Echo‐planar time‐resolved imaging (EPTI) is a multi-shot EPI technique capable of rapidly obtaining distortion‐free and blurring‐free time-resolved multi-contrast images across the EPI readout. PROPELLER is an extension to EPTI, which incorporates PROPRELLER-like acquisition, to enable shot-to-shot motion toleration. In this work, PEPTIDE was applied to the MR thermometry application, where an image reconstruction framework that leveraged sparsity across blades of PEPTIDE rawdata was proposed. The potential in using PEPTIDE to provide distortion- and blurring-free temperature mapping at high temporal resolution was then demonstrated via simulated human brain PEPTIDE data with various temperature profiles.
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