TORONTO--(BUSINESS WIRE)--Synaptive Medical, a global pioneer in automated surgical planning and robotics, today announced the Company is presenting 10 abstracts at the International Society for Magnetic Resonance in Medicine’s (ISMRM) 27th Annual Meeting & Exhibition in Montréal, QC, Canada from May 11 – 16. Located at Booth #302, the company will present research on its latest magnetic resonance imaging (MRI) solutions and web-based medical imaging research and data management platform, ImageDrive™.
Key highlights of Synaptive’s abstract presentations include the following:
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MRI Solutions:
Potential clinical applications and research innovations designed to extend MRI’s valuable role across the health continuum.
The value of point-of-care (POC) capabilities and pioneering MRI techniques that will help accelerate collaborative research and commercialization efforts.
ImageDrive:
Analysis of the company’s web-based medical imaging research platform, ImageDrive, for the application of a medical imaging artificial intelligence (AI)/machine learning (ML) research study with the goal of significantly reducing data management overhead.
MRI Solutions
Among the company’s key abstract presentations supporting the use of Synaptive’s POC MRI include, “Imaging at 0.5T with high-performance system components,” which outlines the benefits of implementing a mid-field magnet. Most MRI systems on the market operate at a high-field strength, but Synaptive’s data support how mid-field imaging is sufficient for high-quality images while lending its own benefits, including smaller, minimum siting areas for ease of POC diagnostics.
Synaptive’s MRI technology is planned for release later this year in Canada under the trade name EvryTM and will be installed at the QEII Health Sciences Centre (QEII) in Halifax, Nova Scotia, as part of a four-year study in partnership with the Nova Scotia Halifax Authority (NSHA).
Evry works by combining a mid-field strength superconducting magnet with high-performance components, optimizing the technology for image quality and reduced image acquisition time. This is important particularly when diagnosing patients during acute decision making, such as when identifying stroke. Preliminary results examining Synaptive’s technology have shown that with these improvements, reduced specific absorption rates (SAR) and increased signal-to-noise ratio (SNR) have been demonstrated when compared to results of images generated from commercially available high-field systems.
