Why Panic Attacks Are So Difficult To Control

NeuroShifts

Persistent panic attacks are often linked to dysregulation in the brain's left frontal region, with QEEG mapping showing 4-6 times more slow wave activity than normal. This "under arousal" prevents the frontal lobe from managing emotions properly, explaining why traditional treatments like breathing techniques and cognitive strategies often fail.
• Panic attack physiology includes changes in breathing and CO2 levels, triggering massive adrenaline release
• Dysregulated frontal lobes show excessive slow wave activity, creating "under arousal" that prevents proper emotion regulation
• Traditional treatments often fail because they don't address the underlying brain dysregulation
• Neurofeedback gradually retrains the brain, helping the frontal lobe regain its regulatory capabilities
• Most clients seek neurofeedback after medications, therapy, and self-help approaches have failed
I'm Dr. Randy Cale from Capital District Neurofeedback. If panic attacks are changing your quality of life, call us for a free consultation to see if neurofeedback might be the solution you've been looking for.
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Chapters

1. Why Panic Attacks Are So Difficult To Control (00:00:00)

2. Understanding Persistent Panic Attacks (00:01:05)

3. The Physiology of Panic (00:01:31)

4. Brain Mapping Reveals Excess Slow Waves (00:02:08)

5. How Neurofeedback Rewires The Brain (00:03:10)

6. Consultation Offer and Closing (00:04:54)