Spinal Stenosis Surgery in Clifton

Spinal Stenosis Surgery at our Clifton, NJ location relieves nerve compression from spinal canal narrowing using proven decompression techniques matched precisely to each patient's anatomy, bringing advanced surgical expertise to Northern New Jersey.

Stenosis That Limits Your Life Has a Surgical Solution

Spinal stenosis tends to impose itself gradually, narrowing not just the spinal canal but the range of what daily life allows. Walking, standing, and climbing stairs become progressively more difficult as the compressed nerves struggle to function under the added mechanical pressure. For Clifton patients whose stenosis has not responded to conservative care, surgery offers a reliable, well-established path back to function.

At Gerling Spine Care and Research Institute, we bring the full range of decompression options to every case, guided by precise imaging analysis and decades of minimally invasive surgical experience now available in Northern New Jersey. Contact our Clifton office today to find out whether Spinal Stenosis Surgery is the right next step for you.

What Is Spinal Stenosis?

Spinal stenosis is the narrowing of the spinal canal or the foraminal openings through which nerve roots exit the spine. This narrowing places mechanical pressure on the spinal cord or nerve roots, producing the pain, cramping, numbness, and weakness that define the condition.

Lumbar Stenosis

Lumbar stenosis is the most common form, producing leg pain, cramping, and weakness that worsen with walking and standing and improve with sitting or bending forward. This symptom pattern, known as neurogenic claudication, is a hallmark of the condition and helps distinguish it from vascular causes of leg pain.

Cervical Stenosis

Cervical stenosis produces arm symptoms, hand weakness, and balance problems. In more severe cases, it causes signs of spinal cord compression known as myelopathy, which can affect coordination and, in advanced cases, bladder function. Cervical myelopathy often warrants earlier surgical consideration, given the risk of progressive neurological deterioration.

What Causes Spinal Stenosis

The most common underlying causes include thickening of the ligamentum flavum, bone spur formation from facet joint arthritis, disc degeneration with loss of disc height, and spondylolisthesis. Some patients have a naturally narrow spinal canal from birth, making them more susceptible to symptomatic stenosis as age-related degeneration develops.

We’re here to help you move forward.

Medical professional examining patient’s upper spine with hands

When Is Surgery Needed for Spinal Stenosis?

Surgery is not the first response to a stenosis diagnosis. Most patients are managed initially with physical therapy, anti-inflammatory medications, activity modification, and epidural steroid injections, which can provide meaningful, if sometimes temporary, relief.

Surgical intervention is considered when conservative treatments have been adequately trialed without sufficient relief, when symptoms are significantly limiting daily function, or when neurological deficits such as progressive leg weakness or loss of bladder and bowel control are present.

For cervical myelopathy, surgery is often recommended earlier, given the risk of irreversible neurological deterioration with continued delay.

Surgical Options for Spinal Stenosis

The right surgical approach depends on the location and extent of the narrowing, the presence of instability or deformity, and the patient's overall anatomy and health. Our Clifton team is experienced in all of the following procedures.

Laminectomy

Laminectomy removes part or all of the lamina to create more space in the spinal canal and relieve pressure on the spinal cord or nerve roots. It is the most commonly performed surgery for lumbar and cervical stenosis and has a long, well-documented record of effectiveness. Where anatomy allows, our surgeons perform a laminectomy using minimally invasive techniques for a significantly faster recovery.

Laminoplasty

Used primarily for multilevel cervical stenosis, laminoplasty reshapes the lamina into an open position rather than removing it, expanding the spinal canal while preserving posterior bony structure and spinal stability. It is a motion-preserving alternative for appropriate cervical cases involving multiple levels.

Foraminotomy

When stenosis is primarily caused by narrowing of the foraminal openings through which nerve roots exit the spine, foraminotomy widens those openings to relieve nerve root compression. It is frequently performed alongside a laminectomy and is well-suited to minimally invasive execution.

Spinal Fusion

When stenosis coexists with significant spinal instability or spondylolisthesis, decompression alone may not produce lasting relief. Fusion is added in these cases to stabilize the affected levels and prevent further slippage or painful motion from undermining the decompressive result over time.

Minimally Invasive and Endoscopic Approaches

Our surgical team favors minimally invasive and endoscopic techniques wherever anatomy permits, achieving the same decompressive goals through smaller incisions with less muscle disruption, reduced blood loss, and a meaningfully faster return to daily activity.

Are You a Candidate for Spinal Stenosis Surgery in Clifton?

Good candidates generally have imaging-confirmed narrowing that correlates clearly with their clinical symptoms, have not achieved adequate relief from conservative care, and have symptoms significantly limiting daily function or neurological deficits that are present or worsening. Overall health, bone quality, degree of instability, number of affected levels, and prior surgical history all influence the choice of procedure and the likelihood of a successful outcome. Relevant health conditions, including poorly controlled diabetes or significant cardiovascular disease, affect surgical risk and will be carefully reviewed during consultation. Our Clifton team conducts a thorough preoperative evaluation for every patient before making any surgical recommendations.

What to Expect From Spinal Stenosis Surgery in Clifton

Every patient's care plan reflects their specific condition and the procedure being performed, but the standard of care at our Clifton practice is consistent at every stage.

Before Your Spinal Stenosis Surgery

Your consultation will include a detailed review of your symptoms, imaging, and prior treatments. Our surgeons explain all appropriate surgical options, set honest expectations about what surgery can and cannot achieve, and answer every question before any decision is made.

The Day of Your Surgery

Procedure length and approach vary depending on the type and extent of surgery being performed. Minimally invasive decompression-only procedures may allow for same-day discharge. Cases involving fusion or multiple levels typically require a one-to-three-day hospital stay. Our emphasis on operating room efficiency and minimally invasive technique minimizes time under anesthesia and supports the smoothest possible transition to recovery.

Recovering After Your Procedure

Most patients are encouraged to walk within 24 hours of surgery. Return to light activities typically occurs within two to six weeks, depending on the procedure, with full recovery taking longer for more complex cases. Physical therapy is an important component of recovery, helping restore strength, walking function, and overall mobility. Our team provides a detailed post-operative plan and monitors your progress throughout.

Why Choose Gerling Spine Care and Research Institute?

Matching the right decompression procedure to the right patient is where clinical experience and surgical judgment matter most, and it is where our practice distinguishes itself.

Our Clifton team brings decades of focused spinal surgery expertise, a research program with more than 300 peer-reviewed publications, and leadership in NASS, CSRS, and LSRS to every stenosis case we evaluate. For Northern New Jersey patients, that standard of care is now available close to home.

Spinal Stenosis Surgery Frequently Asked Questions

Can spinal stenosis return after surgery?

Surgery addresses the specific area of narrowing treated, but cannot prevent future degeneration at other levels. In some cases, scar tissue or continued degeneration at the treated site may cause symptoms to recur over time. Your surgeon will discuss realistic long-term expectations and strategies to support sustained spinal health during your consultation.

Is spinal stenosis surgery appropriate for older patients?

Age alone does not disqualify a patient from spinal stenosis surgery. Research consistently supports meaningful functional improvement in well-selected older patients, for whom the gains in walking ability and independence can be particularly significant. Overall health, cardiovascular fitness, and the balance between expected benefit and surgical risk are the relevant factors.

How is the decision made between decompression alone and fusion?

Decompression removes the tissue causing nerve compression. Fusion is added when significant instability or spondylolisthesis accompanies the narrowing. Decompression in the setting of instability without also stabilizing the spine can lead to progressive slippage and symptom recurrence, which is why the two are frequently combined when instability is a factor.

How long do the results of spinal stenosis surgery last?

Most patients experience lasting relief from the symptoms addressed by surgery. Long-term outcomes depend on the overall health of the spine, adherence to post-operative physical therapy, and whether degeneration continues at adjacent levels over time. Your surgeon will discuss what is realistic for your specific case and anatomy.

Will I need physical therapy after spinal stenosis surgery?

Yes. Physical therapy is a standard and important component of recovery from spinal stenosis surgery, regardless of the specific procedure performed. It supports healing, restores strength and mobility, and reduces the risk of recurrence by improving the muscular foundation around the decompressed spine.