Pain Doesn’t Always Mean Damage
Many of us grow up believing that pain automatically means something is damaged or injured in our body. While this can be true, it’s not always the case. Understanding this can be incredibly empowering—it means there’s often more hope for healing than you might think.
So if pain doesn’t always come from tissue damage, where does it come from?
When Stress Gets Stuck in Your Body
Think of your body like a container. Throughout life, we accumulate different types of stress that can get “stuck” in our tissues:
- Physical stress: Poor posture, old injuries, repetitive movements
- Emotional stress: Difficult feelings we haven’t fully processed
- Chemical stress: Poor diet, environmental toxins, medications
Your body is remarkably resilient and can figure out ways to adapt to these stressors for a while. But when they build up over time without being addressed, they can eventually lead to pain—and if left unattended for long enough, actual degeneration of tissues.
The “Final Straw” Moment
Have you ever bent over to pick something up and suddenly your back went out? Most people think the bending down caused their pain, but it was likely just the final trigger after years of accumulated stress.
This first symptom is a plea to you by your brain urging you to pay attention to what is important and to stop sweeping the hard things under the rug. At this stage there is typically still plenty of time to change course and heal.
Going back to the container analogy, when the container fills up, it will eventually overflow and you will feel symptoms. And in reverse, your symptoms will often be the first thing to go away as your body starts to heal, but there is still work to be done to actually take care of the problem.
Three mistakes people make at this point:
1. Focusing on the trigger instead of everything that lead up to the trigger
The real solution isn’t to never bend over again—it’s to address what’s been building up underneath the surface. This might include:
- Unprocessed emotions or past traumas
- Chronic physical tension
- Unhealthy lifestyle habits
- Poor movement patterns (like the WAY you bend over to pick things up every day)
2. Fearing movement and exercise
While it might be wise to take a temporary break from activities with heavy loads or quick movements during pain episodes, one of the worst things you can do is become afraid of normal activities. Take walks, try daily mobility exercises, and keep up with your routines (albeit modified) when possible.
Even when the pain is totally gone, fear of movement can remain. Instead of avoiding movement, focus on building a strong foundation both physically and emotionally so your body can handle life’s demands.
3. Ignoring the pain completely
Your pain is actually your body’s way of getting your attention, asking you to look deeper at what needs care. Listen.
Your Path to True Protection
Real healing goes beyond just treating symptoms. Here’s how to build lasting resilience:
Release Stuck Stress
- Get regular chiropractic adjustments
- Move your body in ways that feel good
- Practice breathing exercises and meditation
- Allow yourself to feel and process emotions as they come up
Build Physical Strength
- Do regular strength training
- Work on flexibility and mobility
- Maintain good spinal alignment through chiropractic care and core strengthening
Address Emotional Patterns
- Notice when you’re holding onto stress, anger, or anxiety
- Acknowledge difficult emotions instead of pushing them down
- Consider working with a counselor for past traumas when you’re ready
There will be no shortage of stressors in our lives, but we can withstand much more than we ever thought possible if we let stress pass through us instead of live inside of us and if we learn to move in the healthy ways our body was designed for.
Let us know if we can help you get started.
By Kirsten Petersen, DC
In Part 2, we’ll dive deeper into the science behind how stress creates pain in your body, explore the mind-body connection, and learn how to make the most of your treatment sessions.