Is It Time for a New Pain Model?

Is It Time for a New Pain Model?

In the early 2000s, pain neuroscience education (PNE) emerged as a revolutionary approach to understanding pain, spearheaded by prominent figures like Lorimer Mosley and David Butler.

Their work shifted the conversation away from a purely structural perspective and introduced the world to the concept that pain is not solely a result of tissue damage, but also a brain-driven phenomenon.

For some in the rehab profession, this helped us move beyond simplistic reductionist narratives (some other practitioners continued the narrative - see below).

How many overly simplistic nocebic inducing narratives could you fit in one physiotherapy session?

This was an exciting revelation at the time, and it gave clinicians and patients alike a new way to explain chronic pain.

However, as the years have passed, it’s become increasingly clear that PNE, while groundbreaking, may not have fully lived up to its promise.

Many have “drunk the Kool-Aid,” so to speak, fully subscribing to the PNE narrative without recognizing its limitations.

As a result, it may be time for a new explanatory model—one that embraces both the brain and the body in a more profound and grounded way.

Enter Bud Craig’s homeostatic model.

The Cognitive Focus of PNE: A Double-Edged Sword

Butler and Mosley’s PNE revolution gave us the gift of understanding the brain's role in pain perception.

It showed that pain is a complex experience that involves more than just signals from the body—our thoughts, beliefs, and prior experiences shape how we experience pain.

This has led to cognitive-based interventions aimed at reshaping our understanding of pain, helping patients reframe their pain experience and reduce fear.

But this approach has its downsides.

The heavy focus on cognition—the idea that it’s all in the brain—can stigmatize patients, making them feel like their brain is "broken" or diseased.

Just today I heard on the Curable podcast (link here - 38 min mark) Sophie Hawley-Weld discuss her negative experience with PNE as a stand alone approach - “It made me feel crazy, because I did ALL the things!”

Lisa Feldman Barrett points out in her book How Emotions Are Made:

“Scientists now consider chronic pain to be a brain disease with its roots in inflammation.”

Therapists, too, can get stuck in this model, sometimes doubling down when their approach doesn’t yield results, leading to frustration and cognitive dissonance on both sides.

While PNE has helped many, its reductionist trap—the idea that pain is purely a cognitive or brain-based experience—can leave patients feeling confused, alienated, and in some cases, harmed.

The Quiet Work of Bud Craig: A Model Ready for Its Time

While PNE experts have been front and center, promoting their work as being of the highest evidence-based standard, Bud Craig has worked quietly and diligently in his lab for over two decades.

Without any fanfare or jumping to premature conclusions, Craig has steadily built his homeostatic model of pain, focusing on understanding how the brain and body interact to maintain balance. His approach has been one of careful observation and deep research, avoiding the sensationalism that often accompanies new theories.

Unlike the self-promotion that has often characterized the PNE movement, Craig’s work has been humble yet profound.

While PNE experts have confidently marketed their approach and, at times, looked down on therapists who use what they consider to be outdated modalities, Craig has taken a more measured, thoughtful path.

This divide between the PNE camp and other healthcare professionals has created divisions within the profession that threaten to tear it apart. As the PNE model gained traction, those who embraced different methods, even those rooted in manual therapy or movement-based approaches, have often been labeled as being behind the times or lacking evidence.

This division is unhealthy.

When experts adopt a fixed stance, particularly when that stance dominates the conversation, it can prevent the evolution of new ideas.

The rigid adherence to the neuromatrix theory has made it difficult for PNE proponents to integrate other valuable insights, particularly those that focus on the body’s physiological processes.

Bud Craig’s Homeostatic Model: A More Balanced Approach

This is where Bud Craig’s homeostatic model offers a refreshing alternative.

Craig’s model doesn’t disregard the brain’s role, but it brings the body back into the equation in a more meaningful way. His model focuses on interoception—the way the brain perceives signals from inside the body—and homeostasis, or the body's ability to maintain internal balance.

Craig suggests that pain emerges from the brain's interpretation of signals related to disruptions in homeostasis.

In other words, pain is a result of the body trying to maintain balance, involving not just cognitive processes but also metabolic health, the immune system, and the autonomic nervous system.

This multi-dimensional approach goes beyond the brain to include a broader understanding of the body's physiological state.

Why PNE Has Reached Its Limits

The current PNE model, with its strong focus on the brain, misses out on these broader dimensions. While it’s been helpful for some, it has also led to iatrogenic harm—the unintended negative consequences of treatment.

Patients who don’t respond to PNE can feel as though their brain is at fault, or that they’re failing to think positively enough to overcome their pain. This can lead to a sense of disempowerment, where patients feel like they’re not in control of their own healing.

On the flip side, therapists who are deeply invested in the neuromatrix theory of pain, popularized by PNE, can become stuck in their thinking.

They may struggle to embrace newer models like Craig’s, falling into expert bias and resisting change due to their commitment to a theory that no longer fully explains the complexity of pain.

Big organizations or thought leaders who have built their careers on the neuromatrix theory may find it difficult to pivot, even when emerging evidence suggests a new direction is needed.

The Risk of Reductionism

When we boil down pain to a purely cognitive process, we risk oversimplifying a very complex experience.

Pain is not just in the mind, and it’s not just in the body—it’s an emergent experience that arises from the brain’s interpretation of the body’s internal state.

PNE’s reductionist approach may have been a necessary stepping stone, but it’s clear now that it’s not enough.

We need a model that honors the complexity of pain—one that integrates the brain, body, and emotions.

A New Paradigm for Pain: Bud Craig’s Homeostatic Model

Bud Craig’s homeostatic model offers the kind of paradigm shift that the pain world desperately needs.

His model moves beyond the brain-centric view of pain and looks at how pain is a signal of the body’s struggle to maintain balance.

It integrates brain and body, cognition and physiology, offering a more multi-dimensional and empowering view of pain.

This model suggests that pain is not just about faulty neural circuits or maladaptive thoughts but is a multi-dimensional signal that can arise from metabolic imbalance, poor immune function, or disruptions in the autonomic nervous system.

In this way, it respects the body's role in pain, and it offers patients a more empowering framework for understanding their pain and healing.

Instead of being told that their brain is “the problem,” patients can see how their body and brain work together to maintain balance.

Time for a New Direction

As with any scientific revolution, there comes a time when we must move forward. Karl Popper’s philosophy reminds us that science should be open to change, that we must always be ready to discard old theories when new evidence challenges them.

The PNE revolution, while groundbreaking, may now need to give way to a more nuanced, integrative approach. The homeostatic model offers a new direction—one that respects the brain’s role but also fully embraces the body’s physiological contributions to pain.

It’s time for a new pain model—one that’s more grounded in science, one that empowers patients rather than stigmatizing them, and one that helps therapists and patients alike see the bigger picture.

The time for Bud Craig’s homeostatic model has come.

Final Thoughts:

We owe a debt of gratitude to Butler, Mosley, and the pioneers of PNE for opening the door to a new understanding of pain.

But now, we have the opportunity to take the next step. By embracing the homeostatic model, we can help patients reclaim their power, and in doing so, move away from the reductionist trap that has limited our approach to pain for too long.

Let's bridge the divisions in the profession and build a new, unified path forward—one that honors both the brain and the body.

4 Steps to Genuine Relief from Persistent Neck Pain & Headaches

If you've been struggling with neck pain and headaches that just won't go away, you've probably been through various treatments without lasting success.

Dan O’Grady, physio, has developed an innovative, scientific, evidence-based approach to help you find genuine relief using the Guitar Framework.

Here's how we’ll guide you through the journey:

Step 1: Simplistic Phase

At first, you may think there's a quick fix for your pain. "Just give me the right stretch or massage and I’ll be fine."

You might feel hopeful but then quickly disappointed when the results don’t last.

The truth is, pain isn’t always solved in a single session, and understanding this is key to moving forward.

Step 2: Complicated Phase

You’ve tried different experts—physio, chiropractor, massage, acupuncture—each with a different opinion.

This phase can feel overwhelming and frustrating. "Why isn’t anything working?" you wonder.

The problem is that the root cause is still unclear, and bouncing between treatments isn’t giving you a clear path forward.

Step 3: Complex Phase

Now, you're starting to understand that pain is more than just a structural issue—it's connected to stress, lifestyle, beliefs, and your overall health.

But this phase can feel chaotic. "How do I even begin to manage all of this?" you ask yourself.

Here, you start to see the importance of a comprehensive approach that includes your mind, body, and emotions.

Step 4: Simple Phase

Finally, the Guitar Framework brings everything together in a way that makes sense.

We guide you to tune your body with simple, effective strategies that fit into your daily life.

You'll start to see patterns in your pain and learn how to manage it with ease.

This isn’t about doing more—it’s about doing what works.

Relief becomes achievable, and life gets easier.

📝 Free Questionnaire:

Ready to start your journey to relief? Take our free questionnaire to see where you're at and how the Guitar Framework can guide you to lasting relief.

Get started today with Dan O'Grady's proven method to make neck pain and headaches a thing of the past.

Leave your details below and we’ll send you the questionnaire by email.

Five Main Things to Avoid Proximal Hamstring Tendinopathy

Five Main Things to Avoid Proximal Hamstring Tendinopathy

  1. Excessive Rest

    • Why to Avoid: While rest is important to reduce initial inflammation, excessive rest can lead to muscle stiffness and weakness. This can slow down the healing process and make tendons more prone to re-injury.

    • Alternative: Engage in gentle, low-impact activities that keep muscles active without overloading the tendons.

  2. Aggressive Stretching

    • Why to Avoid: Over-stretching can irritate and exacerbate the tendons, leading to increased inflammation and pain.

    • Alternative: Focus on gentle range-of-motion exercises and specific strengthening activities that support tendon healing without causing further irritation.

  3. High Compression Loads

    • Why to Avoid: Activities that create high compression loads, such as prolonged sitting with crossed legs or using spikey balls directly on the tendon, can lead to increased inflammation and pain.

    • Alternative: Avoid positions and activities that compress the tendons. Use gentle massage on the surrounding muscles and ensure proper posture to reduce compression.

  4. Ignoring Pain Signals

    • Why to Avoid: Ignoring pain and pushing through it can lead to overloading the tendons and further injury. Pain is a signal that something is wrong and needs to be addressed.

    • Alternative: Listen to your body and use pain as a guide to adjust activities. Follow the Traffic Light Model to monitor and manage pain levels effectively.

  5. Overloading with High-Intensity Activities

    • Why to Avoid: High-intensity activities without proper conditioning can overload the tendons, leading to increased pain and inflammation.

    • Alternative: Gradually reintroduce activities with a focus on low-intensity, consistent training. Follow the 80/20 training rule, keeping 80% of your workouts at low intensity and only 20% at high intensity.

By avoiding these common pitfalls and focusing on gentle, supportive practices, you can enhance your body's natural healing processes and achieve a more effective recovery from hamstring tendinopathy.

New Program to Help with Proximal Hamstring Tendinopathy in Runners

Hi, I’m Dan O'Grady, Physiotherapist, Running Coach, and Former PHT Sufferer

Are you an endurance runner who is tired of battling persistent buttock/hamstring pain that just won't quit?

As someone who has experienced the frustration of proximal hamstring tendinopathy (PHT) firsthand, I understand the challenges you're facing.

CLICK TO READ MORE

"Run, Recover, Thrive: Empower Your Knees, Enhance Your Life"

The Resilient Knee Project: A Simple Approach

The Resilient Knee Project is a holistic approach to improving knee health, designed to be straightforward and effective.

At its core, the project uses a blend of targeted physical exercises, pain education, and lifestyle adjustments to promote knee resilience and overall well-being.

  1. Start with Assessment: Use the Resilient Knee Matrix to evaluate your current knee health across two dimensions: biomechanical integrity and functional capacity.

  2. Educate Yourself: Learn about the science of pain through Pain Neuroscience Education (PNE), which helps reframe your understanding of pain as part of the healing and growth process, not just a signal of injury.

  3. Implement a Balanced Routine:

    • Exercise: Incorporate low-impact running and functional exercises to strengthen the muscles around the knee, improving stability and shock absorption.

    • Recovery: Adopt recovery techniques like proper hydration, nutrition, and sufficient sleep to enhance muscle recovery and reduce inflammation.

  4. Monitor and Adapt: Regularly assess your progress. Adjust the intensity and frequency of exercises based on feedback from your body, using pain and discomfort as guides to manage your load.

  5. Support System: Engage with a community or professionals who support your journey, providing motivation and advice when needed.

The key is consistency and a balanced approach.

By gradually challenging the knees and providing them with the care they need to recover, you can enhance your knee health and function without overwhelming the body.

This simple method ensures that you build capacity and resilience in your knees, promoting long-term health benefits for the body and mind.

Are you ready to join us?


Why You Can Have Pain Without Tissue Damage: A Physio’s Guide

Pain is a complex and fascinating experience, and sometimes it can be really intense even when there’s no actual injury.

How does that happen?

Let’s dive into it with a simple explanation.

The Role of Acid-Sensing Nociceptors

Our bodies have special nerve endings called nociceptors.

Think of them as danger warning sensors.

This type of danger sensor is just like your fuel gauge in your car. It lights up when you are getting low on fuel (but your car is structurally OK).

One type of nociceptor is particularly interesting: acid-sensing nociceptors.

How Do Acid-Sensing Nociceptors Work?

When we exercise or stress our muscles, they produce metabolic byproducts, including lactic acid.

This lactic acid can increase the acidity in our muscle tissues.

Acid-sensing nociceptors detect this change in acidity and can trigger signals that we experience and can label ‘pain’, even if there’s no real damage to the tissues.

Here’s another simple analogy -

Imagine you’re cooking and you accidentally burn a bit of food.

The smoke detector goes off, even though there’s no fire – just a little smoke.

Similarly, acid-sensing nociceptors can sound the pain alarm in your muscles without any actual injury, just due to increased acidity.

Why This Matters

Understanding that pain can occur without tissue damage is crucial for managing our pain.

It helps us realize that pain isn’t always a sign of something broken or injured.

Instead, it can be a warning system that’s trying to protect us.

Practical Takeaways

  1. Recognize the Signals: Know that pain doesn’t always mean harm. Sometimes it’s your body’s alarm system reacting to changes, like increased acidity in your muscles.

  2. Manage Stress and Exercise: Both physical and emotional stress can increase acidity in your muscles, triggering these nociceptors. Regular, moderate exercise and stress management techniques can help keep these sensors from becoming overly sensitive.

  3. Pain Management Strategies: Techniques like deep breathing, gentle stretching, and mindfulness can help calm your nervous system and reduce the sensitivity of these pain signals.

By understanding how pain works, especially the role of acid-sensing nociceptors, we can better manage it and lead healthier, more comfortable lives.

Remember, pain is complex, but with the right knowledge and tools, we can handle it more effectively.

Feel free to share this with anyone who’s struggling with chronic pain – sometimes, understanding the science behind it can make all the difference!