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Acute myocardial infarction and other causes of myocardial edema are best visualized by dark blood STIR-TSE turbo spin echo (DB-STIR TSE) [1,2]. However, this segmented technique is sensitive to arrhythmia and respiratory motion. Single-shot dark blood HASTE (DB-STIR HASTE) eliminates the need for patient breath-hold, but the longer echo train further increases sensitivity to cardiac motion, which can lead to myocardial signal dropout [3]. Single-shot SSFP based techniques have been proposed [4], but the bright blood pool may affect endocardial border depiction, and the lack of STIR contrast has yet to be evaluated. We propose a single-shot dark-blood STIR prepared spin-echo echo-planar imaging (DB-STIR EPI) sequence with parallel acquisition technique (PAT) to reduce sensitivity to cardiac motion.

1137 Single-shot, dark-blood, T2-weighted, inversion-recovery CMR with spin echo – echo planar umaging (DB-STIR EPI)