Blog
Scroll down for articles & resources about neuroplastic pain and other symptoms, Pain Reprocessing Therapy, EAET, and nervous system healing.
What is the Pain-Fear Cycle?
Pain is supposed to get our attention, so of course it can be scary when something hurts. But when pain is neuroplastic, that completely reasonable fear can become part of the cycle that keeps the brain on high alert. Learn how the pain-fear cycle works and how PRT helps interrupt it.
Fibromyalgia and Neuroplastic Pain: What’s the Connection?
Fibromyalgia is real, complex, and increasingly understood to involve changes in how the nervous system processes pain. So where does neuroplastic pain fit in? Here’s what we know about sensitization, nociplastic pain, and why a neuroplastic approach may be helpful for some people with fibromyalgia.
Can SIBO Symptoms Become Neuroplastic?
What happens when you treat SIBO, but the bloating, pain, food reactions, or other digestive symptoms don’t go away? Learn how a real gut problem can sometimes leave behind a sensitized nervous system—and why persistent symptoms don’t always mean the original problem is still there.
Can IBS Be Neuroplastic?
IBS is considered a disorder of gut-brain interaction—but what does that actually mean? Learn how nervous system sensitization, learned triggers, and the brain-gut connection may contribute to IBS symptoms, and what research tells us about retraining these patterns.
Why Does Pain Flare During Recovery?
You were doing better—and then the pain came back. A flare can make it feel like you’ve lost all your progress, but recovery from neuroplastic pain isn’t always linear. Learn why old pain patterns can resurface and what a flare may actually mean for your recovery.
Can Neck & Back Pain Be Neuroplastic?
Neck and back pain can feel undeniably structural—especially when an MRI shows arthritis, disc degeneration, or a bulging disc. But structural findings don’t always explain the whole story. Learn how to recognize when the brain and nervous system may be contributing to persistent pain.
Is PRT Evidence-Based?
Is Pain Reprocessing Therapy actually backed by research? Take a closer look at the clinical trial behind PRT, five-year follow-up results, and emerging research on other chronic pain conditions.
Does Structural Damage Rule Out Neuroplastic Pain or PRT?
What if your MRI actually shows something? Structural changes don’t necessarily rule out a neuroplastic component to pain. Learn how structural findings, the nervous system, and Pain Reprocessing Therapy can fit into the same picture.
Can Anxiety Cause Real Physical Symptoms?
Anxiety can cause very real physical symptoms—but the connection isn’t always as simple as feeling anxious and then noticing symptoms. Learn how the brain and nervous system can create or amplify physical sensations, even when you don’t consciously feel anxious.
What is Somatic Tracking?
Somatic tracking is a core Pain Reprocessing Therapy technique—but it’s easy to accidentally turn it into another way of monitoring or trying to get rid of symptoms. Learn what somatic tracking actually is, how to practice it, and why safety matters more than making a sensation disappear.
What Happens in a PRT Session?
What do you actually do for 50 minutes in a Pain Reprocessing Therapy session? Here’s what PRT with me really looks like—from understanding your symptom patterns to somatic tracking, graded exposure, emotional work, and what happens between sessions.
How Do I Know If My Symptoms are Neuroplastic?
Neuroplastic symptoms don’t always behave the way we expect. Learn some of the patterns that may suggest the brain and nervous system are playing a role—and how to start gathering your own evidence.
What is Pain Reprocessing Therapy (PRT)?
What is Pain Reprocessing Therapy, and how can it help with chronic pain and other symptoms? Learn how PRT works with the brain’s pain and danger systems to help people with neuroplastic pain relearn safety.
What is Neuroplastic Pain?
Neuroplastic pain is real pain—but it isn’t necessarily a sign of ongoing damage. Learn how predictive processing, learned danger, and the brain’s protective system can contribute to chronic pain.