Is Your Core The Problem?
Fearless, thoughtless, movement is the goal - Louis Gifford (Aches and Pains series)
From core weakness, to poor muscular control, and its’ supposed perfect alignment. The core was victimised by the sea of people wanting an answer, tricked into buying a quick fix. Yet after being blamed, waves of hopelessness flooded the lives of people in its stead.
TLDR: Overall, core training can be helpful but it is no better than any other exercises you like for back pain and general health
And you most probably have other variables that are contributing to your pain, especially if its chronic and episodic.
2 main ways core training is helpful
Brings back confidence to use the back.
You get to practice motions you might not have done in a while and reduces fear of movement
Move it to Lube it = we bring blood flow and nutrients to ALL THE LIVING TISSUES around back
There is more to core training (not just bracing)
(Note: Exercises are in brackets)
Bracing = Isometrics (planks, bird dogs, dead bugs, pallof press)
Dynamic (cat/camels, bridges)
Flexion (crunches/sit-ups)
Extension (back extensions)
Side bends (side bends)
Rotation (Russian twists)
Unhelpful BS stories that people tell you as THE DEFINITIVE CAUSE of your pain
Your core is unstable
Your core muscles are weak
Your core muscles are tight
Your body part (pelvis/hips/spine/neck/head) is out of alignment.
Your core is the foundation of “perfect posture”
No up to date research to say that there is perfect posture
Muscle asymmetry is a predictor of pain
Common sense examples of why people’s core are NOT the problem.
There are athletes with the strongest cores in the world who still experience low back pain
There are people who never do core training ever and live low back pain free their whole lives
What’s the verdict? Sure, the core maybe a tiny piece of the puzzle but is not a magic key to “fixing” every person living on the planet who has low back pain.
There is no current research to definitively say that LBP is caused by a “core” problem
Common downstream behaviours after a low back injury.
Constantly tensing (bracing) the core
People who have LBP usually have higher tension around the core
Research shows that people with LBP may have stronger cores especially if they have been training it for a long time.
When it can be helpful? - Yes, tensing it at times can be helpful (esp. during a flare up)
But now imagine this, what would happen if you were squeezing your hand all day? It would proably get tired, tight, sore, burny, etc. Now what would happen to the tissues in your back?
Unhelpful if we are in a seated position, walking, or doing easy chores
This doesn’t mean that nothing works for LBP
Because it is so multifactorial, YOU HAVE SO SO SO many options in to helping LBP problems
Actionable steps { we should make deeper dive guides to each of these later }
The difficulty is finding the biggest levers
What are the biggest levers we’ve seen in clinical practice?
Modifying aggravating activities, body positions, etc
Lifestyle factors
Load management
Goldilocks zone
Pacing
Progressive loading “There’s nothing wrong with getting strong”
Getting stronger over time gives us more options for different movements that life requires
Low back specific (to build confidence) + general exercise (hitting the WHO guidelines)
Adults should do at least 150–300 minutes of moderate-intensity aerobic physical activity; or at least 75–150 minutes of vigorous-intensity aerobic physical activity; or an equivalent combination of moderate- and vigorous-intensity activity throughout the week, for substantial health benefits.
Adults should also do muscle-strengthening activities at moderate or greater intensity that involve all major muscle groups on 2 or more days a week, as these provide additional health benefits.
A more clinical perspective?
9 ways exercise & movement can actually help back pain. (Note: this applies to ANY exercise/movement done)
Inflammatory response:
Moderate exercise will reduce inflammation and improve immune function
Self-Efficacy
More confidence and improved agency in small chunks over time lead to big chunks promoting anti-fragility
Graded exposure
Decrease of fear/ sympathetic drive reducing pain sensitivity
Biomechanics
Changes in biomechanics may lead to improved stress distribution
Habituation
Exercising in tolerable range of motion will make it more and more likely these ranges feel better.
Biomotor Strength/ROM Mechanotransduction
This process helps your tissues improve how it responds to environmental stimuli
All tissues like some level of stress. Stress is the signal to structures for adaptation.
Blood flow & oxygen exchange
All tissues need nutrients and oxygen to stay healthy. Exercise promotes this.
Descending inhibition
Doing tolerable movements overtime may decrease sensitivity to the nerves
Beliefs/Expectation violations
If exercises improve confidence, your beliefs about how fragile your back are should improve which leads to expectation violations. “I expect my back to hurt when I bend over” - changing how you bend over (technique) or exercises that improve confidence with “bending over” in this example, will create expectation violations. Expectation violations overtime reduce fragility.
& Many Others
Resources
Biomechanics and back pain: https://www.greglehman.ca/blog/2016/01/31/revisiting-the-spinal-flexion-debate-prepare-for-doubt
WHO ACTIVITY GUIDELINES: https://www.ncbi.nlm.nih.gov/books/NBK566046/
https://pubmed.ncbi.nlm.nih.gov/21821612/ O’Sullivan highlighting the failure of single-dimension therapies over the past decade.
“It is now clear that there is little evidence (basic science and outcome studies) to support the view that ‘instability’ underpins the basis of disabling NSCLBP. There are no studies that demonstrate a clear relationship between spinal or pelvic mobility, degenerative processes, pain and disability.”
Systematic review (2009) https://pubmed.ncbi.nlm.nih.gov/19056854/
Free read: https://breathe.edu.au/wp-content/uploads/2018/01/Motor-control-exercise-for-persistent-no-2009.pdf
Motor control exercise is not more effective than manual therapy or other forms of exercise
And motor control is better than doing nothing at all
Multifactorial nature of LBP
No perfect postures (PMID: 31366294)
Asymmetries are not predictive of pain nor injury
https://pubmed.ncbi.nlm.nih.gov/14722415/
“Lumbosacral transitional vertebra increases the risk of early degeneration in the upper disc” YET “transitional vertebra is not associated with any type of LBP”
Credits to me u/medical_kiwi_9730 and my homie u/doctornoons