This account is pending registration confirmation. Please click on the link within the confirmation email previously sent you to complete registration. Need a new registration confirmation email? Click here
Patients can sleep during deep brain stimulation procedure using intraoperative toolsIRVINE, CA, and
Dec. 3, 2013 /PRNewswire/ - IMRIS Inc. (NASDAQ: IMRS; TSX: IM) ("IMRIS") and MRI Interventions, Inc. (OTCQB: MRIC) today announced that Cook Children's Medical Center in
Fort Worth, Texas, is the first U.S. pediatric hospital to offer asleep deep brain stimulation (DBS) surgery to children suffering from dystonia by utilizing the combination of MRI Interventions' ClearPoint
® Neuro Intervention System and an IMRIS VISIUS
® Surgical Theatre for real-time intraoperative image guidance and procedure visualization.
"The VISIUS iMRI and ClearPoint guidance platform make DBS surgery an option for these children," said Dr.
John Honeycutt, Medical Director of the Cook Children's Department of Neurosurgery, who led the first two pediatric asleep DBS procedures in early November. "It is very difficult for children to remain awake during surgery, and the real-time intraoperative visualization and guidance we use with these technologies means they do not have to."
DBS surgery is usually performed on patients who are awake so the surgeon can assess the placement of leads (wires) by observing the effect of stimulation in an area of the brain. This is very difficult for children to manage, and children with dystonia have a lot of involuntary movement. However, the combination of ClearPoint and VISIUS iMRI technologies enables Dr. Honeycutt to observe the surgical instruments and exact target location in the patient's brain throughout the operation in real time, allowing these young patients to sleep through surgery and reduce the anxiety associated with it.
Using these technologies, Dr. Honeycutt is able to see and select the desired neurological target area, establish a trajectory, and visualize the target on MR images as the electrode is inserted to the desired location.