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In difficult patients, real-time cine balanced SSFP (bSSFP) imaging is a final option for measuring cardiac function. Real-time imaging may be obtained without breath-hold or even without cardiac gating if necessary, unlike 2D-segmented or 3D cardiac imaging. Conventionally, for rapid function assessment, real-time imaging acquires a cine of a short-axis slice in one cycle, and is repeated for the stack of short-axis slices to cover the left-ventricle. Real-time cine stack imaging typically requires two cardiac cycles per slice, because the first cycle is required for bSSFP stabilisation to avoid artefacts and also to develop blood:myocardium contrast ready to start data acquisition at the second R-wave.

1098 A faster new method using sliding-slice cine for cardiac function