The most user-friendly neuroimaging software for radiologists and clinicians

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Main module and Fusion Tools

Import, visualize, fuse, and export multi-modal brain images (MRI, CT, and PET scan).

• Transfer DICOM images viathe network and import theminto BrainMagix, whatever their source (Siemens, Philips,GE, and Toshiba scanners).
• Display images in orthogonal,mosaic, or cine view.
• Fuse multi-modal images (MRI,CT, PET) in semi-transparency.
• Automatically register MRI, CT,and PET images: follow-up MS lesions, localize a tumor’s hot spot,register different MRI contrasts,and different scanning sessions.
• Quantify your images withregions of interest (ROI).
• Export post-processed images to your PACS or to your treatment planning station.

fMRI Module

Localize eloquent brain areas for neurosurgical planning, assess the state of consciousness of coma/vegetative/MCS/locked-in patients.

• Define your paradigms (multi-runs,multi-conditions, multi-contrasts)
• Automate the analysis: realign,register, analyze, threshold,and visualize your fMRI images in a few clicks.
• Visualize the BOLD signal.
• Fuse your fMRI images withany other modality.

Perfusion Module

Analyze DSC perfusion examinations.

• Calculate CBV, CBF, MTT,TTP, and TMAX maps.
• Use a state-of-the-art circular deconvolution algorithm.
• Visualize and compare the perfusion signals in ROIs.

Diffusion Module

Process and visualize DWI and DTI images.

• Calculate the ADC, FA, and color maps.
• Perform fiber tracking.

Stroke Module

Segment the infarct’s core and penumbra.

• Use a state-of-the-art algorithm.
• Segment the TMAX and ADC maps.
• Review and fuse with anatomical images.

SurferMagix Module

FreeSurfer’s structural segmentation made easy.

• Quantify brain atrophy (WM/GM/CSF) in Alzheimer and MS patients.
• Quantify hippocampalatrophy and cortical thinning in Alzheimer patients.

Longitudinal Follow-up Module

Follow-up the progression of multiple sclerosis and other chronic brain diseases.

• Register and subtract follow-up MRIs.
• Quantify lesion load.