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nordicICE is a general-purpose image processing and analysis software application with emphasis on the clinical use of functional imaging methods. nordicICE is a module-based solution for BOLD, Diffusion/DTI, and Perfusion/DCE imaging.
nordicICE is easy-to-use Windows-based application that can be readily integrated into the clinical workflow in any hospital. Simultaneously, nordicICE provides flexibility for the research-oriented user who wants to explore and take advantage of the state-of-the art visualization and post-processing techniques offered by this versatile, high-performance application.
Learn more about nordicICE:
Automatic Co-registration
- Inter modality co-registration: With inter modality co-registration it is possible to co-register between different modalities (e.g. functional and structural).
- Intra modality co-registration: Intra modality co-registration corrects for motion in 4D data, as well as artifacts induced by eddy currents often observed in diffusion weighted imaging data.
Image loading and saving
- Compatibility with a variety of image formats:
• DICOM, ACR-NEMA, SPM/Analyze, RAW, BMP, JPEG, TIFF, NIFTI
- Conversion and handling of fMRI-specific DICOM variants like the Siemens Mosaic format
- DICOM modification prior to saving (patient anonymization, etc.)
- Easy transfer of image data to other Windows applications
Image viewing and manipulation
- 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 analysis
- Qualitative or quantitative analysis of certain features in an image or a set of images:
- 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, multi-echo MR, etc.)
• Advanced curve fitting of dynamic ROI data to relevant algorithms
• MR relaxation time analysis
• Dynamic contrast analysis
• Other advanced MR analysis models
• ROI histogram analysis
- Volume of interest (VOI) analysis
- Intensity line profile analysis
- Segmentation analysis
- Image masking
- Flexible and intuitive tools for basic image manipulation:
• Zoom, Pan
• Smoothing
• Window with/level
• Change color palette
Image processing
- Multi-planar reformatting (MPR)
- Maximum/minimum intensity projections (MIP, mIP)
- Image arithmetics (subtraction, collapse, etc.)
- Image overlays:
• Any number of overlays onto a given dataset
• Compatibility with SPM/Analyze image formats
• Direct co-registration of overlays based on DICOM geometry information
• Manual adjustment of overlay position, if needed
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