Answers to your questions

Diagnosing a herniated disc is a process in which the surgeon's clinical experience is combined with modern technological possibilities. The first and most important step is to listen to the patient's complaints and to perform a detailed neurological examination. In this examination, muscle strength, reflexes and sensory losses are carefully assessed. Then, with the gold-standard high-resolution lumbar MRI (Magnetic Resonance Imaging), the location and size of the herniation and the degree of pressure it exerts on the nerve are clarified. Computed Tomography (CT) to examine the bone structure, or an EMG test to measure the conduction velocity of the nerves, are also elements that complete the diagnostic process.

Contrary to the general belief in society, not every low back pain is a herniated disc. About 90% of low back pain is caused by muscle strains, connective tissue injuries, facet joint arthritis (calcification) or mechanical overloading. Among these causes of pain, a herniated disc is a more specific condition characterized by nerve compression. For this reason, treatments applied without a correct diagnosis can lead to a waste of time.

Although a herniated disc does not directly fall into the category of a "hereditary" disease, a familial predisposition is an important factor. If a person's mother or father had a herniated disc at a young age, it is likely that the collagen tissue in that person's disc structure is weak. When this is combined with environmental factors (heavy lifting, weight, etc.), it increases the risk of developing a herniation.

Yes, this is the most typical and warning sign of a herniated disc. When the herniated disc in the lower back presses on the nerve roots going to the leg (usually the sciatic nerve), the pain is felt in the leg, the hip or the toes rather than in the lower back. If this pain is also accompanied by numbness and tingling, it is a sign that the nerve root is under serious pressure.

A ruptured herniation, called an "Extruded Disc" in the medical literature, is the tearing of the protective hard outer layer of the disc (annulus fibrosus) and the leaking of the soft, jelly-like tissue inside it (nucleus pulposus) into the spinal canal. Because this leaking fragment directly compresses the nerves, it usually leads to suddenly starting, severe and unbearable pain.

A sequestered herniation is the most advanced stage of a herniated disc. In this condition, a fragment broken off from the main disc has become completely free within the spinal canal and has migrated upward or downward. Because these free fragments put uncontrolled pressure on the nerve roots, this is the group that must be followed most carefully with surgery in terms of the risk of sudden paralysis or severe neurological losses.

The most common symptoms are: sharp pain that starts in the lower back and spreads to the leg, numbness/tingling in the leg and foot, a shortened walking distance and difficulty standing. In more serious cases, symptoms requiring urgent intervention are seen, such as weakness in the leg muscles, foot drop (the foot catching while walking), and impaired control of urination and defecation.

A herniated disc usually results from a combination of several factors. The primary causes of herniation are the loss of water in the discs due to aging (degeneration), being overweight, uncontrolled heavy lifting, sitting motionless for long periods, smoking (which impairs the nutrition of the disc) and sudden awkward movements.

Yes, the characteristic feature of a herniated disc is leg pain. The vast majority of patients come with the complaint, "My lower back doesn't hurt much, but it feels like my leg is being torn off." The reason for this is that the nerve compression in the lower back reflects the pain to the leg region where the nerve is distributed.

It definitely does. When the pressure of the herniation on the nerve continues, the nerve fibers become unable to conduct properly. While this initially creates a sensation of tingling and burning, as the pressure increases it can turn into a "pins and needles" feeling (deadening) and complete loss of sensation in the foot.

Yes, and this condition is regarded in neurosurgery as a "Red Alert" (Cauda Equina Syndrome). If the herniation compresses the bundle of nerves at the lower end of the spinal canal, the patient may be unable to hold their urine or stool, or may be unable to pass them. It is vitally important for a patient who develops this picture to go to the emergency department without wasting time.

No, about 90-95% of patients with a herniated disc can recover with non-surgical methods. In modern medicine, surgery is applied only in "selected" patients who are at risk of paralysis, whose urinary/bowel control is impaired, or whose pain does not go away despite 6 weeks of other treatments.

Although the term "ruptured herniation" frightens patients, not every ruptured herniation means emergency surgery. If the patient has not developed a serious loss of strength (paralysis), this process can also be managed without surgery, with injection treatments (epidural injections) that suppress the edema the herniation creates around the nerve, or with rest.

Ozone therapy is an effective complementary method, especially in early- and moderate-level herniations. The ozone gas injected into the disc helps to reduce the volume of the herniated tissue and relieves the nerve by reducing the inflammation in the area.

Laser treatment is the procedure of reducing the internal pressure of the disc by entering the center of the disc through a needle and delivering laser energy. This method does not require a surgical incision. However, the laser is not suitable for every type of herniation; it is generally preferred in cases that have not yet ruptured (contained) and where the outer wall of the disc is intact.

These are grouped under the heading of interventional pain treatments. The most common are: transforaminal injections applied directly to the nerve root, epidural injections applied around the spinal membrane (dura), nucleoplasty and facet joint blocks. These injections rapidly relieve the edema and inflammation in the herniation area, increase the patient's comfort and can eliminate the need for surgery.

Untreated herniations with ongoing nerve compression can cause permanent wasting (atrophy) of the leg muscles, foot drop and chronic neuropathic pain. In the worst-case scenario, nerve conduction can be completely cut off, resulting in irreversible paralysis.

The main specialty specialized in the diagnosis, follow-up and both the surgical and interventional (injection) treatments of a herniated disc is Neurosurgery.

Absolutely yes. Thanks to the buoyancy of the water, swimming reduces the load on the spine to zero. Backstroke swimming in particular strengthens the back and abdominal muscles in the safest way, making a great contribution to the healing of the herniation and the prevention of recurrences.

Foot drop (sudden loss of strength), inability to pass or incontinence of urine or stool, sexual dysfunction, and severe pain that does not subside despite all treatments and does not let the patient sleep require emergency surgical intervention.

In mild herniations, medication and physical therapy should be preferred; in resistant pain that does not go away with this method, interventional injections or nucleoplasty; and in cases of neurological loss (risk of paralysis) or severe ruptured herniations unresponsive to treatment, microsurgery should be preferred.

Physical therapy strengthens the lower back muscles, thereby reducing the load placed on the disc. In small and moderate herniations, it can provide lasting recovery. However, in large herniations that severely compress the nerve, even if it relieves the pain, it may not completely eliminate the herniation; for this reason, it should be supported with interventional methods.

The decision for surgery is made if one of the following four main criteria is present: 1. Progressive loss of strength, such as foot drop. 2. Loss of bladder/bowel control. 3. Severe pain that does not resolve despite at least 6 weeks of other treatments. 4. A loss of quality of life that makes daily life impossible.

Regular back and abdominal exercises should be done, smoking should be quit (smoking impairs the nourishment of the disc), one should not sit in the same position for long periods, and objects should be lifted by bending the knees rather than from the back.

Such unscientific methods can lead to the rupture of the nerve root, cause paralysis by making a non-ruptured herniation drop into the canal, or result in permanent disabilities. Spinal health should be entrusted only to physicians who are specialists in the field.

Yes. The chronic pressure of the herniation on the nerves can damage the autonomic nerve fibers that control the bladder and bowel. This situation can lead to serious consequences such as permanent urinary incontinence or loss of erection.

Absolutely yes. Our lumbar vertebrae are the center of body weight. Every kilogram lost reduces the pressure on the herniated disc, thereby accelerating the healing process and ensuring the durability of the treatment.

Non-surgical treatments for a herniated disc are modern approaches that aim to eliminate the pressure and pain caused by the herniation without making a surgical incision. These methods include a combination of medication and rest, physical therapy applications, epidural steroid injections, transforaminal nerve blocks, ozone therapy, and nucleoplasty procedures in which the herniation is shrunk using radiofrequency energy.

These treatments are generally carried out under the scope of “interventional pain treatment.” They are performed under operating room conditions, but without making any surgical incision on the patient — the herniation site is accessed only with special needle tips. During the procedures, live X-ray devices called “fluoroscopy (Skopi)” are used. This ensures that the medication or radiofrequency energy reaches exactly the point where the herniation is located, aiming for maximum effect.

In line with the medical principle that “there is no disease, only the patient,” the most effective method varies according to the patient’s type of herniation and clinical condition. If the main complaint is severe nerve pain radiating to the leg, “Transforaminal Epidural Injections” are highly effective. If the goal is to shrink the volume of the herniation and encourage it to retract, “Nucleoplasty or Laser” methods come to the forefront. The best result is achieved with the correct method planned specifically for the patient.

Yes, when applied to the right patient with the right technique, the results are permanent. These treatments disperse the edema in the herniation area and initiate the shrinking process of the herniation. However, the permanence of the treatment also depends on the patient’s lifestyle after the procedure. In our patients who maintain weight control and strengthen their lower back muscles, the success can last a lifetime.

Scientific data and our clinical experience show that, in correctly diagnosed patients who have not yet reached the threshold for surgery, the success rate of these methods is between 80% and 85%. This rate is a fairly high and satisfying level for a patient to regain their health without lying on the operating table.

Compared to surgical operations, the risks are extremely low. Because they do not require general anesthesia and involve no stitches or incisions, they minimize the risk of complications such as infection and bleeding. When performed by expert hands and under sterile conditions, they are quite safe procedures.

The greatest advantage of these treatments is the rapid recovery process. Our patients can walk home just a few hours after the procedure. Those who work desk jobs can generally return to work within 1-2 days, while those whose jobs require physical strength can return to work within 1 week.

Absolutely yes. In fact, exercise is essential to preserve the success of the treatment. We specifically recommend starting light-paced walks one week after the procedure, and after the first month, beginning swimming, pilates, and exercises that strengthen the lower back muscles.

In injection-based treatments (Epidural/Block), the reduction in pain generally begins within the first 5 days. The full effect is seen within 10 days.

Yes, this is possible with modern technologies. In particular, methods such as nucleoplasty, which reduce the pressure inside the disc, can trigger the herniated fragment to retract (regress) back toward the main disc through a vacuum effect. In addition, the body’s own defense system can gradually absorb and shrink the herniated fragment as its swelling decreases.

For us, priority is always given to the patient’s clinical picture and complaints. Sometimes a herniation that looks very large on the MRI can be resolved with a non-surgical method, while sometimes a very small herniation can cause a patient unbearable pain. For this reason, we plan the treatment not just according to the “film,” but according to the “patient.”

These two methods are not alternatives to one another, but complement each other. Interventional pain treatments (injections, nucleoplasty, etc.) quickly relieve pain and cause the herniation to regress. Physical therapy, on the other hand, strengthens the muscle structure so that this state of well-being becomes permanent. In most of our patients, we achieve the highest success by combining these two methods.

If the patient has progressive loss of muscle strength (a sign of paralysis), if bladder and bowel control is impaired, or if — despite all non-surgical methods applied — severe pain that disrupts the patient's quality of life has not subsided for 6 weeks, turning to surgery is the most correct and safest path.

As long as spinal health is not taken care of, any herniation can recur. However, since there is less “adhesion” (fibrosis) in the herniation area after non-surgical treatments, if a recurrence does occur, the treatment process can be managed much more easily compared to recurrences after surgery.

Microdiscectomy is a minimally invasive surgical method performed with the help of a high-resolution microscope. Through a small skin incision of approximately 1.5–2 cm, the herniated area is reached directly without damaging the muscle tissue. Thanks to the 20–40x magnification provided by the microscope, the nerve root is safely retracted to the side and the herniated fragment causing the compression is meticulously removed. With this method, the surrounding tissues and bone structure are preserved to the maximum extent.

The time it takes to return to work depends on the physical demands of the patient's job. Patients who work desk jobs or do light work can generally return to work 10 to 14 days after surgery. For occupations requiring heavier physical activity, this period can extend up to 4 to 6 weeks.

Since the microsurgical method involves minimal intervention to the muscle and bone tissue, most patients do not need to wear a brace.

After microdiscectomy, our patients can generally get up on their feet and start walking approximately 4-6 hours after surgery. The day after surgery, they are able to climb stairs and take short walks, and are discharged in that condition.

Light-paced walking can be started the day right after surgery. Return to sexual activity is generally permitted after the 2nd week. Swimming and light exercises can begin in the 4th week, while strenuous sports activities and competitive sports should be planned after the 3rd month, under the surgeon's supervision.

In open surgery, a larger incision is made and the muscles are stripped extensively from the bone, which increases post-operative pain. In microdiscectomy, on the other hand, the nerves and blood vessels are seen very clearly thanks to the microscope. This high level of visualization minimizes the risk of nerve damage, reduces bleeding, and lowers the risk of infection. The recovery process is much faster and more comfortable.

In severe pain that does not respond to medication, rest and physical therapy, when progressive loss of strength develops in the leg or arm (risk of paralysis), when bladder and bowel control is impaired, or when MRI findings show severe compression of the nerve root, microdiscectomy is essential as the gold-standard treatment.

Cosmetic (dissolvable) sutures are generally used in microdiscectomy, so there is no need for the hassle of having stitches removed. Since the incision made is very small (2 cm on average), once healing is complete it leaves a mark that is almost unnoticeable.

Yes, it is definitely the most effective solution. The term "ruptured herniation" refers to disc material overflowing into the spinal canal. With microsurgery, these fragments are located under the microscope with millimeter precision and the nerve root is completely relieved.

Thanks to technological capabilities and microsurgical experience, this risk is well below 1% in modern medicine. The detailed visualization provided by the microscope ensures the preservation of nerve tissue, maximizing safety.

In the literature, the risk of nerve damage for microdiscectomy is around 1%. However, with surgical experience and advanced technological equipment, this risk is reduced to statistically near-negligible levels.

The use of a microscope magnifies the fine nerve fibers and blood vessels that cannot be seen with the naked eye by 20-40 times, offering the surgeon a clear roadmap. This is the most critical factor that significantly reduces the risk of nerve injury compared to open surgeries.

The main goal is to remove only the herniated tissue that is causing the compression. In lumbar herniations, a very small portion of bone may need to be shaved (laminectomy/laminotomy) to reach the nerve root and decompress the area; in cervical herniation surgery, generally no bone is removed at all. This procedure does not compromise the stability of the spine.

In the world literature, the recurrence rate after microdiscectomy is between 5-10%. Paying attention to lifestyle after surgery, weight control, and lower back exercises are the most important factors in minimizing this risk.

Yes, it is normal. In a nerve root that has remained under pressure for a long time, there may be some swelling and a sensation of pain that we call "nerve memory." Depending on the nerve's healing process, this pain gradually decreases and disappears within weeks.

In the first weeks, only short walks are recommended. From week 4 onward, depending on the operated area, special isometric exercises are started that strengthen the lower back-abdominal or neck-arm muscles and increase the flexibility of the spine. The ideal exercise program should be planned individually.

After the effect of general anesthesia wears off, our patients can generally take their first steps, accompanied by a healthcare professional, 4 to 6 hours after surgery.

In lumbar herniations, second operations require somewhat more care due to tissue adhesions (fibrosis); however, for an experienced microsurgeon this can be managed successfully, and when necessary the nerve root can be safely decompressed again with revision microsurgery. In cervical herniation surgery, since the disc is usually removed completely, no recurrence occurs at the same level.

A single-level microdiscectomy operation is completed, on average, in 45 minutes to 1.5 hours, depending on the patient's weight and the structure of the herniation.

It is the most advanced closed surgical method, performed with the help of an endoscope (camera) inserted through the spine's natural openings or through a hole of about 0.8 cm (the width of a pen). The muscle tissue is never cut; it is only spread apart to reach the herniation.

While microsurgery involves an incision of about 2 cm, in the endoscopic method this is under 1 cm. In microsurgery, a small amount of tissue stripping is still performed, whereas in the endoscopic method the tissues are not damaged at all. This results in almost no post-operative pain and a much faster recovery.

Since the incision is very small, usually only a single stitch is placed, or it is simply closed with a piece of tape. No suture scar remains.

The high-resolution cameras used visualize the area while continuously irrigating it with saline. This clean, clear image gives the surgeon the ability to see the nerve structures down to the finest detail, providing maximum safety.

Today, thanks to advances in technology, the vast majority of herniations can be treated with the endoscopic method. However, in cases accompanied by very advanced spinal canal stenosis or bone anomalies, microsurgery may be preferred.

Yes, free fragments within the canal can be successfully removed through transforaminal (from the side) or interlaminar (from behind) approaches.

After endoscopic surgery, patients are generally discharged the same day or within 24 hours.

Yes, in some suitable cases, it is possible to perform this surgery under spinal or local anesthesia, while talking with the patient during the procedure.

It is a scar of approximately 7-8 millimeters; once healed, it generally becomes barely noticeable.

Walking begins 2-3 hours after surgery. Thanks to special waterproof dressings, our patients can shower starting from the 2nd day.

Since tissue damage is minimal, the return to sports is faster compared to microsurgery. It is possible to return to light sports within 2-4 weeks, and to a professional level in the 2nd month.

Since the muscles are not cut, surgical-site pain and muscle spasm are felt much less compared to other methods.

In the literature, recurrence rates are similar to microsurgery (around 5%). However, the advantage of the endoscopic method is that a second intervention can be performed much more easily in the event of a recurrence.

The success rate is at the level of 90-95%. These surgeries should be performed by neurosurgeons who have received specialized training in endoscopic surgery and have extensive case experience.

Loss of strength in the leg, development of foot drop, urinary incontinence, sexual dysfunction, and severe pain that does not resolve despite at least 6 weeks of conservative treatment (medication, rest, physical therapy) are surgical indications.

If the pressure on the nerve continues, permanent paralysis, chronic unrelenting pain, muscle wasting in the leg, and serious loss of quality of life can occur.

As with any surgical procedure, there are risks of infection, bleeding, cerebrospinal fluid leakage, and a very low rate of nerve damage. However, with microsurgery and endoscopy, these risks are minimal.

Walking begins on the first day, the suture area closes by day 10, and return to social life is achieved by day 15. Complete tissue healing takes about 6 weeks.

Surgery only removes the existing herniation. If spinal health is not taken care of, the risk of recurrence from the same or a different level always remains between 5-10%.

With the correct diagnosis and microsurgical or endoscopic surgeries performed by skilled hands, the success rate is above 95%.

Generally, short flights are permitted 1 week after surgery, and bus travel is permitted 2 weeks after surgery, provided that a break is taken every 2 hours.

For the first 4-6 weeks after surgery, it is recommended to perform prayer while seated on a chair. Once complete tissue healing has taken place, prayer can be performed in the normal manner, without excessively straining the spine.

An epidural injection is an interventional treatment method performed to relieve the edema, inflammation and pain around nerve roots that are compressed due to a herniated disc or spinal canal narrowing. A combination of medications is delivered into the area called the "epidural space", between the spinal cord membrane (dura mater) and the spinal canal, with the aim of relieving the nerve without the need for surgery.

The procedure is performed under operating-room conditions, in a sterile environment, with the patient lying face down. Guided by advanced imaging devices (fluoroscopy), the targeted herniation area is reached with special fine needles. After the correct position of the needle is confirmed with contrast material, the medication mixture is injected into the relevant area. It is a procedure that involves absolutely no stitches or incisions.

An epidural injection is not a surgical operation requiring hospitalization. After the procedure, our patients are discharged the same day, walking, following an observation period of about 2 hours. In this respect, it is one of the treatment methods offering the highest patient comfort.

When performed by a specialist neurosurgeon in a sterile environment, the risks are negligible. Rarely, temporary pain at the injection site, mild dizziness or short-term blood pressure changes related to the medications used may occur. Risks such as infection or bleeding are below 1% under professional standards.

Some patients may feel immediate relief due to the local anesthetic in the medication. However, the actual therapeutic, edema-relieving effect usually begins within 24-72 hours. Maximum recovery and complete suppression of the pain is achieved within 10 days.

Rather than "dissolving" the herniation, this method shrinks it and eliminates the pressure it creates on the nerve, the chemical inflammation and the edema. When the pressure on the nerve is relieved, the pain subsides. The herniated tissue, with its edema dispersed and its size reduced, becomes easier for the body's defense mechanisms to absorb over time (regression).

The injection typically consists of two main components: a medication combination of a low-dose local anesthetic to stop the pain immediately, together with hyaluronidase, a steroid and hypertonic NaCl (saline). Because this mixture is delivered directly to the problem area, its systemic side effects are quite low.

On the day of the procedure, you should rest at home. For the first 24 hours, heavy physical activity should be avoided, and movements that load the lower back — such as bending forward or lifting heavy loads — should not be performed. From the second day onward, you can return to normal daily activities; however, for full recovery you should follow your doctor's recommendations.

This procedure should be performed under operating-room conditions by Brain and Nerve Surgery (Neurosurgery) specialists who have full command of spinal anatomy and nerve root surgery.

There are three main types according to the application technique: "caudal" injections entering from the tailbone, "interlaminar" injections entering directly from the back of the spine, and "transforaminal" injections applied directly through the opening (canal) where the nerve exits. The most effective is the transforaminal injection. The most suitable technique is chosen by the surgeon based on the patient's MRI findings.

In most cases, a single session is sufficient to relieve the patient's pain and cause the herniation to regress. However, in certain special situations, up to 3 sessions may be performed.

Yes, the greatest success of this method is saving patients on the verge of surgery from an operation. About 80% of patients who have severe pain but no risk of paralysis are able to regain their health thanks to epidural injection, without ever lying on the operating table.

When applied with the right patient selection and combined with lifestyle changes, it offers a "definitive and lasting" solution. If the patient watches their weight and strengthens their back muscles after the procedure, the risk of the herniation recurring is minimized.

Although such a fear exists among the public, in procedures performed under imaging guidance (fluoroscopy), the likelihood of the needle damaging the nerve or the spinal cord is much lower than in a surgical operation. In skilled hands, this risk is practically nonexistent.

During the procedure, the needle is applied at levels far below where the spinal cord ends, and (as long as it stays within the epidural space) it does not even touch the spinal cord membrane. For this reason, damage to the spinal cord is not a medically expected occurrence.

Yes, absolutely. In fact, since the inflammation around the nerve is much more intense in ruptured (extruded) herniations, these injections can produce miraculous results. If there are no signs of paralysis, one of the first options for ruptured herniations is the epidural injection.

Yes. In patients with spinal canal narrowing, the nerves are compressed in a confined space and constant edema forms. By dispersing this edema, the epidural injection significantly improves the patient's comfort in daily life; in narrowing of the lumbar region it also increases the walking distance.

Before the procedure, the area where the needle will enter is completely numbed with local anesthesia. The patient may only feel slight pressure; however, no serious pain or ache is felt. If needed for the patient's comfort, light sedation (a relaxing sleep-like state) can also be applied.

In "blind" injections performed without fluoroscopy, there is a high risk of the medication going to the wrong place. The imaging device ensures that the needle reaches, with millimetric precision, the exact point where the herniation is crushing the nerve, thereby guaranteeing the success and safety of the treatment.

The most common — but temporary — side effects are tenderness at the procedure site, mild numbness in the leg, and a short-lasting headache. These effects usually disappear on their own within 24 hours.

No, hospitalization is not required. As it is an interventional pain treatment, our patients are discharged home the same day, walking, together with their companions, after 1-2 hours of monitoring in a recovery room.

Very rarely, a temporary increase in pressure on the nerve may be felt as the volume of medication enters the confined area where the injection is given. Although this may cause the pain to increase slightly in the first 24 hours, once the medications begin to take effect, this sensation gives way to marked relief.

Nucleoplasty is a minimally invasive (non-surgical) method that aims to treat the herniation by lowering the pressure inside the disc. It is a procedure in which part of the "nucleus pulposus" layer at the center of the disc is vaporized with radiofrequency energy. This procedure causes the herniated tissue to retract from the nerve, resolving the pain at its source.

The procedure is performed under operating-room conditions, in full compliance with sterilization rules. Guided by fluoroscopy (live X-ray), a millimetric cannula is placed into the herniated area. A special electrode passed through the cannula emits controlled energy, creating small channels inside the disc and reducing the tissue volume. The patient can follow the entire process while awake.

Nucleoplasty is one of the interventions with the lowest risk profile in the literature. The risk of bleeding, infection or tissue adhesion — as seen in open surgery — is below 1%. Thanks to fluoroscopic control, the possibility of damaging surrounding tissues or nerves remains under the surgeon's direct control.

Mechanical relief begins at the moment of the procedure; however, the dispersal of the edema around the nerve and the disc's adaptation to its new form usually become noticeable within the first week. Our patients feel a dramatic reduction in their leg pain from day 3-4 onward.

Nucleoplasty does not physically cut out the herniation; it changes the herniation's biomechanics. By reducing the pressure inside the disc by about 10-20%, it pulls the protruding herniation's pressure off the nerve root through a "vacuum effect". As the nerve is relieved, the pain disappears.

This is not a drug injection. The essence of the procedure is "Coblation" (cold plasma) technology. It breaks down the protein bonds inside the disc at the molecular level, at low temperatures (40-70 degrees). This achieves volume reduction without causing heat damage to the surrounding tissues.

Bed rest during the first 24 hours after the procedure is important. For the following 10 days, heavy lifting, sitting in the same position for long periods and sudden lower-back movements should be avoided. We provide our patients with the principles of protecting the lower back as a detailed guide after the procedure.

It should be performed in Brain and Nerve Surgery (Neurosurgery) clinics specialized in spine surgery and micro-anatomy, in a fully equipped operating-room environment.

Local numbing (local anesthesia) alone is sufficient. In some cases, light sedation (a relaxing sleep-like state) is added for the patient's comfort. It is a safe alternative for people for whom general anesthesia is risky (such as heart or lung patients).

No. The procedure is performed through a single needle entry hole. Since no surgical blade is used, no stitches are needed; the entry site is covered with a small adhesive bandage and heals without leaving a scar.

The application time for a single level (disc) is about 15-20 minutes. Including the patient's preparation and post-procedure observation, the entire process is completed within 1-2 hours.

There is no specific age limit. However, the success rate is higher in patients aged 18-65, in whom the disc's "water content" is biologically preserved (discs that have not dried out much). At advanced ages, it can be applied safely as long as it is not accompanied by canal narrowing.

The most successful results are obtained in stages where the disc's outer layer (annulus) is not torn and the herniation only bulges outward (bulging or protrusion). For moderate herniations, it is the strongest step before surgery.

In the case of a "ruptured herniation" (sequestered herniation), if the fragment has completely separated from the disc and dropped into the canal, nucleoplasty is not effective. In that case, microsurgery is recommended. However, if the fragment has not broken off, it can be applied following the specialist surgeon's assessment.

Recovery begins within 48-72 hours. The final result becomes apparent within 10 days.

Yes, nucleoplasty is an "outpatient" (day-case) procedure. After a 2-hour rest following the procedure and a first walk, we send our patients home the same day.

Since there is no incision or dressing, you can shower from day 1 onward.

Those with desk jobs can return to work on day 3. For those working in active jobs requiring heavy physical strength, resting for 1-2 weeks is the healthier option.

Nucleoplasty resolves the mechanical pressure; however, a physical therapy program started 2-3 weeks after the procedure — to strengthen the back muscles and prevent the herniation from recurring — makes the success lasting.

Short-distance flights are possible 48 hours after the procedure. For long bus journeys, waiting 1 week — provided the spine is supported — is more comfortable in terms of letting the nerve edema settle.

The vast majority of patients experience 80% relief by the end of the first week. The remaining mild aches disappear completely within 1 month, as the internal pressure of the disc settles into balance.

The risk rate is similar to that of surgical methods (5-8%). However, in patients who protect their back muscles and maintain weight control after nucleoplasty, this risk is minimized.

With the right patient selection (if the stage of the herniation and the structure of the disc are suitable), the success rate is between 80-85%. Medically, this is a very high level for a non-surgical method.

Yes. Nucleoplasty does not disturb the anatomical integrity of the spine and does not damage bone tissue. Therefore, it poses no obstacle whatsoever to a microsurgical intervention that may be needed in the future.

Laser burns the disc using high heat (thermal energy), which can create a risk of heat damage in the surrounding nerve tissue. Nucleoplasty, on the other hand, uses plasma energy (cold vaporization). Because it works at much lower temperatures, the risk of nerve damage is negligible.

Its greatest advantages are that it requires no general anesthesia, involves no hospital stay, needs no stitches, and does not create the scar tissue (adhesions) that causes "failed back surgery" syndrome.

No, no surgical scalpel is used. The procedure is completed through just a one-millimeter needle entry.

The pure procedure time averages 20 minutes. As an interventional pain treatment, it is an extremely fast and effective method.

Yes, after a short clinical follow-up following the procedure, the patient can walk out and return home on their own.

It is an FDA-approved technology with proven reliability, applied thousands of times worldwide. Being performed under imaging guidance gives the surgeon full control at every step.

With the help of fluoroscopy, the tip of the needle is advanced within a safe "tunnel", away from the nerve. Moreover, thanks to the low-heat (cold plasma) technology there is no heat spread, which brings the possibility of nerve damage theoretically close to zero.

The small joints at the back of our spine that connect the vertebrae to one another are called "facet joints". The wearing down of these joints over time, the deterioration of their cartilage structure and the thickening of the surrounding ligaments is what we call lumbar calcification, or Facet Syndrome. This condition is a source of chronic pain that restricts the mobility of the lower back.

The most prominent complaint is morning stiffness. It is a severe pain felt in the back of the lower back that increases when bending backward or turning to the right and left. The pain is usually in the lower back region but can radiate to the buttock and sometimes to the back of the upper leg. When the patient stands or sits for a long time, they feel a great heaviness and aching in the lower back.

The primary cause is age. However, being overweight, doing uncontrolled sports, working in heavy physical jobs, previous back traumas, and the loss of disc height due to a lumbar disc herniation increase the load on the facet joints, accelerating the osteoarthritis.

When left untreated, the osteoarthritis in the joints increases and bony protrusions (osteophytes) form. This condition can lead to canal stenosis. In addition, because of the pain, the patient stops moving; this in turn leads to weakening of the back muscles and leaves the spine completely without support, thereby causing a vicious cycle.

It is absolutely possible, and in fact the first option is non-surgical methods. With radiofrequency denervation, facet joint blocks, and physical therapy methods, more than 90% of our patients are able to return to a comfortable life without the need for surgery.

Yes, this is the most classic symptom of facet syndrome. That "rusting sensation" felt upon waking in the morning, which eases within 15-20 minutes as you move, indicates osteoarthritis in the joints. The stagnation of the joint fluid causes this stiffness; the pain decreases with movement.

If the osteoarthritis has progressed so far that the bony structures are compressing the nerves and causing serious loss of strength (risk of paralysis), or if it is accompanied by "spinal slippage" (spondylolisthesis), surgical stabilization (screw/plate) operations may be necessary. However, in osteoarthritis with only a complaint of pain, surgery is rarely the first choice.

Because radiofrequency injection treatment (denervation) deactivates the nerve fibers that carry the pain, it offers lasting relief for up to 2 years, and even longer in some patients. During this period, in patients who lose weight and strengthen their lower back, the state of well-being lasts much longer.

Yes, it is directly related. Arthritic joints disrupt the spine's load balance. This imbalance places more load on the discs between the vertebrae and sets the stage for the disc to wear out prematurely and herniate.

Exercise is an integral part of the treatment. Especially pilates, swimming and stretching movements that strengthen the abdominal and back muscles reduce the load on the facet joints and increase the success of the treatment. However, uncontrolled exercise should be avoided during painful periods.

Yes, but this differs from the pain of a herniated disc. We call this "referred pain." Pain originating from the facet joints can spread to the back of the thigh and down to the level of the knee. Pain that goes all the way down to the toes, on the other hand, generally suggests that a herniated disc accompanies the osteoarthritis.

MRI is very valuable for visualizing cartilage structures, soft tissue and nerve compression. However, to see the effects of the osteoarthritis on the bone and to measure the amount of calcification down to the millimeter, Computed Tomography (CT) is sometimes superior in diagnosing osteoarthritis.

Both procedures are performed in an operating room setting under fluoroscopy (live X-ray) guidance. The targeted joint points are accessed with special needles. In the injection, medication is delivered to the area; in the radiofrequency method, heat is applied through the tip of the needle to block the nerve ending that carries the joint's pain sensation to the brain.

In patients who have been correctly diagnosed (with a test block performed), the success rate is between 80% and 90%. It is a comfortable procedure that instantly improves the patient's quality of life.

The patient is placed face down and the area to be treated is sterilized. The joint is visualized precisely with fluoroscopy. After the needle is placed, test currents are given to confirm that we are at the correct point (the patient feels a slight tingling). The procedure is then completed with a safe application of heat.

No. The needles used during the procedure and the applied radiofrequency current are directed away from the main nerves that move the legs and only onto the thin sensory nerves that carry the joint pain. Because it is performed under fluoroscopy guidance, a risk of paralysis is not medically expected.

The procedure is performed entirely under local anesthesia. The patient being awake during the procedure and responding to the test currents keeps safety at the highest level.

Resting at home on the day of the procedure is sufficient. Because there are no stitches or incisions, our patients can return to their normal working lives the next day.

This is the most important step. Before radiofrequency, a very small amount of local anesthetic is injected into the joint to test whether the pain originates from that joint. If the pain completely disappears for a while, it is confirmed that the radiofrequency will be successful.

No, no foreign substance or harmful radiation is introduced into the body. Only a heat effect is created on the targeted nerve ending. It causes no harm to other organs or tissues.

Rarely, there may be mild bruising lasting 2-3 days at the application site or tenderness related to the needle insertion. In some patients, a slight increase in pain (rebound pain) may be seen during the first few days after the procedure, but this is temporary.

Some patients feel relief immediately, but it may take 2 to 3 weeks for the procedure to take full effect and for the nerve healing to be completed.

Infection and local bleeding are, as with any interventional procedure, a very low probability (below 1%). When performed by a neurosurgeon under fluoroscopy guidance, it does not carry a serious risk.

Depending on the number of levels to be treated, the procedure is generally completed within 20-40 minutes.

It should be performed by Neurosurgery specialists who have a command of spinal anatomy or by Algology (Pain) specialists.

Laser is generally used to "vaporize the inside of the herniated disc," whereas radiofrequency is used to "block the joint pain nerves." The two address different problems.

Many private health insurers cover these procedures according to the policy when a report of medical necessity is provided.

Only local numbing is applied. The patient is in communication with the surgeon throughout the entire process.

Yes, you can be discharged and walk out 1-2 hours after the procedure is finished.

Avoiding heavy physical activity for 24-48 hours is sufficient. Absolute bed rest is not required.

It must absolutely be performed under operating room conditions, with sterilization and under the control of a fluoroscopy device. Outpatient clinic conditions are not suitable for this procedure.

Although the term "burning" frightens patients, the procedure only "silences" the thin branches that transmit pain. The motor nerves are preserved, so there is no risk of paralysis.

Facet radiofrequency only relieves the joint pain. If it is applied inside the disc (Nucleoplasty), then its aim is to shrink the herniation.

No, it does not leave any unwanted permanent damage to the anatomy of the spine or to the nervous system.

You are not put to sleep. Because the needle entry sites are numbed, no unbearable pain is felt. Only when the needle reaches the joint is a brief sensation of pressure felt.

It takes an average of 30 minutes. After 2 hours of observation, you can go home right away.

It is inserted over the facet joints in the lower back, into the safe tunnels through which the nerve passes. There are no stitches; the entry hole closes quickly on its own.

It depends on the patient's complaint. For disc-related pain it is applied inside the disc (nucleoplasty), for calcification pain to the joint nerve, and for leg or arm pain to the nerve root (pulsed RF).

These two methods serve different purposes. For shrinking a herniation, the laser is generally more effective; for relieving nerve pain and arthritic pain, radiofrequency is generally more effective.

In patients with facet syndrome who do not get results from physical therapy, radiofrequency is our most powerful alternative that provides a definitive result, because it relieves the pain at its source.

Spinal stenosis, popularly known as spinal canal narrowing, is a condition in which the bony canal through which the spinal cord and nerve roots pass narrows due to aging or other factors. As a result of this narrowing, the nerves become compressed and the conduction to the legs is impaired. It usually occurs in the lower back region (Lumbar Stenosis) and is a chronic process that seriously restricts the patient's quality of life.

The most typical symptom is what we call "Neurogenic Claudication" — a feeling of numbness, cramping, and fatigue in the legs that occurs while walking. After walking a certain distance, the patient needs to stop and rest. In addition, there is lower back and hip pain, a burning sensation in the legs, and in advanced cases, loss of urinary/bowel control and permanent loss of strength in the legs.

The most common cause is degeneration related to aging. It occurs as a result of the discs between the vertebrae losing water and collapsing, the joints thickening due to calcification, and the ligaments within the spine (ligamentum flavum) losing their elasticity and thickening, thereby narrowing the canal. Rarely, a congenitally narrow canal structure or previous traumas can also lead to this condition.

Untreated canal narrowing is unfortunately not a process that heals on its own; on the contrary, it is progressive. Over time, the patient's walking distance can decrease to just a few meters. Chronic pressure on the nerves can cause the leg muscles to waste away, lead to permanent numbness, and result in the patient becoming bedridden.

Treatment is planned according to the stage of the disease. At the initial level, medication, rest, and physical therapy are applied. In moderate narrowing, the area around the nerve is relieved with epidural injections and nerve blocks. However, in advanced narrowing and in the presence of neurological loss, surgical intervention (decompression) is the definitive solution.

The diagnostic process begins with a detailed history and examination that inquires about the patient's walking distance. For a definitive diagnosis, a lumbar MRI is the gold standard; the diameter of the canal is measured in millimeters. To see the calcifications in the bony structure more clearly, Computed Tomography (CT) is used, and an EMG test to check the conduction status of the nerves also assists in the diagnosis.

Non-surgical methods are quite effective, especially in "mild and moderate" degrees of narrowing. Epidural injections reduce the inflammation in the nerve roots, relieving the patient's pain and can significantly increase the walking distance. However, if the canal is completely closed off by bone and ligament tissue, these methods only provide temporary relief; the permanent solution is surgery.

If the patient's walking distance has dropped below 100-200 meters, if a significant loss of strength has begun in the legs, and if no results are being obtained from the applied injection treatments, then the time for surgical intervention has come. When making the decision, the amount of restriction in the patient's daily life is taken into account rather than the MRI image.

It is not essential to place screws in every canal narrowing surgery. Screw treatment is applied to preserve the balance of the spine in cases of slippage in the spine (spondylolisthesis), curvature (scoliosis), or when a large amount of bone tissue needs to be removed to relieve the canal during surgery. In a stable spine, simply widening the canal (decompression) may be sufficient.

Thanks to modern microsurgical techniques and neuromonitoring devices, the risks have been considerably minimized. However, as with any surgery, infection, bleeding, or rarely a tear in the dura (the membrane covering the spinal cord) may occur. With an experienced surgeon and the right technique, these risks are managed successfully.

The reason for this is "neurogenic claudication." As you walk, the nerves in your legs need more blood flow and oxygen. However, the narrowed canal does not allow for this need; the nerves become compressed and a sensation of "blockage" develops in your legs. Stopping and bending forward or sitting down relieves you, because it temporarily widens the diameter of the canal.

A lumbar disc herniation usually begins suddenly and involves soft disc tissue compressing the nerve; it can occur at any age. Canal stenosis, on the other hand, is a chronic process spread over years, usually seen in people over the age of 50, caused by the thickening of bone and ligament tissue. While a herniation can cause pain even at rest, the pain of canal stenosis typically increases with walking.

Yes, it absolutely does. Chronic pressure on the nerves leads to sensations such as burning, numbness, or an "electric shock" feeling in the legs, buttocks, and soles of the feet. This condition is a sign that nerve damage has begun.

Not every patient with canal stenosis has to undergo surgery. If your complaints do not greatly impair your quality of life and you have no neurological deficit, you can continue your life with weight control, exercise, and periodic injection treatments. Surgery is a lifesaver "when the end of the road has been reached" and life has become unbearable.

The epidural injection is the most powerful weapon before surgery. In a large proportion of patients with canal stenosis, it can relieve the pressure and edema around the nerve, providing relief that lasts for months, sometimes years. Even if it does not cure the condition completely, it is a very successful method for delaying surgery or improving quality of life.

Because canal stenosis is usually a slowly progressing process, the risk of sudden paralysis is lower than with a lumbar disc herniation. However, in neglected cases where the loss of strength in the legs is not taken seriously, nerve conduction can be completely cut off and irreversible gait disorders may develop. Early diagnosis and proper follow-up eliminate the risk of paralysis entirely.

Nucleoplasty is more of a treatment focused on "lumbar disc herniation." In canal stenosis, the main problem is not the disc tissue but the thickening of bone and ligament tissue. For this reason, unless there is an accompanying large herniation, nucleoplasty is not the first choice in the treatment of canal stenosis. In these cases, epidural injections provide far superior success.

The method referred to as "closed" in modern medicine is actually the microsurgical technique. In this procedure, access is gained through a very small incision of about 2-2.5 cm in the lower back region. Using a high-resolution surgical microscope, the thickened ligament tissue (ligamentum flavum) and bony protrusions that are compressing the nerves are cleared away millimeter by millimeter. Because the natural supporting structures of the spine are not damaged, bleeding is minimal and the recovery process is very fast.

The most common and reliable method is "decompression by microsurgery." In addition, in suitable cases, fully closed (endoscopic) methods can also be preferred. The main goal is to widen the canal through which the nerves pass with the least possible damage, without disrupting the stability (soundness) of the spine. Unlike classic open surgeries, these methods do not involve large muscle incisions or extensive bone removal.

With the right patient selection and meticulous microsurgical planning, the success rate in canal stenosis surgeries is over 90%. Most of our patients report that they are freed from the "inability to walk" and "heaviness in the legs" complaints they experienced before surgery, and that their walking distance has increased dramatically.

Thanks to advanced microscope technology and devices called "neuromonitoring" that continuously track nerve functions in real time during the procedure, the risk of nerve damage has dropped below 1%. The combination of the surgeon's experience and these technologies makes the operation extremely safe.

The biggest advantage of the closed/microsurgical method is that it mobilizes the patient quickly. Our patients can generally get up on their feet and walk in the corridor accompanied by a nurse and physiotherapist about 4-6 hours after surgery, as soon as the effect of the anesthesia wears off. The hospital stay is usually just one night.

The leg pain and cramps that occur while walking usually disappear the very day after surgery. However, the complete resolution of the numbness and tingling sensation caused by long-term pressure may take a few weeks or months, depending on how quickly the nerve regenerates. The moment the pressure on the nerve is relieved, the "healing clock" begins to tick.

During the first 4-6 weeks of the "tissue healing" process, sudden bending, twisting, and lifting heavy objects should be avoided. However, it is possible to squat down by bending the knees or to move in the way shown by the doctor. After the first month, as the back muscles get stronger, the patient fully regains normal daily mobility.

Our patients who work in desk-based and predominantly mental jobs can generally return to work within 10-15 days. In more active lines of work or those requiring physical strength, this period can extend to 4 to 6 weeks. Light walks done in the early period speed up the return-to-work process.

Spondylolisthesis is the forward or backward displacement of one vertebra over the vertebra below it. This condition, called "spondylolisthesis" in medicine, disrupts the alignment of the spine, leading to narrowing of the nerve canals and spinal instability (looseness).

The most typical symptom is severe lower back and hip pain that increases with standing and walking and eases when sitting. In addition, numbness, burning, and a cramping sensation in the legs occur, and in advanced cases balance disorders that we call a "waddling gait" are seen. At the level where the slippage occurs, a step-like formation can be felt in the lower back when examined from the outside.

Its causes vary depending on the type: it can arise from congenital bone weaknesses (dysplastic), age-related joint wear (degenerative), small fractures caused by repetitive stress (isthmic – especially in athletes), or as a result of severe trauma.

Yes, one of the most challenging symptoms of spondylolisthesis is leg pain. As the slippage progresses, the canal through which the nerves pass narrows, and the nerve roots come under mechanical pressure. This causes pain radiating from the hip down to the heel, sciatica-like complaints, and numbness.

Treatment is planned according to the degree of slippage and the patient's complaints. In the early stages, rest, a brace, physical therapy, and pain injections are applied. However, in progressive slippages, severe nerve compression, or instability, surgical fixation of the vertebrae (fusion) is the most effective solution.

Non-surgical methods can relieve the pain and improve the patient's quality of life, but it is not medically possible to return a slipped bone to its original position or to fix it there without surgery. Non-surgical treatment aims to stop the progression of the slippage and to manage the symptoms.

Not every spondylolisthesis results in paralysis. However, in cases where the degree of slippage increases, the nerve compression worsens, and the condition is nonetheless left untreated, permanent loss of strength in the legs, urinary incontinence, and serious walking disorders (a partial paralysis picture) can develop.

No, in newly started, low-grade (Grade 1) slippages, surgery is usually not the first option. At this stage, physical therapy and close follow-up to strengthen the lower back muscles and provide stabilization can be sufficient.

Yes, because spondylolisthesis disrupts the load distribution in the spine, it causes excessive load to be placed on the disc at that level. This in turn leads to the disc deforming rapidly and to the formation of a herniated disc (disc herniation) or to the worsening of an existing herniation.

Yes, but one must be selective. Weightlifting that places excessive load on the spine, hard contact sports, or intense backward-bending movements should be avoided. Pilates, controlled yoga, and rehabilitation exercises performed under a doctor's supervision, on the other hand, are beneficial.

Swimming is one of the most ideal sports for patients with spondylolisthesis. The buoyancy of the water eliminates the load on the spine, which allows the nerves to relax and the lower back muscles to strengthen safely.

If the spine continues to slip in a mobile manner (instability), merely relieving the nerve is not enough; the area needs to be stabilized. In this case, the use of screw and rod systems (instrumentation), popularly known as "platinum," is the standard treatment method.

A brace is used, especially during acute painful periods, to support the lower back and restrict movement. However, long-term use can weaken the lower back muscles. A brace is a supportive aid; it is not a primary treatment tool that completely cures the slippage.

A herniated disc is the displacement of the soft disc between the vertebrae. Spondylolisthesis, on the other hand, is the displacement of the vertebral bone itself as a whole. Compared to a herniation, the slippage is a more structural problem and one that generally disrupts stability more.

Workers who carry heavy loads, gymnasts, weightlifters, and elderly individuals with osteoporosis (bone loss) are at high risk. It is also frequently seen in people whose spinal joints are genetically weak.

A static MRI or X-ray shows the degree of slippage but does not show whether the slippage is "mobile" (unstable). X-rays taken while bending forward and backward are critical for determining how much the spine slips during movement and for clarifying the decision for surgery.

Absolutely not. If the patient's pain is under control, there is no neurological loss, and the slippage is not progressing, non-surgical follow-up (conservative treatment) is the most correct approach.

Cases that are generally Grade 1 (slippage of less than 25% of the vertebra) and clinically stable can be followed without surgery through physical therapy and periodic check-ups.

A brace does not "cure" the slippage. It only helps reduce the pain by restricting the mechanical movement in that area and provides comfort to the patient during the recovery process.

These methods provide a success rate of 70-80% in relieving leg and lower back pain caused by nerve root compression. They are very valuable alternatives for patients who do not want to undergo surgery or who have a high surgical risk.

The surgery is usually performed under general anesthesia. First, the compressed nerves are relieved using microsurgery (decompression). Then, titanium screws and rods are placed to align and stabilize the slipped vertebrae. Bone grafts are inserted in between so that the vertebrae fuse together (fusion).

If the screw fixation and fusion (bony union) have been successfully achieved, a recurrence of slippage at the same level is not a medically expected outcome. The surgery completely freezes that level.

No. The materials used in surgery are biocompatible titanium alloys. The likelihood of the body "rejecting" these materials or causing an allergy is virtually nil. A "rejection" reaction like that seen in organ transplantation does not occur.

No. Modern titanium screws are "MRI-compatible". After the procedure you can safely have an MRI for any part of your body; only a slight glare (artifact) may appear on the image in the area of the screws.

They are usually titanium-aluminum-vanadium alloys, which are also used in the aerospace and aviation industry — very durable, lightweight, and fully compatible with the body.

This is the biggest misconception. The majority of the spine's overall movement comes from the hips and the other vertebral levels. Fixing one or two levels does not restrict the patient's walking, bending, or daily activities. On the contrary, because the pain is gone, our patients move more flexibly and comfortably.

If the bone fusion is achieved in a healthy way, the load on the screws is removed. However, if there is a delay in fusion due to excess weight, uncontrolled movements, or smoking, screw loosening or breakage may rarely occur. This situation is usually related to the patient not following instructions.

No, these screws do not have an expiration date. Once bone fusion is achieved, they can remain in the body for life and do not need to be removed unless they cause a problem.

Fixing one level can somewhat increase the load placed on the adjacent levels. This is called "Adjacent Segment Disease". However, with the correct surgical technique and regular post-operative exercise, this risk can be minimized.

No. Modern titanium plates usually do not trigger sensitive security gates. In very rare cases where they do beep, a surgery card or report obtained from your doctor will be sufficient to explain the situation.

It can generally return to normal gradually about 4-6 weeks after surgery, once tissue healing has been achieved and your doctor gives approval.

No, the screws in the back do not pose an obstacle to becoming pregnant or to childbirth. However, it is more suitable for the mother's health if the bone fusion is completed before pregnancy (usually 1 year after surgery).

In order to support the stabilization of the bone and the screws, wearing a corset is generally recommended for the first 4 to 6 weeks. Afterwards, the corset is gradually discontinued in order to strengthen the muscles.

Bone fusion is a biological process, and its complete occurrence takes between 6 months and 1 year. This is monitored through periodically taken X-rays and CT scans, by the formation of new bone bridges between the vertebrae.

Piriformis syndrome occurs when the piriformis muscle, located deep in the buttock, compresses the sciatic nerve that passes just beneath it (or sometimes through it). Even though there is no herniated lumbar disc, because the sciatic nerve is under pressure, it produces similar pain radiating into the leg. For this reason, in medicine it is called "Pseudo-Sciatica."

It occurs when the muscle is overstretched, shortened, or goes into spasm. Sitting for long periods on a hard surface, carrying a wallet in the back pocket, sudden hip trauma, or excessive running training are the main causes. Its symptoms are a deep pain right in the middle of the buttock, an ache that increases when sitting, and numbness radiating to the back of the leg, down to the knee.

Yes, the sciatic nerve is the longest and thickest nerve in the body. It begins at the buttock and extends down to the heel. When it is compressed by the piriformis muscle, the pain begins in the buttock and radiates as a "pulling" or "electric" sensation to the back of the thigh, the back of the knee, and sometimes down to the ankle.

When left untreated, the chronic pressure on the nerve can lead to weakness in the leg muscles and permanent numbness. In addition, because the patient changes the way they walk due to the pain, mechanical disorders that pave the way for a herniated lumbar disc and hip joint problems can develop over time.

The treatment follows a stepwise approach. First, muscle relaxants and anti-inflammatory medications are given along with special stretching exercises. In cases that do not respond to these, interventional methods (dry needling, injections, or radiofrequency) come into play. Surgery is the very last option, rarely resorted to in piriformis syndrome.

The most important difference is the source of the pain. In a herniated lumbar disc, the pain begins in the spine and increases with movements of the lower back. In piriformis syndrome, however, there is usually no problem in the lower back; the pain is triggered by pressing on the muscle in the buttock or by turning the leg inward. For the differential diagnosis, a clinical examination and sometimes a hip MRI are necessary.

It absolutely does. When the sensory fibers of the sciatic nerve are under pressure, a "tingling" and "numbness" occur in the leg, and when the motor fibers are under pressure, a sensation of "tightness" and "pulling" occurs in the muscle. These symptoms are almost identical to those of a herniated lumbar disc.

They are very effective. Local anesthetic, cortisone, or Botox injections administered into the piriformis muscle under ultrasound or fluoroscopy guidance immediately resolve the muscle spasm and free the nerve. In many patients, a single injection can completely put an end to chronic pain.

Yes, especially in resistant cases, the pain signals on the sciatic nerve can be modulated using the "Pulsed Radiofrequency" method. In addition, we also make use of this technological method to stimulate and relax the muscle.

Manual therapy is quite beneficial for lengthening the muscle and releasing trigger points. Deep tissue massage and mobilization techniques performed by expert hands can ease the pressure and provide lasting relief.

Patients should not sit for long periods on hard surfaces, should not keep a wallet in their back pocket, and should avoid strenuous uphill running. The "Piriformis Stretching" exercises, in which the leg is crossed and pulled toward the chest, are the best remedy for this condition.

Numbness and pulling that travel down the back of the leg indicate that the sciatic nerve is under pressure at some point. However, to determine whether this pressure is in the lower back (herniation) or in the buttock (piriformis), it is essential for an expert doctor to perform functional tests.

The pain begins in the lower part of the back or right in the middle of the buttock. It can be felt along the line running from the buttock crease downward, to the back of the thigh, the hollow of the knee, and from there along the outer side of the leg down to the ankle.

Sciatica is not a disease but the name of a nerve. Saying "I have sciatic pain" indicates that this nerve is compressed somewhere. A herniated lumbar disc compresses this nerve "at its point of origin" (in the spine), whereas piriformis syndrome compresses the nerve "along its path" (in the buttock).

At night, when the body enters a state of rest, blood flow slows down and the inflammation is felt more distinctly. In addition, incorrect positions during sleep can cause the muscles to tense and the pressure on the nerve to increase, waking the patient with pain.

In the acute phase, short-term rest and anti-edema medications are beneficial. In the long term, nerve stretching exercises, heat application (to relieve muscle spasm), and, if there are causes such as a herniation or slippage, interventional treatments directed at these are the best solution.

Mild cases can resolve on their own with the right exercise and lifestyle changes. However, if there is a risk of nerve damage or if the pain has become chronic, non-surgical interventional methods are applied. In sciatic nerve compression, surgery is only necessary in structural conditions such as a resistant herniated disc or advanced spinal canal narrowing.

Medication therapy, physical therapy, piriformis injections, epidural injections, radiofrequency, and in very rare cases surgical release procedures are the main components of the treatment for sciatic nerve compression.

The most competent branch for the anatomical and surgical diagnosis of nerve compressions is the specialty of Brain and Nerve Surgery (Neurosurgery). A neurosurgeon can most clearly determine whether the pain originates from the lower back or from within the muscle.

The diagnosis of a herniated cervical disc is a process in which the surgeon's clinical experience is combined with modern technological capabilities. The first and most important step is to listen to the patient's complaints and to perform a detailed neurological examination. In this examination, muscle strength, reflexes, and sensory losses are meticulously assessed. Then, with the gold-standard high-resolution cervical MRI (Magnetic Resonance Imaging), the location and size of the herniation and the degree of pressure it exerts on the nerve are clarified. Computed Tomography (CT) to examine the bone structure, or an EMG test to measure the conduction speed of the nerves, are also elements that complete the diagnostic process.

Contrary to the general belief in society, not every neck pain is a herniated cervical disc. Approximately 90% of neck pains arise from muscle strains, connective tissue injuries, facet joint arthritis, or mechanical overloading. A herniated cervical disc is a more specific condition among these causes of pain and is characterized by nerve compression. For this reason, treatments carried out without an accurate diagnosis can lead to a waste of time.

Although a herniated cervical disc does not directly fall into the category of a "hereditary" disease, familial predisposition is an important factor. If a person's mother or father experienced a herniated cervical disc at a young age, it is likely that the collagen tissue in that person's disc structure is weak. This situation, when combined with environmental factors (such as desk work), increases the risk of developing a herniation.

Yes, this is the most typical and warning symptom of a herniated cervical disc. When the herniated disc in the neck presses on the nerve roots that go to the arm, the pain is felt in the neck, the back, the arm, or the fingers. If this pain is also accompanied by numbness and tingling, it is a sign that the nerve root is under serious pressure.

A ruptured herniation, referred to in the medical literature as an "extruded disc," is the tearing of the protective hard outer layer of the disc (the annulus fibrosus) and the leaking of the soft, jelly-like tissue inside (the nucleus pulposus) toward the spinal canal. Because this leaking fragment directly compresses the nerves, it usually leads to severe and unbearable pain that begins suddenly.

The most common symptoms are: sharp pain that begins in the neck and radiates to the arm, and numbness/tingling in the arm and fingers. In more serious cases, symptoms requiring urgent intervention, such as weakness in the arm muscles, are seen.

A herniated cervical disc usually develops from the combination of more than one factor. Age-related loss of water in the discs (degeneration), sitting motionless for long periods, smoking (which impairs the nourishment of the disc), and sudden awkward movements are the primary causes of herniation.

Yes, the characteristic feature of a herniated cervical disc is arm pain. The reason for this is that the nerve compression in the neck reflects the pain to the arm region where the nerve is distributed.

It definitely does. When the herniation's pressure on the nerve continues, the nerve fibers become unable to conduct properly. While this situation initially creates a sensation of tingling and burning, as the pressure increases it can turn into a feeling of deadness and complete loss of sensation in the arms.

No, approximately 90-95% of patients with a herniated cervical disc can recover with non-surgical methods. In modern medicine, surgery is performed only on "selected" patients who are at risk of paralysis or whose pain does not resolve despite 6 weeks of other treatments.

Although the term "ruptured herniation" frightens patients, not every ruptured herniation means emergency surgery. If the patient has not developed a serious loss of strength (paralysis), this process can also be managed without surgery through injection treatments that suppress the edema the herniation creates around the nerve (epidural steroid injections) or with rest.

Ozone therapy is an effective complementary method, especially in early- and moderate-level herniations. The ozone gas injected into the disc helps to reduce the volume of the herniated tissue and relieves the nerve by decreasing the inflammation in the area. This procedure is called nucleoplasty, and it can also be performed with laser and radiofrequency.

Laser treatment is the procedure of entering the center of the disc by means of a needle and delivering laser energy to reduce the internal pressure of the disc. This method does not require a surgical incision. However, the laser is not suitable for every type of herniation; it is generally preferred in cases that have not yet ruptured (contained) and in which the outer wall of the disc is intact.

These are grouped under the heading of interventional pain treatments. The most common are: epidural injections applied directly to the nerve root around the spinal membrane, nucleoplasty, and radiofrequency treatments. These injections rapidly relieve the edema and inflammation in the herniation area, thereby increasing the patient's comfort, and can eliminate the need for surgery.

Herniations that are left untreated and in which nerve compression continues can cause permanent wasting (atrophy) of the arm muscles, foot drop, and chronic neuropathic pain. In the worst-case scenario, nerve conduction can be completely cut off, resulting in irreversible paralysis.

The main discipline specialized in the diagnosis, follow-up, and both the surgical and interventional (injection) treatments of a herniated lumbar disc is the specialty of Neurosurgery (Brain and Nerve Surgery).

Absolutely yes. Thanks to the buoyancy of water, swimming reduces the load on the spine to zero. Swimming face-down in particular strengthens the neck muscles in the safest possible way, greatly contributing to the healing of the herniation and the prevention of recurrences.

Foot drop (sudden loss of strength), functional impairment in the hand and arm, and severe pain that persists despite all treatments and prevents the patient from sleeping require emergency surgical intervention.

For mild herniations, medication and physical therapy; for persistent pain that does not resolve with these methods, interventional injections or nucleoplasty; and in cases of neurological loss (risk of paralysis) or severe ruptured herniations unresponsive to treatment, microsurgery should be preferred.

In early- and moderate-level neck (cervical) herniations that have just begun and have not caused nerve damage, medication and rest usually provide sufficient recovery within 2-4 weeks.

Physical therapy strengthens the neck muscles and thereby reduces the load on the disc. In small and moderate herniations, it can provide lasting healing. However, in large herniations that severely compress the nerve, even if it relieves the pain, it may not completely eliminate the herniation; for this reason it should be supported with interventional methods.

The decision for surgery is made if one of these three main criteria is present: 1. Progressive loss of strength in the arm. 2. Severe pain that does not resolve despite at least 6 weeks of other treatments. 4. A loss of quality of life that makes daily life impossible.

A herniation recurs because of the weakness of the disc tissue and the excessive load placed on it. To prevent recurrence, one must move away from the "herniation-causing lifestyle". That is, weight should be lost, the lower back or neck muscles should be strengthened, and habits of carrying heavy loads should be abandoned.

Regular neck and arm exercises should be performed, smoking should be quit (smoking impairs the nutrition of the disc), and one should not sit in the same position for long periods.

Such unscientific methods can lead to the rupture of the nerve root, to a herniation that has not yet ruptured dropping into the canal and causing paralysis, or to permanent disabilities. Spinal health should be entrusted only to physicians who are experts in the field.

Microdiscectomy is a minimally invasive surgical method performed with the help of a high-resolution microscope. Entry is made through a small skin incision of about 3 cm at the front right side of the neck, and the muscles and important vessels are retracted. Thanks to the 20-40x magnification provided by the microscope, the herniated disc is removed completely and a "cage" is placed between the two vertebrae. With this method, the surrounding tissues and bone structure are preserved to the maximum degree.

Since the microsurgical method involves minimal intervention in muscle and bone tissue, wearing a neck brace for 3 weeks is sufficient for most patients.

Yes, it is normal. In a nerve root that has been under pressure for a long time, there may be some edema and a pain sensation we call "nerve memory". Depending on the nerve's healing process, this pain diminishes and disappears within weeks.

Loss of strength in the arm, impaired function of the hand and arm, and severe pain that does not subside despite at least 6 weeks of conservative treatment (medication, rest, physical therapy) are indications for surgery.

If the pressure on the nerve continues, permanent paralysis, chronic unrelenting pain, muscle wasting in the limbs and a serious loss of quality of life can occur.

As with any surgical procedure, there are risks of infection, bleeding, cerebrospinal fluid leakage and, at a very low rate, nerve damage. With microsurgery, however, these risks are minimal.

Walking begins on the first day, the incision site closes by day 10, and a return to social life is achieved by day 15. Full tissue healing takes about 6 weeks.

Since the entire disc is removed in cervical herniated disc surgery, no recurrence occurs at the same site.

With the right diagnosis and in skilled hands, the success rate of microsurgical or endoscopic operations is above 95%.

Generally, short flights are permitted 1 week after surgery, and bus journeys 2 weeks after, provided a break is taken every 2 hours.

For the first 4-6 weeks after surgery, it is recommended to perform prayer seated on a chair. Once full tissue fusion has taken place, prayer can be performed normally without straining the spine excessively.

Non-surgical treatments for a cervical herniated disc are modern approaches that aim to eliminate the pressure and pain caused by the herniation without making a surgical incision. These methods include a combination of medication and rest, physical therapy applications, epidural steroid injections, nerve blocks, ozone therapy, and nucleoplasty procedures in which the herniation is shrunk using radiofrequency energy.

These treatments are generally carried out within the scope of "interventional pain therapy". They are performed under operating-room conditions, but without making any surgical incision — the herniation area is reached only with special needle tips. During the procedures, live X-ray devices called "fluoroscopy" are used. This ensures that the medication or radiofrequency energy reaches exactly the point of the herniation, aiming for maximum effect.

In line with the principle in medicine that "there is no disease, there is the patient", the most effective method varies according to the patient's herniation type and clinical condition. If the main complaint is severe nerve pain radiating to the arm, the "epidural steroid injection" is very effective. If the aim is to shrink the herniation's volume and cause it to retract, "nucleoplasty or laser" methods come to the fore. The best result is obtained with the right method planned specifically for the patient.

Yes, when applied to the right patient with the right technique, the results are lasting. These treatments disperse the edema in the herniation area and initiate the herniation's shrinking process. However, the permanence of the treatment also depends on the patient's lifestyle after the procedure.

Scientific data and our clinical experience show that in correctly diagnosed patients who have not yet reached the surgical threshold, the success rate of these methods is between 80% and 85%. This rate is a very high and satisfying level for a patient to regain health without lying on the operating table.

Compared with surgical operations, the risks are extremely low. Not requiring general anesthesia and involving no stitches or incisions minimizes the risks of complications such as infection and bleeding. When performed in expert hands and under sterile conditions, they are very safe procedures.

The greatest advantage of these treatments is the fast recovery process. Our patients can walk home a few hours after the procedure. Those with desk jobs can generally return to work within 1-2 days, while those in jobs requiring physical strength can return within 1 week.

Absolutely yes. In fact, sport is a necessity to preserve the success of the treatment. We especially recommend starting light-paced activities one week after the procedure, and swimming, Pilates and neck-strengthening exercises after the first month.

In injection-based treatments (Epidural/Block), the reduction in pain generally begins within the first 5 days. The full effect is seen within 10 days.

Yes, with modern technologies this is possible. With the epidural injection, the herniation is shrunk and regression is achieved. In addition, methods such as nucleoplasty, which lower the pressure inside the disc, can trigger the herniated fragment's retraction toward the main disc (regression) through a vacuum effect. The body's defense system can also gradually absorb and shrink the herniated fragment as its edema decreases.

For us, the priority is always the patient's clinical picture and complaints. Sometimes a herniation that looks very large on the MRI image can improve with a non-surgical method, while sometimes a very small herniation can cause the patient unbearable pain. That is why we plan the treatment not just according to "the scan", but according to "the patient".

Any herniation can recur as long as spinal health is not taken care of. However, since there is less "adhesion" (fibrosis) in the herniation area after non-surgical treatments, if a recurrence does occur, the treatment process can be managed much more easily than surgical recurrences.

The most prominent complaint is morning stiffness. It is a severe pain felt in the back of the neck that increases when bending backward or turning to the right and left. The pain is usually in the neck region but can radiate to the shoulder and arms. When the patient stands or sits for a long time, they feel a great heaviness and aching in the neck.

The primary cause is age. However, uncontrolled sports activity, working in heavy physical jobs, previous neck traumas, and the disc losing its height due to a cervical herniation increase the load on the facet joints and thereby accelerate the arthrosis.

When left untreated, the arthrosis in the joints increases and bony spurs (osteophytes) form. This can lead to spinal canal narrowing. In addition, because of the pain the patient stops moving; this causes the neck muscles to weaken and the spine to be left completely without support, thereby creating a vicious cycle.

It is absolutely possible, and in fact the first option is non-surgical methods. With radiofrequency denervation, facet joint blocks, and physical therapy methods, more than 90% of our patients are able to return to a comfortable life without the need for surgery.

Yes, this is the most classic symptom of facet syndrome. That "rusty feeling" felt upon waking in the morning, which eases within 15-20 minutes as you move, points to arthrosis in the joints. Stagnation of the joint fluid causes this stiffness; the pain decreases with movement.

If the arthrosis has progressed so far that the bony structures are compressing the nerves and causing serious loss of strength (risk of paralysis), surgical stabilization (screw/plate) operations may be necessary. However, in arthrosis that involves only pain complaints, surgery is rarely the first choice.

Because radiofrequency needle treatment (denervation) deactivates the nerve fibers that carry the pain, it offers lasting relief for up to 3 years, and even longer in some patients. During this period, in patients who lose weight and strengthen their neck muscles, the state of well-being lasts much longer.

Yes, it is directly related. Arthritic joints disrupt the load balance of the spine. This imbalance paves the way for more load to be placed on the discs between the vertebrae and for the disc to wear out early and herniate.

Exercise is an integral part of the treatment. Especially Pilates, swimming, and stretching movements that strengthen the neck and arm muscles increase the success of the treatment by reducing the load on the facet joints. However, uncontrolled exercise should be avoided during the painful period.

Yes, but this is different from cervical disc herniation pain. We call this "referred pain." Pain originating from the facet joints can radiate to the level of the neck and shoulder. Pain that goes all the way down to the fingers, on the other hand, usually suggests that a herniation is accompanying the arthrosis.

To see the cartilage structures, the soft tissue, and the nerve compression, MRI is very valuable. However, to see the effects of the arthrosis on the bone and to view the amount of arthrosis in millimetric detail, Computed Tomography (CT) is sometimes superior in diagnosing arthrosis.

The small joints at the back of our spine that connect the vertebrae to one another are called "facet joints". The wearing down of these joints over time, the deterioration of their cartilage structure and the thickening of the surrounding ligaments is what we call cervical calcification, or Facet Syndrome. This condition is a source of chronic pain that restricts the mobility of the neck.

An epidural steroid injection is an interventional treatment method performed to relieve the edema, inflammation and pain around nerve roots that are compressed due to a cervical herniated disc or spinal canal narrowing. A combination of medications is delivered into the area called the "epidural space", between the spinal cord membrane (dura mater) and the spinal canal, with the aim of relieving the nerve without the need for surgery.

The procedure is performed under operating-room conditions, in a sterile environment, with the patient lying face down. Guided by advanced imaging devices (fluoroscopy), the targeted herniation area is reached with special fine needles. After the correct position of the needle is confirmed with contrast material, the medication mixture is injected into the relevant area. It is a procedure that involves absolutely no stitches or incisions.

An epidural steroid injection is not a surgical operation requiring hospitalization. After the procedure, our patients are discharged the same day, walking, following an observation period of about 2 hours. In this respect, it is one of the treatment methods offering the highest patient comfort.

When performed by a specialist neurosurgeon in a sterile environment, the risks are negligible. Rarely, temporary pain at the injection site, mild dizziness or short-term blood pressure changes related to the medications used may occur. Risks such as infection or bleeding are below 1% under professional standards.

Some patients may feel immediate relief due to the local anesthetic in the medication. However, the actual therapeutic, edema-relieving effect usually begins within 24-72 hours. Maximum recovery and complete suppression of the pain is achieved within 10 days.

Rather than "dissolving" the herniation, this method shrinks it and eliminates the pressure it creates on the nerve, the chemical inflammation and the edema. When the pressure on the nerve is relieved, the pain subsides. The herniated tissue, with its edema dispersed and its size reduced, becomes easier for the body's defense mechanisms to absorb over time (regression).

The injection typically consists of two main components: a medication combination of a low-dose local anesthetic to stop the pain immediately, together with hyaluronidase, hypertonic NaCl (saline) and a steroid. Because this mixture is delivered directly to the problem area, its systemic side effects are quite low.

On the day of the procedure, you should rest at home. For the first 24 hours, heavy physical activity should be avoided, and movements that load the neck — such as bending forward or lifting heavy loads — should not be performed. From the second day onward, you can return to normal daily activities; however, for full recovery you should follow your doctor's recommendations.

This procedure should be performed under operating-room conditions by Brain and Nerve Surgery (Neurosurgery) specialists who have full command of spinal anatomy and nerve root surgery.

There are two types according to the application technique: the "interlaminar" injection and the "transforaminal" injection. The most suitable technique is chosen by the surgeon based on the patient's MRI findings.

In most cases, a single session is sufficient to relieve the patient's pain and cause the herniation to regress. However, in certain special situations, up to 3 sessions may be performed.

Yes, the greatest success of this method is saving patients on the verge of surgery from an operation. About 90% of patients who have severe pain but no risk of paralysis are able to regain their health thanks to the epidural steroid injection, without ever lying on the operating table.

With the right patient selection, it offers a "definitive and lasting" solution. If the patient watches their weight and strengthens their neck muscles after the procedure, the risk of the herniation recurring is minimized.

Although such a fear exists among the public, in procedures performed under imaging guidance (fluoroscopy), the likelihood of the needle damaging the nerve or the spinal cord is much lower than in a surgical operation. In skilled hands, this risk is practically nonexistent.

During the procedure, the needle is applied at levels far below where the spinal cord ends, and (as long as it stays within the epidural space) it does not even touch the spinal cord membrane. For this reason, damage to the spinal cord is not a medically expected occurrence.

Yes, absolutely. In fact, since the inflammation around the nerve is much more intense in ruptured (extruded) herniations, this injection can produce miraculous results. If there are no signs of paralysis, one of the first options for ruptured herniations is the epidural steroid injection.

Before the procedure, the area where the needle will enter is completely numbed with local anesthesia. The patient may only feel slight pressure; however, no serious pain or ache is felt. If needed for the patient's comfort, light sedation (a relaxing sleep-like state) can also be applied.

In "blind" injections performed without fluoroscopy, there is a high risk of the medication going to the wrong place. The imaging device ensures that the needle reaches, with millimetric precision, the exact point where the herniation is crushing the nerve, thereby guaranteeing the success and safety of the treatment.

The most common — but temporary — side effects are tenderness at the procedure site, mild numbness in the arm, and a short-lasting headache. These effects usually disappear on their own within 24 hours.

No, hospitalization is not required. As it is an interventional pain treatment, our patients are discharged home the same day, walking, together with their companions, after 1-2 hours of monitoring in a recovery room.

Very rarely, a temporary increase in pressure on the nerve may be felt as the volume of medication enters the confined area where the injection is given. Although this may cause the pain to increase slightly in the first 24 hours, once the medications begin to take effect, this sensation gives way to marked relief.

Spinal stenosis — or, as it is popularly known, spinal canal narrowing — is the narrowing of the bony canal through which the spinal cord and nerve roots pass, due to aging or other factors. As a result of this narrowing, the nerves become compressed; it is a chronic process that causes pain and numbness in the arms and seriously restricts the patient's quality of life.

Neck and arm pain, burning in the arms and permanent loss of strength in the arms are also seen.

The most common cause is age-related degeneration. It occurs as the discs between the vertebrae lose water and collapse, the joints calcify and thicken, and the ligaments inside the spine (ligamentum flavum) lose their elasticity and thicken, narrowing the canal. Rarely, a congenitally narrow canal structure or past traumas can also lead to this condition.

Untreated canal narrowing is unfortunately not a process that heals on its own; on the contrary, it is progressive. Chronic pressure on the nerves can cause wasting of the arm muscles and permanent numbness.

Treatment is planned according to the stage of the disease. At the initial stage, medication, rest and physical therapy are applied. In moderate narrowing, the area around the nerve is relieved with epidural steroid injections and nerve blocks. In advanced narrowing and in the presence of neurological loss, however, surgical intervention (decompression) is the definitive solution.

The diagnostic process begins with a detailed history and examination of the patient. For a definitive diagnosis, cervical MRI is the gold standard; the diameter of the canal is measured to the millimeter. Computed Tomography (CT) to see the calcifications in the bone structure more clearly, and an EMG test to check the conduction status of the nerves, also assist the diagnosis.

Non-surgical methods are quite effective, especially in "mild and moderate" narrowing. The epidural steroid injection reduces the inflammation in the nerve roots and relieves the patient's pain. However, if the canal is completely closed off by bone and ligament tissue, these methods provide only temporary relief; the lasting solution is surgery.

If noticeable loss of strength has begun in the arms and the injection treatments applied are not producing results, it means the time for surgical intervention has come. In making the decision, the degree of restriction in the patient's daily life is taken into account rather than the MRI image.

Placing screws is not required in every canal narrowing operation. In a stable spine, simply widening the canal (decompression) may be sufficient.

Thanks to modern microsurgical techniques and neuromonitoring devices, the risks have been greatly minimized. However, as in any surgery, infection, bleeding or, rarely, a tear of the dura (spinal cord membrane) can occur. With an experienced surgeon and the appropriate technique, these risks are managed successfully.

A cervical herniated disc usually starts suddenly and is the soft disc tissue crushing the nerve; it can occur at any age. Canal narrowing, on the other hand, is a chronic process spread over years, usually seen over the age of 50, caused by the thickening of bone and ligament tissue.

Yes, absolutely. Chronic pressure on the nerves leads to sensations such as matting/numbness in the arms and hands or an "electric shock" feeling. This is a sign that nerve damage has begun.

Not every canal narrowing patient has to undergo surgery. If your complaints do not greatly disrupt your quality of life and you have no neurological loss, you can continue your life with weight control, exercise and periodic injection treatments. Surgery is a savior "when the end of the road is reached" and life becomes unbearable.

The epidural steroid injection is the most powerful weapon before surgery. In a large proportion of patients with canal narrowing, it can provide relief lasting months, sometimes years, by easing the pressure and edema around the nerve. Even if it does not cure completely, it is a very successful method for delaying surgery or improving quality of life.

Since canal narrowing is generally a slowly progressing process, the risk of sudden paralysis is lower than with a cervical herniated disc. However, in neglected cases where the loss of strength in the arms is not taken seriously, nerve conduction can be completely interrupted and irreversible walking disorders can develop. Early diagnosis and proper follow-up eliminate the risk of paralysis entirely.

Nucleoplasty is a treatment focused more on the "cervical herniated disc". In canal narrowing, the fundamental problem is not the disc tissue but the thickening of bone and ligament tissue. Therefore, unless there is a large accompanying herniation, nucleoplasty is not the first choice in the treatment of canal narrowing. In these cases, the epidural steroid injection achieves far superior success.

The most common method still performed as canal narrowing surgery is the posterior cervical laminectomy. In patients who have a vertebral slippage problem, or who are thought likely to slip after laminectomy, lateral mass screw fixation is performed in the same session. After the skin incision made at the back of the neck, the neck muscles are retracted to both sides. The bones we call laminae are removed from the levels with canal narrowing, thereby widening the spinal canal. If there is vertebral slippage (instability), screws are applied in the same session to the elements we call the lateral masses, achieving fixation (stabilization) and fusion of the vertebrae.

With the right patient selection and meticulous microsurgical planning, the success rate in canal narrowing operations is above 90%. Most of our patients state that they are freed from the complaints they experienced before surgery and that their comfort zone has increased dramatically.

Thanks to advanced microscope technology and devices called "neuromonitoring", which track nerve functions in real time during the procedure, the risk of nerve damage has dropped below 1%. The combination of the surgeon's experience and these technologies makes the operation extremely safe.

The greatest advantage of the closed/microsurgical method is that it mobilizes the patient quickly. Our patients can generally get up and walk in the corridor 4-6 hours after surgery, as soon as the anesthesia wears off, accompanied by a nurse and physiotherapist. The hospital stay is usually just one night.

Arm pain and cramps usually disappear the very day after surgery. However, the complete resolution of the numbness and tingling caused by long-term pressure can take a few weeks, depending on the nerve's speed of self-renewal. The moment the pressure on the nerve is lifted, the "healing clock" starts ticking.

During the first 4-6 weeks of the "tissue fusion" period, sudden bending and twisting movements should be avoided. After the first month, as the neck muscles strengthen, the patient fully regains normal daily mobility.

Our patients who work in desk-based and mentally oriented jobs can generally return to work within 10-15 days. In more active lines of work requiring physical strength, this period can extend to 4 to 6 weeks. Light walks taken in the early period speed up the return-to-work process.

In our lower back there are 5 vertebral bones, and between them there are cartilages called discs. The disc acts like a shock absorber, providing the mobility of the spine and its resistance to impacts. The disruption of the anatomical integrity of these discs, causing them to protrude outward, is called a herniated disc (lumbar disc herniation). The herniated, that is, outwardly protruding disc, compresses the spinal canal and the nerve roots passing through it. Thus, the disease manifests itself with severe pain radiating to the lower back and the leg.