Endoscopic spine surgery enables the treatment of spinal disorders through camera-assisted minimally invasive techniques. Its aim is to relieve pressure on the nerve roots while causing the least possible tissue damage. Today, this method has created a major transformation in spine surgery.
Minimally invasive surgery is based on preserving muscle and bone tissues. Instead of large incisions, small entry points are preferred. This helps shorten the recovery period.
Microsurgery is a minimally invasive surgical technique performed with a microscope; however, it is still considered an open surgery. Endoscopic surgery, on the other hand, is a closed procedure performed with a camera system. The endoscopic method provides a wider field of view and causes less tissue trauma.
Spinal stenosis is the narrowing of the canal through which the spinal cord passes, leading to compression of the nerves. Leg pain that increases with walking is a typical symptom. The spinal canal can be decompressed with endoscopic techniques.
It is suitable for elderly patients, individuals who experience leg pain during long walks, and those who do not improve with medication.
Numbness, tingling, weakness, and pain are typical signs of nerve compression.
Since the muscles and ligaments are preserved, spinal stability is not compromised. Therefore, screw and implant placement is unnecessary in most patients.
It is used in cervical disc herniation, cervical spinal stenosis, and foraminal stenosis. Pain radiating to the arm often decreases rapidly.
Early mobilization, short walks, and controlled exercises help accelerate recovery.
With technological advancements, the range of applications for endoscopic surgery is rapidly expanding. It is expected to become the gold standard in spine surgery in the coming years.
Complication rates in endoscopic spine surgery are significantly lower than in conventional open surgery. The main reason for this is the preservation of muscles and ligamentous tissues. The most common complications may include temporary increase in pain or mild numbness. Serious complications are quite rare.
Not every patient may be suitable for endoscopic surgery; however, with the appropriate technique, most spinal problems can be treated endoscopically. The location of the problem and the overall condition of the spine determine patient selection. Proper patient selection is one of the most important factors for surgical success.
In cervical disc herniation, endoscopic surgery is an effective solution for symptoms such as arm pain and numbness. It offers the advantages of a small incision and rapid recovery.
Early mobilization improves blood circulation, reduces the risk of blood clots, and speeds up healing. This is one of the greatest advantages of endoscopic surgery.
The rehabilitation process includes walking, light exercises, and lifestyle modifications. The goal is to protect the long-term health of the spine.
Its advantages include a small incision, rapid recovery, and low complication rates. However, in some situations such as advanced instability, different surgical methods may be required. Today, when necessary, implant and screw placement can also be performed endoscopically in many patients.
Proper sitting posture, regular exercise, and an ergonomic working environment are essential for maintaining spine health.
High-resolution cameras, specialized micro-instruments, and advanced imaging systems form the foundation of endoscopic surgery.
The decision for surgery is made by evaluating the patient’s symptoms, imaging findings, and quality of life together.
As technology continues to advance, the range of applications of endoscopic spine surgery is steadily expanding, and it is expected to become even more widespread in the future.
