ready, willing, and able 24/7/365
Surgical Neurophysiology, Inc. offers high quality professional intraoperative neurophysiological monitoring services.
Available Neurodiagnostic Services:
Surgical Neurophysiology, Inc. (SN) is dedicated to providing a full range of world-class, contemporary intraoperative neurophysiological monitoring services to hospitals and medical centers.
Our mission is to provide safety for patients during special surgical procedures to avoid the possibility of neurological deficit.
· We deliver the highest level of surgical and clinical neurophysiologic monitoring to improve patient outcome.
· We perform all standard neurodiagnostics including, but not limited to, EEG, SSEP, VEP, BAER, TceMEP, LTM, and sleep studies.
· SN can act as a consultant to design a customized intra-operative monitoring and electroneurodiagnostic program that fits a hospital's needs.
· Our superior neurophysiologists are highly trained in a variety of electroneurophysiologic modalities.
· We have a knowledgeable and experienced team of physicians and scientists always available for technical support.
Our team is capable of addressing clinical concerns, such as working with surgeons to find the ideal neuromonitoring modality for each case.
The services are provided by well trained and experienced intraoperative neuromonitoring technologists who hold a BS degree or higher. Our highly qualified monitoring technologists have also been trained by an SN training team.
Our training team consists of surgical neurophysiologists who hold MD or PhD degrees in neuroscience and are interested in educational fields and research. Our Education Department staff has proven its competence in the performance of complex multi-modality intraoperative neuromonitoring and is able to modify monitoring techniques to accommodate diverse intraoperative situations. SN actively keeps our technologists up to date.
Surgical Neurophysiology is able to support the anesthesiologists in patient care, such as prevention of brachial plexopathy. Brachial plexus injury is a well-documented complication of lengthy surgical procedures, especially when the arm and shoulder are not in a neutral position. Ulnar nerve SSEP is the most reliable monitoring to predict injury of the ulnar nerve at the elbow and brachial plexus. Repositioning of the arm relieves the pressure and improves the SSEP signals, most of the time with good outcomes.