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Typically an ECG-gated 2D IR turbo-field-echo (TFE) sequence is used for myocardial viability imaging. This IRTFE sequence is robust if every RR-interval matches the entered heart-rate, and if steady-state longitudinal magnetization (Mz) reached before the first shot remains the same throughout the acquisition. In real-world, the RRintervals are variable and this variability can introduce substantial amount of artifacts in the resulting image (See Figure 1A, 1B). We hypothesize that it is feasible to reduce the artifacts resulting from variations in the RR interval. The paper describes the method, as well as tests the theoretical predictions in a phantom model.

Arrhythmia insensitive inversion recovery preparation (IR-prep) with real-time adaptive inversion delay (TI):phantom validation