Impact: Advanced MRI techniques — such as diffusion, perfusion, and flow imaging — are rarely available for neurocritical patients. This work demonstrates safe, repeatable MRI access with continuous ICP monitoring, enabling advanced MRI applications and research directly within intensive care.

Impact: Clinical individualized selection of gadolinium-enhanced MRI for patients with definite Meniere’s disease (dMD) can refer to the actual endolymphatic hydrops (EH) detection rate, examination purpose, and contraindications of intratympanic(IT)/intravenous(IV) administration.

Impact: Regional collaboration reduces diagnostic variability, enables equitable care, fosters cross-site and interprofessional expertise and enhances radiographers’ work environment. The established local MRI methods group proved a scalable model for harmonized clinical practice and research integration across regional healthcare systems.

Impact: As the usage of ultra-low field point of care MRI systems increases, professional accreditation entities are working to refine clinical staffing requirements. The experience of research institutions with non-certified but trained operators can be considered evidence for these standards.

Impact: To demonstrate the feasibility and utility of constructing a hybrid phantom model that has the flexibility to prescribe perfusion fraction (f) and pseudodiffusion coefficient (D_f) values for evaluating algorithms used to extract intravoxel incoherent motion (IVIM) model parameters.

Impact: Quantitative MRI provides an objective three-dimensional assessment of breast density, overcoming mammography’s limitations in dense tissue. It enables standardized risk stratification and forms the basis for personalized breast cancer screening and AI-assisted diagnostic approaches.