The Latest from Our Practice

You are discussing treatment for a pinched nerve, and the conversation turns to bone density. Why check your bones when the nerve is what hurts?

Because identifying the problem and preparing to treat it are separate parts of good care. If surgery is being considered—particularly a fusion—bone health deserves attention.

Why does bone health matter to the operation?

A fusion depends on bone growing together. Screws, rods, or other fixation may help hold the treated area steady during that process; they do not replace the need for bone healing. [1]

Osteoporosis can increase the risk of complications after spine surgery. The Congress of Neurological Surgeons recommends preoperative assessment when osteoporosis is suspected and a discussion of the added risks when it is confirmed. [2]

That makes a bone-health check part of treatment planning—not a distraction from your symptoms.

Wouldn't I know if my bones were weak?

Not necessarily. Osteoporosis often causes no symptoms until a fracture occurs. It affects men as well as women, and risk increases with age. Feeling strong or never having broken a bone does not rule it out. [3]

Useful information to bring to a visit includes:

• Previous fractures, especially after a minor fall.
• Prior bone-density results and any osteoporosis treatment.
• Long-term steroid use or other medicines that may affect bone.
• A family history of osteoporosis or hip fracture. [3,4]

What might the assessment include?

It starts with medical history and risk factors. A DXA scan measures bone mineral density, commonly at the hip and spine. Depending on the situation, blood tests may help assess vitamin D or look for contributing conditions. The exact evaluation should answer a clinical question; every patient does not need every test. [2,4]

A bone-density test also does not identify which structure is causing back or leg pain. That still requires matching the history, examination, and relevant imaging.

What can change if low bone density is found?

The discussion may include nutrition, appropriate activity, fall prevention, and prescription treatment when indicated. Supplements alone are not a complete treatment plan for every person with osteoporosis. [4]

The CNS guideline found evidence supporting selected preoperative treatment with the bone-building medicine teriparatide in patients with osteoporosis. That does not mean everyone considering spine surgery should take it, or that all bone medicines have the same surgical evidence. [2]

How these findings affect an individual operation—its timing, technique, or alternatives—requires a discussion with the treating team. A test result alone cannot settle that decision.

What questions should you ask?

• Do my risk factors or the proposed procedure call for a bone-health assessment?
• If a problem is found, what would change in my treatment plan?
• Who will coordinate bone-health treatment and follow-up?
• What problem would surgery address, and what less invasive options remain appropriate?

What is the takeaway?

Bone health is one part of deciding how to deliver appropriate care. It is not, by itself, a reason to have spine surgery.

First identify the pain generator or neurologic problem. Then choose the least invasive appropriate treatment. When an operation is warranted, preparation should include the factors that could affect its safety and healing.

Sources

1. American Academy of Orthopaedic Surgeons. Spinal Fusion.
2. Dimar J, et al. Congress of Neurological Surgeons systematic review and evidence-based guideline: Preoperative Osteoporosis Assessment. Neurosurgery. 2021;89(Suppl 1):S19–S25. doi:10.1093/neuros/nyab317.
3. National Institute of Arthritis and Musculoskeletal and Skin Diseases (NIAMS). Osteoporosis: Overview, Symptoms, and Causes. Reviewed December 2022.
4. NIAMS. Osteoporosis: Diagnosis, Treatment, and Steps to Take. Reviewed December 2022.

You wake up with a stiff neck and wonder whether a different pillow would solve it. The packaging promises better support—but what should you actually look for?

A pillow may make sleep more comfortable. It cannot tell you why your neck hurts, and morning pain does not prove the pillow is the cause.

What is a pillow supposed to do?

Support your head and neck in a comfortable position. A useful starting point is to avoid having the head pushed far forward, tilted sideways, or held in a prolonged twist.

How the pillow supports you when you lie down matters more than how impressive it looks on a shelf. The goal is comfortable rest, not holding a rigid “perfect” posture all night.

What should you notice before buying another one?

Start with the pattern:

• Is the discomfort mainly present on waking, or does it continue throughout the day?
• Does your usual sleeping position leave your neck bent or twisted?
• Does changing the support improve comfort—or consistently make it worse?
• Is the pain limited to the neck, or does it travel into an arm with numbness or tingling?

These observations can make a treatment discussion more useful. They are clues, not a home diagnostic test.

Does a special label guarantee a better result?

“Orthopedic,” “cervical,” and “ergonomic” describe a product's intended use or design. They do not establish that it will address your particular symptoms.

Judge a change by comfort, sleep, and how you feel afterward—not by a promise to “correct” your spine. Avoid persisting with a setup that repeatedly aggravates symptoms simply because it is marketed as therapeutic.

When does the problem need more than a pillow change?

Arrange an assessment when pain persists for several weeks, repeatedly disrupts sleep or daily activity, or comes with arm pain or altered sensation. New or worsening weakness, hand clumsiness, or balance difficulty needs prompt medical assessment. Rapidly developing weakness or difficulty walking requires emergency evaluation.

The history establishes the symptom pattern. The examination assesses movement and nerve function. Imaging, when indicated, helps determine whether a structural finding explains those symptoms and examination findings. An abnormal scan alone does not identify the pain generator.

What is the takeaway?

A comfortable pillow can be one part of a sensible plan. Persistent neck pain deserves a clearer explanation than another product purchase.

The goal is to identify the pain generator when possible and choose the least invasive appropriate treatment. Many neck problems can be managed without surgery, using measures such as activity adjustments and exercise-based care selected for the diagnosis.

If you are recovering from neck surgery or have prescribed positioning or collar instructions, follow your treating team's plan.

Your back starts aching at your desk. Would standing instead of sitting solve the problem?

A height-adjustable desk may make it easier to change positions. But standing all day is not a treatment for every kind of back pain. The useful feature is flexibility—not a promise that one posture will fix the cause.

Is standing always better than sitting?

No. Prolonged standing can also contribute to back discomfort and leg fatigue. Replacing an entire day of sitting with an entire day of standing can trade one uncomfortable routine for another.

Different symptoms respond differently to position. Notice what actually helps you, rather than trying to meet an arbitrary standing target.

What can a standing desk realistically offer?

It can make it easier to alternate between seated and standing tasks. It does not replace walking, exercise, or evaluation of persistent symptoms.

For ordinary desk work, consider these starting points:

• Change positions periodically and include brief walking breaks when feasible.
• Keep the keyboard and mouse within comfortable reach, with shoulders relaxed.
• Support your feet and back when seated.
• Adjust the screen so reading does not require sustained neck bending or twisting.

The setup should fit your body and your work. You do not need to hold yourself rigidly in one “perfect” position.

What if standing makes the pain worse?

Do not force it simply because standing is supposed to be healthier.

Note whether the discomfort stays in the back or travels into a leg, how quickly it develops, and whether sitting or walking changes it. Those details can help guide an assessment, but they do not establish a diagnosis by themselves.

When is this more than a workstation problem?

Pain that persists, repeatedly interrupts work, or limits normal activity deserves evaluation. New or worsening leg weakness needs prompt assessment. New inability to urinate, loss of bowel or bladder control, or numbness around the groin or saddle region requires emergency evaluation.

The history identifies the symptom pattern. The examination assesses movement and nerve function. Imaging, when indicated, looks for anatomy that explains those findings—not simply something abnormal on a scan.

A desk cannot tell whether symptoms are coming from muscle fatigue, nerve compression, or another problem. Changing the workstation should not become a reason to delay needed care.

What is the takeaway?

Choose a setup that gives you comfortable options, not a new position to endure all day.

The goal is to identify the pain generator when possible and use the least invasive appropriate treatment. Often that begins with practical activity changes and exercise-based care. Persistent desk-related pain does not, by itself, establish a need for surgery.

If you are recovering from surgery or have specific activity restrictions, follow your treating team's plan rather than general workstation advice.

The legs begin to ache, cramp, feel heavy, or go numb after walking. Stopping helps—then the symptoms return when walking resumes.

Many people assume that pattern must be a pinched nerve. Others assume it must be poor circulation. Either may be responsible, and some patients have both.

The first priority is to identify which system is limiting the legs.

What does nerve-related walking pain feel like?

Lumbar spinal stenosis can narrow the space available for the nerves in the lower back. When that narrowing produces symptoms with standing or walking, it is often called neurogenic claudication.

People may notice:

• Aching, burning, numbness, tingling, heaviness, or weakness in one or both legs
• Symptoms triggered by standing as well as walking
• Relief with sitting or bending forward
• Better tolerance when leaning over a shopping cart or walking uphill than when standing upright or walking downhill
• A walking distance that changes with posture, pace, or the day

Back pain may be present, but it is not required. No single feature proves that the spine is the source.

What does circulation-related walking pain feel like?

Peripheral artery disease can reduce blood flow to the working muscles of the leg. The classic symptom is vascular claudication—often a reproducible ache, cramp, tightness, or fatigue that appears with exertion and improves after the activity stops.

Clues that may raise concern for a vascular source include:

• Calf-dominant symptoms that recur after a similar amount of walking
• Relief simply by stopping, even without sitting or bending forward
• A cool foot, color change, reduced pulses, or slower healing of a foot or toe wound
• Cardiovascular risk factors such as tobacco exposure, diabetes, high cholesterol, high blood pressure, or known vascular disease

Peripheral artery disease can still be present without every classic clue. Symptoms may also be less predictable when several conditions coexist.

Why is the symptom pattern not enough by itself?

Spinal stenosis and peripheral artery disease can overlap. Hip or knee arthritis, peripheral neuropathy, medication effects, and reduced conditioning can also limit walking.

That makes shortcuts unreliable. A lumbar MRI showing stenosis does not exclude a circulation problem. Likewise, vascular disease does not mean that every episode of leg pain is caused by reduced blood flow.

The useful question is not only, “What looks abnormal?” It is, “Which finding explains the way this patient actually becomes limited?”

What does the examination look for?

A focused examination may compare:

• Leg strength, sensation, reflexes, gait, and balance
• Whether standing upright, bending forward, or lumbar movement changes the familiar symptoms
• Hip and knee motion when joint disease is a possible contributor
• Pulses at the groin, knee, ankle, and foot
• Skin temperature, color, hair pattern, and the presence of a wound

The examination helps determine whether the next test should focus on the spine, the circulation, another structure, or more than one system.

Which tests can separate the two?

When peripheral artery disease is suspected, an ankle-brachial index compares blood pressure at the ankle with blood pressure in the arm. If symptoms strongly suggest vascular claudication but the resting study is normal or borderline, exercise testing or another vascular study may be appropriate.

When the history and neurologic examination point toward lumbar stenosis, MRI can define the nerves, discs, and areas of narrowing. Standing X-rays may add information about alignment or instability when that question matters.

Neither test should be interpreted alone. The objective is agreement among the symptom pattern, examination, and targeted testing.

Does either diagnosis automatically mean a procedure?

No.

Many patients with neurogenic claudication begin with an individualized nonoperative plan, which may include activity modification, exercise-based therapy, medication, or a targeted injection. Decompression may be considered when confirmed nerve compression causes persistent, function-limiting symptoms or a meaningful neurologic deficit. Fusion is not automatic; it is generally reserved for a separate problem such as instability, deformity, or another structural reason that decompression alone would not address.

Peripheral artery disease is managed differently. Treatment may include cardiovascular risk reduction, structured walking exercise, medication, and vascular evaluation. Revascularization is considered selectively when symptoms remain functionally limiting or when blood flow threatens the limb.

Treating the wrong system can delay the care that is actually needed.

When is evaluation urgent?

Sudden severe leg or foot pain with a cold, pale or blue limb, new numbness or weakness, or an absent pulse may represent an acute circulation emergency and requires immediate evaluation.

New loss of bowel or bladder control, saddle numbness, or rapidly progressive leg weakness also requires emergency evaluation for possible severe nerve compression.

Persistent foot pain at rest, a nonhealing wound, or progressive walking limitation deserves timely assessment even when it is not an emergency.

The takeaway

Leg pain with walking describes a pattern—not its cause.

The safest plan is to determine whether the limiting problem is coming from the nerves, the circulation, another structure, or a combination. History identifies the pattern, examination tests the competing sources, and targeted imaging or vascular studies confirm the explanation.

Then treatment can be directed to the true pain generator with the least invasive approach appropriate for the actual problem.

Driving is one of the first signs of independence patients want back after spine surgery. It is also more demanding than simply being able to sit in a car.

Safe driving requires alertness, comfortable control of the steering wheel and pedals, enough neck and trunk movement to monitor traffic, and the ability to react quickly to something unexpected.

That is why the answer is not one universal number of days.

Why is there no single return-to-driving timeline?

A small lumbar decompression, a multilevel cervical fusion, and a long thoracolumbar reconstruction affect the body differently. Recovery also varies with preoperative weakness, the side involved, postoperative pain, medication use, fatigue, and whether a brace is required.

Research has measured brake-response time after several spine procedures, but brake testing captures only one part of driving. The available studies are relatively small, use different methods, and do not establish one date that is safe for every patient.

The calendar can begin the conversation. It cannot make the decision by itself.

What should be true before you drive?

Before returning to the road, a patient should generally be able to:

• Remain alert without medication-related drowsiness, dizziness, slowed thinking, or blurred vision
• Sit in the driver's position without pain becoming distracting
• Enter and exit the vehicle without losing balance or violating postoperative precautions
• Turn enough to check mirrors, intersections, and blind spots
• Steer confidently with both arms when needed
• Move the foot rapidly between the accelerator and brake
• Press the brake firmly without hesitation, guarding, or significant pain
• Control the leg despite any residual weakness, numbness, or coordination problem
• Tolerate a short trip without symptoms building to an unsafe level

Meeting some of these criteria is not the same as meeting all of them.

What do pain medicines have to do with it?

Opioids, muscle relaxants, sleep medications, some anti-nausea drugs, and other medicines can impair alertness, coordination, attention, or reaction time. The FDA advises checking whether a prescription or over-the-counter medicine makes driving unsafe.

Being off an opioid is important, but it is not the only requirement. A patient who is no longer taking narcotic pain medicine may still be unsafe because of severe pain, fatigue, weakness, limited movement, or another sedating medication.

Do not stop a prescribed medication solely to meet a driving deadline. Medication changes should follow the prescribing clinician's plan.

Does a neck or back brace change the answer?

It can.

A cervical collar may restrict the head movement needed to scan traffic. A thoracic or lumbar brace may limit rotation, make entry and exit difficult, or interfere with sitting and vehicle controls. The concern is not the brace alone; it is whether the entire setup permits safe observation and control.

Do not remove a prescribed brace simply to drive unless the surgical team has specifically allowed it.

Does normal imaging mean you are cleared to drive?

Not by itself.

Postoperative X-rays or other imaging may evaluate alignment, implants, or healing, but a scan cannot show whether a patient is alert, can check a blind spot, or can perform an emergency stop.

Driving readiness is primarily a clinical and functional decision. The history identifies pain, medication effects, fatigue, and neurologic symptoms. The examination assesses strength, sensation, coordination, balance, and motion. Imaging is used when it answers a structural question—not as a stand-alone driving test.

How should the first drive be approached?

When the surgical team has allowed driving and the functional criteria are met, the first attempt should be deliberately low demand:

• Begin with a short, familiar route
• Drive during daylight and good weather
• Avoid heavy traffic, highways, and long uninterrupted sitting
• Adjust the seat and mirrors before moving
• Consider having another licensed adult in the vehicle
• Stop if pain, weakness, numbness, dizziness, or fatigue begins to interfere with control

Professional or commercial driving may require additional medical, employer, licensing, or insurance review.

When should driving wait?

Do not drive when there is new or worsening weakness, poor control of a leg or arm, significant dizziness, confusion, excessive sleepiness, uncontrolled pain, or an inability to operate the vehicle normally.

New loss of bowel or bladder control, saddle numbness, rapidly progressive weakness, chest pain, fainting, stroke symptoms, or another acute emergency requires immediate evaluation—not a driving trial.

The takeaway

Returning to driving after spine surgery is a functional milestone, not a date to race toward.

The safest plan correlates the procedure, current symptoms, medication effects, examination, and real-world ability to control the vehicle. Imaging contributes only when there is a specific structural question.

Start with the least demanding appropriate step, follow the restrictions for the actual operation, and return to the road only when both recovery and function support it.

An MRI already showed the discs, nerves, and areas of narrowing. Why would a CT scan be needed too?

Because MRI and CT do not provide interchangeable pictures of the spine. They answer different questions.

An additional study should not be ordered simply to collect more images. It should clarify something that may change the diagnosis, surgical plan, or treatment decision.

What does an MRI show best?

MRI is usually the strongest tool for evaluating the spinal cord, nerve roots, discs, ligaments, bone marrow, and other soft tissues. It can help show:

• A disc herniation pressing on a nerve
• Central, lateral-recess, or foraminal stenosis
• Spinal-cord compression or signal change
• Ligament injury
• Infection, tumor, inflammation, or postoperative soft-tissue changes when clinically suspected

MRI does not use ionizing radiation. It is often the key study when the main question involves a nerve or the spinal cord.

But seeing the nerve compression is not always the same as fully defining the bone that surrounds it.

What can CT add?

CT uses X-rays to create thin cross-sectional images that can be reconstructed in multiple planes. It generally shows cortical bone and complex bony anatomy more clearly than MRI.

Depending on the clinical question, CT may help define:

• The exact shape of a fracture
• Narrowing caused by bone spurs or enlarged facet joints
• Calcification or ossification that may be difficult to characterize on MRI
• A pars defect or another subtle bony abnormality
• Anatomy altered by a prior fusion or other surgery
• The position and condition of existing implants
• Whether there appears to be solid bone bridging across a prior fusion

When surgery is being considered, those details may affect the safest route to the problem, how much bone needs to be removed, whether prior hardware can remain, and whether instrumentation or navigation is appropriate.

The CT is therefore not necessarily repeating the MRI. It may be completing the anatomic map.

Why might CT be requested before a decompression or fusion?

MRI may identify which nerve is compressed. CT may better define the bony corridor around that nerve and the anatomy available for surgical planning.

That distinction can matter in severe facet overgrowth, calcified disc material, deformity, fracture, revision surgery, prior fusion, or anatomy that is difficult to interpret on MRI alone.

A preoperative CT does not mean that every abnormality it shows will be treated. The proposed operation should still be based on the symptom pattern, neurologic examination, functional limitation, and the findings that agree across the available studies.

What do standing X-rays add?

X-rays answer another set of questions.

Because they can be obtained while standing—and sometimes while bending forward and backward—they may show alignment, motion, instability, scoliosis, or imbalance under load. An MRI or CT obtained while lying down may not fully demonstrate those relationships.

In some cases, the useful imaging set is not “MRI versus CT.” It is MRI for the neural and soft-tissue anatomy, CT for the bone, and standing X-rays for alignment and motion.

Does needing another scan mean something was missed?

Usually, no.

An MRI can be entirely adequate for the question it was ordered to answer and still not provide every detail needed for a later decision. The next study should be selected because the clinical question has become more specific—not because more imaging is automatically better.

The same principle prevents unnecessary scanning. A CT is not required for every episode of neck or back pain, and it should not be used merely because an MRI report contains degenerative findings.

What about radiation or contrast?

Unlike MRI, CT uses ionizing radiation. The expected benefit should justify that exposure, and the scan should be tailored to the area and question being evaluated.

IV contrast is not automatically required for a spine CT. Whether contrast is used depends on what the clinician and radiologist are trying to evaluate. A CT myelogram is a different examination in which contrast is placed into the spinal fluid; it may be considered in selected situations when MRI cannot be performed or does not adequately answer the question.

Can either scan prove where pain is coming from?

No.

MRI and CT show anatomy. Neither image can independently prove that a particular finding is the pain generator. Degenerative changes can exist without symptoms, and more than one abnormality may be present at the same time.

The most reliable decision comes from correlation:

• The history identifies the symptom pattern
• The examination tests the nerves, strength, sensation, reflexes, gait, and likely pain sources
• Imaging defines the anatomy that may explain those findings
• Treatment is directed only at the problem that fits the complete clinical picture

The takeaway

MRI, CT, and standing X-rays are complementary—not competing—tests.

The right question is not, “Which scan is best?” It is, “What do we still need to understand, and will that information change the plan?”

The goal is to identify the true pain generator, define the relevant anatomy, and choose the least invasive treatment appropriate for the actual problem.

Pain in the buttock, groin, thigh, or leg can create a frustrating question: is the problem coming from the hip—or from the lower back?

The answer is not always obvious. Hip and lumbar-spine conditions can produce overlapping symptoms, and both may appear abnormal on imaging at the same time. Treating the most dramatic X-ray or MRI finding without identifying the true pain generator can miss the problem.

Can the location of pain tell you the source?

Location provides clues, but it does not establish the diagnosis.

Patterns that may point more toward the hip include:

• Groin-dominant pain
• Pain with putting on shoes or socks, getting into a car, or pivoting
• Stiffness or reduced hip rotation
• Pain reproduced by moving the hip joint
• A limp related to hip motion or weight bearing

Patterns that may point more toward the lumbar spine include:

• Burning, electric, or shooting pain into the leg
• Numbness or tingling in a recognizable nerve distribution
• Weakness or a change in reflexes
• Symptoms affected by spinal position
• Leg heaviness or cramping with standing and walking that improves with sitting or leaning forward

These are tendencies—not rules. Hip arthritis can refer pain into the thigh, knee, or even below the knee. Upper-lumbar nerve irritation can produce groin or anterior-thigh symptoms. Buttock pain can arise from the hip, lumbar spine, sacroiliac joint, or surrounding soft tissues.

What does the examination add?

The examination helps determine which structure reproduces the familiar symptoms.

That may include assessing:

• Gait and ability to bear weight
• Hip range of motion and provocative maneuvers
• Lumbar motion and position-dependent symptoms
• Strength, sensation, and reflexes
• Nerve-tension signs
• Whether the knee, sacroiliac joint, or another structure better explains the pain

A painful, restricted hip examination strengthens the case for hip pathology. A focal neurologic deficit or a consistent nerve pattern increases concern for a spinal source. Neither finding should be interpreted in isolation.

Which imaging study is the right one?

The imaging should answer a question raised by the history and examination.

Standing hip and pelvis X-rays can show joint-space loss, deformity, or other structural hip disease. Lumbar MRI can define discs, nerves, and spinal stenosis. Additional imaging may be selected when fracture, instability, prior surgery, or another specific problem is suspected.

Abnormal imaging is common in both areas. Hip arthritis on an X-ray does not prove the hip is causing every symptom, and lumbar degeneration on an MRI does not prove the spine is responsible.

What if both the hip and spine look abnormal?

That is common enough to have a name: hip–spine syndrome.

The goal is to determine which problem is driving the current functional limitation. Important questions include:

• Which movement reliably reproduces the familiar pain?
• Is there an objective neurologic deficit?
• Do the symptoms match the side and level of the imaging finding?
• Is one condition changing posture or mechanics enough to aggravate the other?
• Which treatment would address the dominant limitation with the least unnecessary intervention?

When uncertainty remains, a carefully selected image-guided diagnostic injection may add useful information. Temporary relief after anesthetizing the hip joint can support the hip as a meaningful pain generator. A block is still one piece of evidence; it should be interpreted with the history, examination, and imaging rather than used as a stand-alone answer.

Does hip–spine syndrome mean surgery?

No. Initial treatment may include activity modification, exercise-based physical therapy, medications, or a targeted injection, depending on the suspected source and severity of symptoms.

If both the hip and spine ultimately require surgery, the order is individualized. The dominant pain generator, neurologic findings, deformity, instability, functional limitation, and urgency all matter. A progressive neurologic deficit or another time-sensitive spinal condition may change the sequence.

The least invasive appropriate treatment begins with the correct target. A technically successful procedure on the wrong structure will not solve the actual problem.

When is evaluation more urgent?

New or rapidly progressive leg weakness, saddle numbness, or loss of bowel or bladder control warrants emergency evaluation. Inability to bear weight after a fall, a visibly shortened or rotated leg, fever with severe joint or back pain, or rapidly worsening symptoms also requires prompt assessment.

The takeaway

Pain location matters—but it is only the beginning.

The most reliable diagnosis comes from correlation: the history identifies the pattern, the examination tests the likely sources, and imaging defines the anatomy. When needed, a targeted diagnostic injection can help resolve the remaining uncertainty.

The objective is to identify what is actually limiting function and treat that problem with the least invasive approach appropriate for the patient.

The shooting leg pain is better after surgery, but part of the foot still feels numb. Does that mean the operation did not work?

Not necessarily. Pain relief and recovery of sensation are different outcomes, and they do not always follow the same timeline.

Why can pain improve before numbness?

Lumbar decompression creates more room around a compressed nerve. Relieving that pressure does not instantly reverse every change that occurred while the nerve was affected.

Leg pain may improve relatively early, while numbness changes more gradually over months. Some sensory changes persist despite an adequate decompression. There is no fixed deadline by which every nerve should recover—and complete recovery cannot be promised.

What influences recovery?

The severity of numbness before surgery and underlying nerve health matter. Diabetes and other causes of neuropathy may also contribute to persistent symptoms.

This is why a patch of longstanding numbness is interpreted differently from a new symptom that appears after surgery. Neither should be judged without the clinical context.

What should you track between follow-up visits?

Useful observations include:

• Whether numbness involves the same area or is spreading
• Whether the original leg pain is improving, returning, or changing
• Whether strength and walking are improving or deteriorating
• Which activities have become easier—and which remain limited

Share persistent symptoms with the surgical team. Tracking the trend helps, but it is not a reason to wait through a new neurologic change.

Does persistent numbness mean you need another MRI—or another operation?

Not automatically.

The evaluation begins by comparing the current symptoms and neurologic examination with the findings before surgery. When indicated, imaging helps assess whether there is a structural explanation for persistent or new symptoms.

The history, examination, and imaging must fit together. A residual symptom alone does not prove that a nerve remains compressed, and a scan alone cannot determine how much sensation will return.

Before considering another procedure, the goal is to identify the actual source of the symptoms and determine whether there is a treatable target. The least invasive appropriate next step may be follow-up and rehabilitation rather than more surgery.

When should you seek help sooner?

New or worsening numbness, recurrent severe leg pain, fever, or wound drainage should prompt contact with the surgical team.

New leg weakness after surgery, numbness in the groin or saddle region, inability to urinate, or new loss of bowel or bladder control requires emergency evaluation. Do not assume these changes are simply the nerve healing.

What is the takeaway?

Less pain with lingering numbness can occur during recovery, but persistent numbness is not automatically harmless or permanent.

Follow the activity and rehabilitation plan for your specific procedure. Recovery is assessed through the symptom pattern, examination, function, and—when needed—targeted imaging, not by expecting every symptom to disappear at once.

Seeing the word “scoliosis” on an X-ray can create an immediate concern that the spine is progressively collapsing—and that the entire curve will eventually need to be surgically straightened.

In adults, treatment is rarely determined by the curve measurement alone.

Some adults have a curve that began during adolescence and remained into adulthood. Others develop scoliosis later as discs and facet joints degenerate unevenly. Either pattern can range from an incidental finding to a deformity that meaningfully affects nerves, posture, balance, and function.

Is the curve itself always the pain generator?

No.

An adult with scoliosis may have pain from several different sources, including a degenerative disc, arthritic facet joint, narrowed foramen, spinal stenosis, an unstable segment, the hip, or the sacroiliac joint.

The curve changes how the spine carries load, but its presence does not prove that the deformity is responsible for every symptom.

Potential patterns include:

• Localized back pain or muscular fatigue with prolonged standing
• Pain, numbness, or tingling traveling into one or both legs
• Heaviness or cramping with walking from associated spinal stenosis
• Difficulty standing upright as the trunk shifts forward or to one side
• Reduced walking tolerance or increasing reliance on support
• A noticeable change in posture, waist symmetry, or overall balance

Some adults have a visible curve with little pain or functional limitation. Others have a smaller curve with focal nerve compression that causes substantial leg symptoms.

What does the Cobb angle tell us?

The Cobb angle measures the side-to-side curvature on a standing X-ray. It is useful for describing and following scoliosis, but it does not provide the entire diagnosis.

By itself, the angle does not show:

• Whether the curve is progressing
• Whether the spine remains balanced over the pelvis
• How much the pelvis and lower extremities are compensating
• Whether the deformity is flexible or rigid
• Which nerve—if any—is compressed
• Whether the painful structure is actually part of the curve
• How bone quality may affect treatment choices

The number matters, but the clinical consequences of the deformity matter more.

How is adult scoliosis evaluated?

The history should distinguish mechanical back pain from radiating nerve symptoms, walking intolerance, progressive postural change, and loss of function.

The examination may assess gait, standing balance, curve flexibility, strength, sensation, reflexes, hip motion, and whether another pain generator better explains the symptoms.

Imaging is then selected to answer specific questions:

• Full-length standing X-rays show the overall curve and coronal and sagittal alignment under load
• Prior X-rays help determine whether the deformity is stable or progressing
• MRI evaluates the discs, nerves, and areas of spinal stenosis
• CT may clarify bony anatomy, rotational deformity, or prior fusion
• Bone-density assessment may be important when reconstructive surgery is being considered

The imaging must be correlated with the symptom pattern and neurologic examination. A large curve is not automatically symptomatic, and a focal area of stenosis should not automatically be blamed without clinical agreement.

Does adult scoliosis require surgery?

Often, no.

When symptoms are manageable and the deformity is stable, treatment may include observation, exercise-based physical therapy, activity modification, medications, targeted injections, and attention to bone health.

These measures do not usually straighten a structural adult curve. Their purpose is to improve strength, endurance, mechanics, pain control, and function while avoiding an operation when possible.

Surgery may be considered when pain or neurologic symptoms remain function-limiting despite appropriate nonsurgical treatment, when the deformity is progressively worsening, or when imbalance and nerve compression cannot be adequately addressed another way.

Does surgery always mean correcting the entire curve?

No—but focal treatment is not always sufficient either.

A carefully selected patient with isolated nerve compression, preserved balance, and a stable deformity may be considered for a focused decompression or limited operation. In another patient, treating only one level could fail to address the mechanical problem or could destabilize the curve.

When the deformity itself is an essential part of the problem, a larger reconstruction may be required to decompress the nerves, restore appropriate alignment, and create durable stability. The decision depends on symptoms, curve pattern, flexibility, global balance, bone quality, medical risk, and the patient’s functional goals.

The least invasive appropriate operation is not automatically the shortest operation. It is the smallest treatment that adequately addresses the true pain generator and the structural problem without adding correction that is not necessary.

When is evaluation more urgent?

New or progressive leg weakness, rapidly worsening walking difficulty, or a significant change in neurologic function deserves prompt evaluation. New bowel or bladder dysfunction or saddle numbness warrants emergency assessment.

The takeaway

Adult scoliosis is more than a Cobb angle—and treatment is more than straightening an X-ray.

The goal is to determine whether the curve is stable, identify what is actually producing the symptoms, understand the patient’s overall balance and function, and use the least invasive treatment capable of addressing the real problem.

An MRI may show more than one possible explanation for neck, back, arm, or leg pain. At the same time, several structures can produce overlapping symptoms—and the most obvious abnormality on the scan may not be the structure actually causing the problem.

In selected situations, a targeted diagnostic injection can add another piece of evidence.

The purpose is not simply to make the area numb. It is to test a specific clinical question.

What makes an injection “diagnostic”?

A diagnostic injection places a small amount of local anesthetic around a suspected pain-producing structure or nerve. Image guidance is used to confirm the intended target and limit medication spread as much as reasonably possible.

The temporary response is then compared with the patient’s usual symptom pattern. Depending on the question, this may involve:

• A selective nerve-root block when more than one spinal level could explain arm or leg symptoms
• A medial branch block when facet-joint pain is suspected
• A sacroiliac-joint injection when buttock or pelvic-region pain may be coming from the SI joint

Some injections also include corticosteroid and may have a therapeutic purpose. The diagnostic information, however, comes primarily from what happens during the expected action of the local anesthetic.

What does a “positive” response look like?

Pain relief alone is not the entire question. A useful response should be interpreted in context:

• Did the patient’s familiar pain improve—not merely soreness from the injection?
• How much did it change?
• Did the change occur during the expected time window for the anesthetic?
• Could the patient perform a normally painful movement or activity more comfortably?
• Did one component of the pain improve while another remained?

The threshold used to interpret a block varies with the structure being tested and the decision being considered. There is no single percentage that proves every pain diagnosis.

Can an injection prove where the pain is coming from?

No diagnostic block is perfect.

Local anesthetic can spread beyond the intended target. Pain can fluctuate naturally. Sedation, activity level, expectations, and the presence of more than one pain generator can also affect the response. A technically accurate injection may even appear negative if the patient does not test the activity that normally reproduces the pain.

For those reasons, an injection should not overrule a conflicting history, examination, or imaging study. It is one data point that becomes more useful when the entire pattern agrees.

Why not rely on the MRI alone?

MRI is excellent at showing anatomy, but it does not directly show pain.

Degenerative discs, facet arthritis, foraminal narrowing, and other changes may be present at several levels. A targeted block may be considered when the symptoms and examination suggest a specific source but the imaging leaves more than one reasonable possibility.

The best question is not, “Can we inject the abnormality?” It is, “What uncertainty are we trying to resolve, and would the answer change treatment?”

Does a successful block mean surgery is next?

Not necessarily.

The result may support continued nonsurgical care, help select a different targeted treatment, clarify whether a facet procedure such as radiofrequency ablation is reasonable, or add evidence when deciding whether a particular nerve or joint should be addressed surgically.

A poor or inconsistent response may be equally valuable if it prevents treatment from being directed at the wrong structure.

The next step still depends on symptom severity, neurologic findings, functional limitation, prior treatment, medical risk, and how well all of the evidence fits together.

When should an elective injection not delay evaluation?

A diagnostic injection is not a substitute for urgent assessment when symptoms suggest significant neurologic compromise, infection, fracture, or another time-sensitive condition.

New bowel or bladder dysfunction, saddle numbness, rapidly progressive weakness, fever with severe back pain, or major trauma warrants prompt or emergency evaluation rather than waiting for an elective block.

The takeaway

A targeted diagnostic injection can help identify the pain generator—but it is not a stand-alone answer.

The most reliable decisions come from correlation: the history identifies the pattern, the examination tests it, imaging defines the anatomy, and the response to a carefully selected block may add confirmation.

The goal is to resolve a specific uncertainty and choose the least invasive treatment appropriate for the actual problem.

Two patients can have MRI reports describing similar lumbar spinal stenosis and still require very different treatment.

When surgery is considered, one patient may benefit from decompression alone. Another may need decompression combined with fusion. The difference is not simply how “severe” the MRI looks.

Decompression and fusion address different problems.

What does decompression accomplish?

Lumbar spinal stenosis means there is reduced space around the nerves in the lower back. This can produce:

• Leg pain, numbness, or tingling
• Heaviness or cramping with walking
• Symptoms that improve with sitting or leaning forward
• Weakness when a specific nerve is significantly affected
• Progressive loss of walking distance or function

A decompression removes selected portions of bone, thickened ligament, or other tissue contributing to nerve compression. The objective is to restore space around the affected nerves while preserving as much normal anatomy as possible.

Depending on the location and extent of the stenosis, this may be performed through a traditional or minimally invasive approach.

What does fusion add?

Fusion is intended to stabilize a spinal segment. It generally uses bone graft and, in many cases, screws and rods to allow two or more vertebrae to heal together.

Fusion is not automatically a more complete version of decompression. It adds a different function: stabilization.

Because fusion is a larger intervention with its own recovery demands and potential risks, it should be added when instability, deformity, or another mechanical problem makes stabilization necessary—not simply because stenosis is present.

When might decompression alone be appropriate?

Decompression alone may be considered when:

• Nerve compression is the primary problem
• Leg symptoms or limited walking are more prominent than mechanical back pain
• Spinal alignment is reasonably preserved
• There is no clinically meaningful instability
• Adequate nerve decompression can be performed without destabilizing the segment
• A small degenerative slip appears stable and the overall clinical picture supports decompression alone

Even the presence of degenerative spondylolisthesis—a forward slip of one vertebra—does not automatically require fusion. The amount of motion, symptom pattern, alignment, and planned decompression all matter.

When might fusion be considered?

Fusion may become appropriate when stenosis occurs with:

• Motion-dependent or progressive instability
• A clinically meaningful unstable spondylolisthesis
• Significant deformity or loss of alignment
• Recurrent stenosis associated with instability after prior surgery
• Structural collapse that cannot be adequately addressed by decompression alone
• A decompression that would require removal of enough stabilizing anatomy to create instability

Mechanical back pain may contribute to the decision, but back pain alone does not prove that a fusion will help. The suspected painful and unstable segment still has to correlate with the history, examination, and imaging.

How is stability evaluated?

An MRI shows the nerves, discs, ligaments, and areas of stenosis, but it is usually obtained with the patient lying down. That means it may not fully demonstrate what happens under load or during movement.

The evaluation may also include:

• Standing X-rays to assess alignment
• Flexion-extension X-rays when abnormal motion is suspected
• CT imaging when more bony detail is needed
• Assessment of prior surgical changes
• Bone-density and overall medical-risk evaluation when fusion is being considered

No single measurement makes the decision. Imaging findings must be interpreted alongside the patient’s symptoms, neurologic examination, function, and treatment goals.

Does every patient with stenosis need surgery?

No. Initial treatment may include activity modification, physical therapy, medications, and targeted injections when appropriate.

Surgery becomes a consideration when symptoms remain function-limiting despite appropriate nonsurgical care, or when progressive neurologic loss changes the urgency of treatment. New bowel or bladder dysfunction, saddle numbness, or rapidly progressive weakness warrants emergency evaluation.

What is the least invasive appropriate operation?

The least invasive operation is not always the one with the smallest incision. It is the operation that adequately addresses the actual problem without adding treatment that is not necessary.

For a stable spine with isolated nerve compression, that may be decompression alone. When instability or deformity is an essential part of the pain generator, stabilization may need to be included.

The goal is no more—and no less—than what is required to decompress the nerves, preserve or restore stability, and improve function.

Seeing “degenerative disc disease” on an MRI report can sound as though the spine is damaged, unstable, or progressively failing.

Usually, the phrase is describing structural changes that develop over time. It does not determine—by itself—whether a disc is painful, whether symptoms will worsen, or whether surgery is necessary.

What does disc degeneration actually mean?

Healthy spinal discs contain water and help distribute load between the vertebrae. With age and use, a disc may gradually lose hydration, become thinner, bulge beyond its usual margin, or develop small fissures.

An MRI report may describe findings such as:

• Disc desiccation or loss of hydration
• Loss of disc height
• A disc bulge or protrusion
• Annular fissures
• Bone spurs
• Facet-joint arthritis
• Narrowing around a nerve or within the spinal canal

These findings can be clinically meaningful—but many also appear in people who have no pain.

Can a degenerative disc still be the pain generator?

Yes. The fact that degeneration is common does not mean it should always be ignored.

A degenerative segment may contribute to localized back pain. Loss of disc height or bone-spur formation can also narrow the space available to a nerve, producing radiating pain, numbness, tingling, or weakness.

The important question is not simply, “Is there degeneration?” It is, “Does this particular finding explain this patient’s symptom pattern?”

How do we determine whether an MRI finding matters?

The MRI has to be interpreted alongside the history and physical examination.

Important questions may include:

• Is the pain localized to the back, or does it travel into an arm or leg?
• Does the symptom distribution match a specific nerve?
• Is there measurable weakness, sensory loss, or a reflex change?
• Does the finding occur at the correct spinal level and on the correct side?
• Is there significant nerve or spinal-cord compression?
• Could another structure—such as the hip, sacroiliac joint, facet joint, or surrounding soft tissue—better explain the symptoms?

Additional X-rays, CT imaging, electrodiagnostic testing, or a targeted diagnostic injection may sometimes help answer a specific unresolved question. More testing is not automatically better; each study should have a clear purpose.

Does the word “severe” on the report mean it is an emergency?

Not necessarily. Radiologists use terms such as mild, moderate, and severe to describe the appearance of a finding. Those words do not independently establish the urgency of treatment.

A finding becomes more concerning when it correlates with progressive neurologic loss, spinal-cord dysfunction, significant instability, fracture, infection, tumor, or another clinically urgent condition.

New loss of bowel or bladder control, saddle numbness, rapidly progressive weakness, or a sudden inability to walk warrants emergency evaluation.

Does degenerative disc disease require surgery?

Usually, no.

Initial treatment commonly begins with the least invasive options appropriate for the symptom pattern. These may include activity modification, exercise-based physical therapy, medications, and selected targeted injections.

Surgery may be considered when symptoms remain function-limiting despite appropriate nonsurgical treatment and the history, examination, and imaging identify a clear structural target. The procedure should match the problem: nerve compression may require decompression, while fusion or disc replacement is reserved for more selected situations.

The goal is not to operate on every abnormal disc. It is to identify the actual pain generator, protect neurologic function when necessary, and use the least invasive treatment capable of addressing the problem.

The takeaway

“Degenerative disc disease” is an imaging description—not a complete diagnosis.

The MRI is one part of the evaluation. What matters is whether the scan explains the symptoms and examination well enough to guide a treatment that is specific, proportionate, and appropriate.

Neck problems do not always announce themselves with significant neck pain or pain traveling down one arm.

Sometimes the first clues are smaller: handwriting becomes less controlled, buttons become more difficult, objects begin slipping from the hands, or walking feels less steady. These changes may be blamed on aging, hand arthritis, neuropathy, or an inner-ear problem.

When hand dexterity and balance change together, however, the pattern can sometimes point to the cervical spinal cord.

What is cervical myelopathy?

Cervical myelopathy occurs when the spinal cord is compressed within the neck. Age-related disc degeneration, bone spurs, thickened ligaments, a herniated disc, or a naturally narrow spinal canal can reduce the space available to the cord.

Because the spinal cord carries signals between the brain, arms, and legs, compression can affect the hands and walking at the same time.

How is myelopathy different from a pinched nerve?

A pinched cervical nerve—called cervical radiculopathy—more commonly produces pain, numbness, tingling, or weakness traveling into a particular shoulder, arm, or hand.

Myelopathy involves the spinal cord itself. It may produce broader coordination problems, including:

• Difficulty with buttons, handwriting, keys, or utensils
• Frequently dropping objects
• Numbness, tingling, or weakness in one or both hands
• Legs that feel stiff, heavy, or poorly coordinated
• Increasing difficulty with balance, stairs, or walking
• Unexplained falls or a noticeable change in gait

Radiculopathy and myelopathy can occur together, and significant neck pain is not required for either condition.

Does this symptom pattern always mean spinal cord compression?

No. Hand clumsiness can come from arthritis, carpal tunnel syndrome, peripheral neuropathy, or other neurologic conditions. Balance problems also have many potential causes.

One symptom does not establish the diagnosis. What matters is whether the history reveals a consistent pattern and whether the neurologic examination supports it.

How is cervical myelopathy diagnosed?

The examination may assess:

• Strength and sensation in the arms and legs
• Hand dexterity and coordination
• Reflex changes
• Balance and walking pattern
• Signs that the spinal cord, rather than only one nerve root, may be involved

MRI is typically the most useful study for showing the spinal cord, discs, ligaments, and areas of compression. X-rays provide information about alignment and degeneration, while CT may better define the bony anatomy.

Imaging must still be correlated with the clinical picture. Some people have cervical narrowing on an MRI without clinical myelopathy, while others have meaningful neurologic findings that require closer attention.

When should it be evaluated?

New or progressively worsening hand clumsiness, weakness, or gait imbalance deserves timely evaluation—particularly when more than one of these symptoms is developing together.

Rapidly progressive weakness, a sudden inability to walk, new bowel or bladder dysfunction, or neurologic changes following significant trauma warrants urgent or emergency evaluation.

Does cervical myelopathy require surgery?

Not every narrowed spinal canal requires an operation. Mild, stable symptoms may sometimes be monitored with careful follow-up and selected nonsurgical treatment.

Nonsurgical measures may improve pain or function, but they do not physically create more room for a compressed spinal cord. When objective myelopathy is progressive or function-limiting, surgical decompression may be considered to protect the cord and reduce the risk of further neurologic decline.

The appropriate operation depends on the location of compression, number of involved levels, spinal alignment, and overall clinical picture. The goal is to use the least invasive approach that safely and completely addresses the actual problem—not simply the smallest possible incision.

The key is recognizing the pattern, determining whether the spinal cord is truly involved, and matching treatment to the history, examination, and imaging.

Not every spinal fracture follows a major accident. When bone has been weakened by osteoporosis, a vertebra can sometimes fracture after a minor fall—or even during an ordinary movement such as bending, lifting, or twisting.

That does not mean every new episode of back pain is a fracture. It means the mechanism, symptom pattern, examination, and bone-health history all matter.

What is a vertebral compression fracture?

A compression fracture occurs when part of a vertebral body loses height under load. Osteoporosis is a common cause, particularly in older adults, but fractures can also occur after significant trauma or when bone has been weakened by another condition.

What does it usually feel like?

A symptomatic compression fracture may cause:

• Sudden, localized pain in the middle or lower back
• Pain that increases with standing, walking, bending, or changing positions
• Improvement when lying down
• Focal tenderness over the painful area
• Loss of height or increasing forward curvature when multiple fractures occur over time

Leg pain, numbness, or weakness is less typical of a simple osteoporotic compression fracture. When neurologic symptoms are present, the spinal canal and nerves require closer evaluation.

Who should be evaluated more carefully?

Concern is higher when sudden focal back pain follows a low-energy event in someone with:

• Known osteoporosis or osteopenia
• Older age or a prior fragility fracture
• Prolonged corticosteroid use
• A history of cancer
• Significant trauma
• New weakness, numbness, difficulty walking, or bowel or bladder dysfunction

Rapidly progressive neurologic symptoms or loss of bowel or bladder control warrants emergency evaluation.

How is the diagnosis confirmed?

The history and physical examination help determine whether the pain behaves like a fracture, a muscle injury, or another spinal problem. X-rays can show loss of vertebral height, but they may not establish whether a compression deformity is new or old.

MRI can be especially useful when the timing is uncertain because a recent fracture often shows bone-marrow edema. CT may be used when more detail about the bony anatomy or spinal canal is needed.

The important point is correlation: an old compression deformity on an image should not automatically be blamed for new pain.

Does a compression fracture require surgery?

Often, no. Initial treatment may include appropriate activity modification, pain control, temporary bracing in selected patients, and a gradual return to function.

Persistent severe pain from an imaging-confirmed recent fracture may lead to consideration of vertebral augmentation in carefully selected patients. Open stabilization is generally reserved for less common situations involving instability, major deformity, or neurologic compromise.

The fracture is only part of the problem. When weakened bone contributed, evaluating and treating the underlying osteoporosis is essential to reducing the risk of another fracture.

The goal is to identify whether the fracture is truly the pain generator, protect neurologic function, address bone health, and use the least invasive treatment appropriate for the specific situation.

Back pain often creates an understandable instinct: stop moving and wait until the pain disappears. For an uncomplicated flare, however, staying in bed for several days can make the return to normal activity more difficult.

A brief period of relative rest may be reasonable when pain is intense, but prolonged bed rest is usually not the treatment.

Does movement mean I am damaging my back?

Not necessarily. Pain with a particular movement does not automatically prove that the movement is causing new structural damage.

The objective is not to ignore severe symptoms or force painful activity. It is to maintain safe, tolerable movement while temporarily reducing the activities that clearly aggravate the problem.

What kind of activity is reasonable?

Depending on the symptoms, that may include:

• Taking short, comfortable walks
• Changing positions regularly instead of remaining in bed or a chair
• Continuing light daily activities within tolerance
• Temporarily limiting heavy lifting, repetitive bending, twisting, or high-impact activity
• Gradually increasing activity as pain and function improve

Some temporary discomfort can occur as activity resumes. The better guide is the overall pattern: Is function gradually improving, remaining stable, or clearly getting worse?

When should you stop and seek evaluation?

A routine back-pain flare is different from pain accompanied by a significant neurologic or systemic warning sign. Prompt evaluation is appropriate for:

• New or progressive weakness in a leg
• New numbness in the groin or “saddle” region
• Loss of bladder or bowel control
• Fever or systemic illness with back pain
• Back pain following significant trauma
• Symptoms that are progressively worsening instead of beginning to settle

Loss of bladder or bowel control, saddle numbness, or rapidly progressive weakness warrants emergency evaluation.

Do you need an MRI?

Most uncomplicated episodes of new low back pain do not require immediate imaging. An MRI becomes more useful when the history or examination raises a specific concern, when there is a neurologic deficit, or when symptoms persist despite appropriate treatment.

The scan must still be correlated with the clinical picture. Age-related findings are common, and an abnormality on an MRI is not automatically the source of the pain.

Does a flare mean surgery?

Usually not. Initial treatment commonly involves time, appropriate activity, physical therapy when indicated, and other conservative measures selected for the individual situation.

When symptoms persist or neurologic findings develop, the next step is to identify the actual pain generator through the history, examination, and targeted imaging. Treatment should then progress from the least invasive reasonable option—not from the most dramatic finding on a scan.

The goal is not complete inactivity. It is a safe, gradual return to function while determining whether anything more specific requires treatment.

Pain around the lower back or buttock is often assumed to be coming from the lumbar spine. But for some patients, the sacroiliac (SI) joint may be the actual source of the problem.

The SI joints sit on either side of the sacrum, connecting the spine to the pelvis. When an SI joint becomes irritated, inflamed, or mechanically dysfunctional, it can produce pain that may feel remarkably similar to traditional low back pain.

What does SI joint pain feel like?

SI joint pain is commonly felt on one side of the lower back or buttock, although symptoms can occur on both sides. Pain may also extend into the hip, groin, thigh, or occasionally farther down the leg.

Patients may notice increased pain with activities such as:

• Standing or walking for prolonged periods
• Going up or down stairs
• Getting in or out of a car
• Transitioning from sitting to standing
• Turning over in bed
• Standing primarily on one leg

Because these symptoms overlap with lumbar disc disease, spinal stenosis, hip pathology, and other conditions, determining the true pain generator is important before deciding on treatment.

How is SI joint pain diagnosed?

There isn’t one imaging study that automatically proves the SI joint is responsible for a patient’s pain.

Diagnosis typically combines the history, physical examination, imaging, and response to a targeted diagnostic SI joint injection. An injection can be particularly useful because temporary improvement after anesthetizing the joint provides additional evidence that the SI joint is contributing to the patient’s symptoms.

Does SI joint pain require surgery?

Usually not.

Initial treatment may include activity modification, physical therapy, medications, and targeted SI joint injections. The objective is to improve mechanics, decrease inflammation, and restore function while avoiding surgery whenever possible.

For patients with persistent, function-limiting SI joint pain despite appropriate non-operative treatment—and when the SI joint has been carefully confirmed as the pain generator—minimally invasive SI joint fusion may be considered.

Modern minimally invasive techniques allow the joint to be stabilized through a small surgical approach with substantially less tissue disruption than traditional open surgery.

The most important step: identify the source

Low back and buttock pain can originate from several different structures. Treating an MRI rather than identifying the actual pain generator can lead to ineffective treatment.

The goal is not simply to treat where it hurts. It is to determine why it hurts and select the least invasive treatment appropriate for that specific problem.

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More patient education and spine updates:

Advanced Spine Center — Latest Posts & Updates⁠

Pain that travels from your lower back or buttock into the thigh, calf, or foot may be coming from your spine—not your leg.

Lumbar radiculopathy occurs when a nerve in the lower back becomes irritated or compressed. Depending on the nerve involved, symptoms can include shooting or burning leg pain, numbness, tingling, and sometimes weakness.

Common causes include a herniated disc, spinal stenosis, degenerative changes, or other conditions that reduce the space available for a nerve.

The good news? Lumbar radiculopathy does not automatically mean surgery.

Treatment depends on the cause, severity, and duration of symptoms. Options may include activity modification, physical therapy, medications, targeted injections, and observation. When significant nerve compression causes persistent symptoms, progressive weakness, or fails to improve with appropriate conservative treatment, surgical decompression may be considered.

The important part is identifying which nerve is affected, why it is being compressed, and matching the treatment to the actual problem.

Low back pain is incredibly common—but surgery is rarely the first step. Identifying the source of the pain allows treatment to progress from activity modification, therapy and medications to targeted interventions or surgery when appropriate.

The goal: less pain, better function, and getting back to the things you enjoy.

I was fortunate enough to be on the Paul Miller Morning Show this morning for a brief interview discussing our new milestones here at the Advanced Spine Center with Robotic Spine Surgery. Check out the sound byte below!

https://www.wphm.net/episode/august-21-dr-ryan-goodmanson/

Pain, numbness, tingling or weakness traveling from the neck into the shoulder, arm or hand can be a sign of cervical radiculopathy.

Finding which nerve is affected—and why—is key. Many patients improve without surgery, while persistent nerve compression may benefit from targeted surgical treatment.

Dr. Ryan Goodmanson will join Paul Miller on the WPHM Morning Show on Friday, August 21, 2026, at 7:10 a.m. to discuss the latest developments in spine care at McLaren Port Huron.

The conversation will include McLaren Port Huron’s addition of the Medtronic Stealth AXiS™ surgical system and the hospital’s recent first-in-Michigan procedure using the new platform. Dr. Goodmanson will explain how integrated surgical planning, advanced navigation, and robotic guidance can support precision, consistency, and patient-specific decision-making during complex and minimally invasive spine procedures.

Listeners can tune in on WPHM 105.5 FM or 1450 AM or listen live online at WPHM.net.

First, the robot does not operate independently. It does not make decisions, and it does not replace the surgeon. I plan the operation, control the instruments, and perform every step of the procedure.

Robotic assistance combines detailed surgical planning with advanced navigation and a stable mechanical guide. Using three-dimensional imaging of the patient’s anatomy, I can plan the size, position, and trajectory of spinal implants before they are placed. During the operation, the technology helps me maintain orientation and carry out that plan with a high degree of precision and consistency.

Potential benefits include:

• Patient-specific surgical planning • Precise and reproducible implant placement • Real-time visualization of spinal anatomy • Additional guidance during complex and revision procedures • Support for minimally invasive approaches when appropriate • Less reliance on repeated X-ray imaging in certain cases

For patients, the important takeaway is that robotics is not replacing the surgeon—it is giving the surgeon better information and a more precise way to execute the surgical plan.

At the Advanced Spine Center at McLaren Port Huron, we are combining advanced technology with experienced surgical decision-making to provide complex and minimally invasive spine care here in the Blue Water community.

Robotic assistance is not necessary for every procedure, and it does not eliminate the risks associated with spine surgery. Whether it is appropriate depends on the patient’s diagnosis, anatomy, and individual surgical plan.

#SpineSurgery #RoboticSpineSurgery #MinimallyInvasiveSpineSurgery #SurgicalInnovation #McLarenPortHuron #BlueWaterArea

On Friday, I performed my first robotic-assisted sacroiliac (SI) joint fusion using the Medtronic Stealth AXiS™ Surgical System at McLaren Port Huron.

This was among the first SI joint fusions performed in the nation using Stealth AXiS — and the first in Michigan.

What makes this exciting to me isn't simply being early with a new technology. It's continuing to expand what we can do with a platform that integrates surgical planning, navigation, and robotic guidance into a single workflow.

Just days after completing Michigan's first spine surgery using Stealth AXiS, we're already applying the technology to another area of spine care.

Technology matters when it helps us operate more precisely, more efficiently, and ultimately provide better options for our patients.

Proud of our team at McLaren Port Huron for continuing to push the spine program forward — and excited to see where we take this next.

#SpineSurgery #RoboticSurgery #SIFusion #SacroiliacJoint #StealthAXiS #Medtronic #MinimallyInvasiveSpine #SpineInnovation #McLarenPortHuron #Michigan

Our team has successfully reached a new milestone with the Medtronic StealthAXIS™ robotic fusion platform — bringing robotically guided precision to complex spine reconstruction right here in Port Huron. This technology allows us to plan screw trajectories in 3D and execute them with sub-millimeter accuracy, which means less time in the OR and a more predictable recovery for our patients. We are proud to offer this level of advanced care close to home.

We have launched new online resources to help you prepare for your visit and your surgery — including a step-by-step FAQ on what to expect before, during, and after your procedure. Our goal is simple: every patient should feel informed and confident from the first phone call through recovery. Explore the Procedures page to find answers to the questions we hear most often.