A novel magnetic resonance imaging method is described, for two-dimensional or three-dimensional imaging of an examination zone, in which k-space is segmented in several parts and is scanned at predetermined sampling positions. Magnetic resonance signals of a first part over k-space and magnetic resonance signals of a different second part over k-space are acquired. Data of the second part are completed with data of the first part in order to obtain a full image of the scanned object. For a given profile sharing factor a group of profiles is shared with previous dynamic scans in the second part of kspace. In a third part a group of profiles is shared with subsequent dynamic scans and in the first part one or more groups are not shared in further scans.