“So if my symptoms get better when I’m distracted, does that mean they’re all in my head?”
No. But I do think it’s interesting.
Maybe you have pain every morning at home, but you went away for the weekend and barely noticed it. Maybe you can’t sit comfortably through a normal evening on the couch, yet somehow made it through a two-hour movie with a friend. Maybe your stomach symptoms are usually impossible to ignore, but there have been afternoons when you were busy, laughing, or completely absorbed in something and suddenly realized you hadn’t thought about them in hours.
Vacation can make this even more obvious. You leave home expecting to pack half the medicine cabinet and somehow feel better while you’re gone. Then you come home, return to your normal routine, and there the symptoms are again.
Your body came on vacation with you.
Your symptoms don’t exist in a vacuum
We tend to think of physical symptoms as though they are produced entirely by whatever is happening in one particular body part. If your back hurts, something must be happening in your back. If your stomach hurts, something must be happening in your stomach. If you feel dizzy, something must be happening in your vestibular system. Sometimes, of course, that is exactly what is happening. But our experience of the body is also influenced by what the brain understands about the situation we are in.
Imagine hearing a loud bang behind you while walking alone through a dark parking lot at night. Your heart might jump before you have any idea what made the noise. Now imagine hearing the exact same bang while watching someone drop a broom in your kitchen. The sound waves may be remarkably similar, but your brain has very different information about what they mean. One situation gets interpreted as potentially dangerous. The other gets interpreted as, Well, that was loud.
The brain is constantly doing this with information from inside the body too. It isn’t simply receiving sensations and displaying them to us like numbers on a screen. It is interpreting those signals in context, using previous experiences, expectations, attention, and what it has learned about danger. That is part of why context can matter so much with chronic pain and other persistent symptoms.
If your symptoms are dramatically different at home than they are on vacation, or when you’re alone versus with friends, or while thinking about them versus completely absorbed in something else, I become curious about that variability. I’m not thinking, Aha! We caught you. Clearly the symptom wasn’t real. I’m thinking, Interesting. Your nervous system is capable of producing a different experience under different circumstances. What can we learn from that?
Variability is information.
Distraction doesn’t mean the symptom wasn’t real
This is probably the part people get hung up on most. If pain disappears while you’re distracted, it can sound suspiciously like someone is saying you imagined it in the first place.
But attention changes our experience of very real physical sensations all the time. Think about discovering an itchy mosquito bite. It may have been there for an hour, but once you notice it, suddenly it is extremely itchy. Then someone starts telling you a story, you get involved in a project, or your toddler decides that pants are an unacceptable infringement on his personal freedom, and ten minutes later you realize you stopped noticing the itch.
The mosquito bite did not cease to exist. Your brain simply had other information competing for attention.
With persistent symptoms, the relationship with attention can become more complicated because the symptom may also feel threatening. When something hurts, makes us dizzy, causes nausea, or otherwise scares us, of course we pay attention to it. We check whether it is getting better. We compare it with yesterday. We notice whether that movement made it worse. We wonder what it means. We brace for the next episode. None of that means we caused the symptom by paying attention to it. It means our brain has identified something as important enough to monitor.
But attention and danger can begin feeding each other. The more important a sensation seems, the more attention the brain gives it. The more closely we monitor it, the more information we collect about it. If the brain has already learned that the sensation is threatening, all of that monitoring can reinforce the idea that this is something it needs to keep watching.
Then you get completely absorbed in something else, and for a little while that process changes.
That doesn’t mean distraction is a magic treatment. It means the change itself may tell us something.
Vacation changes more than your location
Vacation is particularly interesting because people often say, “I guess I was just less stressed.” Maybe. But that explanation can be a little too simple.
When you travel, a lot changes at once. You wake up in a different room. You may walk more- or sometimes less. You eat at different times. Your responsibilities change. You may spend more time with people you enjoy, do things you’ve been looking forward to, sleep differently, or stop following your normal routine. You are surrounded by different sights, sounds, smells, and physical environments. Even your expectations about the day are different.
And many of the cues your brain normally associates with your symptoms aren’t there.
Suppose your feet usually hurt when you first stand up in the morning. Over time, waking up, looking at the clock, putting your feet on the bedroom floor, and taking those first few steps can all become part of a familiar sequence. You may not consciously think, Here comes the pain, but your brain is very good at learning what usually happens next.
Then you wake up in a hotel. The room looks different. You’re thinking about where you’re getting coffee. You put your feet on an unfamiliar floor and start talking to the person you’re traveling with. Maybe the pain is still there. But what if it’s noticeably less? What if it shows up later? What if you walk five miles sightseeing even though standing for twenty minutes at home usually feels impossible? I want to know that.
Not because vacation somehow proved that your feet were never hurting, but because the pattern changed when the context changed. If a symptom were being driven entirely by an unchanging structural problem, those inconsistencies become harder to explain. If the brain and nervous system are involved in maintaining the symptom, context-dependent changes make much more sense.
Of course, some people have the opposite experience and flare terribly while traveling. That can make sense too. Travel can involve poor sleep, physical exertion, unfamiliar food, disrupted routines, anxiety, sensory overload, or simply the expectation that something will go wrong. There isn’t a rule that says “vacation makes neuroplastic symptoms better.” What matters is the pattern your nervous system is showing us.
When your symptoms don’t make sense to other people—or even to you
One of the hardest parts of having symptoms that change with context is that the inconsistency can be incredibly confusing. Maybe you went on vacation and walked around for hours, ate at restaurants, and kept up with plans better than you expected. Then you came home and had to cancel lunch with a friend because you woke up in too much pain, felt completely exhausted, or couldn’t trust your stomach enough to leave the house. Your friend may understandably think, But you just went on vacation. How can lunch be too much? And honestly, you may be wondering the exact same thing.
That can create a particular kind of guilt because it starts to feel like you need to defend your symptoms. You know you aren’t choosing when they show up. You aren’t deciding that sightseeing is possible but lunch isn’t. And being physically capable of something on Tuesday does not mean you are pretending when the same thing feels impossible on Friday. The symptoms are real in both situations. What may be changing is the information your brain and nervous system are working with in those different moments.
This is one reason I think understanding learned patterns can actually be validating rather than dismissive. A nervous system isn’t a machine that should produce exactly the same output every time the body performs the same activity. Context matters. Expectations matter. Previous experiences matter. Attention, stress, excitement, connection, environment, and learned associations can matter. On vacation, you may be excited about what you’re doing, surrounded by completely different cues, moving without your usual routines, and thinking much less about whether your body can handle the day. Back home, lunch with a friend may happen in the middle of all the familiar circumstances in which your symptoms have been occurring. You don’t consciously choose either response.
And I think this is important: the inconsistency isn’t evidence that you’re unreliable. It may be evidence that your symptoms are more changeable than they feel. Those are very different conclusions. Instead of having to explain why you could walk five miles in London but couldn’t make it to lunch, we can become curious about what was different between those two experiences. For someone exploring whether their symptoms may have a neuroplastic component, that contradiction may actually give us useful information.
The brain learns what usually happens next
One of the ideas I come back to often in Pain Reprocessing Therapy is that the brain is a prediction-making organ. It uses past experience to anticipate what is likely to happen next, which is incredibly useful most of the time. You don’t have to rediscover every morning that your bedroom floor will support your weight or that the shower water might be hot. Your brain uses what it already knows.
Problems can arise when the brain learns a danger prediction that is no longer accurate.
Maybe pain began during an injury and your brain learned that bending was dangerous. Maybe nausea repeatedly happened after eating and meals became associated with symptoms. Maybe dizziness happened in a crowded store and now Target somehow seems capable of making the floor move. The association can become automatic. You don’t have to consciously believe the activity is dangerous for your nervous system to respond as though it is.
This is one reason I’m so interested in exceptions. If you normally cannot sit for more than thirty minutes but sat through an entire dinner while talking with friends, that matters. If walking through your neighborhood reliably causes symptoms but you walked twice as far exploring London, I want to put that on the Evidence List. If your stomach symptoms disappear during a busy afternoon and return the moment you sit down and check how your stomach feels, I’m curious about that too.
No single example proves that a symptom is neuroplastic. Bodies are messy, and plenty of medical conditions fluctuate. But when we begin collecting these exceptions alongside other clues—symptoms that move or change, symptoms influenced by stress or attention, learned triggers, inconsistencies that are difficult to explain structurally—a pattern can sometimes emerge.
The question becomes less, Why is my body so unpredictable? and more, What might my brain have learned to predict?
The goal isn’t to stay distracted forever
Once someone realizes distraction helps, there can be a temptation to turn it into another strategy for getting rid of symptoms. Stay busy. Keep your mind occupied. Never sit still. Find something sufficiently interesting every time the pain starts.
That can become its own form of fear.
If I believe I have to distract myself because noticing the symptom is dangerous, the symptom is still running the show. I’m just trying not to look at it. And if I start checking whether the distraction is working, now I’m monitoring whether I’m sufficiently distracted from the thing I’m trying not to monitor. Excellent.
In PRT, I’m much more interested in what these experiences can teach us. Maybe the fact that you walked farther on vacation helps loosen the belief that your body is incapable of walking that distance. Maybe realizing you forgot about your pain for three hours gives us evidence that the intensity is not completely fixed. Maybe feeling better when you are laughing, engaged, or connected helps us understand what happens in your nervous system when it isn’t expecting danger.
We can then begin exploring those patterns intentionally. Sometimes that involves changing the way we respond to a sensation. Sometimes it means gradually approaching an activity the brain has learned to fear. Sometimes it means noticing the predictions that show up before symptoms do. And sometimes the most useful thing is simply realizing that the symptom has already shown us it is capable of behaving differently.
You do not need to recreate the perfect vacation. You definitely do not need to move to Aruba for your nervous system.
But I do think it’s worth paying attention when your body surprises you.
If you have been trying to determine whether your chronic pain or other symptoms may have a neuroplastic component, the exceptions in your story can be incredibly useful. During a connect call or first session, I’m interested in those odd moments: the day you did much more than usual and somehow felt better, the symptom that disappeared when something else demanded your attention, the vacation when you expected to struggle and didn’t.
Those moments don’t give us the answer by themselves. But they give us something to investigate.
And sometimes the moments that make the least sense under the old explanation are exactly the ones that help us begin considering a new one.
Want to Keep Exploring?
If this pattern sounds familiar, you may also find How Do I Know If My Symptoms Are Neuroplastic?, Can Neuroplastic Symptoms Start After an Injury or Illness?, and What Is Pain Reprocessing Therapy (PRT)? helpful. Together, they go a little deeper into how learned patterns develop, what clues may suggest a neuroplastic component, and how PRT can help the nervous system begin responding differently.
And if you’re reading all of this thinking, Okay, but how do I know what’s happening in MY body?—that’s exactly the kind of question we can explore together. I offer a free 15-minute connect call where you can tell me a little about your symptoms and the patterns you’ve noticed, and we can talk about whether this approach might make sense for you.
About the Author
Amberleigh Maida, ICF-ACC, is an Advanced Pain Reprocessing Practitioner and life coach with training in Emotional Awareness and Expression Therapy (EAET). She also holds a master’s degree in creative writing with a focus on nonfiction. Drawing on both professional training and personal experience with chronic pain, she writes about neuroplastic symptoms, the brain-body connection, and approaches to chronic pain and other persistent symptoms.
