Author: Injury Solutions, Inc.

Many people seek chiropractic care when their back goes out or their neck tightens up. But how does this form of care actually work? What are the benefits of receiving chiropractic care for nerve dysfunction compared with other healthcare options? Let’s take a look!

First, let’s discuss how the nervous system “works.” We have three divisions of the nervous system: the central, peripheral, and autonomic nervous systems. The central nervous system (CNS) includes the brain and spinal cord, and it’s essentially the main processing portion of the nervous system. The spinal cord is like a multi-lane highway that brings information to the brain for processing (sensory division) and returns information back to the toes, feet, legs, and upper extremities from which the information originated (motor division). For example, hiking on a mountain trail or simply walking requires constant input to and from the CNS so we can adjust our balance accordingly and not fall. These “sensory-motor pathways” are essential and allow us to complete our daily tasks in an efficient, safe manner as information is constantly bouncing back and forth between the brain and the rest of the body.

The peripheral nervous system (PNS) includes a similar sensory/motor “two-way street” system relaying information back and forth from our toes/feet/legs and fingers/hands/arms to the spinal cord (CNS). And if this isn’t complicated enough, we also have “reflexes” that, for example, allow us to QUICKLY pull our hand away from a hot stove to minimize burning our fingers.

Reflexes allow the information to “skip” the brain’s processing part so quicker reactions can occur. The autonomic nervous system (ANS) includes the sympathetic and parasympathetic divisions that basically “run” our automatic (organ) functions like breathing, heart rate, digestion, hormonal output, and more. There is constant communication between the ANS, PNS, and CNS that allow us to function in a normal, balanced way… unless something disrupts them.

There are obvious conditions that interfere with this communication process that include (but are not limited to) diabetes (with neuropathy), frost bitten or burned fingers, peripheral nerve damage from conditions like carpal/cubital tunnel syndromes, thoracic outlet syndrome, and/or pinched nerves in the neck, mid-back, low-back spinal regions, as well as conditions such as multiple sclerosis (MS), Guillain-Barre Syndrome, after a stroke (spinal cord or brain), and after trauma with resulting fractures where nerve, spinal cord, and/or brain damage can occur. These are “obvious” reasons for delayed or blocked neurotransmission.

There are many other less obvious injuries or conditions that can result in faulty neuromotor patterns and nerve transmission of which chiropractic services can benefit. The “subluxation complex” is a term some chiropractors use to describe the compromised nerve transmission that may occur if a nerve is compressed or irritated due to faulty bone or joint position along the nerve’s course. Reducing such nerve compression typically allows for a restoration of function. A good illustration of this is a patient who suffers from a herniated disk in the neck with numbness and tingling down the arm to the hand. The goal of treatment (for all healthcare professionals) is to remove the pinch of the nerve.

To realize this goal, doctors of chiropractic utilize spinal manipulation and mobilization in addition to other non-surgical, non-drug approaches that may include exercises, nutritional advice, home-care such as a cervical traction unit, and other anti-inflammatory measures (ice, modalities like low level and class IV laser, electric stimulation, pulsed magnetic field, and more). Given the minimal side-effect risks and well-reported benefits, it only makes sense to try chiropractic FIRST and if you’re not satisfied, your doctor will help you find the next level of care.

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Headaches are a very common problem that can have multiple causes ranging from stress to trauma. To make matters worse, there are MANY different types of headaches. One such type is the “cervicogenic headache” (others include migraines, cluster headaches, etc.).

The main distinction between the symptoms associated with cervicogenic headaches and those associated with migraine headaches are a lack of nausea, vomiting, aura (a pre-headache warning that a headache is about to strike), light and noise sensitivity, increased tearing with red eyes, one-sided head, neck, shoulder, and/or arm pain, and dizziness. The items listed above are primarily found in migraine headache sufferers. The following is a list of clinical characteristics common in those struggling with cervicogenic headaches:

• Unilateral (one-sided) head or face pain (rarely is it on both sides).
• Pain is localized or stays in one spot, usually the back of the head, frontal, temporal (side) or orbital (eye) regions.
• Moderate to severe pain intensity.
• Intermittent attacks of pain that last hours to days.
• Pain is usually deep, non-throbbing, unless migraines occur at the same time.
• Head pain is triggered by neck movement, sustained awkward head postures, applying deep pressure to the base of the skull or upper neck region, and/or taking a deep breath, cough or sneeze can trigger head pain.
• Limited neck motion with stiffness.

Infrequently, the cervicogenic headache sufferer can present with migraines at the same time and have both presentations making it more challenging to diagnose.The cause of cervicogenic headaches can be obvious such as trauma (sports injury, whiplash, slip and fall), or not so obvious, like poor posture. A forward head posture can increase the relative weight applied to the back of the neck and upper back as much as 2x-4x normal.

Last month, we discussed the intimate relationship between the upper two cervical vertebrae (C1 & C2) and an anatomical connection to the covering of the spinal cord (the dura) as giving rise to cervicogenic headaches. In summary, the upper three nerves innervate the head and any pressure on those upper nerves can result in a cervicogenic headache. Doctors of chiropractic are trained to examine, identify, and treat these types of potentially debilitating headaches.

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Many patients perform some self-care when they first hurt their lower back, hoping this will keep them out of a doctor’s office. While home remedies can sometimes make the pain go away, sometimes they don’t. It just depends on what you try. When the back is first hurt, it’s often a sprain/strain type of injury with accompanying muscle spasm.

When a nerve in the low back becomes pinched or irritated, the body will protect the delicate nerves by keeping you from moving and risking further nerve injury. The easiest way for the body to do this is to cause the back muscles to spasm in the injured area.

Muscle pain can be quite severe and heat can sometimes soothe the pain. For this reason, many patients take to the heating pad or to the hot tub to try and get some relief. This should be avoided in an acute injury because inflammation is present. With inflammation, there is increased heat and the additional heat you provide is like adding gasoline to a fire. The results are usually not good.

A better choice with an acute injury is to ice the area, but this also needs to be done with some caution. The simplest ice pack is ice cubes placed in a plastic bag. While effective, you can cause a frostbite injury if you leave the pack on for too long. When you first ice the area, you will go through several phases before some pain relief is achieved. At first, the pack will feel cold. The next phase is a burning sensation and the ice will almost feel hot. This is followed by an aching or throbbing sensation. Just before the area is numbed, a very sharp pain will be experienced followed by the relief you desire. It can take between five to ten minutes to go through all of the phases.

Once numbness is achieved, the pack should be removed. You should most definitely not fall asleep while the pack is on.

If this simple procedure does not solve the problem, it’s best to get your spine checked by a doctor of chiropractic.

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Low back pain (LBP) is one of the most common ailments that chiropractors treat. That’s probably because MOST of us will suffer from low back pain that requires outside help at some point in our lives! Posture has long been studied as a potential cause of low back pain, and this month’s topic will take a closer look at some recent research discussing this issue.

A December 2014 study looked at low back posture in two groups of LBP patients and its relationship with problems associated with intervertebral disk diseases. Looking at a person from the side, have you noticed that the low back area has an arched or inward curve? This is called the “lumbar lordosis” (or, the “sway back” area), and this can be highly variable in terms of the angle or amount of arch. It normally differs between males and females. Degenerative disk disease (DDD) is a common condition affecting virtually all of us at some point in time. DDD results in narrowing of the disk spaces, which there are five total in the lumbar spine (twelve in the thoracic spine/mid-back, and six in the cervical spine/neck).

One particular study evaluated a group of 50 patients with long-term intractable (chronic) low back pain with intervertebral disk disease and a group of 50 chronic LBP patients without DDD that served as a “control group.” Researchers measured the degrees of lordosis, or amount of curve (lumbar lordosis), by looking at the person from the side using two different methods in the two patient groups and compared the data. The group with degenerative disk disease had an overall reduction in the lumbar lordosis curve (less arched) using both methods of measuring. The authors concluded that the patients with intervertebral disk lesions had a straighter, or more flat curve (less sway back), when compared to those without disk degeneration. What they were unable to determine was which came first, the disk degeneration or the reduction in the lumbar lordosis?

This study points out several important points. When treating patients with low back pain, some patients feel better when placed in a bent forwards position, or they favor a flat low back curve. Others have the opposite response, or their position of preference favors a more curved (arched) lower spine. The reason for this difference is that LBP is generated from different tissues in the low back, and some tissues favor or feel better in one position and typically feels worse in the opposite direction when injured. The intervertebral disks in the spine lie between the vertebral bodies and serve as “shock absorbers” for the spine and trunk. The center, or “nucleus,” of the disk is liquid-like and is usually well contained inside the disk, held by a tough, outer fibrocartilage material (the “annulus”).

The disk is approximately 80% water, and as we age, the water content gradually reduces and the disk spaces narrow, thus limiting the mobility of that part of the spine. More importantly, DDD usually narrows the size of the canals through which the spinal cord and nerve roots travel. When we bend forward, these canals open up wider placing less pressure on the nerves and/or spinal cord.

This is why we often see elderly people leaning on grocery carts when shopping, as it hurts less and they can walk longer / farther. Those with herniated disks tend to be the opposite, as they favor bending backwards as this position shifts the nucleus or liquid center forwards and away from the nerve root thus reducing the pinched nerve resulting in less or complete elimination of radiating leg pain.

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