Neuronavigation

Neuronavigation is an advanced computer-assisted technology that allows neurosurgeons to visualize the anatomy of a patient's brain or spine during surgery. Operating akin to a GPS system guided by infrared beams, the navigation system aids the surgeon in precisely locating crucial anatomical structures, such as arteries and nerves, which may not be directly visible even under the microscope.

Navigation is instrumental in enhancing the safety of approaches through the skull bone, allowing surgeons to meticulously plan surgeries while preserving vital normal brain structures. In regions where tumors have disrupted typical anatomy, navigation becomes a valuable tool for neurosurgeons, aiding in precise and accurate operations. Additionally, ear, nose, and throat (ENT) surgeons can utilize navigation as a support tool for procedures involving the nasal and paranasal areas, as well as operations on components of the inner ear's hearing mechanism.

DIAGNOSIS

Utilizing neuronavigation offers real-time guidance to neurosurgeons throughout every phase of the surgery, including planning, execution, and confirming the adequacy of the procedure to ensure complete removal of the tumor.

Advantage of use of Neuronavigation:

• Maximises the precision and efficacy of surgery
• Minimises the damage to normal structures
• Increases the safety profile of the surgery
• Reduces the duration of surgery
• Enable operation through smaller openings lowering the incidence of wound infections
• Minimises pain and scarring
• Shorter hospital stay
• More patient comfort

Currently, neuronavigation is used primarily for interventions requiring millimetric precision: surgery for brain tumors in complex regions of the brain and skull base, epilepsy surgery, circulatory abnormalities of the cerebrospinal fluid (fluid within the brain), ENT surgeries and certain interventions on the spine.