A method for identifying an organ structure of an investigated object in magnetic resonance image data, comprising the following method steps: - acquisition of magnetic resonance measurement data for the organ structure of the investigated object by way of a magnetic resonance machine using a magnetic resonance sequence which specifies a sampling scheme of a k-space, - reconstruction of magnetic resonance image data from the magnetic resonance measurement data, and - identification of the organ structure in the magnetic resonance image data, wherein the identification of the organ structure in the magnetic resonance image data comprises a segmentation of the organ structure by way of a segmentation algorithm and/or a contouring of the organ structure, wherein the sampling scheme of the k-space supports the subsequent identification of the organ structure in the magnetic resonance image data reconstructed from the magnetic resonance measurement data, characterized in that the sampling scheme of the k-space supports the subsequent identification of the organ structure in the manner that the sampling scheme of the k-space provides for a higher sampling density in an outer region of the k-space than in a central region of the k-space, wherein the higher sampling density in the outer region than in the central region results in an emphasizing of an outer contour of the organ structure in the reconstructed magnetic resonance image data, wherein the identification of the organ structure is effected using the emphasized outer contour of the organ structure in the magnetic resonance image data. - acquisition of magnetic resonance measurement data for the organ structure of the investigated object by way of a magnetic resonance machine using a magnetic resonance sequence which specifies a sampling scheme of a k-space, - reconstruction of magnetic resonance image data from the magnetic resonance measurement data, and - identification of the organ structure in the magnetic resonance image data, wherein the identification of the organ structure in the magnetic resonance image data comprises a segmentation of the organ structure by way of a segmentation algorithm and/or a contouring of the organ structure, wherein the sampling scheme of the k-space supports the subsequent identification of the organ structure in the magnetic resonance image data reconstructed from the magnetic resonance measurement data, characterized in that the sampling scheme of the k-space supports the subsequent identification of the organ structure in the manner that the sampling scheme of the k-space provides for a higher sampling density in an outer region of the k-space than in a central region of the k-space, wherein the higher sampling density in the outer region than in the central region results in an emphasizing of an outer contour of the organ structure in the reconstructed magnetic resonance image data, wherein the identification of the organ structure is effected using the emphasized outer contour of the organ structure in the magnetic resonance image data. wherein the sampling scheme of the k-space supports the subsequent identification of the organ structure in the magnetic resonance image data reconstructed from the magnetic resonance measurement data, characterized in that the sampling scheme of the k-space supports the subsequent identification of the organ structure in the manner that the sampling scheme of the k-space provides for a higher sampling density in an outer region of the k-space than in a central region of the k-space, wherein the higher sampling density in the outer region than in the central region results in an emphasizing of an outer contour of the organ structure in the reconstructed magnetic resonance image data, wherein the identification of the organ structure is effected using the emphasized outer contour of the organ structure in the magnetic resonance image data.