Pre-processing will automatically start after sending the scan to the workstation to ensure the images are analyzed when the user is ready to review.
Quantified segmentation results of brain volumes covering CSF, lobes, hippocampus and WMHs are presented in an easy to read table and visualized with color coded overlays on an anatomical map.
Examination results can be downloaded or uploaded to PACS as a comprehensive report including self-selected cross-sections and personal comments.
With this machine learning radiology application, automatic brain tissue segmentation provides fast insight in the possible presence of atrophy related to Alzheimer’s disease or other types of dementia, supporting more accurate diagnosis. The available reference centile curves derived from the population-based Rotterdam Scan Study enable accurate detection and staging of atrophy.
Quantib® ND Plus follow-up feature allows for tracking of neurodegeneration over time. Based on T1w scans, the radiology software will be able to process scans from subsequent time points and compare quantified volumes of total brain, CSF, lobes, hippocampus and white matter hyperintensities.
Automatic assessment of white matter hyperintensity development supports easy and fast monitoring of MS patients. Quantib® ND Plus medical software distinguishes between new and previously identified WMHs, providing an intuitive visualization with colour-coded lesions super positioned on an anatomical map.
Quantib® ND Plus user interface and manual are available in English, Spanish and French. Quantib® ND Plus manual is available in German and Italian.
Quantib® ND Plus offers a table presenting a clear overview including volumes of ICV, CSF and Total Brain Volume, as well as lobes and hippocampus. Results supported with self-selected cross-sections can be exported to a comprehensive report.
Atrophy can be monitored using the brain structure segmentation follow-up function. The reference centile curves allow for comparison of patient brain volume development to the expected values for a healthy population. The results table presents quantified values for different brain structures, including all lobes.
Two time point segmentation of white matter hyperintensities supports quantified tracking of lesion development. The WMH results table gives an overview of WMH development in volume and number.
The tremendous value Quantib® ND Plus adds is that the software delivers quantified information for our dementia patients and objective tracking of disease progression for our MS patients. Additionally, the software is remarkably user-friendly, enabling me to rapidly deliver even better funded, more detailed radiology reports to my clinicians.
Using Quantib® ND Plus enables us to provide our clinicians with valuable objective information derived from our MRI scans. Comparing the patient's results to a non-biased reference population, makes it easier for clinicians to give patients insights into their atrophy development.
Quantib® ND Plus clearly enables constructive multidisciplinary meetings by enabling efficient decision making. It provides a comprehensive overview of imaging results and compares outcomes to a normative database, therefore it enhances the quality of care we can deliver to our patients.
We are happy to schedule a call and give you the full tour of all that our machine learning radiology application Quantib® ND Plus offers during a video conference.
"Automatic Analysis of Brain Tissue and Structural Connectivity in MRI", Renske de Boer's thesis, written at Erasmus University Rotterdam, describes the starting point of our Quantib® Brain and Quantib® ND Plus products.
After analysis