FIELD: physics.
SUBSTANCE: invention can be used for dynamic contrast enhanced magnetic resonance imaging of an object. The method comprises acquiring magnetic resonance datasets in the k-space using Dixon acquisition in a chemical shift encoding space and dynamic time resolution in a dynamic time space, wherein the dataset acquisition is performed employing undersampling, wherein the method further comprises applying a compressed sensing reconstruction technique in the k-space, the chemical shift encoding space and the dynamic time space, said compressed sensing reconstruction resulting in reconstructed datasets; performing Dixon reconstruction on the reconstructed datasets and dynamic contrast analysis on the Dixon reconstructed datasets.
EFFECT: invention provides dynamic contrast enhanced magnetic resonance imaging of an object.
12 cl, 5 dwg
