Abstract: Methods, systems and computer program products for creating a medical report indicative of a follow-up examination of a patient are provided. The method comprises receiving a selection of at least one reference report text of the patient, wherein the reference report text has at least one reference data element associated with a mark-up element; creating a partial follow-up report text, having at least an empty data element, associated with the mark-up element; displaying the follow-up report text; displaying a call-to-action element based at least on the received selection of reference report text, the call-to-action element requesting input for the empty data element; receiving an input element in response to the displayed call-to-action element; and creating the follow-up report text based on the partial follow-up report text and the received input element, wherein the created follow-up report text has at least the input element associated with the mark-up element.

Abstract: Systems and methods for generating medical reports, includes analyzing interdisciplinary first medical data to automatically select report modules and to select, launch, and orchestrate image analysis algorithms. This is achieved through automated iterative selection of report modules and image analysis algorithms based on available interdisciplinary data including at least the results of the selected image analysis algorithms. This resulting information and data is characterized by a high level of detail and unambiguousness. Based on this information and data, a medical report is automatically created.

Abstract: A method, a computer system, and a computer program product for creating medical findings reports are introduced. Using these, hierarchically organized and dynamically adaptable data structure and a text editing interface are provided. A report text consisting of user-entered free text and/or structured text, that is stored in the data structure elements and transferred into the report text, is created. In the report text, first report text elements, that can be assigned to at least one data structure element, and second report text elements, that cannot be assigned to any of the existing data structure elements, are identified. The first report text elements are then assigned to the at least one data structure element. The second report text elements are then assigned and stored to one or more newly created data structure elements and/or to existing data structure elements while maintaining the order of the report text.

Abstract: A computer-implemented method, computer-system and computer-program product for generating medical training data for training artificial-intelligence (AI) algorithms for supporting clinical reporting and documentation are described. To generate the training data medical image data of a patient comprising medical image data elements are received and a medical findings report is generated, edited and/or received that summarizes individual medical findings. It comprises machine-readable findings-report elements the contents of which comprise semantic features. The contents of the findings report elements are automatically assigned to unique identifiers, wherein each identifier uniquely represents the medical semantic content of exactly one individual medical finding.