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Background Combined assessment of wall motion from cine imaging and perfusion defects from first-pass perfusion (FPP) imaging has been shown to have a high diagnostic performance for detection of acute ischemia. In this setting, a single ungated CMR scan capable of simultaneously capturing perfusion deficits and wall motion abnormality can be useful for rapid diagnosis of ongoing acute ischemia. We propose an accelerated FPP technique with ungated continuous acquisition capable of generating cardiacphase resolved FPP images thereby enabling concurrent imaging of wall motion and perfusion deficits.

Ungated cine first-pass CMR for concurrent imaging of myocardial perfusion defects and wall motion abnormalities