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Address the challenges of reading an increasing amount of tomosynthesis cases with a high-performing, concurrent-read, workflow solution that rapidly and accurately analyzes each tomosynthesis plane, detecting both malignant soft tissue densities and calcifications with exceptional accuracy.
Deep learning based ProFound AI for Senographe Pristina™ is changing the paradigm by offering radiologists the possibility to address the challenges of reading an increasing amount of tomosynthesis cases with a high-performing, concurrent-read, workflow solution that rapidly and accurately analyzes each tomosynthesis plane, detecting both malignant soft tissue densities and calcifications with exceptional accuracy.



The iCAD reader study shows not only increased sensitivity, but most importantly specificity, which means that ProFound AI performs better than conventional 2D CAD with regard to false positives¹.
A Case Score is assigned to each case by the ProFound AI algorithm. The Case Score represents how confident the algorithm is that a case is malignant, taking into account all detections in the case.
ProFound AI displays the case scores in the worklist.
The ProFound AI deep learning algorithm reads all DBT planes and subsequently reports microcalcifications, masses and architectural distortions. ProFound AI also displays markers or areas of interest in different DICOM formats that can be shown on a Seno Iris and PACS workstations.
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