Main Features

• Full support for DICOM files.
• Can work as a DICOM viewer.
• Connects to all DICOM compliant PACS servers.
• Show thumbnails of folders to easily find images.
• Tested on Siemens, Philips, GE, and Bruker.
• Internal file format that can keep multiple image stacks and all segmentation and measurements.

Automated LV segmentation

• Truly 3D+T segmentation.
• Very fast (takes less than 20s for 12 slice and 30 time frames on a fast PC).
• Ease of manual interaction.
• Robust and accurate results.

Manual delineation of the RV

• Ease of manual interaction.
• End diastolic/systolic volume
• Stroke volume
• Ejection fraction

General object segmentation

• Ultrafast levelset algorithm.
• Easy manual interaction.
• Logical manipulation of sub-objects (and, or, xor, not, etc).
• Smooth of contours.
• Export to STL files (accepted by rapid prototyping devices or meshing software).

• Myocardial mass.
• Endsystolic volume.
• Enddiastolic volume.
• Stroke volume.
• Cardiac output.
• Ejection fraction.
• Peak ejection rate.
• Peak filling rate.
• Volume curve.
• Volume loop.

• Radial contraction/expansion velocity.
• Regional wall thickness.
• Regional wall thickening.
• Regional fractional thickening.
• Possibility to export regional function to Clipboard/Excel.

• Place and annotate measurements.
• Export coordinates and measurements to Clipboard/Excel.

Viability

• Functionality to automatically delineate infarcted regions.
• Tools for manual delineation or edit automatic delineation.
• Automated calculation of scar percentage, and transmurality.
• Possibility to export results to Excel.

• Possibility to have fixed size ROI's.
• Flow curves.
• Velocity curves.
• Area curves.
• Forward/backward volume analysis.
• Possibility to export curves to Excel.
• 3D visualization of flow profiles.
• Automatic eddy current compensation.
• Automatic and manual phase unwrapping.

• Unlimited number of ROI's.
• ROI's can be freely colored, and labelled.
• Analysis of signal intensity, standard deviation and size over time.
• Automatic placement of ROI's inside the myocardium.

• Possibility to have two, four or more image stacks playing with exactly the same speed (even if there are different number of frames).
• Simultaneous quantitative regional function analysis of several image stacks.

• Feature to automatically compile all measurements for one patient into a user friendly printable patient report sheet.
• Anatomical images.
• Viability information.
• Patient details.
• Global LV parameters.
• Regional LV parameters.

• Export images as .jpg, .bmp, .png format..
• Export movies as .avi or a sequence of .png files useful for Microsoft Power-Point presentations.
• Save image stacks and results to a single file format.
• Save/export segmentation.
• Direct exporting possibilities for all results directly to Microsoft Excel.

• Possible to write own plug-ins in Matlab (requires Premium Research Site License, or Commercial license).

• View multiple image stacks at the same time.
• View intersections of image planes.
• Possible to adjust brightness and contrast of each image stack.
• 14 bit depth colormap.
• 3D visualization of left ventricle with shortaxis and long axis slices.
• Bulls eye plots of most parameters.
• M-mode and montage views of image stacks.
• View mode for flow analysis with magnitude image and phase image.
• Surface rendering.
• Soon a volume render module will be released.

• Time resolved MPR (Multiple planar reconstruction) functionality.
• Utilities to sort, and anonymize DICOM-files.