PDF Summary:The Way Out, by Alan Gordon

If you suffer from chronic pain, you've likely tried everything to make it stop—medications, physical therapy, maybe even surgery. But what if your pain isn't caused by physical damage at all? In The Way Out, psychotherapist Alan Gordon explains how chronic pain often originates in the brain rather than the body. He introduces the concept of neuroplastic pain—pain that results from the brain misinterpreting safe signals as dangerous.

Gordon presents Pain Reprocessing Therapy (PRT), a treatment approach designed to help your brain unlearn pain patterns by eliminating fear and creating feelings of safety. You'll learn how fear amplifies pain, why traditional pain assessments often miss the real cause of chronic pain, and how techniques like somatic tracking can help you observe pain without judgment. This guide explains the core principles of neuroplastic pain and offers practical methods for retraining your brain to break the pain-fear cycle.

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(Shortform note: Gordon’s claim that pain is a disease unto itself, that it must be treated in the brain, and that Pain Reprocessing Therapy will stop it doesn’t apply to all types of chronic pain. For example, if you have cancer, an infection, or inflammatory arthritis, your pain is secondary to a disease process. In these cases, the brain is still receiving powerful nociceptive signals from the body, and the pain is a symptom of the underlying disease.)

We’ll discuss the limitations of traditional pain assessment and provide indicators of pain that's neuroplastic.

Limitations of Traditional Pain Assessment

Gordon states that traditional pain assessments often fail to identify the true cause of persistent pain. Doctors often assume that pain results from bodily injury or illness, so they search for physical damage. But research indicates that these structural alterations are common and typically unrelated to pain. Typically, the results from an MRI don't match the physical symptoms. Chronic pain usually doesn't result from structural damage. The pain is genuine, but it's neuroplastic. We need to focus on the brain rather than the body to treat it.

Chronic Primary and Secondary Pain

Gordon’s claim that most lasting pain is unrelated to structural problems is likely inaccurate. The International Classification of Diseases (ICD-11) distinguishes between chronic pain caused by ongoing bodily pathology and pain driven by altered processing. Chronic secondary pain is directly linked to identifiable causes like inflammation, nerve damage, or cancer. Chronic primary pain, on the other hand, is considered a disease in its own right, not directly caused by another condition. This classification recognizes that chronic pain can be either a symptom of an underlying problem or a standalone disorder.

Identifying Indicators of Brain-Caused Sources of Discomfort

Neuroplastic pain frequently lacks a clear physical diagnosis. Gordon suggests that if doctors can't identify a physical reason for your pain, it strongly suggests it's neuroplastic. However, even if you've received a physical diagnosis, your pain could still be neuroplastic. Physicians are educated to identify structural reasons, so they may point to a structural issue that isn’t actually causing your pain.

(Shortform note: If you treat your pain as neuroplastic whenever doctors can’t identify a physical reason, you may delay the discovery and treatment of a physical illness. For example, a woman who experienced severe pain in her right side for years was told by doctors that there was no physical reason for her pain. She eventually discovered that she had a rare form of cancer that was causing her pain.)

Gordon also notes that specific character attributes and childhood experiences can indicate pain of a neuroplastic nature. Those who experienced abuse, neglect, or other trauma during childhood have a greater chance of suffering from long-term pain in adulthood. But significant trauma isn't the sole trigger for neuroplastic pain. Any experience of feeling unsafe in childhood could increase your chances of having ongoing pain. If you go through these experiences in your childhood, it can lead you to view the world as threatening, making you more vulnerable to pain that's neuroplastic.

Individuals experiencing neuroplastic pain tend to share particular personality traits. Many individuals with pain tend to criticize themselves, feel stressed, and experience anxiety. Other common traits include perfectionism, conscientiousness, people-pleasing, and anxiousness. These traits stimulate the brain's alarm system in various ways.

The Impact of Childhood Experiences on Long-Term Health

In The Deepest Well, Nadine Burke Harris explores the impact of adverse childhood experiences (ACEs) on long-term health. She explains that feeling unsafe in childhood can lead to a higher risk of persistent pain in adulthood. She also notes that traits like perfectionism and people-pleasing are common among those with chronic pain. Burke Harris suggests that these traits may develop as coping mechanisms in response to early adversity. She explains that chronic stress in childhood can alter the body's stress response system, making individuals more sensitive to pain signals. This research supports Gordon's view that both childhood experiences and personality traits can contribute to neuroplastic pain.

Gordon adds that neuroplastic pain can manifest differently from structurally caused pain. For example, it can begin later than usual, unlike pain that results from structural issues. It might also vary in location, timing, and intensity. It can fluctuate based on how stressed a person is. It can last longer than it would naturally take to heal. It can appear when you're experiencing a stressful period. It may be linked to physical manifestations throughout your whole system.

(Shortform note: While Gordon suggests that these symptoms are unique to neuroplastic pain, researchers have found that they can also occur in structurally caused pain. For example, in osteoarthritis, a condition where the cartilage in the joints wears down, pain can have a delayed onset, vary in intensity and location, and be influenced by stress. This suggests that the distinction between neuroplastic and structural pain may not be as clear-cut as Gordon presents.)

Mechanisms and Application of Pain Reprocessing Treatment

Gordon explains that PRT helps restructure neural pathways to alleviate persistent pain. It’s the leading modern therapy for persistent pain, using mind-body methods to deactivate pain. It works by eliminating fear and teaching the brain that pain is not dangerous, changing the way the brain interprets pain. It also cultivates a general feeling of security, eliminating neuroplastic pain at its core.

(Shortform note: The National Institute for Health and Care Excellence (NICE) doesn’t list PRT as the leading modern therapy for persistent pain. Instead, it lists several other therapies, including cognitive behavioral therapy, acceptance and commitment therapy, mindfulness-based cognitive therapy, and acupuncture. It also recommends that patients and their doctors work together to determine the best treatment plan, as no single intervention is appropriate or effective for everyone with persistent pain.)

We’ll discuss the core strategies of PRT, its process, effects, and supporting factors.

Core Techniques for Reprocessing Pain Therapy

Gordon explains that somatic tracking helps change the brain's reaction to pain. This mindfulness technique allows you to observe pain without being judgmental or fearful. It functions by reducing your perception of risk and cultivating security.

To practice somatic tracking, focus on the painful feeling in your body. Identify the quality of the feeling: Is it tight, burning, or tingling? Does it cover a large area or remain localized? Is the feeling uniform, or does it grow stronger in certain areas? Just notice the feeling. It's unnecessary to eliminate it or change it. Gently observe with interest.

Potential Risks of Mindfulness

While somatic tracking is generally safe, it may not be suitable for everyone. For example, Lindahl et al. found that some people with a history of trauma or panic attacks experienced negative effects from mindfulness practices. These individuals reported that focusing on their internal experiences sometimes triggered flashbacks, dissociation, or overwhelming emotions. The authors suggest that people with a history of trauma or panic attacks should approach mindfulness practices with caution and consider working with a trained professional.

The PRT Process, Effects & Supporting Factors

Gordon describes the PRT process as involving techniques like bodily awareness, exposure, and experiences that correct. Tracking sensations is a method to safely expose yourself to your pain. This exposure method is specifically crafted to provide transformative experiences.

The aim is to increase the frequency of experiences that correct while reducing setbacks. The approach depends on how intense your pain is, and the degree of pain determines the various strategies that can assist you in gathering corrective experiences while minimizing setbacks.

Memory Reconsolidation

In Unlocking the Emotional Brain, Ecker, Ticic, and Hulley discuss the concept of memory reconsolidation, which is closely related to Gordon’s idea of “experiences that correct.” They argue that for therapy to be effective, it must not only help clients learn new behaviors but also unlearn the emotional patterns that cause their symptoms. They explain that this unlearning happens when a person has a powerful experience that contradicts what their brain expects. This experience must be strong enough to challenge the brain’s existing beliefs, leading to a change in how the brain processes information.

Gordon notes that bursts of extinction can occur while doing this, yet they signify progress. A sudden flare-up of discomfort can happen when you're making progress in reducing your fear and pain.

These bursts happen because your brain is used to the old cycle of fear and pain, and it resists change. They can be scary, but they indicate that the discomfort is subsiding. When experiencing a sudden flare-up, remind yourself that it’s temporary and that you’re safe.

(Shortform note: In learning psychology, a “burst of extinction” is a brief, temporary intensification of a learned response that often appears right after the cues that previously sustained it are removed. For example, if a dog is trained to sit for a treat, and then the treats stop coming, the dog might sit more frequently or more intensely for a short period before the behavior fades away. This burst happens because the brain is trying to hold on to the old pattern, even as it’s being replaced by a new one.)

We’ll discuss the practical application of PRT and the importance of monitoring bodily sensations.

Practical Application of PRT

Gordon considers somatic tracking a key component of PRT. It's an uncomplicated yet powerful technique that shifts how your brain relates to pain by enabling you to perceive it safely. The aim is to assist your brain in interpreting these signals differently and linking them to a feeling of safety. Therefore, experiencing some discomfort while practicing is beneficial.

(Shortform note: If you find that somatic tracking makes your discomfort feel overwhelming rather than manageable, your brain may reinforce the expectation that these sensations are threatening rather than safe. This can lead to a cycle where your brain becomes more vigilant and reactive to these sensations, potentially increasing your overall pain experience.)