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Highly undersampled acquisitions have been proposed to push the limits of temporal resolution in functional MRI. This contribution is aimed at identifying parameter sets that let the user trade‐off between… Click to show full abstract
Highly undersampled acquisitions have been proposed to push the limits of temporal resolution in functional MRI. This contribution is aimed at identifying parameter sets that let the user trade‐off between ultra‐high temporal resolution and spatial signal quality by varying the sampling densities. The proposed method maintains the synergies of a temporal resolution that enables direct filtering of physiological artifacts for highest statistical power, and 3D read‐outs with optimal use of encoding capabilities of multi‐coil arrays for efficient sampling and high signal‐to‐noise ratio (SNR).
Journal Title: Magnetic Resonance in Medicine
Year Published: 2021
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