Feature overview

Image Loading and Saving

Compatibility with a variety of image formats:

o Dicom, NIFTI, RAW, BMP and JPEG, AVI videos

o Ability to render most DICOM formats including lossless jpeg compressed , RGB and multi-frame formats.

Image loading through many different interfaces, depending on image type and user preferences.

Easy transfer of image data to other Windows applications

Dicom header modification prior to saving (e.g. patient anonymization, etc.)

Image Viewing

Display of medical images from a variety of image sources

Easy scrolling through 3- or 4-dimensional datasets

Multiple viewing formats

Cine / movie loop display

Display /copy relevant image information (e.g. from Dicom header)

Image Manipulation

Flexible and intuitive tools for basic image manipulation

o Image size, Zoom, Pan

o Smoothing

o Window width/level

o Change colour palette

Image Analysis

Qualitative or quantitative analysis of certain features in an image or an image set:

o Region of interest (ROI) analysis:

Multiple ROI types

Easy and reproducible ROI analysis of large datasets

Easy transfer of ROI data to other Windows applications (e.g. Excel)

Dynamic ROI analysis (time-intensity curves, etc.)

Advanced curve fitting of dynamic ROI data to relevant algorithms:

Proton relaxation analysis

Kinetic modelling of contrast agent enhancement

Other advanced MR analysis models

ROI Histogram analysis

o Volume of interest (VOI) analysis

o Intensity line profile analysis

o Pixel segmentation analysis

o Image masking

Image processing

Applying defined processing algorithms to an image or image set, producing derived images or image sets:

o Multi-planar reformatting (MPR)

o Comprehensive dynamic image analysis package

Perfusion module including multiple deconvolution techniques and easy identification/ specification of arterial input function (AIF)

Kinetic modelling of dynamic contrast agent effects (DCE)

Diffusion (DWI) including IVIM, and diffusion tensor imaging (DTI) analysis; including 3D tractography

BOLD fMRI analysis and resting state fMRI

Arterial Spin Labelling (ASL) analysis

o Image arithmetic (subtraction, addition, etc.)

o Quantitative T1/T2 relaxation analysis

o Advanced image segmentation tool

Image overlays

o Any number of overlays on a given dataset

o Individual adjustments of each overlay (colour palette, transparency, etc.)

o Compatibility with NIFTI image formats

o Direct co-registration of overlays based on Dicom geometry information of rigid coregistration algorithm (mutual information)

o Manual adjustment of overlay position, if needed

Batch analysis

Perfusion analysis

DCE analysis

DWI analysis

ASL analysis

T1 relaxation analysis

ROI analysis, normalize and mask

Motion correction

Image conversion, downsampling, resampling