Brainomix AI Medical Imaging Software for Stroke Diagnosis and Analysis
Brainomix is medical imaging software for stroke brain scan analysis that now also covers lung imaging with e-Lung.
- Best for
- Stroke Diagnosis Assistance
- Key capability
- AI-Powered Stroke Imaging Analysis
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What is Brainomix?
Brainomix is medical imaging software that analyzes brain CT and MRI scans to help clinicians diagnose and treat stroke. The product now also includes e-Lung for lung CT analysis.

Key features of Brainomix
Brainomix offers stroke imaging analysis of brain scans and e-Lung for lung CT analysis.
AI-Powered Stroke Imaging Analysis
Automated detection and quantification of ischemic stroke regions from CT and MRI scans.
Quantitative Biomarker Generation
Provides objective metrics such as core infarct volume and penumbra size to guide treatment.
Seamless Clinical Workflow Integration
Compatible with hospital PACS and radiology systems for smooth adoption.
Rapid Processing for Emergency Care
Delivers fast analysis to support time-critical stroke interventions.
Research and Trial Support
Enables advanced imaging analytics for clinical research and patient stratification.
Pros and cons of Brainomix
Pros
- Improves diagnostic accuracy for stroke
- Speeds up clinical decision-making
- Integrates well with hospital workflows
- Provides quantitative imaging biomarkers
- Supports both clinical and research use
Cons
- Pricing is custom and may be high for smaller clinics
- Requires integration with hospital IT infrastructure
Key use cases for Brainomix
Stroke Diagnosis Assistance
Provides automated analysis of brain scans to assist clinicians in diagnosing ischemic stroke and other cerebrovascular conditions.
Imaging Data Interpretation
Uses AI algorithms to interpret CT and MRI images, highlighting critical areas such as penumbra and core infarct regions.
Treatment Decision Support
Supports medical teams in making faster and more accurate treatment decisions by delivering quantitative imaging biomarkers.
Clinical Workflow Integration
Integrates with hospital PACS and radiology workflows to streamline image processing and reporting.
Research and Clinical Trials
Facilitates advanced imaging analysis for research purposes and clinical trial patient selection.
How Brainomix works
- 1
Image Upload
Clinicians upload brain CT or MRI scans to the Brainomix platform via web or integrated PACS.
- 2
Automated AI Analysis
The software processes images using AI algorithms to detect ischemic core, penumbra, and other relevant biomarkers.
- 3
Results Visualization
Analysis results are displayed with color-coded maps and quantitative metrics to highlight affected brain areas.
- 4
Clinical Reporting
A detailed report is generated to assist clinicians in diagnosis and treatment planning.
- 5
Integration and Follow-up
Results can be integrated into hospital systems and used for ongoing patient monitoring or research.
Who is using Brainomix
Brainomix pricing
Enterprise
Custom Pricing
Tailored solutions for hospitals and healthcare providers with dedicated support.
Plans and prices are as published by the vendor and can change. Check the official site before you buy. Open the pricing page (opens in a new tab)
Frequently asked questions about Brainomix
Brainomix supports brain scans for stroke and, through e-Lung, lung CT scans.
Yes, Brainomix products have regulatory approvals such as CE marking for clinical deployment.
Yes, it is designed to integrate with PACS and radiology workflows.
The software offers rapid processing to support timely clinical decisions.
It depends on your specific needs and how you plan to use the tool. The official website and documentation are the best sources for the latest details.
Yes, it can help with that use case depending on how you configure it and what features are available. You’ll get the best results with clear inputs and a defined goal.
Conclusion
Clinicians upload brain CT or MRI scans via the web or an integrated PACS, and the software detects the ischemic core, penumbra and other relevant biomarkers. Results appear as color-coded maps with quantitative metrics such as core infarct volume and penumbra size, followed by a detailed report for diagnosis and treatment planning. Stroke is no longer the only focus, since e-Lung now extends the product to lung CT analysis.
Neurologists, radiologists and stroke centers are the intended clinical users, and clinical researchers can apply the imaging analysis to clinical trial patient selection. Pricing is custom for hospitals and healthcare providers, and deployment requires integration with hospital IT infrastructure.
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