Intraoperative Neurophysiological Monitoring (IONM)
The expert configuration of Neuro-IOM version 2 allows performing intraoperative neurophysiologic monitoring by 64 channels. The system also includes the electrical stimulator channels and transcranial electrical stimulator channels to control peripheral and motor pathways. The Neuro-IOM system is equipped with the acquisition and stimulator pods to attach recording and stimulating electrodes with 5 m cables. It allows arranging the system at a distance from the operating table to ensure free movement for the surgical team.
The set of specially-designed electrodes, a PC and the software are also included to the delivery set. This advanced channel version of the system includes 4 additional channels for EMG and EP acquisition, while the standard channel version includes 2 additional EMG channels.
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- Intraoperative Neurophysiological Monitoring (IONM) Certificate Program!
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Not just an EMG system, but the one produced by Neurosoft! Using these modalities the surgical team can control motor and sensory pathways, monitor peripheral nerve integrity, assess the brain activity and perform mapping of its functional areas, etc. Robust stimulators ensure high-quality responses during acquisition of brain evoked potentials and EMG exams. Transcranial electrical stimulator deserves the special attention.
It is intended for stimulation of motor cortex to record motor evoked potentials from muscles. The Neuro-IOM. NET software provides a set of default templates for various types of surgeries. Each template includes the settings of modalities for a particular type of surgery, test window layouts, acquisition and stimulation parameters, etc.
The system has a vast number of channels and stimulators with separate adjustment. Use of preset templates allows simplifying and speeding up the system setup for surgery. You can always change and save the settings of any surgery template. It is a unique option for such kind of systems. There is no IONM system in the world that is so flexible.
The delivery set below is recomended by Neurosoft. However, it can differ from country to country. Request the actual delivery set for your country from your local representative. Accessories Delivery Terms Books. Catalogue of production Catalogue of accessories. PC Requirements.
Intraoperative Neurophysiology Monitoring Fellowship
Company News Events. Contacts Official Documents. Maintaining a highly competent hospital-based program can be difficult. Our experienced clinicians and monitoring physicians step in to serve as an extension of the OR team, ensuring both patient safety and surgeon satisfaction. Our training program welcomes up to 25 new students across four training cohorts each year.
- Intraoperative Neurophysiological Monitoring (IONM) | Neurosurgery | University of Pittsburgh;
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The year-long program includes classroom learning, supervised clinical training, and clinical oversight until competencies are demonstrated. ABRET recognition is an important milestone, and it shows our ability to meet the primary goal of our program, which is to provide surgeons and their teams with highly trained and certified clinicians who can contribute to patient safety, improved patient outcomes, and reduced healthcare costs.
Trainees learn critical thinking skills in different diagnostic techniques, are exposed to literature review activities, and participate in OR communications training in a simulated operating room, all of which are focused on development of clinical acumen. This extensive training and our dedicated CNIM test preparation have resulted in impressive first-time CNIM test pass rates that far exceed the national average each year.
Intraoperative Neurophysiological Monitoring (IONM) Certificate Program - The Michener Institute
This confirms that our program provides substantial and effective preparation for both certification and high-quality patient care. NIOM program status makes SpecialtyCare the first clinical services provider to achieve this recognition. ABRET recognition is an important milestone for our training, and it shows our ability to meet the goal of our program, which is to increase patient safety, improve patient outcomes, and reduce healthcare costs by providing surgeons and their teams with highly trained and certified clinicians.
In recent years, ABRET has shifted away from exclusive reliance on on-the-job training, focusing more on formalized preparation of clinicians by requiring nationally recognized coursework for exam eligibility. We believe that great performance begins with great training, so we created a strong educational foundation and have built upon that foundation since the beginning. The result has been a training program that differentiates SpecialtyCare and the performance of our surgical neurophysiologists in the operating room.
Standing as a leader in outsourced clinical services, SpecialtyCare is a one stop shop for your needs. Our IONM team saves you the cost of hiring, training, and obtaining support that may not suit your surgical needs. And our buying power all over the country provides you with top-of-the-line equipment and products at competitive rates from leading manufacturers, such as:. SpecialtyCare brings a proven history of research and innovation to surgical teams and hospitals across the country. We were among the first to introduce routine use of transcranial electric motor evoked potentials tceMEP in monitoring spine and brain surgery.
We have developed numerous tceMEP innovations, such as customized anesthesia protocols for optimizing neurophysiological recordings and techniques for monitoring nerve root function during spine surgery, brachial plexus function during shoulder reconstruction, and sciatic nerve function during pelvic surgery. At SpecialtyCare, our goal is to help you build an operating room team based on excellence and to provide the best outcomes, always.
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The program consists of three parts: intraoperative monitoring, brain mapping and brain implants. Program physicians use a number of methods to measure nerve cell activity in the brain and spinal cord, and nerves during surgery, including evoked potentials, electroencephalograms, electrocorticography and microelectrode recording. Program physicians work with a wide variety of surgeons, including neurosurgeons, orthopaedic surgeons , otolaryngologists ear, nose and throat specialists , movement disorder specialists, interventional neuroradiologists and vascular surgeons.
As part of a large university-based medical center, program physicians are involved in research projects aimed at improving monitoring, deep brain stimulation and mapping capabilities, as well as testing new surgical techniques to treat a variety of conditions including aneurysms, brain and spinal cord tumors, complex spine conditions, head and neck tumors among others. Physicians at the program also have authored several chapters in the most widely used textbooks on neurophysiological monitoring.
During the operation, physicians watch electronic monitors for abnormal nerve cell electrical activity, and work with the Movement Disorders Center specialists to determine the exact, correct placement of deep brain stimulation electrodes used to treat movement and other disorders. Electroencephalogram EEG — measured from electrode sensors placed on the scalp, this measures waves from nerve cells in the brain. Electrocorticography — measured directly on the surface of the brain on a sheathing layer called the pia mater.
This method measures specific resection areas for epilepsy surgery and monitors for seizures during brain mapping procedures.