Abstract: A computer implemented method for adjusting a morphology of a heart valve model segmented from a 3D or 4D volume data set is provided, the method comprising: providing a 3D visualisation of a segmented heart valve (2) on a user interface, wherein the heart valve is segmented from the 3D or 4D volume data set, creating a topology-based 2D model (3) of the heart valve, displaying the 2D model (3) on the user interface, receiving user input data for further adjusting the 2D model (3) via the user interface. Further, a computer program and a system for analysing a heart valve is provided.

Abstract: The invention relates to a system (1) for reviewing 3D or 4D medical image data (2), the system (1) comprising (a) a medical review application (MRA) (4) comprising a processing module (6) configured to process a 3D or 4D dataset (2) to generate 3D content (8), and a 2D user interface (16); wherein the 2D user interface (16) is configured to display the 3D content (8) and to allow a user (30) to generate user input (18) commands; (b) an extended reality (XR)-based user interface add-on (XRA) (100); and (c) a data exchange channel (10), the data exchange channel (10) being configured to interface the processing module (6) with the XRA (100); wherein the XRA (100) is configured to interpret and process the 3D content (8) and convert it to XR content displayable to the user (30) in an XR environment (48); wherein the XR environment (48) is configured to allow a user to generate user input (18) events, and the XRA (100) is configured to process the user input (18) events and convert them to user input (18) comman

Abstract: The invention is directed to a computer implemented method for automated analysis of the bias in measurements performed on medical images of an anatomical structure.