Chiro-priorities

17/09/2026

12/09/2026

🚨 STOP CHASING THE PAINFUL SPOT FOR ONE SECOND.

Your calf burns.

Your hamstring feels tight.

Your buttock aches.

So what do most people do?

They stretch the calf.

Stretch the hamstring.

Stretch the buttock.

Massage the painful spot.

Foam-roll it harder.

And sometimes that feels good.

But here is the mechanical question:

WHAT IF THE PLACE THAT HURTS IS NOT THE PLACE WHERE THE PROBLEM STARTED?

THE ENGINEERING BREAKDOWN

A nerve does not exist only where you feel the symptom.

The sciatic pathway begins much higher.

Nerve roots emerge from the lower lumbar and sacral region.

Those fibers travel through the pelvis.

They pass through the deep gluteal region.

Then the sciatic nerve continues down the back of the thigh.

Farther down, its branches continue toward the lower leg and foot.

That means one continuous neural pathway crosses several anatomical regions before reaching the place where you may finally feel burning, tingling or pain.

THE PAINFUL SPOT MAY BE DOWNSTREAM

Imagine a long electrical cable passing through several moving tunnels.

If one section becomes mechanically irritated, the signal may be experienced somewhere farther along the cable.

That is one reason nerve symptoms can be confusing.

The symptom might be in the calf...

while the relevant anatomy may be higher.

The symptom might be in the hamstring...

while the mechanical change may involve the pelvis.

The symptom might be in the buttock...

while the lumbar nerve-root region also deserves attention.

This does NOT mean every leg symptom comes from a nerve.

Muscles, joints, tendons, blood vessels and other structures can also create leg symptoms.

But it does mean that symptom location alone is not enough to identify the source.

SYMPTOM ≠ SOURCE.

WHY MORE STRETCHING IS NOT ALWAYS THE ANSWER

A painful hamstring often feels “tight.”

A painful calf can feel “tight.”

So stretching seems logical.

And when the tissue involved is actually muscle, appropriate stretching may be useful in some contexts.

But neural tissue behaves differently.

Peripheral nerves need to move relative to surrounding tissues as the spine, hip, knee and ankle change position.

They glide.

They slide.

They tolerate changing amounts of tension.

If the neural pathway is already sensitive, an aggressive stretch across several joints at once can sometimes reproduce the same traveling symptoms.

Burning.

Tingling.

Electric sensations.

Pain that travels farther down the leg.

Again:

That does NOT mean stretching is bad.

It means the response to the stretch matters.

FOLLOW THE NERVE UPSTREAM

Instead of looking only at the painful calf, ask:

What happens when the lumbar spine moves?

What happens when the hip rotates?

Does sitting change the symptoms?

Does bending forward change them?

Does straightening the knee reproduce the same familiar sensation?

Does ankle position alter the pull?

Does the symptom stay in one muscle...

or does it travel along a line?

These are mechanical clues.

They do not diagnose the condition by themselves.

But they can tell you that looking only at the painful spot may be incomplete.

THE DEEP GLUTEAL QUESTION

After leaving the pelvis, the sciatic nerve passes through the deep gluteal region.

The piriformis and other deep hip structures live in this mechanically crowded area.

Sometimes this region becomes relevant.

Sometimes the lumbar region is more relevant.

Sometimes neither is the primary driver.

The important idea is not:

“Everything is piriformis.”

The important idea is:

FOLLOW THE ENTIRE PATHWAY.

THE CORE MECHANICAL MESSAGE

If pain travels down the leg, do not automatically assume the tissue under your finger is the tissue that started the problem.

Trace the anatomy.

Lower spine.

Pelvis.

Deep gluteal region.

Sciatic nerve.

Posterior thigh.

Calf.

Foot.

That is why I built the pathway in 3D.

You can actually watch the nerve travel from its upstream origin toward the exact region where symptoms may appear.

And once you SEE that continuous pathway, it becomes much easier to understand why treating only the painful spot may sometimes miss part of the story.

👇 Want the full 3D nerve-pathway breakdown?

Comment SCIATICA below.

I’ll send the full video directly to your Messenger.

⚠️ Educational information only, not a diagnosis. Progressive weakness, foot drop, saddle-area numbness, new bowel/bladder dysfunction, or rapidly worsening neurological symptoms require prompt medical assessment.

11/09/2026

🚨 STOP IGNORING NECK PAIN THAT RADIATES TOWARD YOUR SHOULDER!

That persistent ache, burning sensation, stiffness, or weakness around your neck and shoulder may not simply be “tight muscles.” Your cervical spine is a sophisticated load-management system where vertebral alignment, discs, muscles, fascia, and nerve roots constantly interact to control movement and distribute mechanical stress.

The C5 cervical nerve level is particularly important because it contributes to sensation and motor control involving the shoulder and upper arm. When the surrounding mechanical environment becomes irritated or overloaded, the symptoms can feel surprisingly distant from the original source. That is why someone may feel discomfort around the side of the neck, upper shoulder, or shoulder blade and assume the problem is entirely inside the shoulder.

Think of your neck as a biological tension spring combined with a precision suspension system. Every time you sit at a desk, look down at a phone, train with heavy resistance, or repeatedly hold your head in one position, the cervical muscles must generate stabilizing force. When the system loses efficient leverage, certain tissues may compensate by working harder than they were designed to.

THE ENGINEERING BREAKDOWN 🧠⚙️

Your cervical spine is not simply a stack of bones. It is a dynamic mechanical structure designed to balance mobility with stability.

The vertebrae act as load-bearing components. The intervertebral discs help distribute compressive forces. Deep cervical muscles provide fine stabilization, while larger muscles such as the sternocleidomastoid and upper trapezius contribute to movement and positional control.

When this system becomes mechanically inefficient, the body can create compensatory tension.

The result can resemble a leverage failure:

• The head moves forward relative to the trunk.
• Cervical extensor muscles remain under prolonged tension.
• Stabilizing muscles fatigue and recruit inefficiently.
• Joint loading becomes less evenly distributed.
• Sensitive neural structures may become irritated.
• Pain can be perceived beyond the exact location of the mechanical problem.

This is why simply asking, “Which muscle is tight?” can sometimes miss the bigger picture.

THE MECHANICAL FAILURE 🔥

1. CONSTANT MUSCULAR TENSION:
When your head and neck remain in a sustained position, cervical muscles may continuously generate low-level force. Unlike a short exercise set, this repeated static loading can continue for hours.

2. ALTERED LEVERAGE:
Forward-head positioning changes the mechanical relationship between the skull, cervical vertebrae, and supporting muscles. The farther the head moves away from the body's center of mass, the greater the stabilizing demand can become.

3. LOAD DISTRIBUTION:
Your cervical joints and discs are designed to tolerate normal movement and loading. Problems arise when repetitive positioning, poor movement strategies, excessive training load, or other factors repeatedly stress the same tissues.

4. THE C5 REGION:
The C5 level is clinically important because the C5 nerve root contributes to shoulder-related motor and sensory function. Irritation in the cervical region can therefore create symptoms that feel like they originate from the shoulder itself.

WHY “JUST STRETCH IT” CAN BE THE WRONG ANSWER ⚠️

Stretching can feel temporarily relieving, but relief does not automatically mean the mechanical problem has been corrected.

If your symptoms are being driven by repeated loading, poor movement coordination, weakness, joint dysfunction, or nerve irritation, aggressively stretching the painful region may simply manipulate the symptom without identifying its underlying driver.

The same applies to endless foam rolling, repeatedly cracking the neck, or aggressively massaging the painful area. These strategies may provide short-term sensory relief for some people, but they do not automatically restore cervical mechanics.

The goal should not be to “destroy the tight muscle.”

The goal is to understand why that tissue is being overloaded in the first place.

THE 3-STEP MECHANICAL FIX 🛠️

STEP 1 — Restore Cervical Positioning:
Start by reducing prolonged positions that repeatedly aggravate your symptoms. During desk work, bring your screen closer to eye level, support your forearms, and avoid maintaining your head in a sustained forward position for long periods. The objective is not to force your neck backward, but to create a more efficient neutral position with less unnecessary muscular effort.

STEP 2 — Rebuild Deep Neck and Scapular Control:
Instead of focusing exclusively on stretching the painful area, progressively train the muscles responsible for cervical and scapular stability. Controlled chin-tuck variations, deep cervical flexor activation, thoracic mobility work, and appropriate scapular-strengthening exercises can help improve the mechanical relationship between the neck, shoulder girdle, and upper back. Exercise selection should be individualized, particularly when neurological symptoms are present.

STEP 3 — Identify the Real Load Trigger:
Look at what happens before your symptoms appear. Does the pain increase after hours at a computer? During overhead training? After cycling? While driving? During prolonged phone use? The trigger provides important mechanical information. If symptoms include significant weakness, numbness, progressive neurological changes, severe pain, or symptoms that do not improve, professional clinical assessment is more appropriate than repeatedly self-treating the area.

And this matters because chronic musculoskeletal problems can generate substantial healthcare utilization—from repeated appointments and imaging to medications, cortisone shots, rehabilitation, and, in selected cases, procedures such as surgical release. The broader burden of musculoskeletal disorders also costs the US medical system millions of dollars.

Your premium health insurance may provide access to physical therapy, orthopedic evaluation, neurological assessment, or diagnostic imaging when clinically appropriate—but insurance coverage varies by plan, diagnosis, provider, and location.

The key lesson?

Don't automatically treat the place that hurts. Understand the mechanical system creating the load.

If your neck pain repeatedly travels toward your shoulder, don't assume it's “just a tight muscle.” The cervical spine and its surrounding neural and muscular structures deserve proper evaluation.

🚨 Pain is a signal. Your job isn't to silence it blindly—it’s to understand the mechanics behind it.

09/09/2026

How Dr. Ron Works

Dr. Ron looks at the body as a whole — not just at where you feel pain.

His approach is based on understanding why your body is struggling in the first place. Symptoms are often the final expression of a problem that has been developing over time.

The body has its own hierarchy and priorities. When these are disturbed, the body may compensate in ways that can eventually lead to pain, tension, reduced movement, or other complaints.

That is why the order in which the body is addressed matters.

Ron first identifies what your body needs most and works from the highest priority downward. Rather than simply treating the area that hurts, he looks for the underlying patterns and connections that may be contributing to your symptoms.

The body needs time to recover.

Recovery is a process.

The goal is not simply to make a symptom disappear temporarily, but to help the body restore better function and balance over time.

07/09/2026

🚨 YOUR LOWER BACK MAY BE TAKING THE BLAME FOR A PROBLEM IT DIDN’T START.

When back pain keeps returning, most people immediately focus on the spine.

The discs.

The vertebrae.

The joints.

Maybe the MRI.

And sometimes the spine absolutely is the primary problem.

But there is another biomechanical question worth asking:

WHAT IS THE PELVIS DOING TO THE SPINE?

THE ENGINEERING BREAKDOWN

The lumbar spine does not function in isolation.

It sits directly above the pelvis.

Every time you stand, walk, climb stairs, sit, squat, run, or lift something, forces travel between the legs, hips, pelvis, and lumbar spine.

That means muscles controlling the pelvis can influence how load reaches the lower back.

Four muscles are especially interesting in this mechanical chain:

PSOAS MAJOR

GLUTEUS MEDIUS

QUADRATUS LUMBORUM

RE**US FEMORIS

They do completely different jobs.

But together, they can influence pelvic position, hip control, trunk stability, and the amount of work the lumbar region has to perform.

MUSCLE #1 — PSOAS MAJOR

The psoas connects the lumbar region to the femur.

It contributes to hip flexion and interacts mechanically with the lumbar-pelvic system.

The important point is not simply that the psoas is “tight.”

That explanation is often too simplistic.

The real issue may involve how it is loaded, how it coordinates with other muscles, and what the pelvis and hip are doing during movement.

MUSCLE #2 — GLUTEUS MEDIUS

The gluteus medius is critical for controlling the pelvis when weight is on one leg.

Every step you take requires this muscle to help prevent excessive pelvic drop and control hip position.

If that control is poor, other structures may have to compensate.

And one possible compensation zone is the lumbar region.

Again, that does not mean every person with low-back pain has a “weak glute med.”

It means pelvic control matters.

MUSCLE #3 — QUADRATUS LUMBORUM

The quadratus lumborum sits beside the lumbar spine and connects the pelvis to the lower rib and lumbar region.

It helps control lateral trunk movement and pelvic position.

If one side is repeatedly doing more work than the other, the person may experience a persistent feeling of tightness or overload around the lower back.

But “tight” does not automatically mean the muscle needs aggressive stretching.

It may be working hard because another part of the system is not controlling load effectively.

# # # MUSCLE #4 — RE**US FEMORIS

The re**us femoris is part of the quadriceps, but unlike several other quadriceps muscles, it crosses both the hip and knee.

That means it can influence hip mechanics as well as knee movement.

When hip flexor loading, pelvic position, and muscular coordination change, the lumbar spine may have to compensate.

THE MECHANICAL FAILURE: THE SPINE BECOMES THE VICTIM

This is the part most people miss.

Imagine the pelvis as the foundation under the lumbar spine.

If that foundation repeatedly changes position or loses control during movement, the spine above it has to adapt.

The lumbar muscles may work harder.

Certain segments may experience more repeated load.

The person feels pain in the back.

So naturally, they assume:

“My back is the problem.”

But the painful structure may sometimes be the structure absorbing the compensation.

WHY SYMPTOM-ONLY TREATMENT CAN MISS IT

This is why random lower-back stretching does not always solve recurring mechanical pain.

Massage may provide temporary relief.

Foam rolling may change how the muscles feel.

Stretching may temporarily reduce tension.

But if the pelvis and hips return to the same mechanical strategy five minutes later, the lumbar region may simply become overloaded again.

That is why the more useful question is not:

“Which muscle is tight?”

It is:

“Which muscles are controlling the pelvis poorly, working too hard, not contributing enough, or failing to coordinate at the right time?”

That distinction matters.

THE CORE MECHANICAL MESSAGE

The lumbar spine may be the place where you FEEL the problem.

But it can sometimes be the victim of what is happening around the pelvis and hips.

That is why I mapped all four muscles in 3D.

The psoas major.

The gluteus medius.

The quadratus lumborum.

The re**us femoris.

And most importantly, how their mechanical roles can change pelvic position and lumbar loading.

I’m not giving away the full relationship here because once you see all four interacting together, the pattern becomes much easier to understand.

👇 Want the complete 4-muscle 3D breakdown?

Check the pinned comment below.

If back pain is accompanied by progressive leg weakness, saddle numbness, or loss of bladder or bowel control, urgent medical evaluation is important.

06/09/2026

Need chiropractic care?

Dr. Ron, Doctor of Chiropractic, is available at
Hacienda del Álamo Golf Resort.

🇬🇧 English | 🇳🇱 Nederlands | 🇩🇪 Deutsch

For appointments or more information, contact me directly via Facebook or WhatsApp.

04/09/2026

🚨 STOP ASSUMING THAT PAINFUL “KNOT” BETWEEN YOUR SHOULDER BLADES IS JUST A LOCAL MUSCLE PROBLEM.

A lot of people feel that deep, stubborn, recurring pain along the inner border of the shoulder blade and immediately assume the same thing: tight muscle, muscle knot, bad posture, maybe just stress. And yes—local muscles can absolutely become overloaded. But in some cases, the painful spot is not the full story.

The Engineering Breakdown

The upper back is a shared mechanical zone. The neck, shoulder blade, ribs, and upper thoracic spine all interact constantly. The scapula does not float randomly—it depends on coordinated muscular control and force transfer from structures like the levator scapulae, rhomboids, and surrounding stabilizers. At the same time, neural structures traveling from the lower cervical region toward the shoulder-blade area may also contribute to the symptom pattern.

That matters because pain often gets interpreted only by location. But biomechanics does not always work that way.

If the shoulder blade region is under repeated tension, if the scapula is being pulled inefficiently, or if the neck-to-scapula pathway is irritated, compressed, or mechanically overloaded, the place where you feel the pain may simply be the downstream complaint—not necessarily the original driver.

The Mechanical Failure

One possible pattern is The Upstream Driver.

In this pattern, the painful “knot” near the medial border of the scapula may act like a symptom beacon. It gets your attention. It feels local. It feels easy to blame on a tight muscle. But the real question is:

Why is that region repeatedly overloaded?

Is the scapula being mechanically stressed by the neck?
Is there repetitive traction through the levator scapulae and rhomboid region?
Is the nerve pathway irritated somewhere upstream?
Is the shoulder blade compensating for a deeper movement-control problem?

That is why simply rubbing the painful spot does not always solve it.

Why Conventional Treatment Can Miss It

This is where a lot of people get stuck.

They massage the exact painful area.
They dig a tennis ball into the “knot.”
They foam roll the spot aggressively.
They stretch what feels tight.

Sometimes that helps temporarily. But if the painful area is only the place where stress accumulates, symptom-only treatment may keep missing the real mechanical issue.

That does not mean local treatment is always wrong. It means local treatment can be incomplete.

In some cases, a more complete assessment may look at:

neck contribution
scapular mechanics
muscular loading patterns
nerve pathway irritation
posture under load
movement strategy

When clinically appropriate, evaluation may include physical therapy, specialist assessment, and sometimes imaging such as MRI or nerve-related workup depending on the symptom pattern. Coverage varies by insurer and policy.

Core Mechanical Message

The most important question is not:

“Where does it hurt?”

The better question is:

“Why is this exact region repeatedly becoming the painful endpoint?”

That shoulder-blade “knot” may be a local muscle issue.
But it may also be a possible symptom zone of an upstream mechanical or neural contributor.

That is the part most people never visualize clearly.

I mapped the full neck-to-shoulder-blade mechanism in 3D so you can see why this pattern is so often misunderstood—and why treating the painful spot alone may not tell you the whole story.

Want the full 3D breakdown? Check the pinned comment below. 👇

01/09/2026

🚨 NECK PAIN WHEN YOU LOOK UP? STOP IGNORING THE BASE OF YOUR SKULL! 🚨

If looking upward suddenly creates a sharp, tight, or burning sensation high in your neck, the problem may not simply be “tight neck muscles.” The mechanical story can be much more specific. At the base of the skull sits a compact group of muscles called the suboccipitals, working together with the upper cervical joints, connective tissues, and nearby nerves to control extremely precise head and neck movements.

Think of this region as a biological tension-control system. Every time you extend your neck, the upper cervical structures must coordinate movement while maintaining stability. When the system becomes overloaded, the tissues around the upper cervical region may experience increased tension and compression. That is where the painful “friction zone” concept becomes important.

🔬 THE ENGINEERING BREAKDOWN

Your neck is essentially a dynamic mechanical column supporting a heavy moving structure: your head.

When you look upward, the cervical spine changes position and the muscles surrounding the upper cervical region must regulate the movement. The suboccipital muscles act like small biological tension springs, constantly adjusting the position of the skull relative to the upper cervical vertebrae.

If your movement strategy is poor, your head posture is repeatedly held in extension, or your upper cervical muscles are doing more stabilizing work than they can comfortably tolerate, mechanical load can accumulate.

The result may feel like a tiny painful point underneath the skull—but the mechanical system behind that point is much larger.

⚠️ THE MECHANICAL FAILURE

• Constant muscular tension: The suboccipital muscles can remain active for prolonged periods when the head is repeatedly held forward or extended.

• Leverage failure: A forward-positioned head increases the mechanical demand on the muscles responsible for stabilizing the cervical region.

• Repeated compression: Extension-based movement can change loading across the upper cervical joints and surrounding soft tissues.

• Irritated tissues: Repetitive mechanical stress may contribute to localized sensitivity around muscles, joints, connective tissue, or nearby nerve structures.

• The “Friction Zone”: The painful area may be small, but it can represent the point where several mechanical forces converge rather than being the entire source of the problem.

And this is exactly why simply treating the painful spot may not solve the underlying movement problem.

❌ WHY “JUST STRETCH IT” MAY NOT BE THE ANSWER

One of the most common responses to neck discomfort is aggressive stretching. But stretching is not automatically the correct solution for every mechanical problem.

If the tissue is already sensitive, repeatedly forcing the neck into the exact position that reproduces symptoms may simply increase irritation. Likewise, aggressively digging into the base of the skull with a massage ball or repeatedly foam-rolling the area can make a sensitive region feel temporarily different without addressing why the area became overloaded in the first place.

The goal should not be to attack the painful tissue harder.

The goal is to understand why the tissue is receiving excessive mechanical demand.

🛠️ THE 3-STEP MECHANICAL RESET

STEP 1 — Reduce the provoking position.

For a short period, identify the specific movements that repeatedly reproduce the pain—especially prolonged upward gaze, excessive cervical extension, or sustained awkward positioning. This does not mean completely immobilizing your neck. Instead, reduce unnecessary exposure to the position while maintaining comfortable, controlled movement.

STEP 2 — Restore controlled cervical mechanics.

Rather than aggressively stretching the painful region, work on controlled neck positioning and gentle range of motion that stays below the symptom threshold. The objective is to improve coordination between the head, cervical spine, and surrounding musculature so one small region is not forced to act as the entire stabilization system.

STEP 3 — Fix the load distribution.

Look at the environment creating the repeated stress. Monitor your workstation height, screen position, phone posture, sleeping position, and training technique. A neck that repeatedly compensates for poor positioning is being exposed to the same mechanical problem again and again. If symptoms persist, worsen, radiate into the arm, or are associated with weakness, numbness, severe headache, dizziness, trauma, or other concerning symptoms, professional medical assessment is appropriate.

The important lesson is simple: pain location does not always equal pain source.

A tiny red hotspot underneath the skull can be the visible endpoint of a much larger biomechanical chain involving posture, joint motion, muscular endurance, and repeated loading.

And while chronic neck pain can contribute to repeated healthcare visits, imaging, physical therapy, medication use, or—in selected cases—procedures such as injections, treatment decisions should be based on an appropriate clinical evaluation rather than a social-media diagnosis. Insurance coverage for specialized biomechanical assessment also varies by plan, provider, and location.

Your neck is not just a stack of bones.

It is a sophisticated mechanical system designed to balance mobility, stability, and load distribution.

Understand the mechanics before attacking the pain.

01/09/2026

🚨 STOP IGNORING PAIN AROUND YOUR LOWER BACK, BUTTOCK, OR PELVIS! YOUR SI JOINT MAY BE PART OF THE PROBLEM.

Sacroiliitis is inflammation involving one or both sacroiliac joints—the joints connecting the sacrum at the base of the spine with the ilium of the pelvis. These joints are designed to provide stability while allowing a very small amount of movement as forces travel between your spine and legs.

That small movement matters.

Every time you walk, climb stairs, run, change direction, or stand on one leg, the pelvis and lower spine must coordinate to transfer mechanical load efficiently. The SI joint sits directly inside this force-transfer system. When the tissues around the joint become irritated, overloaded, or inflamed, pain may be felt in the lower back, buttock, pelvic region, or sometimes further down the leg.

🧬 THE ENGINEERING BREAKDOWN

Think of your pelvis as a biological load-transfer system.

Your lumbar spine provides mobility. Your pelvis provides stability. The sacroiliac joints help transfer forces between the upper body and lower limbs.

The surrounding ligaments and muscles act like a biological tension system, helping control unwanted movement and maintain pelvic stability.

When this system becomes irritated, the problem isn't necessarily that the joint is simply “out of place.” In many cases, the symptoms are related to inflammation, altered loading, surrounding muscle activity, or another condition that can produce similar pain.

That distinction is important.

⚠️ THE MECHANICAL FAILURE

Several factors can contribute to irritation around the SI region:

• Repetitive loading during running, lifting, or sport
• Sudden increases in training volume
• Prolonged asymmetrical postures
• Reduced coordination between the trunk, pelvis, and hips
• Previous injury or trauma
• Pregnancy-related changes in pelvic mechanics
• Inflammatory conditions that affect the sacroiliac joints

The friction zone shown in the anatomical illustration represents the region where irritation and inflammatory changes may occur. The red highlight is a visual representation of inflammation—not a literal measurement of pain intensity.

And here's the important part: SI joint pain is not automatically sacroiliitis.

Lumbar disc problems, facet joint pain, hip pathology, gluteal disorders, and nerve-related conditions can produce overlapping symptoms. A proper clinical assessment is therefore essential before assuming the SI joint is the source.

🚨 WHY “JUST STRETCH IT” ISN’T ALWAYS THE ANSWER

One of the biggest mistakes people make is assuming that every painful area simply needs more stretching.

If your symptoms are being driven by inflammation, excessive training load, poor movement coordination, or an underlying inflammatory condition, repeatedly forcing the painful area into aggressive stretches may not address the actual problem.

Likewise, foam rolling, massage, or complete rest may provide temporary relief without identifying why the symptoms developed in the first place.

The goal should not be to blindly “loosen” the pelvis.

The goal is to understand what is being irritated, what is increasing the load, and what movement strategy needs to change.

🔧 THE 3-STEP MECHANICAL RESET

STEP 1 — Identify the pain pattern.
Pay attention to exactly where the pain appears, what movements reproduce it, whether prolonged sitting or standing changes it, and whether symptoms travel into the thigh or leg. A clinician can use this information alongside physical examination to determine whether the SI region is actually contributing to the symptoms.

STEP 2 — Control the mechanical load.
Temporarily reduce activities that clearly aggravate the area rather than stopping all movement. Adjust running volume, heavy lifting, repeated single-leg loading, or other provocative movements while maintaining comfortable activity when appropriate. The objective is to reduce unnecessary irritation while preserving useful movement.

STEP 3 — Rebuild coordinated strength and movement.
Once symptoms are settling, rehabilitation may focus on trunk, hip, and pelvic control, progressive strengthening, movement coordination, and gradual return to normal loading. The exact program should be individualized because the same “SI joint pain” label can represent very different underlying problems.

And if symptoms are persistent, severe, associated with fever, unexplained weight loss, significant trauma, progressive weakness, bowel/bladder changes, or other concerning features, medical evaluation should not be delayed.

Sacroiliitis can sometimes be associated with inflammatory diseases, and in those situations the treatment strategy can be very different from treating a simple mechanical overload problem.

Understanding the anatomy is the first step.

Understanding why the joint is being irritated is the next.

💬 Have you ever experienced pain directly around the SI joint or one-sided buttock pain?