With mint Lesion™, the entire workflow including tasks and assignments of your quantitative imaging biomarkers (QIB) research work are contained within one software solution. Customized research protocols, rigorous and objective assessment of image data, and their correlation with anatomically relevant parameters are directly integrated into the platform.
mint Lesion™ acts as a catalyst for the availability of large data sets by supporting multidisciplinary and multi-institutional collaboration. The resulting vast amounts of structured, high-quality data are the basic prerequisite for the Big Data Analytics and can be directly utilized, for example, in AI applications.
Minimize variability through objective assessments
The context-driven read procedures of mint Lesion™ will guide you throughout the radiological assessment...
Generate high-quality, AI-compatible data
From the first measurement, mint Lesion™ links each measured value to the context of its origin...
Analyze your data in real-time
Visualize in graphs and charts all your data from one study or across multiple studies with mint Analytics...
The context-driven read procedures of mint Lesion™ will guide you throughout the radiological assessment according to the pre-determined protocols. The software’s analytical flexibility enables you to document significant morphologic and functional image data observations as well as classify these data in adherence to protocols and track them over time.
From the first measurement, mint Lesion™ links each measured value to the context of its origin, defines its clinical meaning, and thus ensures traceability, quality, and long-term usability of the gathered data.
Related clinical data can be gathered using modern browser-based forms compatible with tablets and smartphones. Furthermore, clinical data can be imported automatically from your HIS/EMR system. The data generated by mint Lesion™ fulfills the highest quality standards and can be used to their full potential. With these data you can reduce the sample size, the duration, and the cost of your screening, diagnostics or outcomes research.
Visualize in graphs and charts all your data from one study or across multiple studies with mint Analytics, an add-on of mint Lesion™. Using a configurable search engine, mint Analytics provides you with the possibility to perform real-time analysis. Furthermore, predefined, customized analysis dashboards can be used to quickly extract relevant exploratory statistics.
Boost precision medicine
Radiomics became highly appealing due to the reuse of existing data, minimal invasiveness, the...
Collect radiomics data in the background of your day-to-day reads
All 2D ROI and volumetric measurements performed in mint Lesion™ can be used to calculate...
Export radiomic features and annotations
To perform statistical analysis, you can conveniently configurate and activate multiple radiomics exports for...
Radiomics became highly appealing due to the reuse of existing data, minimal invasiveness, the promise of high accuracy of results, and cost-effectiveness.
Radiomics offers great potential for advancing precision medicine. Still, the implementation of radiomic features in a clinical setting harbors substantial challenges – which mint Lesion™ successfully addresses by enabling reproducibility and quantitative data collection, curation, and sharing.
All 2D ROI and volumetric measurements performed in mint Lesion™ can be used to calculate a radiomics footprint in compliance with the Imaging Biomarker Standardization Initiative (1st and 2nd order features). You can access the radiomics results directly from your mint Lesion™ user interface as well as the charts showing their longitudinal development.
To perform statistical analysis, you can conveniently configure and activate multiple radiomics exports for each individual patient or for several study cohorts. Extracted radiomic features can then be exported to XML or CSV and analyzed together with genetic and clinical data. In addition to the radiomics exports, mint Lesion™ supports all common data formats to export the performed annotations: NRRD/NIFTI, DICOM RT, DICOM Segmentation Objects, and DICOM SR.
Advance multidisciplinary cooperation
Strengthen the quality of scientific research by bringing data out of departmental silos and...
mint Lesion™ facilitates collaborative multicenter and federated efforts to gather, share, store, and...
Save costs and time
The standardized data collection and analysis with mint Lesion™ supports the creation of image repositories...
Strengthen the quality of scientific research by bringing data out of departmental silos and across traditional disciplinary boundaries. mint Lesion™ enables all involved parties to share and use common data.
mint Lesion™ facilitates collaborative multicenter and federated efforts to gather, share, store, and curate data, enabling larger imaging-based studies with more extensive and diverse study cohorts.