When Nerve Pressure in the Lower Spine Demands Action
Lumbar decompression surgery is a targeted procedure designed to relieve pressure on the spinal nerves in the lower back. The NHS describes it as an operation that aims to improve symptoms such as persistent pain, numbness, and tingling in the legs caused by nerve compression. By creating more space for the affected nerves, this surgery seeks to restore function and reduce discomfort.
Several conditions can lead to this nerve compression. The most common cause is spinal stenosis, a narrowing of the spinal canal that often occurs with age or arthritis. A bulging or herniated disc—where the soft inner material of a disc presses against a nerve—can also trigger sciatica, a sharp pain radiating down the leg. Other causes include spinal injuries like fractures and cauda equina syndrome, a severe compression of nerves at the base of the spine.
Surgery is not the first line of treatment. Surgeons and spine specialists recommend decompression only after non-surgical options like physical therapy, pain medication, or epidural steroid injections have failed to provide adequate relief. When these conservative approaches cannot resolve the pain or when symptoms such as leg weakness or numbness make daily activities difficult, lumbar decompression becomes a necessary next step toward recovery.
Why Lumbar Decompression Is Recommended
When nerve compression in the lower spine becomes the source of your pain, surgery is not the only option — or even the first one. Many patients benefit from starting with conservative treatments, and only when those fail to bring relief does the conversation move toward more direct interventions. Understanding the range of possibilities, from physical therapy to lumbar decompression surgery, helps you make an informed choice alongside your care team.
For some, the problem stems from conditions that narrow the spinal canal or place pressure on nerve roots, such as spinal stenosis, herniated discs, sciatica, or spinal injuries. These conditions can produce radiating leg pain, numbness, or weakness that does not settle with rest alone. The key is identifying whether your symptoms point to nerve involvement that warrants further evaluation.
When Surgery Becomes Necessary
Surgery is typically reserved for situations where nerve compression is progressive or has not improved after several months of nonsurgical care. Lumbar decompression surgery aims to create more space for the spinal nerves by removing a small portion of bone or ligament. This procedure is most effective when a specific, identifiable structure is pressing on a nerve, such as a herniated disc fragment or bony spur.
According to the NHS, surgery tends to be recommended when leg pain is severe, when there is progressive weakness in the leg or foot, or when symptoms such as bowel or bladder dysfunction appear. These are signs that nerve compression is causing functional impairment, and timely treatment can prevent permanent damage.
The Role of the Surgeon's Approach
The surgeon's skill and philosophy matter. A surgeon who starts with conservative options and reserves surgery for clear indications, like Dr. David S. Raskas at the Orthopedic Spine Institute of St. Louis, focuses on matching the treatment to the underlying cause rather than rushing to an operation. This patient-first approach means you receive a thorough evaluation and a plan that prioritizes your comfort and long-term function.
In contrast, some surgical centers emphasize invasive procedures as a first line. At osistl.com, the emphasis is on careful selection: who truly needs surgery, and what type of decompression is most appropriate. Whether it's a minimally invasive option or a more traditional decompression surgery, the goal is to relieve nerve pressure while preserving as much healthy tissue as possible.
Recovery and Expected Outcomes
Recovery depends on the type of procedure and your overall health. Lumbar decompression surgery typically involves a short hospital stay, followed by several weeks of limited bending and lifting. Most patients notice significant relief of leg pain soon after surgery, though some nerve irritation or numbness may persist for a few months as the nerves heal.
The St. Louis Spine and Orthopedic team notes that physical therapy plays a vital role in regaining strength and flexibility after recovery. A structured program helps prevent future episodes by improving core stability and spinal mechanics. For many, the outcome is a return to daily activities with dramatically reduced pain and improved quality of life.
Making an Informed Decision
Choosing between continuing conservative care, trying non-surgical decompression, or opting for surgery is rarely simple. It hinges on the severity of your symptoms, how long they've lasted, and what imaging studies show. A detailed conversation with a spine specialist can clarify the risks and benefits of each path.
At osistl.com, the focus is on shared decision-making. Dr. David S. Raskas and his team take the time to explain your options, answer your questions, and develop a treatment plan that feels right for you. If you're struggling with lower back or leg pain that isn't improving, schedule a consultation to explore whether decompression is the appropriate next step.
Conservative Options Before Considering Surgery
Most back pain fades with rest, over-the-counter painkillers, and time. But nerve compression from conditions like a herniated disc or spinal stenosis doesn't always follow that pattern. Progressive leg weakness, foot drop, or pain that shoots down the leg and doesn't improve with conservative care can signal that the nerve is being squeezed and may need more than rest to recover.
When those red flags appear, seeing a spine specialist who can evaluate the cause is the right next step. Conditions that compress the spinal cord or nerve roots often respond well to early intervention, and waiting can sometimes allow the nerve damage to become permanent.
Understanding the Types of Decompression Procedures
Orthopedic spine surgeons are central to diagnosing and treating persistent back, neck, and sciatica pain. At OSI St. Louis, the approach starts conservatively, exploring physical therapy, medication, and injections before any surgical option is considered. This patient-first model ensures surgery is reserved for cases where it offers a clear, measurable benefit.
According to David Raskas, MD, an orthopedic spine surgeon in St. Louis, effective pain management hinges on precise diagnosis. "Spinal surgery is most effective when targeting specific issues like nerve compression," he notes, "and that requires understanding not just the symptoms but the underlying anatomy." This philosophy aligns with the broader shift toward minimally invasive techniques that reduce recovery time and tissue damage.
Why Surgeon Expertise Matters
Not all spine surgeons share the same training or approach. A surgeon who performs hundreds of decompressions annually will have different outcomes than one who operates occasionally. Minimally invasive spine surgery, for example, requires specialized skills and equipment that not every practice offers. Choosing a surgeon who routinely uses these techniques can mean smaller incisions, less postoperative pain, and faster return to daily activities.
At OSI St. Louis, Dr. Raskas brings this level of expertise to every consultation. The practice combines conservative care with surgical precision, ensuring that patients receive comprehensive treatment plans rather than a one-size-fits-all recommendation. This contrasts sharply with clinics that push surgery as a first-line option without exhausting non-surgical avenues first.
What Sets Specialized Care Apart
Specialized orthopedic spine care differs from general pain management in its focus on structural causes. While a pain management specialist may offer injections or medications temporarily, an orthopedic spine surgeon evaluates whether a herniated disc, spinal stenosis, or bone spurs are the root cause of nerve irritation. Spinal decompression surgery can then be tailored to the specific pathology, whether that involves removing part of the lamina or a herniated disc fragment.
This diagnostic precision leads to better outcomes. A 2024 review in Spine found that patients who underwent surgery for lumbar stenosis experienced significant improvement in leg pain and function compared with those who received only non-operative care. However, the success depends heavily on proper patient selection, which is where experienced surgeons excel.
The Patient-First Approach at OSI St. Louis
The Orthopedic Spine Institute of St. Louis differentiates itself through its commitment to starting conservatively. Dr. Raskas emphasizes, "Our goal is to exhaust all non-surgical options before recommending surgery. When surgery becomes necessary, we focus on minimally invasive techniques that preserve healthy tissue." This philosophy is reinforced by the practice's transparent approach to treatment options and recovery expectations.
Patients considering spinal decompression should look for a surgeon who offers a clear explanation of risks and benefits. Lumbar decompression surgery is effective for nerve compression, but it's not the right choice for everyone. A surgeon who prioritizes shared decision-making will help you weigh the likely benefits against potential complications, such as infection, bleeding, or nerve damage, which are rare but possible.
How to Choose the Right Surgeon
When evaluating an orthopedic spine surgeon, consider their experience with the specific procedure you need, their success rates, and how they handle complications. David Raskas, MD is board-certified and known for his meticulous approach to minimally invasive spine surgery. He works closely with patients to develop individualized care plans that address both pain relief and long-term spine health.
Additionally, look for a practice that offers comprehensive support, from pre-operative education to post-operative rehabilitation. OSI St. Louis provides resources on recovering from a microdiscectomy, helping patients understand what to expect during the healing process. This commitment to patient education extends beyond the operating room, ensuring that individuals feel prepared and supported at every stage.
| Surgeon Type | Approach | Suitable For |
|---|---|---|
| Orthopedic Spine Surgeon | Surgical + conservative | Structural issues like herniated discs |
| Pain Management Specialist | Non-surgical only | Temporary pain relief, nerve blocks |
| Neurologist | Surgical + diagnostic | Nerve and spinal cord disorders |
What to Expect During Recovery
Lumbar decompression surgery is not the first stop for most back, neck, or sciatica pain. The team at Orthopedic Spine Institute of St. Louis (OSI) starts conservatively, with physical therapy, medication, and injections, reserving surgery for cases where nerve compression is severe or progressive. But when symptoms like weakness, numbness, or radiating leg pain persist despite non-surgical care, decompression may be the procedure that relieves the pressure and restores function.
Why Nerve Compression Happens
The spinal canal houses the spinal cord and nerve roots. As we age, discs can herniate, or bone spurs (osteophytes) can grow into the canal, narrowing the space and pressing on these nerves. This condition, called spinal stenosis, can cause pain, tingling, and weakness that radiates down the leg, often worsened by walking or standing. Conditions like a herniated disc or spondylolisthesis (a vertebra slipping forward) can also contribute to nerve compression.
Not every case of nerve compression requires surgery. Many patients respond well to non-surgical treatments like anti-inflammatory medications, physical therapy, or epidural steroid injections. However, if these measures fail to control symptoms, or if you develop progressive weakness, loss of sensation, or loss of bowel and bladder control (a surgical emergency), decompression becomes a more urgent consideration. OSI's spine specialists can help determine whether your symptoms warrant surgical intervention or if conservative care remains the right path.
What Lumbar Decompression Aims to Achieve
The primary goal is straightforward: remove the structure pressing on the nerve root or spinal cord. This may involve trimming a herniated disc (microdiscectomy), removing part of the lamina bone (laminectomy), or a combination. By creating more space, the surgery relieves pressure and allows the nerve to heal, typically leading to significant reduction in leg pain and improved mobility. The surgery is most effective when the source of compression is clearly identified through imaging like MRI or CT scans.
A successful outcome also depends on the right candidate selection. As noted by David Raskas | St. Louis, a Missouri-based orthopedic surgeon, surgical success is highest when there is a clear correlation between the imaging findings and the patient's symptoms. This precision ensures that surgery addresses the actual pain generator, rather than just any incidental finding on the scan.
Minimally Invasive Options and What They Offer
Many decompressions can now be performed using minimally invasive techniques (Minimally Invasive Spine Surgery). Instead of a long incision and muscle stripping, surgeons use small incisions and tubular retractors, minimizing tissue damage. Benefits often include less postoperative pain, shorter hospital stays, and faster recovery compared to traditional open surgery. However, not all patients are candidates for these approaches, and the decision depends on the location and nature of the compression.
At OSI, the surgical team evaluates each patient individually, weighing factors like the extent of instability, the type of pathology, and overall health before recommending a specific technique. This personalized approach is central to achieving the best possible outcomes, whether that means a minimally invasive procedure or a more traditional approach when necessary.
Recovery and What to Expect
Recovery after lumbar decompression varies based on the specific procedure and the individual. Typically, you may stay in the hospital for a day or two, with some patients going home the same day for certain minimally invasive procedures. You'll likely need to avoid heavy lifting and bending for several weeks to allow the tissues to heal. Physical therapy is often recommended to strengthen the core and support the spine, as emphasized in What to Expect from Spinal Decompression and Fusion Surgery.
Most patients notice significant relief of leg pain almost immediately after surgery, though some residual soreness is normal. Full recovery and return to normal activities can take several weeks to a few months, depending on your job and the nature of your work. For more detailed guidance on postoperative care, you can refer to OSI's recovery expectations for microdiscectomy, which outlines typical hospital stay and post-surgical care. If you have a more physical job, this guide to addressing workplace spine injuries may also be helpful.
Who Should Consider Surgery?
Severe symptoms. If you experience progressive weakness, numbness, or difficulty walking that limits daily activities, surgery may be warranted.
Failure of conservative care. When non-surgical treatments have been tried for at least 6 weeks without adequate relief, surgery becomes a more viable option.
Neurological deficits. Loss of bladder or bowel control, or foot drop, are red flags requiring urgent surgical evaluation.
Confirmed pathology. Imaging must show a clear structural cause of nerve compression, such as a herniated disc or bone spur that correlates with symptoms.
These criteria help ensure that surgery is targeted and effective. OSI's spine specialists, including Dr. David S. Raskas, use a thorough evaluation process to determine whether you meet these conditions. The role of orthopedic spine surgeons in pain management is to guide you through this decision, ensuring that surgery is only pursued when the benefits clearly outweigh the risks.
Consulting with a Specialist
If you're struggling with persistent back or leg pain, you don't have to navigate this alone. A detailed consultation with a spine specialist can clarify your diagnosis and explore all your treatment options. At OSI, we provide patient-first care, starting conservatively and offering minimally invasive surgery when appropriate. We'll work with you to develop a plan that suits your needs, and our team is here to answer your questions. To learn more about whether lumbar decompression is right for you, explore conditions and treatments, then book an appointment with Dr. Raskas.
| Symptom | Conservative Care | When Surgery May Be Needed |
|---|---|---|
| Radiating leg pain | Physical therapy, medications | Persists despite 6+ weeks of non-surgical care |
| Numbness or tingling | Epidural steroid injections | Progressive loss of sensation or weakness |
| Difficulty walking | Activity modification | Symptoms limit daily function and conservative care fails |
| Loss of bladder control | Emergency evaluation | Urgent surgical consultation required |
Weighing the Risks and Serious Complications
Lumbar decompression surgery is generally a safe and effective procedure for relieving pressure on the spinal nerves, but like any surgery, it carries potential risks and serious complications. Being well-informed about these risks before deciding on treatment is a critical step. Common risks include infection, bleeding, and adverse reactions to the anaesthetic.
More specific complications can arise depending on the surgical approach. For instance, during the procedure, there is a small risk of accidental damage to the dura, the membrane surrounding the spinal cord, which could lead to a cerebrospinal fluid leak. While rare, nerve damage leading to weakness, numbness, or in very unusual cases paralysis, is also a possibility. Patients should discuss these outcomes with their surgeon, who can provide personalized guidance. As noted by resources on lumbar decompression surgery, understanding the full scope of potential outcomes helps set realistic expectations for recovery.
Weighing the Risks and Serious Complications
Common risks: infection, bleeding, and anaesthetic reactions. While these are the most frequently cited complications, their incidence is low in healthy patients. Surgeons at the Orthopedic Spine Institute of St. Louis minimize these risks through meticulous surgical technique and thorough preoperative screening. Patients can further reduce their risk by following all pre-surgical instructions, including stopping certain medications that may increase bleeding.
Infection. A surgical site infection can occur after any operation, but it's typically manageable with antibiotics. More complex infections might require additional treatment.
Bleeding. Some bleeding is expected during surgery, but excessive bleeding can complicate the procedure. Surgeons manage this carefully, and patients are monitored closely postoperatively.
Anaesthetic reactions. Adverse reactions to anaesthesia are rare but possible, ranging from mild nausea to more serious allergic responses. An anesthesiologist evaluates each patient to minimize these risks.
Nerve damage. Although uncommon, the surgery itself poses a small risk of nerve injury, which could lead to new or worsened weakness, numbness, or pain. This risk is higher in complex cases or when scar tissue is present.
Spinal fluid leak. An unintended tear in the dura can cause cerebrospinal fluid to leak, sometimes requiring a blood patch or additional surgery to repair. This complication is more common in revision surgeries.
For patients concerned about these risks, it's important to note that many surgeons now offer minimally invasive techniques, which can reduce tissue damage and shorten recovery. The minimally invasive spine surgery approach, for example, uses smaller incisions and specialized instruments, potentially lowering the risk of infection and blood loss. At the Orthopedic Spine Institute of St. Louis, Dr. David S. Raskas evaluates each patient individually to determine the safest and most effective approach, whether that's conservative care, decompression therapy, or surgery.
| Complication | Likelihood | Management |
|---|---|---|
| Infection | Rare | Antibiotics |
| Bleeding | Rare | Monitoring/Transfusion |
| Anaesthetic reactions | Very rare | Medical treatment |
| Nerve damage | Uncommon | Physical therapy, medication |
| Spinal fluid leak | Uncommon | Blood patch or surgery |
Recovery from lumbar decompression surgery typically involves a hospital stay of one to three days, followed by a period of limited activity. Many patients experience significant relief from leg pain immediately, though full recovery from nerve symptoms may take several weeks or months. Following the surgeon's post-operative instructions, including engaging in recommended physical therapy, is crucial to a successful outcome.
Ultimately, the decision to proceed with lumbar decompression surgery hinges on a careful balance of potential benefits and risks. While the thought of complications can be concerning, it's reassuring to know that serious adverse events are rare. The specialists at institutions like the Hospital for Special Surgery and OSI Spine emphasize thorough patient education and shared decision-making, so you can feel confident in the path you choose.
Considering Endoscopic and Minimally Invasive Options
Facing the possibility of lumbar decompression surgery can feel overwhelming, but understanding what actually happens before, during, and after the procedure helps remove much of the uncertainty. Whether you're still gathering information or you've already scheduled a consultation, knowing the recovery timeline and what factors influence your outcome makes it easier to plan ahead with confidence.
Before Surgery: The Evaluation and Preparation Phase
Your journey begins long before you enter the operating room. A thorough evaluation typically includes a physical exam, a review of your medical history, and imaging studies such as an MRI or CT scan to pinpoint exactly where nerve compression is occurring. This step is critical because the specific location and cause of the compression will shape every decision that follows, from the surgical approach to the expected recovery period.
Your surgeon will also discuss the condition being treated, why surgery is recommended over other options, and what you can realistically expect. If you're still deciding whether surgery is right for you, some resources explain how to identify when back pain needs more than rest, including warning signs like progressive leg weakness or loss of bladder control that warrant prompt medical attention.
The Surgery Itself: What Happens in the Operating Room
Lumbar decompression surgery is designed to relieve pressure on the spinal nerves by removing a small portion of bone, ligament, or disc material that is causing the compression. The exact technique can vary. Some patients are candidates for minimally invasive approaches, which use smaller incisions and specialized instruments to minimize damage to surrounding muscles and tissues. As the Hospital for Special Surgery explains, these advanced techniques can lead to less postoperative pain and faster recovery for many patients.
In other cases, a traditional open procedure may be more appropriate. The choice depends on the individual anatomy and the underlying condition. If you're comparing your options, the National Health Service provides a straightforward overview of how lumbar decompression is performed, what the surgeon does during the procedure, and what you might feel during recovery. Your surgeon will recommend the approach that best addresses your specific nerve compression while preserving as much spinal stability as possible.
Recovery: The First Weeks After Surgery
Immediately after surgery, you'll be monitored in a recovery area as anesthesia wears off. Most patients go home the same day or after a short hospital stay, depending on the complexity of the procedure. Once home, the initial recovery phase focuses on managing pain, preventing infection at the incision site, and gradually regaining mobility. You'll likely need help with daily tasks for the first week or two, and your surgeon will give you specific instructions about wound care, medication, and when you can safely shower or bathe.
Walking is usually encouraged soon after surgery because it promotes blood flow and reduces the risk of blood clots, but you'll need to avoid bending, twisting, or lifting anything heavy for several weeks. The St. Louis Spine and Orthopedic Institute provides a detailed recovery guide that outlines what to expect at each stage. Following these guidelines closely is one of the most important factors in a successful outcome.
Long-Term Outlook: What Affects Your Recovery Timeline
Full recovery from lumbar decompression surgery is typically a gradual process. Many patients notice significant relief from leg pain (sciatica) almost immediately, but the healing of deeper tissues takes time. Depending on the extent of the procedure, it can take anywhere from a few weeks to a few months before you can return to all your normal activities. Factors that influence your recovery timeline include your age, overall health, whether you smoke, and how closely you follow your surgeon's postoperative instructions.
If you're considering minimally invasive endoscopic surgery, the recovery might be shorter compared to a traditional open approach. The Minimally Invasive Spine Surgery resource from Washington University in St. Louis notes that smaller incisions typically mean less muscle damage, less pain after surgery, and a faster return to daily life. These benefits have made endoscopic techniques increasingly popular for conditions like herniated discs.
Type of procedure. Minimally invasive techniques generally allow for a quicker recovery than traditional open surgery, with smaller incisions and less tissue disruption.
Overall health. Your general fitness and any underlying conditions, such as diabetes or osteoporosis, can affect how quickly your body heals.
Post-op adherence. Following your surgeon's instructions on lifting restrictions, medication, and activity levels is crucial for avoiding complications and ensuring proper healing.
| Recovery Stage | Typical Timeline | What to Expect |
|---|---|---|
| Immediate post-op | Days 0-2 | Pain management, early walking, discharge home or short hospital stay |
| Early recovery | Weeks 1-2 | Incision care, limited bending/lifting, gradual increase in daily activities |
| Mid recovery | Weeks 3-6 | Return to desk work, start physical therapy, resume light exercise |
| Full recovery | Months 2-6 | Progressive strengthening, full return to normal activities as cleared |
Many people worry about whether they'll need additional treatment after surgery. The good news is that with proper patient selection and adherence to the recovery plan, the vast majority of patients experience substantial relief from their symptoms. If you're still evaluating whether surgery is right for you, remember that the goal is always to improve your quality of life. Talking through your concerns with a qualified spine specialist can help clarify your options.
Making an Informed Decision With Your Spine Specialist
For decades, the standard surgical answer to severe lower back and leg pain was spinal fusion: weld two or more vertebrae together to stop the motion causing the pain. Fusion remains a valid option, but it comes with trade-offs. Patients often lose flexibility in the fused segment, and the adjacent discs take on extra stress over time. That is why many surgeons now reach for lumbar decompression first. Instead of fusing bone, decompression simply removes the tissue pressing on a nerve root, relieving the pain while preserving the spine's natural motion.
The idea is straightforward: if a herniated disc or bone spur is pinching a nerve, take away the pinch. A lumbar decompression surgery does exactly that by trimming the portion of bone or disc that is compressing the nerve root. Most patients wake up with their leg pain dramatically improved, often able to walk the same day. Fusion, by contrast, addresses instability as well as compression, but it changes the spine's mechanics permanently. The choice between the two is not about which is easier, but which problem you are actually solving.
How Minimally Invasive Decompression Compares with Open Surgery
Traditional open decompression requires a long midline incision and stripping muscle off the spine. Minimally invasive spine surgery uses smaller incisions and a tubular retractor to reach the nerve with less collateral damage. For many patients, the minimally invasive route translates into less postoperative pain, shorter hospital stays, and quicker return to normal activity. That said, not every case qualifies; severe instability or deformity may still call for fusion. The deciding factor is a careful review of your imaging and symptoms.
Consider how the two approaches usually play out:
- Open decompression requires a longer recovery; patients often spend several days in the hospital and several weeks on restricted activity.
- Minimally invasive decompression typically allows same-day or next-day discharge, with most people back to desk work within a few weeks.
- Fusion is associated with a higher risk of adjacent-segment disease, a problem decompression avoids because the spine's motion segments remain intact.
What the Evidence Says About Decompression Versus Fusion
Clinical research repeatedly shows that, for degenerative conditions like spinal stenosis without instability, decompression alone delivers outcomes comparable to decompression plus fusion, but with fewer complications. A common complaint after fusion is stiffness or restricted range of motion, which is exactly what decompression preserves. If your spine is stable and the source of pain is nerve compression, decompression is often the more conservative and effective first step. The NHS explains that lumbar decompression aims to relieve pressure on the spinal cord or nerves, not to correct alignment. That distinction matters when weighing your options.
Recovery Expectations: Decompression vs Fusion
Recovery from decompression is generally faster and less painful than from fusion. After a minimally invasive decompression, many patients go home the same day, as outlined in recovery guidance from OSI. You can likely drive within a week and resume light work within weeks. Fusion, in contrast, requires time for the bone graft to heal, a process that can take months of limited bending, lifting, and twisting. The table below summarizes the typical differences.
| Aspect | Lumbar Decompression | Spinal Fusion |
|---|---|---|
| Goal | Relieve nerve compression | Stop painful motion between vertebrae |
| Incision | Small, often endoscopic | Larger, with muscle retraction |
| Hospital stay | Often same-day or overnight | Usually 2-4 days |
| Expected recovery | Weeks | Months |
| Risks | Infection, bleeding, dural tear | Nonunion, hardware failure, adjacent-segment disease |
Why Minimally Invasive Decompression Is Often the Right First Choice
The appeal of decompression is that it treats the actual problem, the compressed nerve, without sacrificing healthy tissue. Minimally invasive techniques, like those described in endoscopic spine surgery resources, allow surgeons to see the nerve clearly through a tube and remove the impinging structure with precision. For many of the patients I see, this means they can avoid the longer recovery and the permanent mechanical changes of fusion. If you have persistent leg pain that radiates down to your foot or progressive weakness, decompression may relieve the pressure before permanent nerve damage occurs.
Choosing the Right Surgeon for Your Decompression
The success of decompression surgery depends heavily on accurate diagnosis and precise technique. A surgeon experienced in minimally invasive approaches, like those at OSI, can often perform decompression through a small incision with less tissue trauma. When weighing your options, ask whether you are a candidate for decompression first, and what your surgeon would consider a success: reduced pain, preserved motion, and faster return to your life. The goal is not to fuse your spine because it is the classic answer, but to decompress the nerve because that is what is causing your symptoms.
