Minimally Invasive Techniques
Modern medicine emphasizes minimizing trauma in surgical interventions, and spinal surgery is a prime example of this approach. Minimally invasive techniques effectively treat a wide range of spinal disorders with minimal risks and a reduced recovery period. These methods not only provide high precision in surgeries but also open new possibilities for patients who previously considered surgical treatment unsuitable.
What are minimally invasive techniques?
Minimally invasive methods involve the use of special tools and technologies that allow surgeries to be performed through small incisions (usually 1-2 cm long). Unlike traditional surgery, which requires significant tissue dissection, the minimally invasive approach preserves muscle and ligament structures, facilitating quick recovery.
For these procedures, the following are used:
- endoscopic systems that provide a view of the operating area through a microscopic camera
- robotic assistants that enhance the precision of the surgeon's movements
- fluoroscopy and navigation systems that allow for jewel-like precision manipulations, avoiding damage to nerve structures
Who are these operations suitable for?
Minimally invasive methods are suitable for treating various spinal pathologies, including:
- intervertebral hernias
- spinal stenosis
- degenerative disc changes
- nerve compression relief
- spondylolisthesis
- Statistics confirm: more than 90% of patients with intervertebral hernias can be successfully treated using minimally invasive methods, with a return to normal activity taking on average 4–6 weeks, which is significantly faster compared to traditional surgery.
Advantages of minimally invasive spinal surgery
- Less pain: After the operation, patients experience minimal pain syndrome thanks to tissue preservation and less trauma.
- Short rehabilitation period: Quick recovery is one of the key factors that make these methods so popular. On average, patients return to light physical activity within 2–3 weeks.
- Minimal risk of complications: The reduction in the likelihood of infections, bleeding, and postoperative complications makes these methods safer.
- Aesthetics and comfort: Small incisions leave almost invisible scars, which is especially important for many patients.
Technologies that change the approach to treatment
Minimally invasive operations are unthinkable without modern technologies. For example, endoscopic procedures allow the surgeon to "see" the operating field on a screen in multiple enlargements. This is particularly important for complex manipulations on the spine, where the slightest mistake can affect the functions of the nervous system.
Robotic surgery, such as the use of the Da Vinci system, enables complex operations to be performed with millimeter precision. This is especially relevant for patients with anatomical features such as unusual vertebral structure or complex cases of nerve compression.
Minimally invasive techniques and Alisa Health Group
Alisa Health Group collaborates with clinics that specialize in minimally invasive spinal surgery and use only advanced techniques. We work with surgeons who have international certifications and extensive experience with high-tech equipment.
We understand how important it is to feel confident when making a decision about treatment. Therefore, our team accompanies you at every stage—from selecting a clinic to your return home. For us, it is important not only to provide access to the best specialists but also to create comfortable conditions for recovery.
