Intraoperative Neurophysiology Monitoring Unit (IONM)
Intraoperative Neurophysiology Unit
MGH Department of Neurology
Mirela V. Simon, MD
Request for Services (Neuromonitoring/mapping)
Page OR Neuromonitoring Beeper: #11581
We are a 24 hour on-call service during the week. Please page the main pager and follow instructions. A timely response will follow.
Medical Education Programs Coordinator
Department of Neurology
Massachusetts General Hosptial
Brigham and Women's Hospital
Harvard Medical School
55 Fruit Street, Wang 721J
Boston, MA 02114
Administrative Manager, Clinical Neurophysiology Laboratories
IOM Technologists Office: 857-238-5460
Aaron Tripp, R.EEG.T, CNIM
Intraoperative neurophysiology is a fast-growing field in neurology and clinical neurophysiology. Through an array of electrophysiological techniques, neurophysiologists are able to identify functional neural tissue, detect impending damage, localize the level of such damage within the neuroaxis and relay this information to surgeons during a variety of procedures. Neuro-monitoring and neuro-mapping prevent post-operative neurological deficit of the brain, brainstem, spinal cord, cranial and peripheral nerves.
Intraoperative neurophysiology has a significant positive impact for patient safety, enhances patient care, and is a great venue for neuroscience research.
The Intraoperative Neurophysiology Monitoring (IONM) team at Mass General is a professional team of neurologists and technologists with many years of IONM experience, who provide live functional guidance. We are present during any surgery in which there lies a high risk of neurological deficit. The IONM service is committed to improve neurological outcome after surgery.
As a whole, the team has been part of multidisciplinary care, working closely with members of the Neurology, Neurosurgery, Vascular Surgery, Orthopaedic Surgery and Anesthesia Departments. Our physicians are board certified neurologists with formal training in all aspects of clinical neurophysiology (i.e. EEG, Evoked Potentials, and EMG).
The advanced technologies available at our institution enable us to continually set new standards in the field, and the IONM service conducts cutting edge research having as primary goal improvement of patient care and overall clinical outcome. We aim to better the various techniques and methods we utilize, to further protect and prevent postoperative neurologic deficit.
Meet some of the doctors on our care team.