Persistent lower back pain, stiffness, or discomfort with sitting, bending, lifting, and other everyday movements may sometimes be associated with lumbar degenerative disc disease, a condition involving age-related or degenerative changes in the intervertebral discs of the lower spine.
Despite its name, degenerative disc disease is not a disease in the traditional sense. Spinal discs naturally change over time, and many people develop disc degeneration without experiencing pain. When these changes contribute to inflammation, altered spinal mechanics, or irritation of nearby nerves, however, they may become a source of persistent lower back symptoms.
At TOPS Institute, we provide comprehensive evaluation and personalized treatment for lumbar degenerative disc disease in Los Angeles and Beverly Hills. Our approach focuses on determining whether disc degeneration is actually contributing to a patient’s symptoms and developing a treatment plan based on the source of pain, functional limitations, and individual needs.
Lumbar degenerative disc disease refers to degenerative changes affecting the intervertebral discs of the lower spine.
The lumbar spine consists of five vertebrae separated by spinal discs. These discs act as cushions between the vertebrae, help absorb forces placed on the spine, and contribute to spinal flexibility and movement.
Each disc consists of a softer inner portion called the nucleus pulposus surrounded by a stronger outer layer called the annulus fibrosus.
Over time, spinal discs can:
These changes are common with aging and do not always cause pain.
Degenerative disc disease becomes clinically important when disc changes are associated with symptoms or contribute to other spinal conditions.
Spinal discs naturally change as part of the aging process, but the rate and severity of degeneration vary considerably between individuals.
Factors that may contribute to lumbar disc degeneration include:
As a disc loses hydration and height, the way forces are distributed throughout the lumbar spine may change. This can place additional stress on nearby vertebrae, facet joints, ligaments, and other structures.
For this reason, lumbar degenerative disc disease may occur alongside other conditions such as lumbar spondylosis, lumbar disc herniation, and lumbar spinal stenosis.
Many people have degenerative changes visible on an MRI or X-ray without experiencing symptoms.
When lumbar disc degeneration is symptomatic, patients may experience:
Symptoms vary depending on which discs and surrounding structures are affected.
If degenerative changes contribute to narrowing or irritation around a spinal nerve, patients may also develop radiating leg pain, numbness, tingling, or weakness.
These nerve-related symptoms may indicate lumbar radiculopathy (sciatica) rather than isolated disc-related lower back pain.
Lumbar degenerative disc disease and lumbar disc herniation are related but distinct conditions.
Degenerative disc disease describes gradual structural and functional changes within a spinal disc.
A lumbar disc herniation occurs when disc material extends beyond its normal boundary through a weakened or disrupted portion of the disc.
Disc degeneration can make a disc more vulnerable to herniation, meaning the two conditions may occur together. However, a patient can have degenerative disc disease without a herniated disc and can also develop a disc herniation without extensive degeneration.
Determining which condition is associated with a patient’s symptoms is an important part of diagnosis and treatment planning.
These terms are also frequently confused.
Lumbar degenerative disc disease primarily describes degenerative changes affecting the spinal discs.
Lumbar spondylosis is a broader term that can encompass degenerative changes affecting multiple structures of the lumbar spine, including the discs, vertebrae, and facet joints.
The conditions commonly coexist, particularly as the spine changes with age.
Diagnosing symptomatic degenerative disc disease requires more than identifying disc degeneration on an imaging study.
At TOPS Institute, evaluation may include a detailed review of:
A physical examination may evaluate spinal mobility, strength, sensation, reflexes, tenderness, and movements that reproduce symptoms.
When clinically appropriate, imaging may also be recommended.
An MRI can provide detailed information about spinal discs, nerve roots, and surrounding soft tissues. X-rays may help evaluate disc height, spinal alignment, and other degenerative changes.
The presence of disc degeneration on imaging alone does not prove that the disc is responsible for pain. Clinical findings and imaging should be considered together.
Treatment is individualized based on the source and severity of symptoms, associated spinal conditions, functional limitations, overall health, and response to previous treatment.
The goal is to improve function and manage symptoms while helping patients remain as active as possible.
When symptoms persist despite conservative treatment, additional evaluation may help determine whether another spinal structure or nerve is contributing to the patient’s pain and whether interventional pain management is appropriate.
Degenerative disc disease does not always remain isolated to the disc itself.
Loss of disc height and other degenerative changes can reduce the space available for spinal nerves. Disc degeneration may also occur alongside a disc herniation or spinal stenosis.
If a spinal nerve becomes irritated or compressed, patients may develop lumbar radiculopathy,
When clinically appropriate, an epidural steroid injection may be considered to address inflammation associated with an irritated spinal nerve.
Depending on the location and pattern of symptoms, treatment may include:
Lumbar Epidural Steroid Injection→
or
Lumbar Transforaminal Epidural Steroid Injection→
These procedures are directed toward nerve-related symptoms rather than treating disc degeneration itself.
Degenerative changes in the discs can alter the way forces are distributed through the lumbar spine. In some patients, this may place additional stress on the facet joints and contribute to facet-mediated lower back pain.
When the facet joints are identified as a source of pain, interventional treatment may include:
Lumbar Facet Joint Injections→
Lumbar Radiofrequency Ablation→
The appropriate treatment depends on identifying which structure is responsible for the patient’s symptoms rather than treating degenerative changes seen on imaging alone.
Most patients with degenerative disc changes do not automatically require surgery.
Nonsurgical management may be appropriate depending on the patient’s symptoms, neurological findings, and functional limitations.
Surgical evaluation may be considered in certain circumstances, particularly when structural changes contribute to significant neurological impairment, spinal instability, or persistent symptoms that have not responded to appropriate nonsurgical treatment.
The presence of disc degeneration on an MRI by itself is not an indication for surgery.
An evaluation may be appropriate when lower back pain:
Seek prompt medical attention for new or rapidly worsening weakness, loss of bowel or bladder control, numbness around the groin or saddle region, or other significant neurological changes.
Degenerative changes are extremely common in the lumbar spine, particularly as people age. The challenge is determining whether those changes actually explain a patient’s pain.
At TOPS Institute, we take a diagnosis-driven approach to lower back pain. We evaluate symptoms, physical findings, neurological function, imaging, and associated spinal conditions before recommending treatment.
When disc degeneration contributes to another identifiable source of pain—such as nerve irritation or facet-mediated pain—targeted interventional procedures may be considered when clinically appropriate.
Our goal is to help patients understand what is causing their symptoms and develop a personalized treatment plan focused on reducing pain, restoring function, and maintaining an active lifestyle.
For patients seeking lumbar degenerative disc disease treatment in Los Angeles or Beverly Hills, TOPS Institute provides specialized interventional pain management with an emphasis on nonsurgical and minimally invasive options when appropriate.
These are the procedures our specialists most often use for lumbar degenerative disc disease. Your plan is confirmed after examination and imaging.
Despite the name, degenerative disc disease is not a disease in the traditional sense. It describes structural and functional changes that occur in spinal discs over time. These changes are common with aging and do not necessarily cause pain.
When symptomatic, lumbar degenerative disc disease may cause aching lower back pain, stiffness, and discomfort associated with prolonged sitting, bending, lifting, or twisting. Symptoms vary depending on the structures involved.
It can contribute to sciatica if degenerative changes result in irritation or compression of a spinal nerve. When a lumbar nerve root becomes affected, patients may experience lumbar radiculopathy with radiating leg pain, numbness, tingling, or weakness.
No. Degenerative disc disease primarily affects the spinal discs. Arthritis may affect the facet joints and other bony structures of the spine. However, both conditions can occur together as part of broader degenerative changes known as lumbar spondylosis.
No. Degenerative disc disease describes gradual changes within a spinal disc, while a herniated disc occurs when disc material extends beyond its normal boundary. Disc degeneration may increase susceptibility to herniation, so the conditions can occur together.
Yes. Many patients are managed without surgery. Depending on the patient’s symptoms, treatment may include physical therapy, activity modification, appropriate medications, exercise, and targeted interventional pain procedures when another identifiable pain generator is present.
An epidural steroid injection does not reverse disc degeneration. However, if degenerative changes contribute to spinal nerve inflammation and lumbar radiculopathy, an epidural steroid injection may be considered to address the nerve-related symptoms.
Spinal discs naturally undergo structural changes with age, but imaging findings and symptoms do not necessarily progress together. Some people have substantial disc degeneration without significant pain, while others experience persistent symptoms. Treatment should therefore focus on the patient’s clinical condition rather than imaging findings alone.
Finding disc degeneration on an MRI does not necessarily explain why your lower back hurts. A comprehensive evaluation can help determine whether a degenerative disc, spinal nerve, facet joint, or another structure is contributing to your symptoms.
Schedule a consultation with TOPS Institute in Los Angeles or Beverly Hills for a personalized evaluation and treatment plan for lumbar degenerative disc disease and chronic lower back pain.
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