Spinal Canal Stenosis Treatment

The human spine extends along the body from the neck to the pelvis. It consists of 33 bones (vertebrae) separated by cartilage discs: 7 cervical, 12 thoracic, 5 lumbar, 5 fused sacral vertebrae, and 4 fused coccygeal bones. The vertebrae, connected by ligaments, muscles, and tendons, form a flexible yet strong structure that allows for body movement, protects the spinal cord nerves, and supports the body in an upright position.

Cartilage discs act as shock absorbers, providing mobility to the spine. The disc contains a gel-like core that, with age and load, can deform and thin, leading to reduced spacing between vertebrae. This often results in nerve compression, causing back pain and leg pain (claudication when walking).

Spinal canal stenosis in Israel may occur in the cervical, thoracic, or lumbar spine and can be anterior or posterior.

Accurate diagnosis is crucial and involves:

• X-rays
• Ultrasound
• ECG
• MRI
• Multislice CT

Spinal canal stenosis treatment in Israel is often necessary when the narrowing progresses and causes severe pain.

Symptoms include:

• Numbness and pain in shoulders and arms (cervical stenosis)

• Lower back pain (lumbar stenosis)

• Pain in one or both legs

• Neurogenic claudication: bending forward can relieve pain temporarily

• Numbness, tingling, or weakness in legs while standing or walking

• Severe lumbar stenosis may lead to bladder and bowel dysfunction
  

The surgical approach for spinal canal stenosis treatment in Israel depends on the stenosis location. Options include endoscopic, thoracotomy, or combined techniques using metal or bone grafts.

Surgical interventions may involve:

• Relieving nerve or vascular compression in the spinal canal

• Spinal stabilization procedures

• Interspinous endofixation

• Microdiscectomy for herniated discs

The goal is to relieve nerve compression, reduce pain, and eliminate neurological symptoms. Minimally invasive stenosis treatment in Israel often involves endoscopic surgery through a small incision with a camera and instruments. Real-time visualization and X-ray guidance ensure precision.

Advantages of minimally invasive spine surgery include fewer complications, less trauma, and faster recovery. Most patients are discharged within 3–4 days and can resume normal activities pain-free. For some conditions, such as spondylosis, bone grafts may be used to prevent vertebral displacement and promote healing. Sometimes, screws or metal plates are used for stabilization.

Endoscopic spine surgery for stenosis can be performed under local or general anesthesia. Local anesthesia provides numbness in the surgical area; if an allergic reaction occurs, general anesthesia with artificial ventilation is administered.

Post-surgery, 70–80% of patients experience pain relief and no complications.

In some cases, spinal canal stenosis in Israel may be treated conservatively. This includes pain relievers, anti-inflammatory drugs, steroid injections, physical therapy, and limiting physical activity. If pain persists, is unbearable, or limits mobility, no wait spine surgery is recommended.

Advanced spine surgery in Israel provides innovative solutions for complex cases, offering hope for patients with spinal canal stenosis.