Posts Tagged ‘chronic pain’

Compartmentalizing Chronic Pain

Thursday, May 26th, 2016

When an individual’s identity and belief about who they are is based around their capacity to be active and athletic, we can predict his or her fears. So what happens when chronic pain no longer permits an active lifestyle?

What happens next is an internal dialog of perception and meaning begin to take root… and how well one can direct their own thoughts, beliefs, emotions and assumptions becomes significant.

Compartmentalization is an unconscious psychological defense mechanism used to avoid cognitive dissonance.
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Businessman with lots of choices

The question then becomes “what is Cognitive Dissonance ?”and how does chronic pain fit into the equation?

Cognitive Dissonance “is the mental stress or discomfort experienced by an individual who holds two or more contradictory beliefs, ideas, or values at the same time, or is confronted by new information that conflicts with existing beliefs, ideas, or values.”

For example, no matter how much an individual may believe… if they’re heading east looking for a sunset, that idea and belief will inevitably run up against irrefutable evidence. This naturally will manifest an internal conflict.

In the context of chronic pain, wanting to go to the mountains for an afternoon of skiing with friends & family may be high on an individuals values list. But a belief that skiing will lead to further knee damage or an increase in pain will surely create a conflict. These psychological inconsistencies (dissonance) and the inherent uncertainty they bring can become difficult to manage – overwhelming for many.

Conflicting beliefs and values evenutally feed into an individuals psyche’, establishing negative neuro-associations based around the context of pain that can contribute to the overall pain experience.

What’s more, physical and emotional pain can negatively influence an individuals’ thoughts, feelings and beliefs regarding movement and exercise, inhibiting one’s capacity to remain consistent with how they define themselves – known as their identity.
Connected puzzle pieces with words CONFLICT and RESOLUTION

Our role as movement professionals and coaches is NOT to change an individuals identity or belief structure, but rather create an environment to EXPAND their capacity to understand what pain is and what purpose it serves.

Arming each client with insight and knowledge into the latest in pain science can help them consciously direct their own thoughts, emotions, assumptions and beliefs regarding chronic pain, which can establish constructive psychological associations and increase their ability to effectively compartmentalize chronic pain.

Written by:

Kevin Murray
Movement Masterminds – CEO
Function First – Director of Education

Neck pain from your eyes?

Wednesday, April 27th, 2016

Chronic pain is complex, resulting from many inputs processed through the nervous system and the brain. As humans, we rely heavily on our vision to assess and navigate our environment and maintain balance.

Visual references are also one type of input the brain relies on to determine a potential threat to the organism. For example, have you ever found a bruise on your body that did not hurt until you noticed it there?

For those suffering from chronic neck pain, vision provides a great deal of feedback about cervical range of motion along with the mechano-receptors in the joints and soft tissue. The endpoint a person sees when turning his or her head and experiencing pain combines with a cluster of other information occurring at the same time to form the neuro-representation of the pain experience in the brain, or what Melzack (2001) calls a “neuro-signature.”

Harvie et al. (2015) investigated the role of visual feedback on neck pain. The researchers used a virtual-reality apparatus to alter the visual proprioceptive feedback that subjects received during cervical rotation. Subjects were seated with their torsos fixed to avoid contributing motion from the thoracic spine during cervical rotation. Twenty-four subjects with chronic neck pain were assessed for the onset of pain during cervical rotation to the left and right. They were asked to stop when they felt pain and to rate it on a scale of 0-10 at the point in the rotation where pain occurred. Each subject was then fitted with a virtual-reality headset that provided six different visual scenes for six trials. The image below is taken directly from the study by Harvie et al. (2015) and shows an illustration of the set up.

bogus vision article

Researchers manipulated the virtual-reality scenes so that the visual cues did not match the actual cervical-rotation distance that subjects achieved on all trials. The virtual rotation provided by the headsets was either:

• 20% more than the actual rotation
• the same as the actual rotation
• 20% less than the actual rotation

This bogus visual feedback of plus or minus 20% made the subjects perceive that they were rotating their cervical spines 20% more or less than they actually were.

The results showed that when rotation was understated (subjects perceived their rotation was less than it actually was), pain-free range of motion increased by 6%. When rotation was overstated (subjects perceived their rotation was more than it actually was), pain-free range of motion decreased by 7%.

This study provides additional evidence to support the findings that pain is not generated solely from tissue damage. The bio-pyscho-social model acknowledges multiple inputs contributing to the pain experience.

Vision is one of many contributing inputs that the brain processes when assessing a threat to the body and therefore produces pain. The association of a specific neck range of motion identified visually, coupled with information from the motor system and proprioceptive system, creates a confirmed reference for past pain experiences. In other words, we’ve always had pain with this set of circumstances (neuro signature of matched proprioception, motor function, vision, vestibular), so we are supposed to have now. Hello pain.

It is plausible that visual input can also influence pain in other areas. For example, if a client has lower-back pain, forward flexion of the spine will bring her eyes closer to the floor, possibly presenting a painful or pain-free experience, depending on the client.

When designing a corrective program for clients where you believe the visual field is a factor, you could vary the visual field to minimize the visual association related to painful movements. Or you could keep the head still and create the motion you want from the bottom up-creating relative movement of the cervical spine in relation to the thoracic spine.

Interested in learning more about how we, at Function First and the Pain-Free Movement Specialists work with the chronic pain population? Enrollment is available only until April 29th here.

Melzack, R. 2001. Pain and the neuromatrix in the brain. Journal of Dental Education 65(12), 1378-82.

Harvie, D.S., et al. 2015. Bogus visual feedback alters onset of movement-evoked pain in people with neck pain. Psychological Science. doi:10.1177/0956797614563339.

Beyond Biomechanics and Chronic Pain Clients

Thursday, April 7th, 2016

The following video is an exchange between Function First Director of Education Kevin Murray and myself on the critical portions of the bio-psycho-social model. These are aspects of the client that we have to respect, acknowledge and consider when working with those in chronic pain. Understanding the interplay between the 3 pieces of the BPS model help you provide the most effective intervention possible.

The Haunted House Effect and Your Chronic Pain

Friday, October 30th, 2015

By Anthony Carey M.A., CSCS, MES
Founder of Function First
halloween 1
(all photos are property of Nightmares Fear Factory http://www.nightmaresfearfactory.com/)

We’ve all heard the saying “frozen with fear”. It’s that brief but profound period of time where something is so shocking or terrifying that one can’t move. The body does not respond because the brain is overwhelmed with the danger at hand.

Or consider what happens to your body and your mind the moment you have the fright of your life in a haunted house. The image above is from the web site Nightmares Fear Factory. They are hugely popular images on the internet of visitors caught at a moment of time inside the Nightmares Fear Factory’s haunted house.

If we got a little “sciencey” here and thought about all the things that happen to the body as this photo is taken and for the short time thereafter, we would observe:

1. A huge dump of stress hormones enter the blood stream
2. The heart rate and blood pressure spike
3. Blood vessels dilate
4. Breathing gets rapid and shallow
5. Muscles all around the joints contract and stiffen the body
6. Posture instinctively goes into a flexed protection mode
7. Ensuing movement is guarded and apprehensive

Now let’s imagine these events happened within the first 5 minutes of a scheduled 30 minute tour through the haunted house. They still have 25 more minutes to take part in an experience where the tone has been clearly established as frighteningly intense.

So what happens when they approach that next corner that they can’t see past? Are they relaxed and at ease? Absolutely not! Their body will reproduce the identical events it did from the first scare. Except all of those responses will happen BEFORE they even get to the corner.

As they cautiously approach the blind corner and their body is in full anticipation mode-anticipation of the next blood curling scare-they ultimately see that there is nothing there. No threat exists at this corner. Yet their body and mind went through all the same events as if the next big scare actually took place. That pattern continues through the remainder of the tour with each anticipation of the scares almost as physically and mentally real as a scare itself.
halloween 2
The source (which we can’t see) that created those responses in the photos is not the only part of that scare experience. Although likely not as obvious to those in the photos, the entire experience includes the people they are with, the smell of the room, the temperature of the room, the sounds and even how their clothes fit. And as the remainder of the tour continues, they all become part of the biological, psychological and social contribution to that experience.

So what has this got to do with someone dealing with chronic pain? The scenarios can be almost identical except replace “scare” with “pain”. Let’s say for example that after a long flight you felt a pop in your back as you lowered your carryon from the overhead bin. You begin to feel your back tighten up and you experience the pain ramping up as you exit the plane. Beginning with the “pop” you felt, you would begin to experience those same 7 traits listed earlier. And whether you realized it or not, the physical pain itself is not the only part of the experience. The people you are with, the smell of the airplane and then the terminal, the temperature, the sounds and even how your clothes fit all become part of the biological, psychological and social contribution to that pain experience.
halloween 3
These combined elements begin to form a neuro signature or neuro representation in your brain. Over the next couple of days as you are recovering from this episode, you experience those 7 traits any time you anticipate potential threat to your back. This could be something as familiar as putting on your socks. Some movements may in fact provoke pain but others may not. Yet the net result is very similar in terms of your physical and mental response.

You can clearly see how patterns emerge that are counterproductive to your long term goals. And the reality of this is that we can’t and you can’t explain your way through process. Yes, you need an understanding but your body and brain also need proof. This is where a strategic and structured corrective exercise plan can create the movement confidence you need to no longer anticipate a threat when the threat is not valid.

Pain is a very complex experience for everyone. And many people will attempt to chase one aspect or another of their pain. The science now tells us that we have to look at the entire bio-pyscho-social context from which chronic pain is experienced.

Don’t live your life waiting for the next ghost or goblin around the corner.

Happy Halloween!

Are Biomechanics Still Relevant for the Client in Pain?

Friday, May 29th, 2015

This video shows a powerful sequence of 3 corrective exercises that we use at Function First that can positively effect lumbo-pelvic-hip function.

Here is the second installment of the “Understanding Pain” series

We hope you’re enjoying our Understanding Pain Series thus far.

Have you ever had a client in pain present no biomechanical “red flags”? What course of action did you take? How did you help them? Share you thoughts in the comment box at the bottom of the page.

Lorimer Mosely on Chronic Pain

Wednesday, November 13th, 2013

The understanding of pain mechanisms-in particular chronic pain-has taken a quantum leap in the last few years. This is a rare case where the research is much further ahead than how patients/clients are treated day to day.

What we do at Function First is always evolving as we are exposed to more and more science. The good news is that much of what we have always done continues to work. The better news is that we have a clearer picture on why the Function First Approach works so well for so many.

This video is a TED talk from one of the preeminent researchers in pain science. I have shared this with many of you in the past and wanted to be sure everyone in the Function First family had an opportunity to watch. The best part of this video is that Dr. Mosely is an extremely engaging and entertaining speaker. As someone who often speaks on difficult topics, it is refreshing to see a man of his background provide such an enjoyable presentation.

The 3 Pitfalls that Lead to Chronic Pain

Thursday, May 29th, 2008

It is the time of year many people ramp up their activity levels. The warm weather is upon us and longer days have will have people outside taking on all kinds of physical challenges they have no business doing. 

As their body exits from its winter hibernation, I sometimes think they left the mind sleeping.  What makes a person think that riding for 20:00 a day, three times a week on a stationary bike prepares them for getting yanked out of the water by a speed boat while holding onto a tow rope?  Or that playing 18 holes twice a month gets them ready for 72 holes over 3 days while on vacation?

If you’re currently suffering from an injury that is keeping you from exercising or requiring you to modify what you do for exercise, chances are that you didn’t get to this point overnight.  Overuse injuries and injuries that end with “itis” (meaning inflammation) are often chronic issues that have become acute.  These injuries are usually tied to a number of small incidents that have occurred over a period of weeks, months and even years.

Most people don’t stop and think about their bodies when they sustain a mild to moderate injury.  Minor injuries especially, are rarely given the time and consideration that they deserve.  It’s often the minor injuries that turn into major problems down the road.

After working with people with musculoskeletal pain for more than 17 years, I’ve identified three steps that lead to long-term musculoskeletal issues:

Denial

Most people deny the seriousness of their injury, especially when it’s something like a sore elbow from a couple of sets of tennis.  If it’s not broken or gushing blood, then it’s nothing to worry about, right?  Wrong.  Thinking that your sore elbow is no big deal or that it will clear up on its own is a mistake.  Denying that there is anything seriously wrong enables you to miss a very important window at the onset- the very beginning is when you can do so much to avoid compounding the injury.

Pain avoidance. 

We all know that the body doesn’t like pain, so when we experience pain we begin to change our habits and mannerisms in order to avoid it.  People who have chronic lower back pain are prime examples of this.  When they stand for a certain period of time, or garden, or walk, it hurts their back.  What do they do?  They start to avoid activities that are going to hurt them.  Eventually, any movement or activity that is similar to those that initially caused the discomfort will cause pain as well.  It’s a snowball effect that gradually gets worse.

If the stairs hurt your knee, you stop doing step aerobics.  The next sacrifice is to cut out squats and lunges.  At a time like this is where many folks reach their threshold.  It is here where they will seek therapy, surgery or medications for relief.

Shortsightedness. 

When people finally do take action against their pain, it is often only enough to mitigate the current symptom.  Just enough therapy to calm things down.  Or a surgery to repair the damaged part or pills to mask the pain for now….. Unfortunately, this does nothing for all the factors from the previous incidents leading to the major pain.   

Don’t blame your aches and pains on the easy cop out, “I’m getting older”.  I tell my clients, “it’s not that you’re getting older, it’s that you’ve been doing things WRONG longer”. And pain is the price that is paid.

The cumulative mechanical stress that the body has experienced demands cumulative action to first slow, then stop and finally reverse the damage.  Equally important is to recognize that it is never too late to change and it is never too late to recognize what is happening today and keep it from haunting you tomorrow. 

A corrective exercise program designed around your specific needs can literally teach your body to move and function differently.  Bad old habits can be replaced with good new habits.  This gives the body a chance to restore itself instead of breaking down more over time.

The body has a tremendous capacity for healing when given the right environment and provided the right tools.  The right exercise, proper nutrition and a healthy mind can work miracles.