Spinal Cord Stimulator & Intrathecal Pump in Faridabad

Neuromodulation treatment with spinal cord stimulation and intrathecal drug delivery

What Are Spinal Cord Stimulation and Intrathecal Pump Therapy?

Spinal cord stimulation (SCS) and intrathecal drug delivery are advanced neuromodulation treatments used to manage selected cases of chronic pain. They are generally considered when pain remains significant despite appropriate medication, physical rehabilitation and other interventional treatments.

Spinal cord stimulation uses a small implanted pulse generator connected to leads positioned in the epidural space near the spinal cord. The system delivers controlled electrical stimulation to modulate pain signaling within the nervous system.

Modern spinal cord stimulation systems may use different stimulation patterns, including conventional stimulation, high-frequency stimulation and other waveform-based approaches. The appropriate system depends on the patient's pain pattern, diagnosis, treatment goals and clinical evaluation.

An intrathecal pump, also known as an implantable drug delivery system, delivers medication directly into the cerebrospinal fluid through a catheter placed in the intrathecal space. This can allow selected medications to be delivered at much smaller doses than may be required with systemic administration.

These treatments are not interchangeable. SCS works by neuromodulating pain pathways with electrical stimulation, whereas an intrathecal pump delivers medication directly into the spinal fluid. Careful patient selection, diagnostic evaluation and, when appropriate, a trial treatment are important before permanent implantation.

Advanced chronic pain treatment

Electrical neuromodulation

Targeted intrathecal drug delivery

Individualized treatment planning

Careful patient selection

Long-term follow-up

The Treatment Pathway

How Does Neuromodulation Treatment Work?

Comprehensive Evaluation

Your pain diagnosis, medical history, previous treatments, medications, functional limitations and treatment goals are reviewed to determine whether neuromodulation may be appropriate.

Treatment Selection

The pain specialist determines whether spinal cord stimulation, intrathecal drug delivery or another treatment approach is more appropriate for your condition.

Trial or Test Phase

When appropriate, a temporary SCS trial or a carefully planned medication trial may be used to assess response before proceeding with a permanent implant.

Implantation & Follow-Up

If the treatment is appropriate and the trial is successful, the permanent system may be implanted, programmed and monitored through scheduled follow-up care.

Potential Benefits of Neuromodulation

Potential Pain Reduction

Neuromodulation may reduce pain intensity in appropriately selected patients with chronic pain.

Adjustable SCS Therapy

Spinal cord stimulation systems can be programmed and adjusted to suit changing treatment needs and patient response.

Targeted Drug Delivery

Intrathecal pumps deliver selected medications directly into the cerebrospinal fluid, allowing very small doses in appropriate patients.

Support for Function

When pain is reduced, some patients may find it easier to participate in rehabilitation and daily activities.

Advanced Pain Management

Neuromodulation provides an option for selected patients whose pain remains difficult to manage with conventional approaches.

Personalized Therapy

The device type, stimulation settings or intrathecal medication regimen can be tailored according to the patient's diagnosis and treatment response.

Neuromodulation is intended to manage pain and improve function in selected patients. It does not necessarily correct the underlying structural cause of pain.

You May Be a Candidate If:

Neuromodulation is generally reserved for carefully selected patients with persistent pain after a thorough evaluation and appropriate conventional treatment.

Your doctor may consider neuromodulation if:

You have severe or persistent chronic pain that continues despite appropriate treatment.
Your pain diagnosis and treatment goals are suitable for neuromodulation.
You have had an inadequate response to appropriate medications, rehabilitation or other pain treatments.
You have undergone an appropriate psychological and medical assessment when required.
For SCS, a temporary trial suggests meaningful benefit before permanent implantation.
For intrathecal therapy, the expected benefit of targeted medication delivery outweighs the risks of implantation and long-term device management.

Not every chronic pain condition requires an implant. A specialist evaluation is essential to determine the pain source, rule out treatable causes and select the safest appropriate treatment.

Conditions Where Neuromodulation May Be Considered

Neuromodulation is not a first-line treatment for most pain conditions. It may be considered for selected patients after appropriate diagnosis, conservative treatment and specialist evaluation.

Persistent Pain After Spine Surgery

Spinal cord stimulation may be considered in selected patients with persistent spinal or leg pain following spine surgery when further surgery is not indicated or has not adequately addressed the pain.

Chronic Neuropathic Pain

Certain chronic nerve-related pain conditions may be evaluated for spinal cord stimulation when conventional treatment has not provided sufficient relief.

Complex Regional Pain Syndrome

Spinal cord stimulation may be considered for selected patients with persistent complex regional pain syndrome after appropriate multidisciplinary management.

Refractory Chronic Pain

Carefully selected patients with severe chronic pain that remains difficult to control may be evaluated for advanced neuromodulation options.

Selected Cancer-Related Pain

Intrathecal drug delivery may be considered in selected patients with severe cancer-related pain when systemic medication is inadequate or associated with unacceptable effects.

Severe Spasticity

Intrathecal baclofen therapy may be considered for selected patients with severe spasticity that is not adequately controlled with other treatments.

Why Choose Vedant Pain Management Clinic for Neuromodulation?

Comprehensive Assessment

A detailed assessment helps identify the pain generator, previous treatment response, functional limitations and suitability for advanced pain management.

Careful Patient Selection

Implantable treatments are considered only when the potential benefits and risks are appropriate for the individual patient.

Advanced Neuromodulation

Treatment planning considers both spinal cord stimulation and targeted intrathecal drug delivery when clinically appropriate.

Long-Term Care Planning

Implantable therapies require ongoing follow-up, programming, medication management and device monitoring, which are incorporated into the treatment plan.

Before Neuromodulation

Implantable pain therapies require careful preparation. Your doctor will assess whether the expected benefits justify the risks and long-term commitment associated with the treatment.

Detailed pain history
Physical and neurological assessment
Review of previous treatments
Relevant imaging and investigations
Assessment of functional goals
Medication review
Psychological assessment when appropriate
Discussion of trial and implantation options

For spinal cord stimulation, a temporary trial may be performed before permanent implantation. Intrathecal pump therapy may also involve a medication trial or other assessment depending on the proposed therapy.

Spinal cord stimulation and intrathecal pump neuromodulation treatment

After Neuromodulation

Recovery and long-term care depend on the type of neuromodulation treatment performed. Device implantation requires follow-up to assess pain response, wound healing, device function and treatment settings.

You may be advised to:

Keep the incision area clean and follow wound-care instructions.
Avoid strenuous activity during the initial healing period.
Attend scheduled device programming and follow-up appointments.
Report unexpected changes in pain or neurological symptoms.
Follow medication and rehabilitation advice.
For an intrathecal pump, attend scheduled refills and medication monitoring.

Spinal cord stimulation and intrathecal pumps require ongoing management. The device settings or medication regimen may need adjustment over time based on treatment response and clinical needs.

Risks & Considerations

Implantation can cause temporary pain, bruising or discomfort around the surgical sites. As with other implanted devices, infection and bleeding are possible complications.

Spinal cord stimulation may also be associated with lead migration, hardware malfunction, inadequate pain relief, unwanted stimulation sensations or the need for revision procedures.

Intrathecal pumps have additional risks related to the catheter, pump and medication. These may include infection, catheter problems, pump malfunction, medication side effects and complications related to interruption or excessive delivery of medication.

Abrupt interruption of certain intrathecal medications can be medically serious. Patients with an implanted pump require regular monitoring and timely refills.

Neuromodulation does not guarantee complete or permanent pain relief. Treatment response varies between patients and depends on the underlying condition, treatment selection and ongoing care.

Contact your treating doctor promptly if you develop fever, wound redness or drainage, severe new pain, new weakness, significant neurological changes or other concerning symptoms after implantation.

Frequently Asked Questions

What is spinal cord stimulation?

Spinal cord stimulation is a neuromodulation treatment in which an implanted system delivers controlled electrical stimulation near the spinal cord to modify pain signaling. It is used for selected patients with certain chronic pain conditions.

What is an intrathecal pump?

An intrathecal pump is an implanted drug delivery system that delivers selected medication through a catheter directly into the cerebrospinal fluid around the spinal cord. It can be used for carefully selected pain or spasticity patients.

Are spinal cord stimulation and intrathecal pumps the same?

No. Spinal cord stimulation uses electrical signals to modulate pain pathways, while an intrathecal pump delivers medication directly into the cerebrospinal fluid. They have different indications, mechanisms and long-term management requirements.

Who may benefit from spinal cord stimulation?

Selected patients with chronic neuropathic or persistent pain, including certain patients with persistent pain after spine surgery or complex regional pain syndrome, may be evaluated for SCS when appropriate conventional treatments have not provided adequate relief.

Is a spinal cord stimulator permanently implanted immediately?

Usually, a temporary trial is considered before permanent implantation when clinically appropriate. The trial allows the treatment team and patient to assess whether stimulation provides meaningful benefit.

What medications can an intrathecal pump deliver?

The medication depends on the condition being treated and the patient's medical needs. Intrathecal therapies may involve medications such as baclofen for severe spasticity or selected analgesic and adjunctive medications for carefully evaluated pain conditions.

Is neuromodulation a permanent cure for chronic pain?

No. Neuromodulation is intended to manage symptoms and improve function in appropriately selected patients. It does not necessarily eliminate the underlying cause of chronic pain.

How long does a spinal cord stimulator last?

The lifespan of the implanted pulse generator depends on factors such as device type, stimulation settings and frequency of use. Rechargeable and non-rechargeable systems have different maintenance and replacement requirements.

Does an intrathecal pump require regular refills?

Yes. Intrathecal pumps have a medication reservoir that requires scheduled refills. The timing depends on the pump capacity, medication and prescribed dose. Regular follow-up is essential.

What are the alternatives to neuromodulation?

Depending on the diagnosis, alternatives may include physical rehabilitation, medications, behavioral pain management, injections, nerve procedures, radiofrequency treatments or surgery when a correctable structural problem is present. The appropriate option depends on the individual patient's condition.