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Over time, the discs between the lumbar vertebrae may wear down or bulge outward, which can put pressure on the nerve roots. This is called a lumbar disc herniation. In addition to low back pain, there may be pain radiating to the buttock and leg, numbness, tingling and, in some patients, loss of strength. Symptoms may worsen particularly with coughing, sneezing, prolonged sitting or certain movements. However, a disc herniation seen on an MRI does not by itself mean that there is a disease. The treatment decision is made by evaluating how well the patient's complaints, examination findings and MRI images match one another.

No. For most patients with a lumbar disc herniation, surgery is not the first option. In patients without loss of strength or serious neurological findings, methods such as medication, adjusting daily activities, exercise and physical therapy may be used. In suitable patients, interventional treatments such as epidural or transforaminal injections may also be used. Surgical treatment is mainly considered for patients with progressive loss of strength, those who develop severe nerve compression, or those whose pain significantly impairs their quality of life despite non-surgical methods.

Yes. Non-surgical treatment is possible for many patients with a lumbar disc herniation. Treatment may include medication, suitable exercise programs, physical therapy and lifestyle changes. In selected patients whose main complaint is nerve root pain radiating to the leg, interventional pain treatments such as an epidural steroid injection or a transforaminal injection may be used. However, non-surgical treatment is not applied in the same way for every patient. Particularly in the presence of serious neurological findings such as progressive loss of strength or impaired bladder or bowel control, surgical treatment should not be delayed.

Injection treatment for a lumbar disc herniation is an interventional treatment that aims to reduce pain and inflammation around the nerve root affected by the herniation. It is usually performed under imaging guidance, with the medication delivered to the targeted area in a controlled manner. It may be preferred particularly in suitable patients with pain radiating from the lower back to the buttock and leg. The purpose of the injection is not to physically remove the herniation but to help bring the patient's pain under control by reducing the edema and inflammation around the nerve.

An epidural steroid injection is a procedure in which medication is delivered into the epidural space surrounding the spinal cord and nerve roots. It may be used particularly in patients with pain radiating to the leg due to a lumbar disc herniation, spinal stenosis or nerve root irritation. The medication aims to reduce the inflammation around the nerve and bring the pain under control. An epidural injection is not performed for every case of low back pain. The patient's complaints, examination and MRI images are evaluated to decide which patients may benefit from this treatment.

A transforaminal injection is an injection method targeted around a specific nerve root as it exits the spine. It may be used particularly for pain radiating to the leg when a single nerve root is affected by a lumbar disc herniation. During the procedure, the relevant nerve root is identified with the help of imaging, and the medication is delivered to the targeted area. The aim is for the medication to reach the area around the nerve thought to be causing the pain in a more controlled way. Whether a transforaminal injection is suitable is determined according to the patient's examination and imaging findings.

It is possible in some patients; however, this does not apply to every patient. Injection treatment can provide significant relief, particularly in suitable patients in whom the main cause of pain is inflammation around the nerve root. During this period, the herniated disc tissue may also shrink over time and the pressure on the nerve may decrease. As a result, the need for surgery may be eliminated or postponed in some patients. However, if there is progressive loss of strength or there are serious neurological findings, injection treatment should not be regarded as an alternative to surgery.

The time it takes for the effect of the treatment to appear may vary from person to person. If a local anesthetic was used in the injection, temporary relief may be felt shortly after the procedure. The anti-inflammatory effect of the steroid medication, on the other hand, may generally take longer to appear. While some patients feel significant relief within a few days, in others it may take longer to assess the effect. The success of the treatment should not be judged solely by the change in pain during the first few hours; it should be assessed over the course of follow-up.

The aim of injection treatment is not to physically eliminate the herniated disc. The aim is to bring the pain under control by reducing the inflammation around the nerve root affected by the herniation and to help the patient return to daily life. While some patients may experience long-lasting relief, in others the effect may be shorter. The nature of the patient's herniation, the degree of nerve compression, the duration of complaints and other accompanying spinal problems may affect the outcome of the treatment.

When the discs between the cervical vertebrae bulge out or herniate, pressure may develop on the nerve roots or, in some patients, on the spinal cord. In addition to neck pain, there may be pain radiating from the shoulder to the arm and hand, numbness, tingling and loss of strength. In more advanced cases with spinal cord compression, other findings such as loss of dexterity in the hands, unsteadiness when walking or stiffness in the legs may also appear. Treatment is planned by evaluating the patient's clinical findings and MRI images together.

No. A significant proportion of cervical disc herniations can be monitored and treated with non-surgical methods. The decision to operate is not made by looking only at the patient's MRI image. The duration and severity of the pain, pain radiating to the arm, loss of strength, changes in reflexes and whether there is pressure on the spinal cord are evaluated together. In patients without progressive neurological deficits or significant spinal cord compression, conservative treatment methods may be preferred first.

It is possible in suitable patients. Medication, exercise, physical therapy and adjusting daily habits may be among the first options. Interventional pain treatments may also be considered in selected patients. However, in a cervical disc herniation, particularly when findings such as spinal cord compression, progressive loss of strength, difficulty walking or a decline in manual dexterity are present, treatments aimed only at reducing pain may not be sufficient. In such cases, an evaluation for surgical treatment is necessary.

Lumbar spinal stenosis is a narrowing, over time, of the canal inside the spine through which the nerves pass. Patients may experience low back and leg pain, numbness, a feeling of heaviness or weakness, particularly when walking or standing for long periods. After walking a certain distance, patients may feel the need to sit down or bend forward. Treatment varies according to the degree of the stenosis and the patient's complaints. While non-surgical methods may be used in mild and moderate cases, surgical decompression may be necessary when nerve compression is advanced.

Sciatica is actually not a disease in itself but a term describing a type of pain that arises when the nerve roots forming the sciatic nerve are affected. The pain usually starts in the lower back or buttock and may radiate to the back or side of the leg, sometimes down to the foot. It may also be accompanied by numbness and tingling. Although one of the most common causes of sciatica is a lumbar disc herniation, spinal stenosis and other spinal disorders may also cause similar complaints. To plan treatment correctly, the underlying cause needs to be identified.

Whether surgical treatment is necessary is evaluated individually for each patient. Progressive or significant loss of strength makes surgery a more important consideration. Signs of severe nerve compression, such as impaired bladder or bowel control or numbness around the genitals and anus, require urgent evaluation. Apart from this, surgery may be considered for pain that persists despite appropriate non-surgical treatments and seriously affects daily life and sleep. The decision to operate is not based solely on the size of the herniation on the MRI.

The method used in lumbar disc herniation surgery is determined according to the level and location of the herniation, the anatomy of the spine, accompanying problems such as spinal stenosis and the patient's individual characteristics. Today, microsurgical and endoscopic methods can be used. The methods commonly referred to as “closed lumbar disc surgery” mostly mean techniques performed through smaller surgical access routes. However, not every herniation is suitable for an endoscopic or closed method. The aim is not to apply a particular technique but to relieve the pressure on the nerve safely and adequately.

Endoscopic lumbar disc herniation surgery is a method that aims to remove the herniated disc fragment pressing on the nerve through a small surgical access route, using a camera system and special surgical instruments. In suitable patients, it may offer advantages such as a small incision, less tissue damage and an earlier return to daily life. However, not every lumbar disc herniation is suitable for endoscopic surgery in terms of its location and anatomical structure. Which method will be used should be determined after the patient's MRI images and clinical findings have been evaluated.

No. Age-related changes, bulges or herniations in the discs can be seen on lumbar and cervical MRIs even in people who have no complaints at all. Therefore, not every herniation seen on an MRI image means a disease that needs to be treated. What matters is whether the imaging finding is consistent with the patient's pain, numbness, loss of strength and neurological examination. Treatment is given to the patient, not to the MRI image.