~William Shakespeare
Pain, as mentioned in other pages, is dynamic. There are chemicals that the body produces in response to pain and there are areas in the brain associated with pain, however the brain has to choose how to interpret signals as painful or as something else.
The brain can get it right. Tearing a muscle or breaking a bone hurts.
The brain can get it wrong. In these instances, the brain can create real physical manifestations like eczema, rashes, tingling, and swelling in response to signals that it is interpreting incorrectly. This can occur even after there is an initial injury in which it correctly interpreted pain. The brain may continue to interpret signals from the original injury site as unsafe even after healing is complete. It can do this for years. You can accumulate diagnoses and medications and even surgeries related to the physical manifestations. And yet, the brain may continue to get it wrong and the pain continues.
These different aspects of pain benefit from approaches relevant to them. Sometimes there is a mix of reasons and the approach must also be mixed. Below are a series of approaches to help you navigate your options.
Remember that pain management continues to evolve as we learn more. The best method is the one that works for you. Remember to sculpt your individual program by trying methods and keeping what works.
Challenge your beliefs.
Move regularly.
Improve your posture
Manage the pain in the moment.
Manage your risks.
Get help from a clinician when you need it.
Gentle, tolerable, regular movement has been found to be beneficial in reducing all pain types.
General movement recommendations (see your provider for any instruction specific to you):
Tip
Lots of people tell me that they do not need to use a tool. "I'm not there yet." I understand. More often than not, I want people to be physically engaged in their lives. However, people often need to re-build their tolerance to physical activity. This is best done in a paced manner. Therefore, I prefer people learn to 'spend their energy bucks' wisely.
Additionally, some people, such as those with chronic fatigue syndrome, may actually need to be more restful rather than trying to physically push themselves. Tools are helpful in remaining occupationally engaged without over-exerting yourself.
Still not sure? Think about this. Tools can have the equivalent effect of wearing cleats when it is icy. Sure, you may be able to take the trash out without slipping and falling on the ice, but you spend a lot of energy and increase you attention, possibly even your state of worry, while you take the trash out. If you're wearing cleats, you (your nervous system) calms down and your stability improves.
Below is a list of tools that can be helpful. Use the terms below to do an internet search to see what they look like. If you are using Google for the internet search, you will see a row of options at the top of your search results. One is "images." Clicking on this will allow you to see pictures of the options. If one looks like it could be useful, you can follow the links to the website for the item. Also, under the Safety, Tools, and Tips header is a document called "Tools & Tips" which has pictures of many of these items.
Here is an excellent resource to delve into this topic more deeply. It includes information on sleep and pain, changing sleep cycles, sleep and aging, and sleep and chronic fatigue.
Terms to Know:
The following tips can be beneficial. Each person is different so if one approach does not work for you, try another. Sometimes sleep is impacted by a variety of factors and combinations of adjustments need to be trialed.
Train the brain:
> Use the bedroom for sleeping and intimacy only so the brain begins to recognize it as the place for sleep to occur. Limit long naps in other areas of the home to aid in this learning.
> Go to sleep and awaken at consistent times daily to aid in facilitating and maintaining the circadian rhythm and training the brain to this rhythm.
> If not falling asleep within 20 minutes of lying down, get up and leave the bedroom until sleepiness occurs. Then return to bed. This aids in training the brain.
Use sensory inputs:
> Sleep in a cool room. It is ok to use blankets for body warmth but keep the air cool.
> Sleep in a dark room. Light can stimulate the brain to be wakeful.
> Sleep in a quiet room.
> Considering adding the sounds and smells of nature.
Behaviours when awake:
> Stop eating with enough time to digest food out of the stomach before lying down to sleep.
> Stop caffeine earlier.
> Be occupationally engaged during waking hours.
First of all, dietitians are awesome. Get to know one.
Inflammatory Pain:
This type of pain is recognized by the World Health Organization but not as widely recognized elsewhere. It has also been associated with nociplastic pain. It occurs from a normal response to expected inflammation that occurs from an injury or illness. It also occurs as a sensitized/hypersensitive response to inflammation.
Inflammation in the context of diet:
> Chronic systemic inflammation can result in increased and widespread pain.
> Systemic inflammation is often associated with the biomarker A1c which, when elevated, is typically seen in people with diabetes and/or heart disease.
> Diabetes and heart disease can be managed, in part, by diet. This can reduce A1c which reduces the systemic inflammation which can reduce the pain.
> Anti-inflammatory diets that are clinically recommended are: Mediterranean and DASH diets.
Is weight important?:
One pound of weight loss has been found to reduce 4 pounds of force from the knees. Losing weight, if appropriate, can reduce joint stress and related pain so, yes, it can be important for nociceptive and neuroplastic pain types where injured, weight-bearing tissue is being compressed.
However, weight loss can prompt people to ‘diet.’ They may try the latest fad diet or feel confused by information in social media. Additionally, the mere idea of these social pressures can increase anxiety, depression and overall stress which, in turn, can increase nociplastic pain and prompt a person to seek comfort food.
It is unfortunate that the idea of weight is so psychologically inflammatory in and of itself. If weight loss is important to you in your pain management/health management journey and if it is likely to trigger these unhelpful responses/behaviors, consider enlisting the support of a dietitian to help support and coach you through your journey. An occupational therapist can also help and support you in implementing dietary recommendations, but specific dietary instructions for your health needs should come from your GP/NP and/or dietitian.
A note: Dietitians can help you identify health-supporting dietary options even if you do not have a lot of money to spend or time to prepare meals. They are also willing to adjust recommendations as you go along to find options that work best for you. I know it can be difficult and personal to talk about eating habits you feel are embarrassing or not reflective of your ideal. A dietitian, though, should provide you with a safe space to open up. Go back. Talk to them again. They can support you.
If your GP/NP does not have any dietary concerns for you and you are unable to enlist the aid of a dietitian, then - in general - it is okay to 'play with your food' to see what works for you. Here are some basics.
> It is important to eat enough calories, and consume protein, carbohydrates, and fats.
> It is important to make dietary changes at a tolerable pace.
Gas, bloating, and irritable bowel syndrome (IBS):
Normal aging can cause slower gastrointestinal motility thereby slowing digestion and giving food more time in the gut which can increase a sense of pressure, feeling backed-up, and possibly contributing to reflux.
If you are eating the amount of food you 'used to eat’ when younger, you may benefit from some adjustments. Again, consider the aid of a dietitian.
Pain medications, especially opiates, can slow GI motility more, often quite a lot. It can cause constipation and sometimes in some people fecal blockages.
Fascial tissue, which has almost as many sensory nerves as skin, is interconnected through the abdomen and can be stretched from gas/bloating/abdominal distension from slowed motility and an overfull bowel. This can create pull through low and mid back fascia tissue and can contribute to increased abdominal and back pain.
IBS has not had an identified cause.* The pain from IBS has been attributed to a sensitivity of nerve endings within the bowel that occurs when IBS symptoms are triggered. Removing certain foods that contain short-chained carbohydrates called FODMAPS from the diet has been found to be helpful in reducing IBS symptoms. FODMAP stands for fermentable oligosaccharides, disaccharides, monosaccharides and polyols.
*There is emerging research showing that more than 80% of people who have been diagnosed with IBS test positively for a condition called SIBO (small intestine bacterial overgrowth). When the SIBO is successfully treated, the IBS symptoms resolve. SIBO does require a test to diagnose. It is a breath test over a three-hour timeframe, typically. Treatment is usually done with a combination of tactics which generally includes at least one, possibly two antibiotics.
General Tips:
Here are excellent resources to learn more:
> Canada's Food Guide:
> US Dietary Guidelines for Americans:
> Dietitians of Canada Mediterranean Diet Toolkit, A Guide to Healthy Eating:
> Heart & Stroke Foundation Information on the DASH Diet (DASH = Dietary Approaches to Stop Hypertension):
> Canadian Digestive Foundation, Understanding the Low FODMAP Diet:
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