Pain Does not Always Mean Harm

Understanding pain beyond tissue damage and why that distinction matters.

Pain is real. But pain does not always mean that your body is being damaged.

For many of us, pain is something we have learned to associate with injury. We touch a hot surface, feel pain, and quickly move our hand away. We twist an ankle, experience discomfort, and instinctively protect the injured area.

In these situations, pain serves an important purpose: protection.

But what happens when pain continues long after an injury has healed? Or when pain feels intense despite no clear evidence of ongoing tissue damage?

This is where modern pain science offers an important perspective.

Pain Is a Protective Experience

Pain is not simply a direct measurement of what is happening in our tissues.

According to the International Association for the Study of Pain (IASP), pain is an unpleasant sensory and emotional experience associated with, or resembling that associated with, actual or potential tissue damage.

That distinction matters.

Our nervous system continuously processes information from the body and its environment. The experience of pain emerges through complex interactions involving sensory information, previous experiences, emotions, expectations, and context.

Pain is not imaginary. It is a real experience produced through the nervous system’s protective processes.

And sometimes, those protective processes can become more sensitive.

When Protection Becomes Persistent

Following an injury, the nervous system may temporarily become more responsive to sensory input. This heightened sensitivity can help protect an injured area during recovery.

However, in some individuals, changes in pain processing can persist beyond the expected healing period.

This is one reason pain may continue even when tissues have healed or when imaging findings do not fully explain the severity of symptoms.

Researchers describe several processes that can contribute to persistent pain, including peripheral and central sensitization.

Central sensitization refers to increased responsiveness within the central nervous system to sensory input.

It is important to recognize that not all chronic pain is caused by central sensitization. Ongoing tissue pathology, inflammation, nerve injury, and other medical conditions may also contribute.

Chronic pain is complex, and different people may experience pain for different reasons.

Understanding the Biopsychosocial Model

Modern pain science recognizes that pain is influenced by interacting biological, psychological, and social factors.

Biological factors may include tissue injury, inflammation, sleep, nervous system sensitivity, and physical health.

Psychological factors may include fear, stress, expectations, attention, and previous experiences with pain.

Social factors may include relationships, work demands, access to healthcare, and environmental circumstances.

These influences do not make pain any less real.

Instead, they help explain why two people with similar injuries may experience pain differently or why the same person may experience different levels of pain from one day to the next.

Understanding these influences also provides more opportunities for meaningful care.

Pain Does Not Always Equal Damage

One of the most important ideas in contemporary pain education is that the intensity of pain does not necessarily correspond to the extent of tissue damage.

Someone may experience substantial pain with relatively limited detectable tissue pathology.

Conversely, imaging studies sometimes reveal structural changes in people who report no pain at all.

For example, research has demonstrated that degenerative findings on spinal imaging are common among individuals without symptoms, and their prevalence generally increases with age.

This does not mean structural findings are irrelevant. They may be clinically important and should always be interpreted alongside symptoms, medical history, and physical examination.

The takeaway is not that pain should be ignored. It is that pain deserves to be understood within a broader context.

What Does This Mean for Movement and Recovery?

For individuals experiencing persistent pain, movement can sometimes feel threatening.

When a movement has previously been associated with pain, we may begin anticipating discomfort or avoiding the activity altogether.

Although temporary protection is often appropriate following an injury, prolonged avoidance can sometimes contribute to reduced physical capacity, fear of movement, and limitations in daily life.

Pain neuroscience education aims to help individuals better understand their pain experience.

When appropriately integrated with individualized rehabilitation, education may support a more informed and confident approach to movement.

This does not mean pushing through severe pain or ignoring warning signs.

It means learning to distinguish between situations that require protection and those in which gradual, supported movement may be appropriate.

Where Stillness Fits In

At SŌMATHECARY™, I am particularly interested in how movement, education, and stillness can complement one another.

Therapeutic movement offers opportunities to explore physical capacity.

Pain education helps us better understand the protective nature of pain.

Practices such as Yoga Nidra and restorative yoga may provide opportunities for relaxation, body awareness, and psychological flexibility.

No single approach addresses every contributor to chronic pain.

But together, these strategies may help individuals develop a broader collection of tools for navigating their pain experience.

A Different Question to Ask

Rather than immediately asking:

What is wrong with my body?

We might also begin asking:

What factors could be influencing my pain experience?

What does my body need right now?

How can I gradually build confidence in movement?

What supports my ability to participate in the activities that matter to me?

These questions do not replace medical evaluation or treatment.

They expand the conversation.

Final Reflection

Living with chronic pain can change how we experience our bodies, our movement, and our daily lives.

Understanding pain science does not automatically eliminate pain. However, it may help us approach persistent symptoms with greater knowledge, flexibility, and confidence.

Pain is real. Pain deserves attention. But pain does not always mean harm.

And understanding that difference can be an important part of moving forward.

Research-Informed. Heart-Led.

Violette Gibbs

SŌMATHECARY™

References:

1. Raja et al. (2020). The revised International Association for the Study of Pain definition of pain: Concepts, challenges, and compromises. PAIN, 161(9), 1976–1982. Read article⁠. Establishes pain as a personal experience influenced by biological, psychological, and social factors. https://www.ovid.com/jnls/pain

2. Moseley & Butler (2015). Fifteen Years of Explaining Pain: The Past, Present, and Future.The Journal of Pain, 16(9), 807–813. Read article⁠. Explains the distinction between nociception, pain, and tissue damage and the rationale for pain education.https://pubmed.ncbi.nlm.nih.gov/26051220/

3. Brinjikji et al. (2015). Systematic Literature Review of Imaging Features of Spinal egeneration in Asymptomatic Populations. American Journal of Neuroradiology, 36(4), 811–816. Read article⁠. Found that spinal degenerative changes are common in people without pain, reinforcing why imaging findings require clinical context. https://pubmed.ncbi.nlm.nih.gov/25430861/