
Exercise and Low Back Pain


Using computer models, researchers studied several factors that could affect a city’s quality of life, such as how far people must travel to shop; availability and safety of bike paths; parking costs; and access to public transportation. The researchers estimate that by reducing car use by 10% and reducing the distance to public transportation by 30%, cities could expect the rates of heart disease to drop 15% and type 2 diabetes to drop by 11%.
The Lancet, September 2016

Chronic neck pain often results in a psychological impact that can affect daily life. A new study involving 80 patients with chronic neck pain investigated the prevalence of anxiety and depression in patients with neck pain as well as associated risk factors and found that 68.4 % suffered from anxiety and 55.7% patients were depressed. Furthermore, disability and cervicobrachial neuralgia (neck pain radiating into the arm) associated with chronic neck pain predicted which patients had at higher risk of psychological distress.
The Pan-African Medical Journal, May 2016


Seniors who regularly exercise appear less likely to suffer a disability, and if they do, they tend to recover quicker. A study that included 1,600 older adults showed that active seniors were 13% less likely to develop a physical disability, and exercisers were one-third more likely to recover from impairment than those who lived a sedentary lifestyle. The findings suggest that it’s never too late to reap the benefits of exercise.
Annals of Internal Medicine, September 2016

Letting kids help in the garden may promote lifelong healthy eating habits. Researchers surveyed over 1,300 college students and found that students who gardened as a child and continue to do so ate 2.9 cups of fruits and vegetables daily—about a half a cup more than their peers who never gardened.
Lead author Dr. Anne Mathews adds, “We found that if your parents gardened but you did not, just watching them did not make a difference in how much fruits and vegetables you eat in college. Hands-on experience seems to matter.” The authors suggest that schools offer gardening lessons to expose young children to the activity, which may encourage students to maintain healthy eating habits later in life.
Journal of the Academy of Nutrition and Dietetics, September 2016


Evidence-based chiropractors must routinely answer two questions:
Chiropractors treat the cause of dysfunction and not the just the pain—right? This becomes more challenging when patients present with an assortment of orthopedic diagnoses. Let’s be honest, we see the worst of the worst on a daily basis, and we are often the last option.
Identifying IF inflammation is a source of pain may be one of the biggest differentiators in your initial exam.
Chiropractors see patients in pain resulting from acute injuries. Newly injured tissue often contains an inflammatory component for healing. However, emerging clinical research tells us that reoccurring painful conditions often lack an inflammatory component. Effective treatment of pain is dependent on a clear understanding of whether inflammation is present or not.
Learn how to identify chemical vs. mechanical pain
Many chronic tendon problems are not the result of ongoing inflammation, rather failed inflammation. Chronic failed inflammation results in tissue degeneration that diminishes long-term tissue capacity, size, and function. Tendons, when degenerated, exhibit lower stiffness. A failed healing response results in proliferation of tissue with decreased load transfer and elastic capability. We sometimes refer to this as scar tissue. This deficit must be accounted for during locomotion. Diminished tendon load transfer will lead to widespread biomechanical dysfunction. The patient must be willing to change their movement pattern or habits to stop this process.
Chronic problems often lead to widespread biomechanical dysfunction.
We have all seen the patient with chronic, but intermittent, plantar fasciitis who develops subsequent knee, hip, or back pain. Human movement is coordinated by a hierarchal system. The CNS initiates, controls and executes movement patterns. The human body knows movements—not muscles. If one tissue in the loop loses its integrity the patient may develop a new movement pattern. This new movement pattern may not be efficient to all the tissue components and result in new injuries. Our tissue only has a certain capacity. Muscles and tendons will strain, ligaments will sprain, and bones will break at different rates and/or amounts of load. Rehab should focus on optimal movement patterns instead of strengthening isolated muscles.
Let’s examine a patient with Achilles tendinosis?
Patients with Achilles pain will often favor the outside of their foot. Pain will result in an adaptive behavior altering the activity of agonist, synergist and antagonist muscles. A recent study in the Journal of Physiology highlighted this compensatory behavior:
“This was seen during single-legged hopping, where the contribution from the triceps surae muscle to the plantar flexors was decreased and the co-contraction from the tibialis anterior muscle was also decreased on the involved side in individuals with Achilles tendinosis. This may be attributed to the protective mechanism shielding the already injured tendon from further injury or even rupture.” (1)
If the agonist and antagonists have decreased activity, then how do these patients transfer load while walking?
“The EMG activity of the synergist muscle, the peroneal longus muscle in the present study, increased to compensate for the mechanical deficit resulting from the compliant Achilles tendon and to achieve the task goal.”
These patients have now condemned their gait cycle to walk on a supinated foot that transfers compensatory repercussions to the knee and hip. The increased load on the peroneal muscles may also result in injury in time. This is not an isolated problem, rather the typical continuum of an “…itis” to an “…opathy” over time. These are not isolated lesions; rather the start of widespread biomechanical dysfunction that may result in any number of orthopedic diagnosis. The authors conclude:
“Pain is a signal of tissue damage, although damaged tissues are not always painful.”
Excellent chiropractic clinical outcomes require that providers look upstream and downstream for biomechanical co-conspirators. ChiroUp helps your patients recognize how specific orthopedic conditions change movement patterns. Preselected exercise protocols incorporate ideal movement patterns during the rehab process. In the case of tendinopathy, ChiroUp protocols incorporate eccentric exercise to facilitate and strengthen the damaged tissue and prevent recurrence of pain.
Reference

Your habits just before going to bed could be sabotaging your sleep.
The National Sleep Foundation recommends avoiding the following: over-the-counter medications that contain pseudoephedrine, which can be found in common cold medicines; texting, watching TV, or spending time on the computer shortly before bed; indulging in a greasy, fattening, salty bedtime snack, which can be stimulating and trigger nightmares; and drinking caffeine beyond the morning, as it can stay in your system for as long as twelve hours.
National Sleep Foundation, October 2016
In a nation of only 36 million people, over 5 million people turned to opioid use for their pain despite the availability of better options. Opioids should never be the first step in pain management; preventing overuse takes education of both the public who are using and the professionals prescribing these drugs.
At Aberdeen Chiropractic we are proud to be part of the solution to Canada’s opioid crisis by providing safe, effective care for back pain, neck pain and headaches. Our goal is to assess, correct and prevent your pain with a variety of interventions including Chiropractic, Acupuncture, Laser, Exercise Rehabilitation and Trigger Point Therapy.
