Intraoperative MRI enables surgeons to image tumor in brain with high accuracy and better resolution while patient undergoing surgery results in reduced risk of brain damage and improved surgical outcomes in adults. However, its application in pediatric requires evaluation. The application of intraoperative magnetic resonance imaging (iMRI) has been an important innovation during the surgical operation of intracranial tumor and other brain abnormalities.
In recent past, MRI technology is developed with a greater precision that allow to detect the smallest lump of cancer cells. This is possible because of higher field iMRI which greatly improved image quality and removal of tumor with no loss of accompanying functional areas by increasing safety medical procedure. Introspective studies from adult patients, by using iMRI in combination with computer based neuronavigation provides a safest…
