mdbrain

mdbrain

mdbrain is a precise, fast and thus efficient software solution for quantitative neuroimaging powered by artificial intelligence (AI). Applications range from volumetric brain analysis down to the characterization of white matter lesions. It uses a combination of several deep learning methods to derive meaningful data from MR images. The seamless integration of mdbrain into customer's local IT-System not only provides them with an objective 2nd opinion within just a few minutes but also with the best possible data protection. mdbrain is a CE-marked medical device.

Advantages

icon precise

precise

thanks to newest deep learning technology
icon simple

simple

installed within a day - easy to use
icon fast

fast

report available even before the patient leaves the scanner
icon efficient

efficient

improve report quality & save precious time
icon safe

safe

on-premise installation - no need to send patient data away
icon secure

secure

always and objective 2nd opinion at hand

Video-Tutorials

Brain Volumetry

Based on native 3D-T1-sequences like MPRAGE mdbrain automatically segments several brain regions from whole brain down to Hippocampus or Mesencephalon. Using a normative database of several thousand individuals aged 18- 92 years mdbrain will derive normal values based on age, sex and intracranial volume. Deviations from normal values will be colour codes with 2 different thresholds (2SD=yellow and 4 SD=red). Longitudinal volumetry is possible, too, and could uncover degenerative processes before they hit the definite pathological range.
mdbrain – Volumetry Report - page 1

mdbrain – Volumetry Report - page 1

Detailed Report  
mdbrain – Volumetry Report - page 2

mdbrain – Volumetry Report - page 2

Detailed Report  
mdbrain – Volumetry Report - Definition of normal and pathological values

mdbrain – Volumetry Report - Definition of normal and pathological values

Detailed Report  

White matter lesions

Based on T1- & T2-FLAIR sequences mdbrain automatically segments white matter lesions and maps them to MS-specific and unspecific regions according to MAGNIMS-criteria. Over time new and enlarging lesions are separately quantified. Lesion overlays are available in the PACS or in a dedicated 3D-Viewer where annotations can be validated at a single lesion level.
mdbrain – Lesion dynamics & distribution

mdbrain – Lesion dynamics & distribution

Detailed Report  
mdbrain - Example 1 lesion overlay in the PACS.

mdbrain - Example 1 lesion overlay in the PACS.

mdbrain - Example 2 lesion overlay in the PACS.

mdbrain - Example 2 lesion overlay in the PACS.

Aneurysm detection

Based on TOF sequences mdbrain automatically detects and quantifies aneurysms. Progress over time is quantified as well.
mdbrain - Aneurysm Report

mdbrain - Aneurysm Report

Detailed Report  
mdbrain - Aneurysm #1 in PACS

mdbrain - Aneurysm #1 in PACS

mdbrain - Aneurysm #2 in PACS

mdbrain - Aneurysm #2 in PACS

Tumour characterization

Based on native T1, Gd+-T1, T2 & T2-FLAIR sequences mdbrain automatically detects and characterizes brain tumours. Solid parts of the tumour as differentiated from edema and progress is monitored over time.
mdbrain - Tumour Report

mdbrain - Tumour Report

Detailed Report  
mdbrain - Tumour #1 in PACS

mdbrain - Tumour #1 in PACS

mdbrain - Tumour #2 in PACS

mdbrain - Tumour #2 in PACS

Workflow integration

382014 routine reports generated already

mdbrain – precise, fast & efficient

FAQ

The analytical procedure and report generation take about 5-15 minutes. This can vary a bit depending on your local computational power. Therefore, it is in principle possible to discuss the results with your patient during the same appointment.

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 and you can forget about anonymisation and pseudonymisation.

mdbrain is designed in a way that patient data never leaves your local IT-System. 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-Server (can be a virtual one) with Intel-i7-CPU (4 cores), 16 GB RAM and 500GB HDD is sufficient in most cases for a speedy 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 from Version 1.0 onwards is a CE-marked medical product in the European Union and can therefore be used in clinical routine for patient diagnostics. However, reimbursement rules might vary between countries.

mdbrain is provided via so-called Software as a Service (SaaS) model. That means you don’t have to buy the software but pay only per use while benefiting from regular product updated and improved functionality. The fee per analysis is dependent on the monthly volume and starts from 5€. Any support during installation and afterwards is included already and will not be charged separately. We are more than happy to provide you with a tailored offer which reflects your local situation best. Moreover, we provide the option to test mdbrain free of charge for 30 days.

mdbrain can process almost all DICOM image data generated by MR systems by Siemens, Philips, GE or Toshiba with 1.5 or 3T field strength. Although mdbrain can work within a broad range of sequence parameters and image quality, we recommend the following specs to see optimal results: - for brain volumetry: 3D-T1-MPRAGE-Sequence with an in-plane resolution of at least 1.0 mm x 1.0 mm - for lesion characterization: 3D-T2-FLAIR with an in-plane resolution of 1.0 mm x 1.0 mm - for aneurysm detection: TOF with an in-plane resolution of 1.0 mm x 1.0 mm
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