You finally get the call.
The MRI is back.
The report says there is nothing significant. No major injury. No surgical emergency. Nothing that appears capable of explaining why your back still aches when you stand, why your neck tightens during the day, or why sleep has become increasingly difficult due to persistent pain.
For many people, that moment brings relief for a few seconds—followed by a different question.
If everything looks normal, why does it still hurt?
Understanding the nature of persistent pain is crucial for effective treatment.
This is one of the most common and misunderstood experiences in pain medicine. Patients often arrive at STAR Health after multiple consultations, imaging studies, therapies, and treatments. They have answers about what is not wrong, but few answers about what is actually driving their symptoms.
The reality is that pain is rarely explained by a single image.
Imaging shows structure. Pain reflects how multiple systems function together over time.
When those systems are evaluated collectively, persistent pain often becomes far more understandable and manageable.
Pain Is Rarely a Single-Structure Problem
Traditional discussions about pain frequently focus on structural findings such as:
• Disc bulges
• Arthritic joints
• Degenerative changes
• Tendon abnormalities
While these findings may be clinically relevant, they do not automatically explain symptoms.
Research has repeatedly demonstrated that many people without pain have abnormalities on MRI and CT scans. Likewise, many individuals experiencing significant pain may have imaging that appears largely unremarkable.
Why?
Because pain is not generated by anatomy alone.
Instead, persistent pain often emerges from interactions among several systems:
• Biomechanics and load transfer
• Neurologic signaling pathways
• Tissue healing and inflammatory activity
• Movement efficiency and compensation patterns
• Recovery variables such as sleep, stress, and activity tolerance
At STAR Health, this broader perspective forms the foundation of a systems-based evaluation. Rather than asking only what appears on imaging, we investigate which structure is actively generating symptoms and what factors continue to amplify that irritation.
Imaging Is Valuable—But It Is Only One Piece of the Puzzle
MRI and CT imaging remain powerful diagnostic tools.
They can reveal structural changes, tissue quality, nerve compression, and biomechanical abnormalities that may contribute to symptoms.
However, imaging has limitations.
A scan captures a moment in time.
It does not show how a person walks through a grocery store, turns their head while driving, climbs stairs, lifts a grandchild, or compensates for a previous injury.
These dynamic factors often influence pain far more than static imaging alone.
That is why STAR Health evaluates imaging alongside:
• Comprehensive physical examination
• Neurological assessment
• Dynamic musculoskeletal ultrasound when appropriate
• Functional movement evaluation
• Gait analysis
• Postural assessment
• Image-guided diagnostic procedures
When these information sources are viewed together, patterns often emerge that would otherwise remain hidden.
The goal is not simply to find abnormalities. The goal is to identify clinically meaningful contributors to pain. Research published in the American Journal of Neuroradiology found that many degenerative MRI findings are commonly seen in people without pain, reinforcing the importance of interpreting imaging within the context of a patient’s clinical presentation.
The Missing Clue May Be Movement
One of the most overlooked aspects of persistent pain is movement quality.
Two people can have nearly identical MRI findings and experience dramatically different symptoms.
The difference frequently lies in how forces move through the body.
Clinical evaluations often reveal:
• Hip dysfunction contributing to low back pain
• Altered neck mechanics associated with headaches
• Compensatory movement patterns after surgery
• Joint instability that increases tissue stress
• Repetitive loading errors that irritate nerves and connective tissues
These dysfunctions may not appear on imaging.
Yet they can continuously re-create the same irritation every day.
A tissue cannot fully calm down if the same mechanical stress is repeatedly applied.
This is why movement analysis often provides critical information that imaging alone cannot supply.
Diagnostic Injections: Testing the Theory
When several possible persistent pain generators exist, determining the primary source can be challenging.
This is where image-guided diagnostic injections may become valuable.
Using real-time fluoroscopy or ultrasound guidance, a physician can temporarily anesthetize a specific structure such as:
• A facet joint
• A sacroiliac joint
• A peripheral nerve
• A spinal nerve root
If symptoms improve during the diagnostic window, valuable information is obtained regarding the role that structure may be playing.
If symptoms remain unchanged, attention can shift toward other potential causes.
This process helps transform assumptions into measurable clinical evidence.
Rather than relying exclusively on imaging findings, diagnostic blocks allow physicians to test pain hypotheses in real time.
A Systems Perspective on Persistent Pain
Imagine a vehicle with uneven tire wear.
A photograph of the tire reveals the damage.
What it does not reveal is why the damage occurred.
The underlying issue could involve alignment, suspension components, steering mechanics, road conditions, or loading patterns.
Treating only the visible wear ignores the larger system.
Pain behaves similarly.
An MRI may reveal structural findings, but understanding persistent symptoms often requires identifying the ongoing forces acting upon that structure.
When biomechanics, neurological signaling, tissue tolerance, and movement patterns are considered together, pain frequently becomes less mysterious.
Clinical Insight
Clinical Insight: Persistent pain despite a normal MRI does not necessarily indicate that symptoms are psychological, exaggerated, or unexplained.
In many cases, the underlying issue involves interactions between biomechanics, nervous system signaling, tissue sensitivity, and load tolerance that are not fully visible on standard imaging studies.
Experience Matters in Complex Persistent Pain Evaluation
Complex persistent pain cases require more than image interpretation.
They require the ability to connect structural findings with clinical presentation, movement behavior, and diagnostic testing.
Dr. Joseph Fortin is a national and international speaker on:
• Biomechanics
• Human movement
• MRI and CT imaging physics
• Interventional pain management
• Regenerative medicine
This multidisciplinary perspective helps bridge the gap between what imaging shows and what patients actually experience.
Did You Know?
Studies have demonstrated that disc bulges, degenerative changes, and other MRI findings frequently appear in individuals who report no pain at all. This is one reason modern pain evaluation increasingly emphasizes clinical correlation rather than relying on imaging findings alone.
Lessons from Engineering History
In 1940, the Tacoma Narrows Bridge collapsed after entering a state of self-amplifying oscillation.
The structure itself was visible.
The failure mechanism was not.
The collapse resulted from dynamic interactions among load, resonance, environmental conditions, and system behavior.
Persistent pain can present a similar challenge.
A static image may reveal anatomy, but understanding symptoms often requires observing how the system behaves under real-world conditions.
The answer is frequently found in function rather than appearance.
Local Care, Global Science
Patients throughout Fort Wayne and Northeast Indiana often search for answers to questions such as:
• Why do I have pain with a normal MRI?
• What is causing persistent pain if imaging looks normal?
• Should I see a pain specialist?
• What is a diagnostic nerve block?
• Why does my pain keep returning?
STAR Health combines advanced diagnostics, movement evaluation, image-guided procedures, and evidence-based pain medicine to investigate these questions through a structured, physician-led process.
Frequently Asked Questions
Can an MRI be normal even if I am experiencing significant pain?
Yes. Imaging findings do not always correlate perfectly with symptoms. Pain may involve factors that are not fully visible on standard imaging studies.
What is the purpose of a diagnostic injection?
A diagnostic injection helps determine whether a specific joint, nerve, or structure is contributing to symptoms by temporarily altering persistent pain signals from that area.
Does a normal MRI mean the pain is psychological?
No. Persistent pain can result from biomechanical, neurological, inflammatory, and functional factors that may not appear clearly on imaging.
Why is movement analysis important?
Movement assessment can identify abnormal loading patterns, compensations, and mechanical stressors that repeatedly aggravate tissues.
When should I see a pain specialist?
If pain continues to interfere with sleep, work, mobility, or daily activities despite initial treatment efforts, a comprehensive evaluation may help identify contributing factors.
Pain should not remain a mystery.
If ongoing symptoms continue to affect your work, sleep, movement, or quality of life, consider a comprehensive physician-led evaluation designed to investigate the factors that standard imaging alone may miss.
Contact us to schedule a consultation today!