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Pain Pump for Chronic Pain in Mansfield, TX

Pain Pump for Chronic Pain in Mansfield, TX
Pain Pump for Chronic Pain in Mansfield, TX

The pain pump for chronic pain is a cutting-edge technology that has the potential to revolutionize chronic pain management. Many people worldwide suffer from chronic pain resulting from health complications, injuries, or underlying health conditions.

Chronic pain can negatively impact the life of an individual. It can reduce the quality of life of an individual and affect their ability to perform daily tasks.

There are various medications for chronic pain, but most patients don’t feel relieved even after taking these medications. The limitations of current pain management methods have brought about the need for new and improved innovative solutions for chronic pain.

An innovative solution for chronic pain is the pain pump. Medications can be delivered directly to the spinal cord and nerves for quick pain relief.

This article will discuss pain pumps extensively and how they can help with chronic pain.

Continue reading to learn more about pain pumps and how they can be used to manage chronic pain.

What is a pain pump?

A pain pump is also known as an intrathecal pump. It is surgically implanted in the abdomen and allows medications to be directly delivered to the spinal cord and nerves to provide great pain relief. The drug is given into the intrathecal space of the spinal cord.

The area between the spinal cord and the thin, robust membranes surrounding and protecting it is known as the intrathecal space. Delivering medication directly into the intrathecal space helps the medication reach the spinal cord and nerves.

Since the medication is delivered directly into the area where the spinal cord and nerves are located, the patient experience quick pain relief. Also, a much lower dose is required to relieve pain than in pills or injections.

The pain pump allows the medication to be delivered directly to the spinal cord and nerves to provide maximum and quick pain relief, unlike pills or injections, which dilute as they flow through the body and digestive system before getting to the pain area.

A pain pump includes a pump, a reservoir usually placed in the abdomen, and a catheter inserted in the intrathecal space of the spinal cord. The reservoir contains the medication while the pump pumps the medication from the reservoir through the catheter into the intrathecal space.

Types of Pain Pump for Chronic Pain in Mansfield, TX

There are various types of pain pumps. These include implantable, external, and smart pumps.

Implantable pain pump

Implantable pain pumps are the most common type of pain pump. They are implanted in the abdomen, allowing medications to be delivered into the intrathecal space. The implantable pump consists of a pump, a reservoir usually placed in the abdomen, and a catheter placed in the intrathecal space.

External pain pump

External pain pumps are usually used for trial periods to see if pain reduction is achieved and if there are no intolerable side effects. An implantable pain pump will be implanted if the trial period is successful.

Smart pain pump

Smart pain pumps are new technologies that deliver medications into the body to relieve pain. As drugs are being delivered, they can be monitored on a screen to ensure efficiency.

Medications Used in Pain Pumps and Their Effectiveness in Managing Chronic Pain

Medications Used in Pain Pumps and Their Effectiveness in Managing Chronic Pain
Medications Used in Pain Pumps and Their Effectiveness in Managing Chronic Pain

There are various factors to consider when prescribing medications through a pain pump. The factors include the individual’s type of pain, cause of pain, drugs that the individual has taken previously, known allergic reactions of the individual, and known side effects of medications once used.

Medications that can be administered through pain pumps include:


Morphine is a common medication administered using pain pumps. Morphine is an opioid medication. It alters how the brain and nervous system perceive and respond to pain.


Ziconotide is a non-opioid pain medication. It works by blocking specific calcium channels in the spinal cord.


Hydromorphone is an opioid medication. It is sometimes prescribed as an alternative to morphine. It can be prescribed if morphine is not practical or causes side effects.


Bupivacaine is an anaesthetic used to numb the pain. It may be prescribed in combination with morphine or hydromorphone.


Clonidine is usually combined with morphine or hydromorphone. It can help improve the pain-relieving effects of morphine or hydromorphone.

Fentanyl or sufentanil

Fentanyl and sufentanil are opioids. Fentanyl or sufentanil can be prescribed as an alternative to morphine or hydromorphone if they are ineffective or not good options for the patient.

Doctors usually use the most effective and safer options for their patients. If one medication is impractical or causes severe side effects to a patient, a different medication or combination of medications may be used as an alternative.

Innovative and Emerging Trends in Pain Pump Technology, such as Nanotechnology and Gene Therapy

The increased occurrence of chronic pain today has encouraged drug companies and pharmaceutical researchers to design and develop better, more specific drugs for pain relief. However, overuse of pain medications has caused various adverse side effects, including drug intolerance, addiction, and other side effects.

These have given rise to the application of nanotechnology to the field of drug delivery to enhance treatment efficiency and lower side effects. Nanotechnology and gene therapy have several advantages for chronic pain relief, including controlled release of medications, prolonged circulation time, better efficiency, and limited side effects.

How do Pain Pumps Work?

Pain pumps work to deliver medications directly to the spinal cord and nerves for immediate and better pain relief.

The pump is surgically placed in your abdomen. The parts of this pump include:

  • A thin, flexible tube is called a catheter. The catheter is surgically placed in the intrathecal space.
  • An extension catheter that attaches to the catheter in the intrathecal space.
  • A pump that is implanted under the skin of the abdomen. The extension catheter is attached to the pump. The pump will be programmed to deliver a measured dose of medication to the intrathecal space at specific times.
  • A refillable reservoir that holds the medication. The reservoir is inside the pump.

Advantages of Targeted Medication Delivery

  • Targeted medication delivery using a pump allows medications to be delivered directly into the pain area to provide quick and maximum pain relief. It allows for increased efficacy of drugs to provide quick and complete pain relief.
  • Targeted medication delivery also reduces side effects that may occur with pills and injections. Trial medication delivery lets doctors know which medications are more effective and tolerable for their patients. This helps to reduce side effects and complications.
  • Targeted medication delivery also allows quick recovery. Since medications are delivered directly to the spinal cord and nerves responsible for pain, patients experience quicker pain relief than when taking pills or injections.
  • Targeted medication delivery using pumps can also improve the quality of lives of patients and their mental health. It helps them recover quickly and also prevents them from experiencing the negative psychological effects that come with taking pills and injections long-term.

Pain pump for chronic pain has become increasingly popular due to their efficiency and effectiveness in relieving chronic pain. They are more efficient than traditional pain management methods. Studies have shown that they are more efficient and effective in relieving chronic pain than conventional pain management methods.

Benefits of Pain Pumps for Chronic Pain Management

Pain pump for chronic pain is very beneficial in managing and relieving the pain. They can be used to handle different types of chronic pain conditions, such as:

They have many unique benefits, including improved mobility, better efficacy, reduced side effects, and decreased reliance on oral medication.

Another benefit is the cost-effectiveness compared to traditional pain management methods. The cost of conventional pain management methods can be very high compared to pain pump for chronic pain. The cost can vary depending on the specific medication(s) you’re getting, how long your treatment will be, the expertise of your provider, and some other factors. The cost can vary mainly from $1,000 to $10,000.

Real-life case studies and testimonials from individuals who have successfully managed with pain pumps for chronic pain

Pain pump is an effective treatment for patients with chronic pain. Many patients with chronic pain have experienced significant improvements after getting this procedure.

There are many real-life case studies and testimonials from individuals who have successfully managed their chronic pain with this pump procedure online. You can find some real-life testimonials at

How is a pain pump implanted?

Before a pump is implanted, your doctor may conduct a trial to see if the medication will provide relief and access your tolerance level. It also lets your doctor know the best medication for you.

There are different ways to perform this procedure trial:

One dose

A dose of medication will be placed into the intrathecal space with a lumbar puncture.

Multiple doses

Multiple doses of medications will be placed into the intrathecal space with a lumbar puncture.

An ongoing trial

A catheter will be placed in the intrathecal space and connected to a pump outside the body.

Preparing for Pain Pump Procedure

  • Some tests, such as a blood test and an EKG, may be performed to ensure you are healthy enough to undergo the surgery.
  • Do not eat or drink anything after midnight before your surgery.
  • Inform your doctor of your medications and when to stop taking them.

Pain Pump Surgery

An IV line will be inserted in your arm for general anaesthesia. General anaesthesia will keep you asleep and unconscious throughout the surgery.

The areas on your back and belly where the device will be implanted will be shaved.

A small incision will be made in the skin of your low back over the spine. The incision exposes the bone surrounding the portion of the spinal cord where a catheter will be inserted.

A catheter will be inserted into the intrathecal space and held in place with stitches.

A tunnel will be created around your torso, and the extension catheter will be placed under the skin. The extension catheter connects the catheter in the intrathecal space to the pump.

A pocket will be created under the skin of your abdomen where the pump will be placed.

The pump will be placed in the pocket and secured. The extension catheter will be connected to it.

Finally, the two incisions will be stitched closed, and bandages will be applied.

The surgery takes 3-4 hours to be completed.

Post-operative Care

  • You will be placed in a recovery room and observed for a few hours to ensure your heart rate and blood pressure return to normal. After which, you will be discharged and allowed to go home.
  • Your doctor will program the pump to deliver optimal medication into the intrathecal space regularly throughout the day and night.
  • You may experience swelling or pain at the incision sites for a few days after the surgery.
  • Your doctor will give you instructions on when you can remove the bandages and how to care for the incisions.
  • You may be given an abdominal binder to wear over the pump site to promote healing.
  • You must visit the surgeon who implanted the pump after a week or two to assess your recovery and healing.
  • Do not lift heavy objects for 4-6 weeks after your surgery.
  • Do not twist your torso or bend your head towards the floor to pick things from the floor or for any other reason.
  • Avoid extreme cold or hot temperatures, such as ice baths, hot tubs, or saunas.

Risks of Pain Pumps and How to Manage the Risks and Complications Associated with its Implantations

This type of surgery is an invasive surgery with potential risks and complications. Risks of the surgery include:

  • Infection
  • Cerebrospinal fluid leak
  • Damage to the spinal cord or nerve roots
  • The overdose is caused by incorrect pump programming or pump failure.
  • Mechanical problems with the pump
  • Shifting of the pump
  • Pain
  • Granuloma formation
  • Side effects of medication such as fever, nausea, and vomiting
  • Allergic reactions

You can manage the risks and complications by following all aftercare instructions from your doctor. Visit your doctor as scheduled to check your pump and your recovery.

Ensure that a qualified and experienced surgeon does your surgery to reduce your risk of side effects and complications.

Who is a candidate with a Pain Pump for Chronic Pain in Mansfield, TX?

A person experiencing severe, long-term pain or spasticity that has failed to improve even after receiving other treatment approaches is a candidate for a pain pump.

This procedure is likely to be recommended for people who:

  • They have tried other treatment methods and therapies to manage or relieve their pain but have failed.
  • Require pain medicine all the time.
  • Do not have a substance use disorder or certain illnesses that may make the treatment ineffective or complicate it.

Before anyone gets this pump implanted, a surgeon or pain specialist will first access the person to decide if the person is a good candidate for this procedure. A comprehensive medical and psychological evaluation may also determine a candidate’s eligibility for this surgery.

Factors affecting a patient’s eligibility for this procedure include age, medical history, substance use, and medication tolerance.

Managing Pain with a Pain Pump

A pain pump should ease your pain and help you return to normal daily activities. However, if your pain continues or you feel increased pain, you must inform your doctor.

Your doctor may need to check to ensure the pump works properly and adjust the dosing.

Your doctor may also need to reprogram the pump if need be. Instructions will be given to you on how to manage side effects. Ensure that you adhere to all the instructions accordingly.

It is essential to visit your doctor as scheduled for follow-up care and maintenance of the pump.


How long does the pain pump last?

This pump continuously delivers medication as programmed. The battery of the pump can last for five to seven years. Your doctor will get a signal when your battery begins to wear out. It needs to be replaced before it stops working.

Will the pump be visible or noticeable?

The pump is implanted. It is not noticeable.

Can the medication dose be adjusted over time?

Yes. The medication dose can be adjusted for better results.

How effective are pain pumps in treating chronic pain?

Pain pump for chronic pain is effective but not for everyone. 94% of patients reported improved pain relief after implanting the procedure. 

What types of medication can be delivered through a pain pump?

Various medications can be delivered, including morphine, hydromorphone, ziconotide, clonidine, bupivacaine, fentanyl, or sufentanil.

How long does the pain pump procedure take?

The surgery takes 3-4 hours to be completed.

Will I be awake during the pain pump implantation procedure?

No. You will be administered general anaesthesia to stay asleep throughout the implantation procedure.

Can the pump be removed if necessary?

Yes. The pump can be removed if necessary.

How often do I need to refill the pump?

You will need to refill it every one to three months. You will need to return to your doctor to have the pump refilled.

Will I limit my activities or avoid certain movements after pain pump implantation?

Yes. There are specific activities and movements that you need to avoid after getting implantation. You need to avoid lifting heavy objects and bending down.

Can I undergo imaging tests, such as MRIs, with a pain pump?

Yes. You can have imaging tests such as MRIs, but you need to inform the technician performing the imaging test that you have it implanted.

Typically, the pain pump will stop working when the test is ongoing and start working again after the test. A physician should double-check to confirm that it works properly after the test.

Zen International Pain & Wellness Center: Best Clinic To Get Pain pump For Chronic Pain in Mansfield, TX

Best Clinic To Get Pain pump For Chronic Pain in Mansfield, TX
Best Clinic To Get Pain pump For Chronic Pain in Mansfield, TX

The pain pump is an innovative and effective chronic pain treatment that does not respond to other treatments. It is proven to be more effective than traditional pain management methods.

If you’re experiencing chronic pain that is not improving even after getting other conservative and traditional treatments, you should strongly consider getting this pump procedure.

Ensure you seek a qualified and experienced pain specialist from a reputable clinic to get pain pump for chronic pain in Mansfield, TX.

We encourage you to contact or book a consultation with Dr. Antonio Rozier, MD, to get professional advice who helps you to relieve your pain drastically and improve your quality of life.

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