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Signal homogeneity was best in T2-Trufisp and TSEfatsat. Compared to TSE-fatsat, STIR images suffered from significantly more noise. As expected the body coil receiver measurements had more noise within the slice. But this was not compensated by a better homogeneity between slices suggesting a good surface coil attenuation of the scanner used. In the measurement of the perfusion defect in acute myocardial infarction the absolute contrast in TSE-fatsat was better than in T2-Trufisp (see Table below). This was compensated in part by the lower noise of T2-Trufisp but overall the contrast to noise ratio (CNR) of TSE-fatsat was significantly better (p=0.02).