Abstract: Systems, processors and methods display image views of stacks or volume image data and allow a user to navigate the data and/or views using CAD findings. The systems, methods or processors can generate vicinity CAD marks that have an appearance that varies depending (a) the proximity to the suspected abnormality and/or (b) the navigation direction required to move to the suspected abnormality. The visual appearance of a respective vicinity CAD mark in a view can correspond to proximity of the related suspected abnormality to a current view, whereby the vicinity CAD marks have higher intensity, color saturation, size, or other more dominant visual characteristic in views close to the suspected abnormality and lower intensity, color saturation, smaller size or other less dominant visual characteristic in views further away from the suspected abnormality.

Abstract: Systems and methods that visualize medical data having image rendering circuits configured to substantially concurrently display a first image view of breast tissue using a stack of primary tomosynthesis image data and a second image view of breast tissue using a reference image data set, the second image view rendered from at least one of a 2D X-ray mammogram reference image data set or a reference stack of tomosynthesis image data. The first view is visualized based on: (a) anatomical and/or geometric position properties of the reference image data set of the patient; (b) properties of a current view of the reference image data set of the patient; or (c) anatomical and/or geometric position properties of the reference image data set and properties of a current view of the reference image data set.

Abstract: Systems and methods for generating images of respective patients from multi-dimensional medical image data sets include a processor circuit in communication with a display having a graphic user interface (GUI), the processor circuit configured to define at least one grouping of a subset of slices selected from slices in a medical data stack, then generate and display at least one slabbed view based on the at least one grouping of slices.

Abstract: Systems and methods that visualize medical data having image rendering circuits configured to substantially concurrently display a first image view of breast tissue using a stack of primary tomosynthesis image data and a second image view of breast tissue using a reference image data set, the second image view rendered from at least one of a 2D X-ray mammogram reference image data set or a reference stack of tomosynthesis image data. The first view is visualized based on: (a) anatomical and/or geometric position properties of the reference image data set of the patient; (b) properties of a current view of the reference image data set of the patient; or (c) anatomical and/or geometric position properties of the reference image data set and properties of a current view of the reference image data set.

Abstract: Systems and methods for generating images of respective patients from multi-dimensional medical image data sets include a processor circuit in communication with a display having a graphic user interface (GUI), the processor circuit configured to define at least one grouping of a subset of slices selected from slices in a medical data stack, then generate and display at least one slabbed view based on the at least one grouping of slices.

Abstract: Systems, processors and methods display image views of stacks or volume image data and allow a user to navigate the data and/or views using CAD findings.