Abstract #0792

Effects of Accelerated Acquisition of Myocardial Creatine CEST MRI in the Healthy Human Heart at 3T

Kevin Godines¹, Wissam AlGhuraibawi¹, Bonnie Lam¹, and Moriel Vandsburger¹

¹Bioengineering, University of California Berkeley, Berkeley, CA, United States

CEST-MRI is emerging as a powerful modality for molecular imaging of cardiac metabolites and fibrosis. In order to derive all contrasts (amide proton transfer: APT, creatine, and magnetization transfer: MT) a substantial number of differently CEST-weighted images must be acquired. Application of compressed sensing for cardiac CEST enables a 5x acceleration of acquisition with preserved accuracy.

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