Abstract: : A computer-implemented method of providing normalised medical images (110?1 . . . n) representing a region of interest (120) in a subject, is provided. The method includes: warping medical images (1101 . . . n) in a temporal series to a 2D atlas image (130), to provide normalised medical images (110?1 . . . n) having a warped region of interest (120?1 . . . n) for comparison with the region of interest (120) in the atlas image (130). The method also includes outputting the normalised medical images (110?1 . . . n), and/or outputting a magnitude of a change in the warped region of interest (120?1 . . . n) between the normalised medical images (110?1 . . . n).

Abstract: Many potential interactions may occur during the planning and execution of non-standard projections in radiological examinations, leading to an increased risk of error and a longer, more complex, and costly workflow. There is provided a method to be used in radiology workflow which comprises, in a planning step, enabling a first user to prepare an imaging examination request defining a non-standard projection for a radiographic image; in a communication step, processing the imaging examination request to generate positional instructions on how to achieve the non-standard projection, outputting the positional instructions to a second user, and receiving a radiographic image acquired using the non-standard projection; and, in a verification step, determining whether the received radiographic image fulfils the imaging examination request.

Abstract: The invention relates to an X-ray image processing system (4) comprising an X-ray image input interface (8), a computing unit (9) and an X-ray image output interface (11). The X-ray image input interface (8) is configured to receive original X-ray images taken by an X-ray imaging system (1) comprising an X-ray source (2) and an X-ray detector (3). The computing unit (9) is connected to the X-ray image input interface (8) and is configured to obtain at least one original X-ray image from the X-ray image input interface (8), obtain information relating to the relative detector pose of the X-ray detector (3) relative to the X-ray source (2) and obtain a point of interest (P) in the original X-ray image, wherein the point of interest (P) is an anatomical structure or a part within an anatomical structure.