Results for tag: "MR Imaging In Neurosurgery"

MR Imaging, or Magnetic Resonance Imaging, in the field of neurosurgery is a critical tool for preoperative planning, intraoperative guidance, and postoperative assessment in surgical procedures involving the brain and spinal cord. The integration of high-resolution MR imaging into neurosurgical practices has enhanced the precision of brain tumor resections, vascular surgery, and functional neurosurgery by providing real-time visualization of neuroanatomy and pathology. Intraoperative MRI (iMRI) systems are specifically designed to function within the sterile surgical environment, enabling surgeons to update or "refresh" image data during an operation to account for shifts in brain anatomy that occur when the skull is opened and the brain is manipulated. These images assist in navigating complex surgeries, maximizing the removal of abnormal tissue while preserving critical brain regions. MR imaging also plays a role in stereotactic procedures, where it aids in accurate targeting for biopsy or treatment delivery, and in radiosurgery planning, where precise localization of the lesion is essential. Postoperatively, MRI is used to assess the extent of resection and to monitor for complication or recurrence. In the market of MR Imaging for neurosurgery, several key players offer cutting-edge technology and systems. Companies such as GE Healthcare, Siemens Healthineers, and Philips are known for their advanced MRI scanners and imaging solutions. Hitachi and Canon Medical Systems also provide competitive MRI technology within this space. Additionally, IMRIS and Synaptive Medical specialize in creating intraoperative MRI systems designed to integrate seamlessly Show Less Read more