Patient with disc herniation MRI
It all began in February 2003 when I experienced what an MRI revealed two weeks later to be a large extruded disc. The initial pain was unbearable. Once the intense pain lessened, my left leg became numb, and my left knee reflex nearly disappeared. Physically, I was immobilized. I used to power-walk four miles daily and move briskly. Fearful, I sought answers from orthopedic specialists.Three doctors were amazed at the size of my disc extrusion. Surgery wasn’t an option, and none could offer a clear path forward. Two and a half weeks after injury, a friend insisted I see Dr. Morris, confident he could help me avoid surgery and heal. My first appointment with Dr. Morris lasted longer than all previous visits combined. After 30 days of treatment, numbness vanished, knee reflex returned, and I learned proper movement, what to avoid, and effective biomechanics. Most importantly, as Dr. Morris’ patient, I experienced hands-on care that addresses my fears, answers questions, and stays fully focused on my condition. I highly recommend Dr. Morris without hesitation.Sherri D. Cannon; Executive Coach, The Cannon Group, Inc., Rancho Palos Verdes, CA

What Is a Disc Herniation?

The spinal disc is a unique tissue acting as a shock absorber and spacer, allowing spinal nerves enough room to exit the spine without compression. When a disc herniates or bulges, it can pinch spinal nerves or even the spinal cord, causing severe pain radiating down the arms or legs, often accompanied by numbness or muscle weakness.

Here is a cross-section of a vertebra showing the spinal canal, which houses the spinal cord, viewed from above.

MRI showing large disc herniation side view
This MRI side view shows a large disc herniation. Normally, the disc stays within the boundaries of the vertebrae above and below. When the disc’s supporting fibers weaken, it herniates into the neural canal (the vertical white tube), potentially compressing pain-sensitive nerves.
Cross section of normal spinal disc
This cross-section of a normal disc shows the disc not bulging into the spinal canal, which appears as a clear white circle beneath the disc.
Cross section of vertebra with disc herniation
This vertebra cross-section reveals a disc herniation bulging into the spinal canal. Notice the white area beneath the disc no longer forms a perfect circle due to the bulge.

Typical Medical Treatments for Disc Herniation

Orthopedic surgeons or neurologists often prescribe anti-inflammatory medications, muscle relaxants, and physical therapy first. If these fail, injections or surgery might be recommended. However, these treatments usually address symptoms rather than correcting the disc bulge, which can lead to chronic issues.

Understanding Disc Degeneration

Following injury, discs can enter a degenerative cycle. Reduced blood supply—due to aging, injuries, or smoking—prevents full healing, causing cracks, tears, and further herniation. Many degeneration cases can be prevented with proper physical medicine techniques like targeted exercises, spinal mobilization, realignment, and, when needed, non-surgical spinal decompression.

Disc degeneration showing narrowed disc space
Notice that as a disc degenerates, it narrows, bringing vertebrae closer. This drying and aging process often begins with injury but can be influenced by genetics and smoking. Treatment focuses on correcting spinal misalignment and restoring disc circulation to promote healing.

Common Chiropractic Approaches

Chiropractors use various spinal adjustments aiming to realign and mobilize the spine, increasing disc circulation to encourage the disc to regain its position and relieve nerve entrapment. Chiropractic care often yields better outcomes than medication and carries fewer risks. It’s advisable to consider chiropractic treatment before medical interventions.

The Hydraulic Method of Disc Correction by Dr. Rick Morris

This method carefully positions the spine to restore the disc’s alignment, creating a momentary vacuum effect that boosts blood flow. Rehabilitation then supports disc healing.

Disc herniation results from hydraulic pressure changes inside the disc when bending forward. Our treatment uses this principle to reposition the disc safely and effectively—often without surgery.

Our team discovered three key insights:

  • 95% of disc herniations occur in the two arched spinal regions—the neck and lower back.
  • Herniated discs almost always coincide with flattening or reversal of the normal spinal curve.
  • Discs typically herniate during forward bending of a spine that has already lost its natural curve, forcing the disc to bulge into nerves.
Spinal curve illustration of neck and lower back
The neck and lower back are the primary sites for herniation due to their arched curvature. The mid-back curves oppositely and rarely herniates.

We realized that restoring the proper spinal curve and reversing the forces that caused herniation was essential. This insight led to developing a gentle, progressive, pain-free treatment—the Hydraulic Treatment—that has helped thousands experience relief safely and effectively within weeks.

Spinal model vs MRI showing disc bulge
When the spine bends forward improperly, the disc bulges backward into nerves. Comparing spinal models to MRIs confirmed that correcting the spinal curve to its natural alignment is critical. This correction explains why many other treatments only partially succeed.

Our Hydraulic Method is both highly effective and safe, with most patients noticing improvement within days and significant results in under a month.

The Hydraulic Method isn’t suitable for all. In severe cases, our advanced Spinal Decompression Program may be necessary.

For chronic or severe herniations, especially with tears or poor blood supply often caused by trauma or spinal asymmetry, degeneration may continue, sometimes leading to surgery. We specialize in these challenging cases, teaching doctors nationwide techniques to promote healing. We call this Failed Disc Syndrome.

Our clinic utilizes the cutting-edge DRX Spinal Decompression system, backed by peer-reviewed research showing:

  • Improved hydration and circulation in the disc.
  • 90% success in repairing disc tears (Journal of Neuroimaging).
  • 80-90% positive outcomes in patients completing our program, with significant pain reduction and improved function.
  • Our protocol is considered more effective than other options for these conditions.

In fact, 80-90% of patients with long-standing spinal stenosis not helped by other treatments, including surgery, experienced notable improvement within 3 months, walking further and reducing or eliminating pain medications.

Spinal Decompression uniquely isolates the affected disc, creating suction that gently pulls the disc away from nerves, restoring circulation and enabling healing.

Your disc is not just numbed or medicated temporarily—it genuinely heals.

Not All Spinal Decompression Is Equal

Currently, only two machines provide true Spinal Decompression: the VAX-D and DRX 9000. The VAX-D can cause shoulder discomfort since patients must hold on with their arms during treatment. The DRX 9000 allows patients to relax fully, requiring no active effort.

We exclusively use the DRX 9000 for its superior ability to isolate discs and avoid muscular resistance. Other devices labeled “decompression” are often just traction machines lacking this precision.

Learn more about our DRX 9000 program here.

Why has Dr. Rick Morris become a leading spine center for disc bulge, herniation, degeneration, spinal stenosis, sciatica, and spinal decompression?

We focus on disc disorders from herniation, protrusion, degeneration, or annular tears, all causing spinal stenosis, nerve compression, and mechanical back pain that diminish quality of life.

Our nonsurgical treatments include:

We are a full-service disc and spine center offering all effective treatments. If you suffer severe, chronic back pain, you deserve a center with every available option.

Our research study of over 250 patients with severe spinal stenosis and disc disease using our protocols—taught nationwide—demonstrates outstanding results.

Los Angeles Office

(310) 292-0698

206 S. Robertson Blvd.
Los Angeles, CA 90211

Office Hours:

Monday & Friday: *By Appointment’s Only

Pasadena Office

(310) 292-0698

507 Mission St
S. Pasadena, CA 91030

Office Hours:

Wednesdays: *By Appointment’s Only

Los Angeles Office Pasadena Office Appointments

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