, les graphiques et les descriptions de podcast, est téléchargé et fourni directement par Dung Trinh ou son partenaire de plateforme de podcast. Si vous pensez que quelqu'un utilise votre œuvre protégée sans votre autorisation, vous pouvez suivre le processus décrit ici https://fr.player.fm/legal.

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This episode explores how the brain’s glymphatic system clears metabolic waste, why that drainage slows with age and APOE4 risk, and how patterned TMS may offer a breakthrough path to restoring flow and memory. Emerging evidence shows that glymphatic function is not fixed—it’s plastic—and can be selectively improved in older adults with mild cognitive impairment. We translate early but promising findings into a roadmap for future prevention.

We begin by outlining glymphatic flow as a glia-driven clearance network, then examine why APOE4 carriers show lower baseline DTI-ALPS—a proxy for reduced fluid transport. You’ll learn how researchers used a theta-burst TMS protocol with sham controls to test whether stimulation could enhance clearance. The results: selective ALPS increases and measurable memory gains, especially in APOE4 carriers.

We discuss the proposed mechanisms linking TMS to improved flow, including effects on sleep architecture, inhibitory interneurons, astrocytic channels, and meningeal lymphatic vessels. We also cover the limitations of DTI-ALPS, the absence of direct biomarkers, and what larger, multimodal trials must address next.

The episode closes with a look at personalized brain tune-ups—how noninvasive stimulation, tailored to genetic risk, may shape the future of dementia prevention.

High-volume keywords used: glymphatic system, APOE4, TMS therapy, mild cognitive impairment, brain clearance, aging brain, memory improvement, neurodegeneration

Listener Takeaways

  • How glymphatic flow works and why it declines with age and APOE4
  • The theta-burst TMS protocol that increased ALPS and improved memory
  • Possible mechanisms linking TMS to better clearance and sleep
  • Key limitations of current imaging and biomarker tools
  • The emerging path to personalized, noninvasive brain prevention

Follow for daily longevity and wellness episodes.

This podcast is created by Ai for educational and entertainment purposes only and does not constitute professional medical or health advice. Please talk to your healthcare team for medical advice.

Never miss an episode—subscribe on your favorite podcast app!

  continue reading

Chapitres

1. Framing The Brain’s Cleaning Problem (00:00:00)

2. The Glymphatic System 101 (00:01:12)

3. Measuring Flow With DTI-ALPS (00:04:40)

4. TMS/TBS Protocols In Humans (00:06:17)

5. APOE4 Baseline Deficits Revealed (00:08:23)

6. Selective Gains And Effect Size (00:10:21)

7. Flow Gains Link To Memory Gains (00:12:03)

8. How TBS Might Work (00:13:25)

293 episodes

Artwork
iconPartager
 
Manage episode 522308890 series 2993661
Contenu fourni par Dung Trinh. Tout le contenu du podcast, y compris les épisodes, les graphiques et les descriptions de podcast, est téléchargé et fourni directement par Dung Trinh ou son partenaire de plateforme de podcast. Si vous pensez que quelqu'un utilise votre œuvre protégée sans votre autorisation, vous pouvez suivre le processus décrit ici https://fr.player.fm/legal.

Send us a text

This episode explores how the brain’s glymphatic system clears metabolic waste, why that drainage slows with age and APOE4 risk, and how patterned TMS may offer a breakthrough path to restoring flow and memory. Emerging evidence shows that glymphatic function is not fixed—it’s plastic—and can be selectively improved in older adults with mild cognitive impairment. We translate early but promising findings into a roadmap for future prevention.

We begin by outlining glymphatic flow as a glia-driven clearance network, then examine why APOE4 carriers show lower baseline DTI-ALPS—a proxy for reduced fluid transport. You’ll learn how researchers used a theta-burst TMS protocol with sham controls to test whether stimulation could enhance clearance. The results: selective ALPS increases and measurable memory gains, especially in APOE4 carriers.

We discuss the proposed mechanisms linking TMS to improved flow, including effects on sleep architecture, inhibitory interneurons, astrocytic channels, and meningeal lymphatic vessels. We also cover the limitations of DTI-ALPS, the absence of direct biomarkers, and what larger, multimodal trials must address next.

The episode closes with a look at personalized brain tune-ups—how noninvasive stimulation, tailored to genetic risk, may shape the future of dementia prevention.

High-volume keywords used: glymphatic system, APOE4, TMS therapy, mild cognitive impairment, brain clearance, aging brain, memory improvement, neurodegeneration

Listener Takeaways

  • How glymphatic flow works and why it declines with age and APOE4
  • The theta-burst TMS protocol that increased ALPS and improved memory
  • Possible mechanisms linking TMS to better clearance and sleep
  • Key limitations of current imaging and biomarker tools
  • The emerging path to personalized, noninvasive brain prevention

Follow for daily longevity and wellness episodes.

This podcast is created by Ai for educational and entertainment purposes only and does not constitute professional medical or health advice. Please talk to your healthcare team for medical advice.

Never miss an episode—subscribe on your favorite podcast app!

  continue reading

Chapitres

1. Framing The Brain’s Cleaning Problem (00:00:00)

2. The Glymphatic System 101 (00:01:12)

3. Measuring Flow With DTI-ALPS (00:04:40)

4. TMS/TBS Protocols In Humans (00:06:17)

5. APOE4 Baseline Deficits Revealed (00:08:23)

6. Selective Gains And Effect Size (00:10:21)

7. Flow Gains Link To Memory Gains (00:12:03)

8. How TBS Might Work (00:13:25)

293 episodes

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