Do you suffer from knee pain?

Do you “suffer” from knee pain? 

“Within this new paradigm, overweight and obesity contribute to OA through biomechanical (increased joint load) and inflammatory mechanisms.”

​There is newer research that indicates body fat can release inflammation. Think about this, inflammation can cause pain and there has been the old wives tale that being overweight can be the cause of pain, but now there is research to back up the claim that excess body fat can be a factor in having increased pain.  

“Years lived with disability due to high body mass index have also increased markedly for males and females aged 15-49 years since 1990, emphasizing the potential contribution of rising obesity levels to global OA (osteoarthritis) burden among younger people”

​Being obese takes a toll on health. This is not a surprise. The heavier a person is, the more energy and work required in order to just move. Pair this with increased pain sensation and movement may actually decrease over time.  

“Research has shown that the greatest risk factor predicting the development of knee OA in young an middle-aged people is a previous traumatic knee injury”.

​If you injure your knee traumatically, the research covers ACL surgeries and meniscus surgeries, then there is a high likelihood of developing knee osteoarthritis.  

“Radiographic findings are not well correlated with symptoms and are unlikely to alter the management plan or predict future disease progression”

​THIS MAY BE THE MOST IMPORTANT MESSAGE FOR PATIENTS TO UNDERSTAND. Just because an X-ray shows “degeneration”, “osteoarthritis”, “joint narrowing”, “bone spurs”…so on and so forth…doesn’t mean that this is causing pain. What we now is that these findings are common as we age. There’s an analogy that these findings are similar to wrinkles on the skin, they are just wrinkles on the inside. Not too many people worry about skin degeneration in the form of wrinkles. The same should hold true regarding some of the results of an X-ray or MRI.  

“Overuse of MRI is costly for health systems and may lead to unwarranted surgical intervention.”

​The most important part of this is that MRI’s may lead to surgeries that aren’t needed. Let’s go back to the wrinkle analogy. Just because something doesn’t look young and supple…like it does in the textbooks, doesn’t mean that everyone should have a surgery to remove wrinkles. The same holds true for wrinkles on the inside.  

“…comprehensive assessment of young patients should include 3 key components: 1. A patient-centered history; 2. Physical examination, including performance-based tests; and 3. Administration of appropriate patient-reported outcome measures (PROMs).”

​I challenge this sentence in that it is only limited to young patients. This 3 step process should be performed on every patient, REGARDLESS OF DIAGNOSIS! Every patient should be treated as an individual and not as a diagnosis. Everyone has a different story. Every patient has different needs. Every patient has different goals that are specific to that patient in front of you. The only way that this can be learned by the therapist is by performing a patient-specific evaluation.

​The only way that we know if a patient is actually improving, aside from simply asking them, is to perform tests and measures. When your internet isn’t going as fast as we think it should, we can always run an internet speed test. This is an unbiased way to test the thought that it is running slow. We need the same types of tests and measures in physical therapy. These should be performed by your PT within the first 2 visits.

​Finally, there is a patient reported outcome. This is a way for the patient to answer questions in order to determine if the patient actually believes that they are better or not. The questions have been validated by some research and the form should be universally known.  

“…education about the neurophysiology of chronic pain and contribution of emotional and social factors to the pain experience may be relevant for some patients.”

​Many people still believe that an injury happens and therefore there must be pain. It doesn’t quite work this way. The brain can overcome any of those “inputs” that theoretically can cause pain. For instance, we’ve all heard the story of a person performing feats of strength like lifting a car off a child, but few people hear about the injuries that tend to happen after this feat of strength. The brain can overpower the body’s ability to feel pain. On the flip side, the brain can cause pain without injury. This is a little known fact by many PT’s unfortunately. This type of pain requires a completely different type of treatment than someone that is actively experiencing an injury. This is more complex than can be described in this article, but there will be future posts to describe this phenomenon.  

“…exercise can reduce pain and improve physical function for knee and hip OA…Muscle strengthening can play a role in managing symptoms…Neuromuscular training programs can address sensorimotor deficits often associated with knee injury, including altered muscle activation patterns, proprioceptive impairment, functional instability, and impaired postural control”

​This is a mouthful. To summarize, there is rarely a reason not to “get stronger”. Being strong enables people to do more than being weak. Don’t get me wrong, there are multiple ways to get strong, but there are also multiple ways to get injured while getting strong. Please, if you have little/no experience with strengthening exercises, see a PT or CSCS in order to obtain quality information prior to starting the program.

​Neuromuscular training can be replaced by balance activities. This can teach patients how to utilize the “somatosensory system”, which is the communication that takes place between the muscles, bones and brain in order to remain in a certain position.  

“…neuromuscular exercises can improve knee cartilage quality (glycosaminoglycan content) in middle-aged adults following partial meniscectomy.”

​Every once in a while I learn something new when reading orthopedic research. (just kidding, I am learning every day from the stuff I read). This is a new concept to me. This means that by performing balance training, we can improve the quality of the knee cartilage (meniscus). This is huge because as a health professional, we were always taught that the cartilage has poor blood flow and we can’t really impact healing of this tissue. Who know that balance and exercise were good for you?

“..combining strengthening exercise with exercises aimed at increasing aerobic capacity and flexibility may be the best exercise approach for managing lower-limb OA”

​This has been challenged in the research lately. There is an article by Richard Rosedale (JOSPT 2014) that demonstrates that using MDT can provide superior results. The original advice of diet, exercise and balance is probably still the best advice until more research comes out to show that specific exercises are better than others.  

Hope this synopsis was helpful. If you are experiencing knee pain or have been told that you have arthritis, there are options. Come see me at FTR in Joliet, now a member of the Goodlife Family.  

Dr. Vince Gutierrez, PT, cert. MDT

903 129th Infantry Dr.

Unit 500

Joliet, IL 60435



Ackerman IN, Kemp JL, Crossley KM, et al. Hip and Knee Osteoarthritis Affects Younger People, Too. J Orthop Sports Phys Ther 2017;47(2): 67-79.

MRI: Medico-Reckon to identify: what you need to know



MRI: Medico-Reckon to identify: what you need to know.


This was a great article. It puts numbers to the faces seen on MRI’s. I like numbers…kind of like Rainman. Numbers comfort me. Enjoy the read. There is some higher level thinking in the below quotes. If you have any questions, leave a post either here or on the movementthinker Facebook page.


  1. “Magnetic resonance imaging (MRI) provides clinicians with a noninvasive mechanism for viewing lumbar anatomy in great detail”



Question #1 from the above statement: Can an MRI tell me what is causing your pain?


Question #2: Can an MRI tell me how to treat you?


Question #3. Does the MRI differentiate between abnormal structures that cause pain and abnormal structures that don’t cause pain?


The answer to all of the above questions is NO! Everyone seems to think that they need an MRI before they come to therapy…as if I am going to just treat them on a whim without the MRI…or that the MRI will somehow give me a paint by number way of treating the symptoms. This does not exist. The MRI can be helpful in a small percentage of patients that are either seeking or needing surgery, but aside from that it is just something for me to read after I have performed my clinical assessment of the patient and come up with my own conclusion. Now…if my conclusion matches the MRI then awesome! Well…at least for me. If it doesn’t match the MRI…that sucks because now I have to go back and reassess to see which one of us is more right…the PT or the MRI.


  1. “For example, large variations in lumbar disc and radicular canal morphology have been identified in both symptomatic and asymptomatic individuals”


This means that an MRI is very good at determining what is not normal, as compared to a textbook, but the variations of normal is so wide that the test may not tell us much.


  1. “…challenge for examiners in their attempts to differentiate between observations that are “symptom generators” and those that are benign variations”.


When a radiologist reads your MRI, they are the ones that are determining what is going on in the pictures, they spend on average of 30 seconds per picture. In 30 seconds, they have to figure out what is abnormal. Then, if they have found something abnormal, they have to determine if it can cause your symptoms. All of this is performed without ever evaluating the most important aspect of the symptoms…YOU! The radiologist never sees you. If you look at the bottom of your report (assuming that you have already had an MRI), you will typically see the phrase “patient would benefit from clinical examination to correlate imaging”. This is the radiologist saying; “Look, I only have the pictures. I can tell you with a degree of certainty what the MRI says…does this fit your symptoms?”


  1. Patients were classified according to this table:


  1. Primay LBP (low back pain): pain in the back or buttock


  1. Posterior thigh referral: pain in one or both back/lateral thighs with or without LBP


  1. L1-L3 distribution: pain in the anterior thigh and top of foot


  1. L4-5 distribution: pain in the mid and distal anterior thigh, anterior leg and top of the foot.


  1. S1-S2 distribution: Pain in the lateral border of the foot and bottom of the foot


  1. Bilateral distribution: any combination of the above in both legs instead of one leg.


  1. Atypical: none of the above.


This is an overall pain pattern distribution. Unfortunately, this is not drilled in PT school. I was about 2-3 years out before I figured this out on my own and then after discovering it, I looked it up. It’s funny…if you don’t know what you don’t know, then you don’t know how to find it. I think that PT’s schools should heavily bias students in this direction for learning. Think of it. If you knew that for every dollar you invested, you would get an 80% return if you simply knew a few tricks…would you learn those tricks?


Roughly 80% of the population will have back pain at some point in his/her life. This is either the primary or secondary reason for physician office visits (depending on which research you read) and the one that it competes with is the common cold. Think about that…back pain is about as “common” as the cold.


  1. “All images were initially screened for evidence of neoplastic, inflammatory or infectious disorders…”


This is all of the very bad stuff that needs to be ruled out if someone is going to look at an MRI. This is stuff that won’t get better with therapy. If you have certain characteristics, your PT may refer you back to your physician in order to rule out the nasty stuff.


  1. “…study involved 408 participants…55% had acute pain…50 participants reported a recurrence of previous symptoms within the past 2 months…303 participants reported chronic symptoms of longer duration than 2 months”


This sounds about right. Those with back pain may have it go away, but it will come back. Those whose pain doesn’t come back is mostly because…IT NEVER WENT AWAY!


  1. “…the most common location of symptoms was in the S1-S2 segmental, followed by the L4-L5 distribution. Bilateral radicular patterns were the least frequent.”


This means that a high percentage of patients had symptoms radiating into the foot, from the back. Fewer patients experienced symptoms into both legs. If both legs are causing you pain…at the same time…you are among the few.


  1. “The presence of weakness in ore of both lower extremities was reported by 175 participants (42.9%)”


If your back symptoms are bad enough, they will start to cause a “power outage”.   For instance, I use a specific analogy in the clinic. If your lamp doesn’t turn on when you flip the switch…what is wrong?   A common answer is that the light bulb is burned out. How many light bulbs will you go through before you realize that the bulb is working fine? When a muscle is weak, it is like the above idea. I can give you strengthening, but I would have to give you about 6 weeks of strengthening exercises in order to determine if “just muscle weakness” is the problem. This is like changing the light bulb daily for 6 weeks. I doubt that you would actually do this. Most people may do this once or twice and then just give up. When I give you strengthening exercises, you will do them for a couple of days and then give up because you won’t see much change.


What else could cause the light to not turn on? There could be a fray in the cord. This also happens in the body. If there is a nerve (electrical wire) that is not working appropriately, then the muscle won’t contract…the light bulb won’t turn on. This one becomes a little harder to figure out because we would have to try to find the location of the “fray”.


The final thing is the easiest to check for…the lamp isn’t plugged in.


It’s funny because I frequently have students. Recently, I had a patient that struggled to go up the stairs. She noted that her leg was weak. Students always want to make a muscle stronger. They are good at that. Unfortunately, her hip muscle wasn’t plugged in. After performing 30 repetitions of repeated extension in lying, her hip strength went from weak to moderately strong. Her ability to ascend stairs was visibly improved and the patient was surprised that her sensation of strength had improved. The student asked “why don’t we learn this in school?” I don’t know. I have the same question.


  1. “Disc extrusion was significantly related to the presence of distal lower extremity pain…not significantly related to weakness…not significantly associated with the presence of paresthesias or numbness”


What is a disc extrusion? This guy does a great job of explaining it:

Why reinvent the wheel?


  1. “Overall 149 of the participants (37%) had MRI evidence showing some degree of nerve or thecal sac compression…The most common segmental level of compression was L4-L5, followed by L5-S1…There was a significant association between the side of nerve compression and the side of pain…of the 256 patients with no evidence of nerve compression visible on MRI, 151 (58%) indicated unilateral lower extremity symptoms”


This means that some patients that have an MRI will show that the disc has caused some sort of nerve compression. When this happens, you will typically have pain on the side of the compressed nerve. On the flip side though, you can have pain on in one leg that is not coming from the nerve. Think like this…nerve compression can cause leg pain, but not all leg pain is caused by nerve compression.


  1. “participants who reported weakness had a greater prevalence of nerve compression, and those without weakness had a lower prevalence of nerve compression”


Again, the nerve supplies electricity to the light bulb. If the electricity is not getting there because of a problem with either the plug or the cord, then the muscle won’t work.


  1. “Roughly 63% of the participants had no evidence of nerve root compression on MRI. Of these, 35% had pain patterns referring distally to the knee”


THIS IS HUGE! PT’s in school learn that if you have pain below the knee that there must be some nerve that is compressed. This is not always the case. Any structure that has a nerve going to it can cause pain to radiate in a pattern specific to that nerve. For instance, in the neck we know that if we irritate the nerve in the joint, it could refer pain into the shoulder blade. It doesn’t have to be a “PINCHED NERVE”!


  1. “the presence of disc extrusion or ipsilateral, severe nerve compression at one or multiple sites is strongly associated with distal leg pain. Mild to moderate nerve compression, disc degeneration or bulging and spinal stenosis are not significantly associated with specific pain patterns.”


I enjoy weightlifting. When I see a snatch done well, it is like poetry. I can’t explain the entire movement in one fell swoop other than to say it is beautiful. When I see someone do this movement, with little experience, we can officially say that: yes you went from point A to point B, but not well.


When we see a sever nerve compression or disc extrusion, we can say “YUP I KNOW WHAT THAT IS.” Anything past that is a guess as to what is causing your symptoms, based on the MRI.


Quotes taken from the following:


Beattie PF, Meyers SP, Stratford P et al. Associations Between Patient Report of Symptoms and Anatomic Impairment Visible on Lumbar Magnetic Resonance Imaging. Spine 2000;25:819-828.



PHYSICAL THERAPY: The art is old, but the science is young.

By Vince Gutierrez PT, cert. MDT


Excerpts taken from the following article:

Thackeray A, Fritz JM, Childs JD, Brennan GP. The Effectiveness of Mechanical Traction Among Subgroups of Patients With Low Back Pain and Leg Pain: A Randomized Trial. J Orthop Sports Phys Ther. 2016;46(3):144-154


  1. “The cost of management for low back pain (LBP) in the United States is estimated at nearly $86 billion annually.”

Put these numbers in perspective. If we can come up with a better way in which to treat this epidemic, then we can decrease more than half of the debt from my home state. Performed year to year and we can theoretically reduced the debt load of each state within 100 years. I know that it sounds like it will take a long time, but so far there aren’t any better ideas. If nothing else, this number is humongous. It accounts for about 3% of all healthcare expenses.


  1. “Two commonly used interventions for these patients include an extension-oriented treatment approach (EOTA) and mechanical traction. The EOTA was popularized by the McKenzie examination and treatment system”

First there is a lot to say about these two sentences. One reason that MDT is so closely associated to extension based exercises is because of research articles such as this. This is not the case. The McKenzie examination and treatment system, AKA MDT, is a systematic assessment used to assess patient’s symptoms in order to classify the patient and lead to subsequent treatment. There are a lot of patients that respond to extension, but extension is not MDT. This has to be cleared up more because of a personal problem with patients being treated by a therapist that says “I use McKenzie in my treatment”, when actually the therapist has no more training than someone that has read this blog.

Next, we have to define EOTA. This basically means press-ups or cobra poses in yoga. This could also mean just standing up and leaning against a countertop with your butt pressed against the countertop for support. From this point, lean backwards as far as you can. One thing that separates MDT from EOTA is that MDT stresses mid-range (small stretch) to end-range (big stretch) with overpressure if needed.



  1. “Many clinicians also report the use of traction for patients with low back and leg pain”

Some people may remember traction from old school hospital shows that has a person in a body cast with the leg suspended in the air with a weight pulling on the leg. The main thing to know is that traction is a shortened form of “DIStraction”, which means to pull apart. For low back pain, this hasn’t been used as much in the 2000’s as it has prior to this century. Previous research (performed by the same people that did this study) found that only a small percentage of people will be a good responder to traction. These people tend to have two characteristics, which will be talked about in a later point.


  1. “Experts generally agree that traction is most appropriate for patients with peripheral symptoms and signs of neurological compromise, for whom centralization of symptoms is a treatment goal”

“Peripheral symptoms” mean that the symptoms are in the periphery (think peripheral vision being around the outside of the eye), peripheral symptoms are around the outer limbs of the body. Centralization is moving the symptoms from the periphery to a more central location, think move the symptoms from the outer limb to the spine. [As an aside: if you see my picture, you can see that I have a two year old. She is actively pulling my arm at this time, so if I sound scatter brained, I blame her.]


  1. The patients that demonstrate improvement with traction in a previous study, “demonstrated at least 1 of the following: peripheralization of symptoms when moving into lumbar extension or a positive crossed straight leg raise”

Every profession has its own language. When I try to read legal documents, I fall asleep. When someone else tries to read medical documents, it can be overwhelming or intimidating. A crossed straight leg raise simply means the following: crossed (opposite leg of the leg that is having pain/numbness/tingling), straight leg (well, this one is kind of self explanatory, but keeping the leg straight), and raise (again self explanatory, but raising the leg while lying on your back).


  1. “This was a …longitudinal randomized trial”.

This means that the study was performed over the course of time from a start point and continued until some point in the future. Randomized means that the subjects in the study (think guinea pig) were randomly placed into one of two groups. This is like when in school and the teacher has to create groups. One of the ways to try to make the teams fair is to draw from a hat. (Another aside: In PT school there was a partner that I loved to work with because our styles totally complemented each other. She was very organized and I was [am] very much the opposite. Let’s just call her M FN Jones. Okay, she carried the team, but I can hold my own on the workload portion. Anyway, the teacher decided to pull our names from a hat on the last project after 3 years of having been allowed to work together (we partnered on almost everything we did up until that point). Needless to say, the teacher pulled our names out as the first group.) The point of that is we were randomly assigned to be in a group, which we would’ve picked in the first place…Moving on.


  1. Inclusion criteria is as follows: “between the ages of 18 and 60 years, presented with leg pain distal [further down the leg] to the buttock and signs of nerve root compression (positive straight leg raise [self-explanatory] or diminished dermatomes [loss of sensation at certain points in the leg], myotomes [specific weakness in the leg] or reflex…and reported moderate disability as indicated by an Oswestry Disability Index score of 20 or greater”

Here we go. Inclusion criteria means that only people that meet the specific requirements are allowed into the study. You would have to meet all of the above requirements in order to compare your self with the people in the study. The therapist that you are seeing should attempt to use research that best matches your presentation to that of what was read. For instance, it doesn’t make sense to use this article for someone that only has back pain. This article is not written for that type of patient.

Next, myotomes and dermatomes. I do a ton of patient education in the clinic. One thing to understand is that you are not special! Well, you may be special, but we are all alike in some aspects. Everyone has a spine (at least everyone that I treat, so as not offended those spineless people). The spine acts like a road map. Meaning if you have a nerve problem at L4-L5 or L5-S1 (think the lowest portion of your back), then your symptoms would travel down to the big toe or to the outer border/bottom of the foot. The reason why I use these points specifically is that about 95% of back problems come from these levels. These nerves can affect the knee jerk reflex or the foot jerk reflex (this reflex is less sexy, so gets less airtime on hospital shows).

If you have been to a therapist or doctor, I am sure that you were told to show up 15 minutes early to fill out paperwork. The Oswestry Disability Index is typically one of those paperworks that you have to fill out. It essentially gives us a starting point from which to judge how the symptoms affect your everyday life. The higher the score, the worse you are doing.

  1. “A series of active extension-oriented exercises were performed and progressed…(patients) were instructed to discontinue any activities and to avoid positions that could cause their symptoms to peripheralized or increase in intensity, and were encouraged to stay active.”

Extension oriented exercises are those that I described earlier: the cobra pose and back bending, in addition to prone lying (lying on your belly) and prone on elbows (propped up on your elbows like a kid watching t.v.). It sounds funny that lying on your belly is considered exercise, but if I can charge for it, then it must be exercise. Just kidding. People that lose the ability to bend backwards may be able to start with the lowest level of extension, which in this case is simply prone lying. This is progressed until the patient can perform repeated extension in standing (increasing the lordosis [hollow] in the lower part of the spine.

Participants were instructed to not make themselves any worse. This seems like common sense, but if the person doesn’t understand centralization and peripheralization, this request may not be followed, as sometimes the back pain is more intense compared to the leg symptoms experienced prior to performing extension based movements. The patient must understand that leg symptoms = bad and back symptoms = better.

  1. “The traction protocol was designed with guidance from expert clinicans who use traction frequently and was aimed at a population with lumbar radicular pain consistent with a disc herniation”

This one puzzles me as a clinician. What this says is: “we didn’t really have a good place to start, based on research, so we just called some people that use this treatment to see what they do”. This is the whole “art of science”, in that traction is a traditional based exercise, but its artsy because there’s not much science showing it works.

  1. “Treatments were provided by a licensed physical therapist trained in all study procedures during a 90-minute training session”

Obviously, the people doing the study are well respected and I have met 2 of them. It sounds more glamorous than it actually was-more of a handshake really-but it’s true. That’s my way of saying that these are also considered the “great gurus” of our profession. Now, after saying that…90 minutes?! Really? This is another part that I am frustrated with MDT being used as background information of this study. MDT trained therapists undergo over 80 hours of coursework before sitting for a test in order to be considered “minimally competent”. To say that the researchers learned the procedures in 90 minutes and then compare this to MDT is a travesty. “And that’s all I got to say about that.” A la Mr. Gump.

  1. “The mean +- SD number of treatment sessions was 10.1+- 2.7, with no difference between group.”

What this means is that the people in the study were seen for anywhere from 7-13 visits. Think about that. If you are going to a therapist for more than 13 visits and there has been no effect for back pain, maybe it’s not working.

  1. “…4 participants assigned to EOTA (switched to traction).”

Extension is not for everyone. If a treatment isn’t working or you are getting worse from extension (backward type movements), you should probably switch treatments or go somewhere else if the healthcare practitioner is not comfortable moving you in a way that doesn’t make you worse. There’s a couple of sayings that come to mind in this situation. When I was first learning MDT, many “experienced” therapists told me that to an MDT practitioner “everything looks like a nail, because all you have is a hammer”. This couldn’t be further from the truth and the statement only demonstrates the healthcare practitioner’s ignorance. Don’t get me wrong, I forgive ignorance, but not after having informed you of the total wrongness of the statement. Let’s also talk about experience for a second. I take many students, as I am a credentialed clinical instructor. By the time the student is done with the clinical, I hope for two things: one that he/she is a better clinician walking out compared to walking in and two that the student never becomes a practitioner of 20 years of work with only one year of experience as opposed to 20 years of experience. Moving on, the second saying that comes to mind is “trying to fit a square peg into a round hole.” There are MDT therapists that continue to do this, and the only reason that I know this is because it is still talked about at both courses and conventions. If you have a therapist trying to shove you into a hole you don’t belong in…find another one. Holes are uncomfortable and borderline scary. When you feel this with your healthcare practitioner, you’ll know.

  1. “In other words, matching traction treatment to those patients positive on the subgrouping criteria did not result in greater improvement in pain or disability.”

A long time ago, in a galaxy far far away, there was these researchers that found that a specific group of patients responded better to traction than others. One of the researchers that did the initial study was also an author on the current study. I am impressed when an author can publish a negative (the treatment doesn’t work) study. First, there is a publication bias against this type of study because it is also not as sexy as a study that cures back pain. Second though, this author states that there is a subgroup of patients that can be helped by traction and then later states that maybe there isn’t a subgroup.

  1. “This is consistent with a Cochrane review by Wegner et al that identifies low-to moderate-quality evidence that lumbar traction has little or no impact on disability and pain” and “For patients who are unresponsive to other treatments, using traction to determine if centralization can be achieved may be a reasonable approach, particularly when many medical alternatives include more costly interventions such as injections and surgery.”

Okay, this was a mouthful (imagine typing it all!). The Cochrane review just says that there is a lot of evidence showing that there is moderate evidence that it doesn’t help. Did you get that? We can state, with moderate certainty, that you shouldn’t get have this done to you. This is still prescribed on many physician’s scripts and performed by many therapists.   If your therapist is using this as the go to, then you are no longer ignorant and “Here’s your sign”.

The second aspect of this is more appealing to me and I appreciate the authors’ honesty in writing this. What it essentially says is that if you are a surgical candidate, meaning surgery is the only option, then the kitchen sink should be thrown at you in order to try to fix your problem. If the end result is laying you on a table and cutting you open, either removing a piece of your spine or placing rods and screws in your body, then I am all for traction!


In the end, you are a little more educated than you were after reading all of this. I am much more tired after typing all of this. We will all be better off for it in the long run.

Until next time.

If you have back pain, or you know someone that would benefit from an assessment, please pass this information on to them. 

Functional Therapy and Rehabilitation

903 N Infantry Dr. 

Suite 500