YOUR UPGRADE FOR MRI DIAGNOSTICS IN NEURORADIOLOGY.
- Highest data protection standards
- Compatible with all common PACS
- Certified & tested thousands of times
- Highest data protection standards
- Compatible with all common PACS
- Certified & tested thousands of times
WE STEP IN WHERE MANY LOSE THEIR PATIENCE.
Our AI-based diagnostics software mdbrain was developed specifically for neuroradiological cases. We focus on cases that are strenuous and time-consuming or where it is important not to miss anything.
mdbrain is seamlessly integrated into your workflow. Results are available in less than 5 minutes. All with one click. Or directly integrated in the PACS if desired.
CURRENTLY
AVAILABLE MODULES.
DEMONSTRABLY FASTER,
SAFER AND MORE EFFICIENT.
Effective time saving in everyday routine
mdbrain enables a significantly faster diagnostic process with the highest reliability - without extra clicks in less than 5 minutes.
Peace of mind
in tricky situations
mdbrain provides you with an objective second opinion. For more confidence not to miss critical findings.
Reduce repetitive
tasks
Effective time saving in everyday routine
mdbrain enables a significantly faster diagnostic process with the highest reliability - without extra clicks in less than 5 minutes.
Peace of mind
in tricky situations
Reduce repetitive
tasks
LEARN MORE ABOUT YOUR PERSONAL BENEFITS!
We would be happy to advise you on how mdbrain can best support you in your work.
OUR REPORTS: INTUITIVE, PRECISE AND CLEAR.
Clear presentation of your findings, both in comparison to the norm and over time. Everything at a glance.
Precise, quantitative analyses for many brain regions using state-of-the-art Deep Learning algorithms.
Easy recognition of pathological structures through intuitive color scales, diagrams and tables.
OUR REPORTS: INTUITIVE, PRECISE AND CLEAR.
Clear presentation of your findings, both in comparison to the norm and over time. Everything at a glance.
Precise, quantitative analyses for many brain regions using state-of-the-art Deep Learning algorithms.
Easy recognition of pathological structures through intuitive color scales, diagrams and tables.
ONE SOLUTION
FOR MULTIPLE ASSESSMENTS.
Effective differential diagnostics for dementia patients
through reliable quantification of sensitive and pathognomically important regions (e.g. hippocampus).
Fast and precise monitoring of MS patients over time
by clearly displaying new and enlarged lesions over time.
No more overlooking of an aneurysm even in busy situations
thanks to automatic detection of saccular aneurysms >5mm with 100% sensitivity.
Reliably delineate and quantify tumor core and marginal oedema
through intuitive colored marking using overlays directly in your local PACS.
Spedali Civili Brescia University of Brescia Italy
Ihre Radiologie, Berlin - Germany
Radiologie am Rhein - Germany
Radiologist-in-Chief
evidia GmbH
DIE RADIOLOGIE Munich
Spedali Civili Brescia University of Brescia Italy
Ihre Radiologie, Berlin - Germany
Radiologie am Rhein - Germany
evidia GmbH
DIE RADIOLOGIE Munich
Award Winner - Awarded best tool for multiple sclerosis lesion segmentation.
Among 24 teams from four continents mdbrain proved to be the best AI tool.
Award Winner - Awarded best tool for multiple sclerosis lesion segmentation.
Among 24 teams from four continents mdbrain proved to be the best AI tool.
Numerous studies prove that mdbrain makes everyday radiological work easier.
We offer a transparent and flexible pricing model. You pay according to volume. Without risk. No hidden costs.
Test our software free of charge and without obligation!
FAQ
No, you don’t! mdbrain is a closed system seamlessly integrated into your local PACS as a so-called on-premise solution that only runs in your local IT system. As no data leaves your system it provides maximum data safety. Anonymization and pseudonomization therefore is not necessary.
mdbrain is designed in a way that patient data is only stored locally in our own IT-System and also all processing is done locally. Therefore, mdbrain provides maximum data safety.
mdbrain is installed locally as so-called on-premise solution and is seamlessly integrated into your local PACS. The system requirements are reasonable: a LINUX- or Ubuntu-Server (can be a virtual one) with Intel-i7-CPU (4 cores), 16 GB RAM and 500GB HDD is in most cases sufficient for fast processing. The analysis can be significantly accelerated by using a graphic board. Our support team can provide you with more detailed specs and is also able to provide support for your local installation.
mdbrain is approved as a medical device within the European Union and bears the CE mark. This means that it can be used on patients throughout Europe and is partially reimbursable according to local regulations.
mdbrain is billed according to a Software as a Service (SaaS) model. This means that you do not have to purchase any software and only pay for as many analyses as you actually use. You automatically benefit from future product enhancements and extended functionality. The usage fee depends on the monthly volume of examinations. For a high volume of examinations, a complete quantitative analysis is possible for less than 5€. We will gladly provide you with an offer tailored to your situation and needs. You can also test our software free of charge and without obligation.
mdbrain can process almost all DICOM image data generated by MR systems by Siemens, Philips, GE or Canon/Toshiba with 1.5 or 3T field strength. Although mdbrain can work within a broad range of sequence parameters and image quality, we recommend specs to see optimal results.
Brain volumetry: 3D-T1-MPRAGE sequence with an in-plane resolution of at least 1.0 x 1.0 mm².
Lesion characterization: (3D-)T1 sequence and 3D-T2-FLAIR sequence, both with an in-plane resolution of 1.0 x 1.0 mm².
Aneurysm detection: TOF sequence with an in-plane resolution of 1.0 x 1.0 mm².
Tumor differentiation: 3D-T1 sequence with an in-plane resolution of 1.0 x 1.0 mm², 3D-T2-FLAIR sequence with an in-plane resolution of 1.0 mm x 1.0 mm, T1 sequence with contrast medium with an in-plane resolution of 3.0 x 3.0 mm² and T2-Spin-Echo sequence with an in-plane resolution of 3.0 x 3.0 mm².
