Imaging AI in Utah

MultiFunctional Imaging LLC (MFI) develops clinical and research software solutions for advanced multi-tracer PET, PET/CT, and PET/MRI imaging. The company specializes in software that improves efficiency and accessibility of complex imaging protocols, enabling acquisition and quantification of multiple imaging results within a single scan. MFI's primary clinical offering is mfiVerse™, an FDA 510(k)-cleared software platform designed for rest-and-stress myocardial perfusion PET imaging performed sequentially in one scanning session. The platform targets cardiology departments and nuclear medicine centers seeking to streamline cardiac stress testing workflows and reduce patient scanning time. MFI also offers mfEVolve™, a research-grade software tool that facilitates multi-tracer PET imaging experiments and supports quantitative kinetic modeling for academic medical centers and research institutions. The company's technology addresses a clinical need in cardiac imaging by enabling clinicians to complete comprehensive perfusion assessments without requiring patients to return for a second imaging session. MFI serves hospitals, imaging centers, and research facilities operating PET and hybrid PET/CT/MRI systems.

Marrek, Inc. is a leading provider of advanced cardiac imaging and analysis technologies for atrial fibrillation (AFib) treatment planning. The company operates Merisight, a proprietary image analysis service that leverages non-invasive cardiac MRI to quantify left atrium tissue damage and scar formation in AFib patients. By providing physicians with precise pre-ablation tissue mapping and post-ablation scar analysis, Merisight enables personalized treatment selection and improves ablation success rates beyond the current 50% baseline. The service integrates seamlessly with existing ablation mapping systems and includes protocol optimization, secure image sharing, expert processing, and comprehensive clinical support. Marrek's mission is to transform AFib treatment outcomes through data-driven decision support and tissue characterization.