Tendonitis, Fasciitis, Bursitis : What You Haven’t Been Told — And Why It Keeps Coming Back

If you’ve dealt with:

• Plantar fasciitis

• Achilles tendonitis

• Patellar tendon pain

• Shoulder bursitis

• Hip bursitis

You’ve probably been told some version of:

“It’s inflammation.”

“Rest it.”

“Strengthen it.”

“Stretch more.”

Sometimes that helps.

Temporarily.

But then it comes back.

Let’s talk about why.

YOUR TENDON ISN’T INFLAMED RANDOMLY

Tendons, fascia, and bursae don’t get irritated out of nowhere.

They respond to force — and to repeated load over time (Khan et al., 2002; Cook & Purdam, 2009).

Every time you:

• walk

• stand

• squat

• reach

• run

• climb stairs

Your nervous system organizes:

• which muscles activate first

• how much postural tension to create

• where your weight shifts

• how load moves through joints

This organization happens automatically.

You don’t consciously decide it.

It’s based on how your brain integrates information from:

• your eyes

• your inner ear

• your joints

• your muscles

• your feet

That’s called sensorimotor integration (Peterka, 2002; Proske & Gandevia, 2012).

If that integration is slightly biased — even subtly — the body may repeatedly load one structure more than others.

HOW A SMALL BIAS BECOMES A BIG PROBLEM

Imagine your system consistently shifts slightly more load into:

• the inside of your knee

• the front of your shoulder

• the bottom of your heel

• the outer hip

Not dramatically.

Just slightly.

Over thousands of repetitions:

• that tendon experiences repeated strain

• that fascia experiences repeated tension

• that bursa experiences repeated compression

Tissue adapts to repeated load (Cook & Purdam, 2009).

If the load is shared efficiently, adaptation is healthy.

If the load is concentrated or inefficient, adaptation becomes irritation.

Pain is not just inflammation.

It’s the biological signal that a loading strategy has exceeded local tolerance.

WHY IT IMPROVES… THEN RETURNS

Here’s the part most people don’t hear.

When a tissue becomes irritated, it changes the information it sends back to the brain.

Pain alters sensory input (Hodges & Tucker, 2011).

That altered input changes:

• muscle activation timing

• stability strategies

• postural tension patterns

• movement coordination

So now you’re in a loop:

Load pattern → tissue irritation → altered sensory input → modified motor strategy → repeated load.

You stretch it.

It calms down.

You strengthen it.

It feels better.

But if the underlying load pattern hasn’t changed, the same area keeps absorbing stress.

So the cycle repeats.

REAL EXAMPLES

Plantar fasciitis:

You roll your foot.

You stretch your calf.

It improves.

But if your system keeps shifting weight slightly forward or inward with every step, the fascia remains the primary shock absorber.

Achilles tendonitis:

You strengthen your calf.

You rest from running.

But if your balance strategy keeps overloading the posterior chain on push-off, the tendon keeps doing extra work.

Shoulder bursitis:

You strengthen your rotator cuff.

But if your ribcage and scapular coordination strategy remain biased, the front of the shoulder keeps compressing.

The tissue isn’t the villain.

It’s the overworked employee.

Demo tendonitis

WHAT ACTUALLY NEEDS TO CHANGE

Postural or sensory recalibration work does not directly “treat the tendon.”

It reorganizes how your system distributes force.

When distribution improves:

• strain becomes shared

• compressive bias reduces

• protective over-recruitment decreases

• the irritated tissue stops being the primary shock absorber

And when that happens, recovery becomes possible.

Not because we attacked inflammation.

Because the overload pattern stopped repeating — and tissue remodeling follows mechanical load (Magnusson et al., 2010).

THE SHIFT IN PERSPECTIVE

Your tendon isn’t weak.

It’s been doing too much of the job.

The real question isn’t:

“How do we fix this tissue?”

It’s:

“Why does your system keep sending load there?”

When we adjust how your body organizes balance and movement, we change how force travels through you.

When force distribution changes, inflammation has a chance to settle.

Because the pattern that created it changes.

WHERE THIS FITS WITH POSTUROLOGY

In my work, we don’t start by chasing the irritated structure.

We look at:

• how your system organizes weight

• how your balance strategy distributes load

• how your sensory reference shapes movement

No forcing.

No aggressive correction.

We refine the reference points your nervous system uses to organize movement.

When those references update, load distribution often updates with them.

And when load updates, tissues finally get a break.

If you’ve strengthened it, stretched it, rested it — and it keeps coming back —

It may not be a tissue problem.

It may be an organization problem.

And organization can change.

Next step to reorganize your body here.

Sciatica for to long

References

Cook, J. L., & Purdam, C. R. (2009). Is tendon pathology a continuum? British Journal of Sports Medicine.

Hodges, P. W., & Tucker, K. (2011). Moving differently in pain: A new theory to explain the adaptation to pain. Pain.

Khan, K. M., Cook, J. L., et al. (2002). Time to abandon the “tendinitis” myth. BMJ.

Magnusson, S. P., et al. (2010). Load-induced collagen adaptations in tendon. Scandinavian Journal of Medicine & Science in Sports.

Peterka, R. J. (2002). Sensorimotor integration in human postural control. Journal of Neurophysiology.

Proske, U., & Gandevia, S. C. (2012). The proprioceptive senses. Physiological Reviews.

Andy Audet

Specialist in Body Recalibration and Human Performance

Saint-Bruno-De-Montarville, Québec