Riga Eastern Clinical University Hospital (RAKUS) has successfully conducted surgeries on patients with tumors of the brain and spinal cord using intraoperative neurophysiological monitoring. This innovative approach allows neurosurgeons to continuously track the patient's nervous system functions throughout the operation, thereby increasing the precision of tumor removal and reducing the risks of damaging critical nerve centers. For patients, this method may result in a lower risk of postoperative complications and better chances of preserving mobility and sensory functions as well as a faster recovery process.

The first surgeries utilizing this technique were performed by a multidisciplinary team at the Eastern Hospital's Neurology and Neurosurgery Clinic's 16th Neurosurgery Department. The role of the neurophysiologist in such surgeries is crucial; they consistently monitor the functional state of the patient's nervous system while surgeons perform the tumor resection. This monitoring enables doctors to safely excise tumor tissues while minimizing the risk of additional functional damage, making this new method a significant advancement in neurosurgery.

As medical technology continues to evolve, the implementation of such techniques represents a shift towards more patient-centered approaches in neurosurgery. The ability to enhance surgical outcomes and improve recovery times not only benefits individual patients but also represents an overall advancement in healthcare practices in Latvia. This development may set a precedent for similar methods to be adopted in other hospitals, leading to broader improvements in patient care across the region.