Walking Again After 5 Years: A Spinal Cord Stimulation Success Story

Said Moussa, an Algerian truck driver, spent five long years bound to a wheelchair due to spinal cord damage following an autoimmune disease. Despite consulting numerous doctors in his home country and trying various treatments, he unfortunately saw no improvement. Forced to say goodbye to his profession and normal life due to severe pain and restricted mobility, Moussa finally found hope in Türkiye. Thanks to the spinal cord stimulation treatment performed at BHT CLINIC İstanbul Tema Hastanesi, he is back on his feet, walking again, and dreaming of the day he will return to the driver's seat of his truck. This successful operation demonstrates once again how accurate diagnosis and modern medical interventions can create life-changing results, even in seemingly hopeless cases that have lasted for years.

• Patient profile: 38-year-old male with autoimmune-related spinal cord damage.
• Main complaint: Five years of wheelchair dependency and severe neuropathic pain.
• Method applied: Next-generation spinal cord stimulation surgery performed by the neurosurgery team.
• Result: Complete relief from pain and the patient walking independently again.
• Future plan: Strengthening muscles through physical therapy and returning to work.

What Are Spinal Cord Injury and Neuropathic Pain?

The spinal cord is a thick bundle of nerve fibers that provides vital communication between the brain and the rest of the body. Any damage or tissue deterioration along this nerve network is referred to as a spinal cord injury. As in Said Moussa's case, when the immune system mistakenly attacks its own healthy nerve tissues (an autoimmune reaction), nerve transmission can be severely disrupted. This prevents movement commands sent from the brain from reaching the muscles, causing patients to lose mobility and become dependent on a wheelchair.

When damaged nerves send constant, uncontrolled, and false pain signals to the brain, neuropathic pain develops. Neuropathic pain is an intensely severe condition characterized by burning, stinging, freezing, or electric shock sensations that cannot be managed with ordinary painkillers or traditional methods. Treating neuropathic pain is a critical step not only to relieve the patient's physical suffering but also to improve their quality of life and restore physical independence. This complex disruption in the nervous system deeply affects both the physical and psychological state of the patient, requiring expert intervention.

Causes and Risk Factors for Spinal Cord Damage

Although spinal cord injuries are often associated with traumatic events in society, many non-traumatic medical conditions can also pave the way for this serious picture. The most common traumatic causes include traffic accidents, falls from a height, diving into shallow water, and sports injuries. However, non-traumatic factors are also quite common and can progress insidiously. Autoimmune diseases, like the one in Said Moussa's story, can cause permanent damage to the spinal cord when the body perceives its own nerve tissue as a foreign threat and destroys it.

Additionally, tumors developing in the spinal cord region, spinal infections, severe compression from herniated discs, and vascular blockages disrupt the blood supply and nourishment of nerve cells, leading to serious functional losses. Advanced age, spinal calcification, and genetic predispositions are also significant risk factors. Maintaining overall body resistance is highly important to support the healthy functioning of the nervous system; for instance, nutritional issues like vitamin deficiency can indirectly affect nerve health and slow down the healing process. Any spinal cord compression that is not addressed correctly and early carries the risk of turning into irreversible paralysis over time.

Symptoms of Spinal Cord Injury and Severe Pain

The symptoms of a spinal cord injury vary greatly depending on the level of the damage on the spine and whether the injury is complete or incomplete. The most prominent and restrictive symptom is the loss of strength or complete paralysis in the muscles below the injured area. The patient struggles to move their legs or arms, loses the ability to walk, and needs the help of others to meet basic daily needs. In addition, sensory loss is very common; sensations of touch, heat, cold, or pain become imperceptible.

Paradoxically, however, severe neuropathic pain can arise in areas where there is a loss of sensation or immobility. These pains are usually described as stabbing, constant tingling, numbness, or extreme sensitivity to even a light touch on the skin. Loss of bowel and bladder control, sexual dysfunction, sudden blood pressure changes, and involuntary muscle spasms are other serious symptoms of this condition. In our Algerian patient, who was confined to a bed and wheelchair for five years, many of these symptoms—especially the unbearable pain that completely prevented him from moving—were at the forefront.

Diagnosis: How Are Neuropathic Pain and Nerve Damage Identified?

Diagnosing a spinal cord injury and the resulting resistant neuropathic pain begins with a comprehensive neurological evaluation by a specialist physician. The doctor examines the patient's muscle strength, reflexes, coordination, and sensory perception in detail to determine the approximate location of the damage in the nervous system. The most important imaging tool for making a definitive diagnosis and mapping the extent of the structural abnormality in the spinal cord is a Magnetic Resonance Imaging (MRI) scan.

MRI provides a clear, three-dimensional view of compressions, inflammations, tumors, bleeding, or tissue damage in the spinal cord. When necessary, especially in trauma cases, Computed Tomography (CT) is used to examine fractures or abnormalities in the bone structure. Electromyography (EMG) and nerve conduction studies are utilized to measure the electrical activity of the nerves and the speed of transmission to the muscles. These tests provide objective data showing exactly at what level the nerve damage is and how much of the signal is reaching the muscles. An accurate and complete diagnosis is vital for planning the spinal cord stimulation surgery or other surgical interventions.

Complete Pain Relief with Next-Generation Spinal Cord Stimulation

The spinal cord stimulation treatment, performed through a meticulous surgical intervention by Assoc. Prof. Dr. Mustafa Kılıç and his experienced team, ended Said Moussa's five-year ordeal. In the postoperative period, the severe neuropathic pain that had turned the patient's life into a nightmare and prevented him from moving almost completely disappeared. With the restriction caused by the pain eliminated, the patient was able to use his existing muscle strength and began to walk again without assistance.

Said Moussa expressed his physical and emotional transformation, saying, "I had the surgery, and everything was one hundred percent successful. I want to go back to work; sitting at home was never for me, and I was emotionally exhausted during this process." This innovative treatment method not only masks the pain but also allows the patient to actively participate in the physical rehabilitation and physical therapy process. Overcoming the pain barrier maximizes the efficiency of exercises designed to strengthen weakened muscles. Reviving muscles and joints that have been immobile for a long time is also of great importance for joint health and helps prevent permanent disability.

How Does a Spinal Cord Stimulator Work?

A spinal cord stimulator (medically known as a neurostimulator) is essentially an advanced electronic implant system that alters, reduces, or completely blocks pain signals traveling to the brain. As Assoc. Prof. Dr. Mustafa Kılıç points out, the working principle of the system is quite clear: extremely thin and flexible electrodes are placed over the spinal cord lining (in the epidural space). These electrodes are connected by thin, invisible wires to a small battery (pacemaker) implanted under the skin.

The device sends continuous, mild, and completely safe electrical impulses to the spinal cord. These impulses intercept severe pain signals traveling from the arms, legs, or torso to the brain at the spinal cord level. As a result, instead of unbearable agony and pain, the brain perceives a mild, soothing tingling sensation in that area, or forgets the pain entirely. Next-generation devices have the ability to automatically adjust the intensity of the electrical current based on the patient's posture, such as lying down, sitting, or walking. They can also be controlled externally with a smart remote, allowing patients to personally manage their pain according to their daily activity level.

Complications and Risk Groups

As with any surgical and interventional procedure, spinal cord stimulator surgery carries certain medical risks. The most common complications include infection at the surgical site, bleeding, spinal fluid leakage, and the electrodes shifting out of place over time. To minimize the risk of infection, strict adherence to sterilization rules in the operating room and meticulous postoperative wound care by the patient are essential. Minor revision surgeries may be required in cases of hardware malfunction, wire breakage, or if the battery life depletes earlier than expected.

It is also highly important to note who is not suitable for this treatment. Patients with active, untreated infections, severe bleeding and coagulation disorders, or those who are determined through psychiatric evaluation to be unable to use the device properly are in the risk group. Furthermore, permanent implantation is not recommended for patients who do not experience at least a fifty percent reduction in their pain during the preoperative test stimulation (trial phase). Therefore, patient selection by specialist physicians using a multidisciplinary approach directly impacts the long-term success rate of the treatment.

When to See a Doctor?

Spinal and nervous system issues are urgent medical conditions that must be evaluated without delay before they cause permanent damage. If you experience a sudden, progressive loss of strength or numbness in your arms or legs, you should see a neurology or neurosurgery specialist immediately. If you are suffering from chronic pain described as burning, stinging, freezing, or electric shocks that does not respond to ordinary painkillers, physical therapy, or rest, this could be a sign of a neuropathic problem related to nerve damage.

Especially if you experience symptoms such as urinary incontinence, sudden loss of bowel control, numbness between the legs, or sudden paralysis in the legs, this is a very urgent situation indicating spinal cord compression. In such a case, it is vital to immediately go to the nearest hospital emergency room or call 112. On the other hand, if your long-standing lower back or neck hernia complaints persist despite previous surgical interventions, you should seek support from a well-equipped medical center to evaluate advanced treatment options like spinal cord stimulation.

The Spinal Cord Stimulation Treatment Process at BHT CLINIC

BHT CLINIC İstanbul Tema Hastanesi provides healing to patients from all over the world with its high-quality standards in health tourism and modern medical infrastructure. In our Brain and Nerve Surgery department, where Said Moussa's miraculous recovery process was managed, advanced microsurgery and neuromodulation procedures, particularly spinal cord stimulation treatment, are successfully performed at international standards.

The process begins with a detailed neurological examination and advanced imaging tests performed by our specialist physicians. For patients whose suitability for treatment is approved by a multidisciplinary board, a trial process is first initiated by placing a temporary stimulator. A permanent device is implanted in patients who achieve the targeted reduction in pain during this period. Our 24/7 emergency service, intensive care units, and fully equipped operating rooms have the technological infrastructure to maintain patient safety at the highest level. To get rid of chronic pain that lowers your quality of life and to evaluate the most suitable treatment options for you, you can consult our specialist physicians by booking an appointment today.

Frequently Asked Questions

What is Spinal Cord Stimulation Treatment?

Spinal cord stimulation treatment involves placing thin electrodes over the spinal cord lining to block pain signals going to the brain. This system sends mild electrical impulses through a battery placed under the skin, preventing severe neuropathic pain from being felt and increasing the patient's mobility.

Who is Eligible for a Spinal Cord Stimulator?

This treatment method is applied to patients with chronic neuropathic pain that does not respond to medication and physical therapy, those experiencing failed back surgery syndrome, those suffering from resistant pain due to spinal cord injury, and patients with pain from certain advanced vascular blockages. The patient's suitability for the treatment is confirmed after the trial phase.

How Long Does Spinal Cord Stimulator Surgery Take?

The surgery is generally performed as a two-stage procedure. The first stage, placing the test electrodes, is done under local anesthesia and takes about 1-2 hours. After a successful trial period, the second stage surgery, where the permanent battery is implanted under the skin, is completed in a short time, averaging 1 hour.

What Should Be Considered After the Stimulator is Implanted?

Patients must avoid strenuous movements such as sudden bending, twisting, or reaching for the first few weeks after surgery to prevent the electrodes from shifting. The device settings can be controlled externally with a remote. Additionally, the presence of the stimulator must be reported to the doctor and staff when passing through security gates or if an MRI scan is required.

What is the Lifespan of a Spinal Cord Stimulator?

The lifespan of standard non-rechargeable batteries generally ranges from 3 to 5 years depending on usage intensity, while next-generation rechargeable batteries can last up to 10 to 15 years. When the battery life is depleted, only the battery under the skin is easily replaced with a minor surgical procedure, without touching the electrodes in the spinal cord.

This article is for informational purposes only; please consult your physician for diagnosis and treatment.