SCIC is developing an interventional cardiovascular MRI research program that combines real-time MRI, advanced tissue characterization, and MR-compatible technologies to explore new approaches to image-guided cardiac procedures.
Interventional cardiac MRI uses real-time MRI to visualize cardiac anatomy, tissue, catheters, and devices during cardiovascular procedures.
Unlike conventional X-ray fluoroscopy, MRI does not use ionizing radiation and can provide detailed soft-tissue information alongside procedural imaging.
At SCIC, iCMR is an active translational research program focused on developing and validating imaging, technical, and procedural workflows.
From bench to bedside — SCIC is building one of North America's leading iCMR research programmes, spanning device development, imaging innovation, and clinical translation.
Developing real-time MRI pulse sequences optimized for catheter tracking and visualization. Working with MRI-compatible catheter systems to enable diagnostic and therapeutic procedures entirely under MRI guidance.
Developing gadolinium-free MRI methods to visualize radiofrequency ablation lesions in real time. This allows immediate assessment of whether the ablation was successful during the procedure itself.
12-lead MR-compatible ECG and electrocardiographic imaging (ECGi) to provide fused electro-anatomical maps. Combines electrical mapping with MRI tissue characterization for comprehensive arrhythmia substrate assessment.
Validation in phantom models and large animal studies before clinical translation. Building the safety and efficacy evidence required for regulatory approval of iCMR procedures in humans.
Our iCMR programme is developed in close collaboration with industry leaders in MRI technology, interventional devices, and electrophysiology.
MRI Platforms
MR-Compatible EP Catheters
MR-Compatible Patient Monitoring
Cardiac Mapping Software
We welcome partnerships with academic centres, industry, and funding agencies to advance interventional cardiac MRI.