Neuronavigation

The neuronavigation system consists of three main components:

• Imaging system: Techniques such as computed tomography (CT) or magnetic resonance imaging (MRI) are used to obtain detailed images of the patient's brain structures.

• Computer system: This system processes the images and provides the surgeon with a three-dimensional brain map.

• Tracking system: A system that monitors the position of the surgical instruments or the patient’s head. It displays the exact location of the instruments inside the brain to the surgeon.

Neuronavigation offers many advantages in brain surgery:

• More precise surgery: The surgeon can reach the targeted area in the brain with greater accuracy.

• Less invasive procedures: Smaller incisions can be made, reducing damage to surrounding tissues.

• Shorter surgery time: A shorter operation reduces the patient’s time under anesthesia.

• Fewer complications: Risks of nerve damage, bleeding, and infection are significantly reduced.

• Better outcomes: Patients experience faster recovery and improved surgical results.

Neuronavigation can be used in various types of brain surgery procedures:

• Brain Tumor Surgeries: In the removal of brain tumors, neuronavigation helps the surgeon identify the exact location and boundaries of the tumor, allowing for more complete resection.

• Epilepsy Surgery: Used for removing the brain area responsible for seizures or for the accurate placement of electrodes.

• Parkinson’s Surgery: Ensures precise placement of electrodes during deep brain stimulation (DBS) used in the treatment of Parkinson’s disease.

• Other Brain Surgeries: Also utilized in procedures such as aneurysm repair, treatment of brain hemorrhage, and hydrocephalus management.

Imaging Tests:
Before surgery, imaging tests such as CT or MRI scans are performed to obtain detailed images of the patient’s brain structures.

Planning:

The surgeon uses these images to plan the surgery and identify the target area. The neuronavigation system is utilized during this planning phase.

During the surgery, a special frame is placed on the patient’s head to track head movements. The surgeon monitors brain images on a computer screen in real time and precisely determines the location of surgical instruments on these images. This enables the surgeon to perform the operation with greater precision and safety.

Neuronavigation is generally a safe procedure, but it carries some risks:

• Infection: Rarely, infection may develop at the surgical site.

• Bleeding: Occasional bleeding can occur during surgery.

• Brain injury: Rarely, improper use of the neuronavigation system may cause brain damage.

• Other risks: These include anesthesia-related risks and allergic reactions.

A Life Healthcare Group is a specialized medical institution in brain surgery procedures performed using neuronavigation technology. Our experienced neurosurgeons and healthcare professionals provide the best care to our patients using the latest technology and methods.

Advantages offered by A Life Healthcare Group:

• Experienced neurosurgeons: Our expert and experienced surgeons determine the most suitable treatment method to help you regain your health.

• State-of-the-art neuronavigation systems: We use the latest neuronavigation technology in our surgeries.

• Multidisciplinary approach: A collaborative approach involving specialists from various disciplines.

• Patient-centered care: Focused on the needs and expectations of the patients.

• Comfortable and safe environment: All procedures are performed in a modern and comfortable setting, prioritizing patient safety and comfort.

Find safe and effective solutions in brain surgery with A Life Healthcare Group!