BrainMagix 2.1.1

BrainMagix

BrainMagix is a comprehensive, vendor-neutral neuroimaging software platform that integrates advanced post-processing, visualization, and fusion techniques into a single, clinically-oriented suite. Unlike proprietary scanner-specific tools, BrainMagix works seamlessly with images from any MRI, CT, or PET scanner—Siemens, Philips, GE, Toshiba—enabling true multimodal analysis without workflow disruption. The platform combines intuitive clinical tools with sophisticated algorithms for brain atrophy quantification, diffusion tractography, perfusion analysis, fMRI mapping, and longitudinal disease tracking. Version 2.1.1 continues BrainMagix’s mission of making advanced neuroimaging accessible to clinicians while maintaining the rigor required for research and surgical planning.

🧠Primary Users

This advanced neuroimaging software is designed for:

• Neuroradiologists & Clinical Radiologists interpreting multimodal brain images for diagnosis and treatment planning.

• Neurosurgeons & Surgical Planners localizing eloquent cortex and white matter tracts for presurgical mapping.

• Neurologists & Stroke Specialists assessing perfusion/diffusion mismatch in acute stroke patients.

• Clinical Researchers & Neuroscientists quantifying brain atrophy, tracking disease progression, and analyzing functional imaging data.

• Radiation Oncologists & Treatment Planners fusing MRI, CT, and PET images for precise target delineation.

⚡ Key Features & Capabilities

🧩 Modular Architecture

BrainMagix 2.1.1 consists of integrated modules that can be combined based on clinical and research needs:

🎯 Core Module & Fusion Tools

Multimodal Image Fusion:

• Import DICOM images from any scanner (Siemens, Philips, GE, Toshiba) via network or media

• Display images in orthogonal, mosaic, or cine views

• Fuse multimodal images (MRI, CT, PET) in semi-transparent overlays

• Automatic registration of MRI, CT, and PET images—localize tumor hotspots with precision

• Quantify regions of interest (ROI) with standardized metrics

• Export post-processed images to PACS or treatment planning systems

📊 SurferMagix Module: Brain Atrophy Quantification

Automated Volumetric Analysis:

• Quantify whole-brain atrophy (white matter/gray matter/CSF volumes)

• Hippocampal atrophy quantification for epilepsy and dementia assessment

• Ventricular dilatation measurement

• Longitudinal comparison for disease progression tracking

• Normative database comparison for age-matched analysis

🔥 fMRI Module: Functional Mapping

Presurgical Planning:

• Define custom paradigms (multiple runs, conditions, contrasts)

• Automated analysis pipeline: realignment, registration, statistical analysis, thresholding, visualization

• BOLD signal visualization with activation overlays

• Fuse fMRI results with any other modality

• Localize eloquent cortex (motor, language, sensory) for surgical guidance

🧬 Diffusion Module: White Matter Tractography

Advanced Fiber Tracking:

• Calculate color-coded orientation maps, ADC, and FA (Fractional Anisotropy)

• Perform fiber tracking using Diffusion Tensor Imaging (DTI) and Constrained Spherical Deconvolution (CSD)

• Visualize white matter bundles in modern 3D renderer

• Isolate specific tracts (corticospinal, arcuate fasciculus, optic radiation)

• Quantify tract-specific metrics for research and clinical correlation

💉 Perfusion Module: DSC Analysis

Dynamic Susceptibility Contrast:

• Calculate CBV, CBF, MTT, TTP, and TMAX maps

• Employ modern circular deconvolution algorithms

• Visualize and compare perfusion signals within ROIs

• Generate parametric color overlays on anatomical images

• Support for acute stroke and tumor perfusion assessment

📈 Longitudinal Tracking Module

Disease Progression Monitoring:

• Register different MRI contrasts across timepoints

• Register multiple scan sessions for consistent comparison

• Compare follow-up MRIs to baseline with subtraction maps

• Quantify change in lesion burden (MS plaques, tumor volume)

• Automated reporting of interval changes

🚑 Stroke Module: Acute Management

Perfusion/Diffusion Mismatch Visualization:

• Semi-automatic segmentation of TMAX and ADC maps from MRI

• Visualize mismatch between infarct core (ADC) and penumbra (TMAX)

• Fuse results with anatomical images for comprehensive assessment

• Support for treatment decision-making in acute stroke

🆕 What’s New in Version 2.1.1

• Enhanced Registration Algorithms – Improved accuracy for multimodal and longitudinal image alignment

• Faster Fiber Tracking – Optimized CSD tractography with real-time 3D visualization

• Expanded fMRI Paradigm Library – Additional pre-configured task protocols for clinical use

• Automated MS Lesion Tracking – New tools for quantifying multiple sclerosis lesion burden longitudinally

• DICOM Compatibility Updates – Support for latest scanner software versions (Siemens XA, Philips R5, GE DV26)

• PACS Integration Improvements – Smoother export to major PACS and treatment planning systems

• User Interface Refinements – Streamlined workflow for stroke and tumor cases

• Reporting Module Enhancements – Customizable templates for clinical reporting