Cardiac MRI (3T)

A dedicated cardiac MRI performed on a GE Signa Architect AIR 3T scanner, providing detailed assessment of myocardial structure, ventricular function, valvular morphology, and pericardium without ionising radiation. The 3T field strength enhances myocardial tissue characterisation, enabling detection of fibrosis, oedema, and infiltrative disease that may be invisible on echocardiography.

Cardiac MRI at MIND Clinic is performed on the GE Signa Architect AIR 3T, a platform whose field strength advantage is particularly pronounced in cardiac imaging. The higher signal-to-noise ratio improves myocardial tissue characterisation — the ability to distinguish normal myocardium from fibrosis, oedema, iron overload, and fatty infiltration. These tissue-level distinctions are what make cardiac MRI the gold standard for cardiomyopathy evaluation, myocarditis diagnosis, and viability assessment. The native protocol at 145,000 HUF provides cine imaging of ventricular function (ejection fraction, wall motion, chamber volumes), valvular morphology and flow assessment, and pericardial evaluation. The contrast-enhanced protocol at 190,000 HUF adds late gadolinium enhancement for scar and fibrosis mapping, first-pass perfusion for ischaemia detection, and T1/T2 mapping for diffuse myocardial disease quantification. Cardiac MRI is radiation-free and does not require arterial catheterisation, making it suitable for serial monitoring without cumulative dose concerns. It provides information that neither echocardiography (limited acoustic windows, operator-dependent) nor cardiac CT (radiation, limited tissue characterisation) can deliver. The examination is particularly valuable for patients with non-ischaemic cardiomyopathies, suspected myocarditis, arrhythmogenic right ventricular cardiomyopathy, cardiac masses, and complex congenital heart disease assessment.