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Low Back and Leg Pain – Is it Sciatica?

Posted on 2012-05-08 14:38:51

Low back pain (LBP) can be localized and contained to only the low back area or, it can radiate pain down the leg. This distinction is important as the former, LBP only, is often less complicated and carries a more favorable prognosis for complete recovery. In fact, a large part of our history and examination is focused at this differentiation. This month’s Health Update is going to look at the different types of leg pain that can occur with different LBP conditions.

We’ve all heard of the word “sciatica” and it (usually) is loosely used to describe everything from LBP arising from the joints in the back, the sacroiliac joint, from the muscles of the low back as well as a pinched nerve from a ruptured disk. Strictly speaking, the term “sciatica” should ONLY be used when the sciatic nerve is pinched. The sciatic nerve is made up of five smaller nerves (L4, 5, S1, 2, 3) that arise from the spine and join together to form one large nerve (about the size of our pinky) called the sciatic nerve – like five small rivers merging into one BIG river. Sciatica occurs when any one of the small nerves (L4-S3) or, when the sciatic nerve itself, gets compressed or irritated. This can be, and often is caused from a lumbar disk herniation (the “ruptured disk”), a mis-positioned vertebra (such as a forward slip of the vertebra called “spondylolisthesis”), pressure from an arthritic spur off the spine where the nerve exits (“spinal stenosis”), or, from a tumor near or around the nerve. A term called “pseudosciatica” (a non-disk cause) includes a pinch from the piriformis muscle where the nerve passes through the pelvis (in the “cheek” or, the buttocks), which has been commonly referred to as “wallet sciatica” as sitting on the wallet in the back pocket is often the cause. When this occurs, the term “peripheral neuropathy” is the most accurate term to use. Other “pseudosciatic” causes include referred pain from the facet joints which is described by the patient as a “deep ache” inside the leg, or from a metabolic condition where the nerve is affected such as diabetes and other conditions. Here again, the term, “neuropathy” is the better label when diabetes, hypothyroid, lead poisoning, alcohol toxicity and/or others is the culprit. Direct trauma like a bruise to the buttocks from falling or hitting the nerve during an injection into the buttocks can also trigger “sciatica.”

The symptoms of sciatica include low back pain, buttocks pain, back of the thigh, calf and/or foot pain and/or numbness-tingling. If the nerve is compressed hard enough, muscle weakness can occur making it hard to stand up on the tip toes creating a limp when walking. In the clinic, we will raise the straight leg and if pinched, sharp pain can occur with as little as 20-30° due to the nerve being stretched as the leg is raised. If pain occurs anywhere between 30 and 70° of elevation of either the same side leg and/or the opposite leg, this constitutes a positive test for sciatica (better termed, “nerve root tension”). When a disk is herniated into the nerve, bending the spine backwards can move the disk away and off the nerve resulting in relief, which is very diagnostic of a herniated disk. Having a patient walk on their toes and then heels and watching for foot drop as well as testing the reflexes, the sensation with a sharp object, and testing the reflexes at the knee and Achilles tendon can give us clues if there is nerve damage. The GOOD NEWS is that chiropractic methods can resolve this problem FREQUENTLY, thus avoiding unnecessary surgery! So, check with us FIRST, before electing for surgery!!!

We realize you have a choice in who you choose to provide your healthcare services. If you, a friend or family member requires care for low back pain, we sincerely appreciate the trust and confidence shown by choosing our services and look forward in serving you and your family presently and, in the future.

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The Neck and Headache Connection

Posted on 2012-03-08 13:07:29

When we hear the term headache, we don’t usually think about the neck. Rather, we focus on the head, more specifically, “…what part of the head hurts?” But, upon careful questioning of patients, we usually find some connection or correlation between neck pain and headaches.

The key to this connection can be found in looking at the anatomy of the neck. There are 7 vertebrae that make up the cervical spine and 8 sets of nerves that exit this part of the spine and innervate various parts of the head, neck, shoulders and arms, all the way to the fingers. Think of the nerves as electric wires that stretch between a switch and a light bulb. When you flip on the switch, the light illuminates. Each nerve, as it exits the spine, is like a switch and the target it travels to represents the light bulb. So, if one were to stimulate each of the nerves as they exit the spine, we could “map” exactly where each nerve travels (of course, this has been done). When we look specifically at the upper 3 sets of nerves that exit the spine (C1, C2, and C3), we see that as soon as they exit the spine, they immediately travel upwards into the head (the scalp). Like any nerve, if enough pressure is applied to the nerve, some alteration in nerve function occurs and usually a sensory change is noted (numbness, tingling, pain, burning, etc.). If the pressure continues, these symptoms can last for a long time. These types of headaches are often called “cervicogenic headaches” (literally meaning headaches that are caused by the neck). These can be caused by the nerves getting pinched by tight muscles through which they travel as they make their way to the scalp.

Another connection between the neck and headaches includes the relationship between 2 of the 12 cranial nerves and the first three nerves in the neck described above. These types of headaches usually only affect one half of the head – the left or right side. One of the cranial nerves is called the trigeminal nerve (cranial nerve V). Because the trigeminal nerve innervates parts of the face and head, pain can also involve the face. Another cranial nerve (spinal accessory, cranial nerve IX) can also interact with the upper 3 cervical nerve roots, resulting in cervicogenic headaches. People with cervicogenic headaches will often present with an altered neck posture, restricted neck movement, and pain when pressure is applied to the base of the skull or to the upper vertebrae. Other than a possible numbness, there are no clinical tests that we can run to “show” this condition, though some patients may report scalp numbness or, it may be found during examination.

Though medication, injections, and even surgical options exist, manipulation applied to the small joints of the neck, especially in the upper part where C1-3 exit, works really well so why not try that first as it’s the least invasive and, VERY EFFECTIVE! In some cases, a combination of approaches may be needed but many times, chiropractic treatment is all the patient needs for a successful outcome.

We realize that you have a choice in where you choose your healthcare services. If you, a friend or family member requires care for neck pain, we sincerely appreciate the trust and confidence shown by choosing our services and look forward in serving you and your family presently and, in the future.

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The Neck & Shoulder Pain Relationship

Posted on 2012-03-02 07:44:46

Given the close anatomical proximity between the neck and shoulder, it’s no wonder the two are intimately related. In our hectic lifestyles of driving, hunching over computers, talking on the phone, not to mention stress arising from multiple sources, the muscles in the neck, upper back and shoulders seem to tighten up and hurt at the same time. The question is, between the neck and the shoulder, which one is the “chicken” and which is the “egg?”

The neck gives rise to the nerves that innervate the head (C1-3 nerve roots), the shoulders (C4-5), and the arms (C5-T2). Hence, there are 8 sets of nerves in the neck, 12 sets in the thoracic (middle back region), and 6 sets in the lumbar or low back region and 5 sets in the sacrum, all of which travel to a specific destination allowing us to move our muscles and to feel hot, cold, sharp, dull, vibration and position sense. When these nerves get pinched or irritated, they lose their function and the ability to feel, making it challenging to button a shirt, thread a needle, or pick up small objects. It can also make it difficult to unscrew jars, squeeze a spray bottle, or lift a milk container from the refrigerator. Hence, the nerves arising from the neck, when pinched, can have a dramatic effect on our ability to carry out our desired activities in which the shoulder, arm and hand use is required.

On the other hand, when the shoulder is injured (such as a rotator cuff tear), this can also result in neck problems. There are several ways pain from the neck affects the shoulder and vice versa. When the shoulder is injured, pain “information” is relayed to the brain starting at the nerve endings located in the area of the shoulder injury, transmitting impulses between the shoulder and the neck, and finally from the neck to the sensory cortex of the brain. That information is processed and communication to the motor cortex prompts nerve signals to be sent back to the shoulder through the neck and to the injured area (in this case, the shoulder). A reflex muscle spasm often occurs as a result, serving as kind of an “internal cast” as the muscle spasm tries to protect the injured shoulder. This can become a “vicious cycle” or never-ending “loop” until the reflex is interrupted (perhaps by a chiropractic adjustment). Another means by which both areas become injured has to do with modifications in function. We tend to change the way we go about our daily chores when an injury occurs to the shoulder, such as putting on a coat differently by leaning over to the opposite side. These functional changes can also give rise to neck pain. Because of this reflex cycle, as well as the close anatomic relationship between the neck and shoulder, not to mention the “domino effect” of soft-tissue injuries which seem to change the function at the next joint level, it’s not surprising that both the neck AND the shoulder require simultaneous treatment for optimal treatment benefit. However, the good news is, regardless which one is the “chicken or the egg,” chiropractic treatments of shoulder injuries will almost always include the neck and vice versa.

We realize that you have a choice in where you choose your healthcare services. If you, a friend or family member requires care for neck pain, we sincerely appreciate the trust and confidence shown by choosing our services and look forward in serving you and your family presently and, in the future.

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Low Back Pain & Spinal Manipulation: How Does It Work?

Posted on 2012-03-01 11:02:55

For many years, Chiropractic has been at the forefront of treating low back pain (LBP) with both greater patient satisfaction and less lost time at work when compared to other non-surgical treatment approaches. There have been many explanations as to why chiropractic manipulation therapy (CMT) works but many of these studies include other treatment modalities or methods and the benefits are ,therefore, not clearly derived only from CMT. A recent study has tried to clear this up and the results are very interesting!

This study included two chiropractors and two a physical therapists (PT) from Canada and the US. What is unique about this study is that they measured clinical or symptomatic improvement by tracking improvement in activity tolerance using a standard questionnaire commonly used by chiropractors and PTs all over the world, as well as changes in the spinal stiffness using a valid/reliable instrument before and after CMT was utilized. The importance of these findings is that only CMT was utilized and hence, other forms of treatment commonly utilized by chiropractors did not cloud the findings. There were 48 patients included in the study and the initial 2 treatments were administered 3-4 days apart, followed by an assessment 3-4 days after the 2nd treatment. Assessments were also performed before and after each treatment. The assessments included use of the questionnaire and a stiffness measurement using the special instrument. Also, “recruitment of the lumbar multifidus muscle” (a muscle in the low back that helps stabilize the trunk or core) was measured by ultrasound. After each treatment, significant improvement was found in the overall pain level and in reduced spinal stiffness (which remained improved 3-4 days after the last/second treatment).

The study conclusions revealed less pain, more activity tolerance and less spinal stiffness after the administration of the 2 treatments. The greatest clinical improvement was found in those who had the most dramatic reduction in stiffness after each treatment. They found that the level of muscle recruitment was directly related to the degree of spinal stiffness. They also found that patients who received thrust manipulation (CMT) had immediate improvements with reduced pain, stiffness and improved muscle recruitment measurements. However, this same effect was NOT obtained when non-thrust mobilization techniques were used. This means many non-thrust manual techniques such as mobilization, massage, and other soft tissue release methods do not create the immediate benefits that were produced by thrust manipulation.

With this new information, we are now able to explain with confidence to patients the reasons why they typically feel better after the spinal adjustment. The patient can then appreciate receiving an answer that makes clear sense and has been “proven.” It’s important to realize that the “bonus” of receiving chiropractic care for low back pain includes not only just pain reduction, but more importantly, improvement in tolerating activities such as vacuuming, washing dishes, golfing, walking and of course, working.

We realize you have a choice in who you choose to provide your healthcare services. If you, a friend or family member requires care for low back pain, we sincerely appreciate the trust and confidence shown by choosing our services and look forward in serving you and your family presently and, in the future.

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Neck Pain – Can Chiropractic Really Help?

Posted on 2012-02-27 10:18:19

            Neck pain is a very common problem affecting up to 70% of the adult population at some point in life.  Though there are specific causes of neck pain such as arising from a sports injury, a car accident or “sleeping crooked,” the vast majority of the time, no direct cause can be identified and thus the term nonspecific is applied. There are many symptoms associated with patients complaining of neck pain and many of these symptoms can be confused with other conditions.  Wouldn’t it be nice to know what neck related symptoms are most likely to respond to chiropractic manipulation before the treatment has started?  This issue has been investigated with very favorable results!

            The ability to predict a favorable response to treatment has been termed, “clinical prediction rules” which in general, are usually made up of combinations of things the patient says and findings from exams. In a large study, data from about 20,000 patients receiving about 29,000 treatments, was collected and analyzed to find out what complaints responded well to chiropractic treatment.  The results showed that the presence of any 4 of these 7 presenting complaints predicted an immediate improvement in 70-95% of the patients: 1. Neck pain; 2. Shoulder, arm pain; 3. Reduced neck, shoulder, arm movement; 4. Stiffness; 5. Headache; 6. Upper, mid back pain, and 7. None or one presenting symptom.  Items not associated with a favorable immediate response included “numbness, tingling upper limbs,” and “fainting, dizziness and light-headedness in 4-12% of the patients.  The “take-home” message here is that was far more common to see a favorable response (70-95%) of the patients compared to an unfavorable response (4-12%), supporting the observation that most patients with neck complaints will respond favorably to chiropractic treatment.

            So, what do we do as chiropractors when a patient presents with neck pain?  First, after gathering preliminary information such as name, address and insurance information, a history of the presenting complaint is taken. This consists of information including what started the neck complaint (if you know), when it started, what makes it worse, what makes it better, the quality of pain (aches, stiff, numb, etc.), the location and if there is radiating complaints, the severity (0-10 pain scale), timing (such as worse in the morning, evening, etc.), and if there have been prior episodes. Various questionnaires are included that are scored so improvement down the road can be tracked and a past history that includes a medication list, past injuries or illnesses, family history and a systems review are standard.  The exam includes a computerized posture evaluation, computerized nerve tests, palpation, range of motion, orthopedic and neurological examination.  X-ray and/or other “special tests” may also be included, when needed. A review of all the findings are discussed and after permission to treat is granted, a chiropractic adjustment may then be rendered.  A list treatment options may include:

1.       Adjustments;

2.       Soft tissue therapy (trigger point stimulation, myofascial release);

3.       Physical therapy modalities;

4.       Posture correction exercises and other exercises/home self-administered therapies;

5.       Education about job modifications;

6.       Co-management with other health care providers if/when needed. 

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