Chronic pain can disrupt sleep, limit mobility, and interfere with work and daily activities. For many patients, treatments such as physical therapy, medications, and injections eventually stop providing meaningful relief. Neuromodulation therapy offers a minimally invasive alternative when conservative care is no longer effective.

At Southern California Orthopedic Institute (SCOI), Dr. Neil Mandalaywala, a double board-certified specialist in Pain Management and Physical Medicine & Rehabilitation, provides advanced neuromodulation treatment options designed to reduce pain and improve function without extensive surgery or chronic opioid dependence.

Neuromodulation therapy focuses on changing how pain signals travel through the nervous system. Instead of altering bones, discs, or joints, these therapies target the pain pathway itself.

What Is Neuromodulation Therapy for Chronic Pain?

Neuromodulation therapy uses heat, targeted medication delivery, or electrical nerve stimulation to modify pain signals before they reach the brain. By influencing how nerves communicate, this approach can significantly reduce chronic pain symptoms.

Neuromodulation therapy may be considered when conservative treatments no longer provide adequate relief or when patients want to avoid additional surgery or long-term medication use.  Common conditions treated with neuromodulation therapy include chronic back pain, nerve pain, and persistent pain following spine surgery.

Unlike many traditional treatments, neuromodulation therapies are often reversible and adjustable. This flexibility allows treatment to be personalized to each patient’s goals, lifestyle, and diagnosis.

Chronic pain affects more than 50 million adults in the United States. This widespread impact highlights the importance of minimally invasive options that prioritize safety and long-term function.

Types of Neuromodulation Treatment Used at SCOI

There is no one-size-fits-all approach to chronic pain. Each treatment plan is built around the patient’s condition, imaging findings, prior treatments, and functional goals.

Spinal Cord Stimulation (SCS)

A spinal cord stimulator uses small electrodes placed near the spinal cord to deliver controlled electrical impulses. These impulses interrupt pain signals before they reach the brain.

One of the most important aspects of spinal cord stimulation is the trial phase. Temporary leads are placed, and patients test the therapy during daily activities. If meaningful improvements in pain, sleep, and mobility are achieved, a permanent device can be implanted via a minimally invasive procedure.

Spinal cord stimulation is commonly used for chronic back pain, nerve pain, and persistent pain after spine surgery.

Intrathecal Pain Pump

An intrathecal pain pump delivers medication directly into the spinal fluid in small, targeted doses. Because the medication is delivered close to pain receptors, lower overall dosages are needed.

This approach can:

• Reduce systemic side effects
• Lower medication requirements
• Provide more consistent pain control

Intrathecal pain pumps are often considered for severe or widespread pain that has not responded to other therapies.

Radiofrequency Ablation

Radiofrequency ablation (RFA) uses controlled heat to disrupt specific nerves that transmit pain signals. By temporarily interrupting those signals, patients may experience relief that lasts several months or longer.

This minimally invasive treatment is commonly used for chronic neck, back, or joint pain.

Sacroiliac Joint Radiofrequency Ablation

For patients with lower back pain originating in the sacroiliac joint, sacroiliac joint radiofrequency ablation targets the nerves supplying the SI joint.

By precisely treating these nerves, sacroiliac joint RFA can help reduce inflammation-driven pain and improve stability and mobility.

Benefits Compared to Surgery or Long-Term Medications

Patients often consider neuromodulation therapy to avoid the risks of surgery or the long-term effects of medication. Long-term opioid use can lead to tolerance, dependency, and unwanted side effects. Surgical procedures can require extended recovery and may not always guarantee pain relief.

Neuromodulation treatment offers several advantages:

• Minimally invasive procedures
• Shorter recovery times
• Adjustable and often reversible therapies
• Focus on functional improvement rather than masking symptoms

Rather than committing to permanent structural changes, patients can evaluate many neuromodulation therapies through a trial period before moving forward. For many patients, neuromodulation provides a path to meaningful pain relief without committing to permanent structural changes.

What Patients Can Expect from Consultation to Recovery

The process begins with a comprehensive evaluation. Dr. Mandalaywala reviews imaging, discusses prior treatments, and explores how pain is affecting the patient’s daily life. Goals such as returning to work, improving sleep, or increasing activity levels are clearly defined.

If spinal cord stimulation or a pain pump is being considered, additional evaluation may include updated imaging and physiological screening to support the best possible outcome.

For spinal cord stimulation, the temporary trial phase allows patients to resume normal activities and measure improvements in real-world settings. Pain scores, sleep quality, and activity tolerance are carefully assessed.

If the trial is successful, permanent implantation is performed through a minimally invasive procedure. Recovery timelines vary, but many patients are able to return to daily activities relatively quickly following minimally invasive procedures.

Choosing the Right Neuromodulation Therapy for Long-Term Success

Selecting the right neuromodulation therapy requires individualized evaluation. Dr. Mandalaywala focuses on treatments that are achievable, meaningful, and aligned with the patient’s goals while minimizing long-term pain.

Factors considered include:

• The specific source of pain
• Previous response to treatment
• Overall health status
• Desired activity level and lifestyle

Chronic pain can significantly affect quality of life, mental health, and workforce participation. A personalized neuromodulation strategy is designed to help patients regain independence and improve long-term function.

Take the Next Step Toward Relief

If chronic pain is limiting your mobility, sleep, or ability to work, neuromodulation therapy may offer a minimally invasive treatment option tailored to your condition. Request an appointment with Southern California Orthopedic Institute to receive a comprehensive evaluation and explore advanced pain management solutions.