Hologic offers a range of software options that help you increase the value of your Hologic mammography portfolio, including the following processing applications.
Using deep learning technology, AI Genius detection software finds cancer with better accuracy than Hologic’s previous generation CAD10-11, with the software fully integrated on AWS Dimensions®. Genius AI detection technology defines areas of interest across all types of Hologic Dimensions images – both now and in the future.
Quontra breast density assessment software provides an objective method for evaluating a patient’s breast density. This is crucial for women with dense breasts, as higher breast density is known to increase a woman’s risk of breast cancer.1
• Quantra breast density assessment software is a machine learning algorithm that analyzes each patient’s pattern and texture to provide an unbiased assessment of breast density. This information includes the Quantra density category, which aligns with the four breast composition categories of the ACR Birads® Atlas, Fifth Edition.
• allows viewing results on Securview and other diagnostic workstations; Also compatible with some mammography reporting systems.
• Compatible with images acquired from the Genius™ 3D Mammography™ exam2.
ImageChecker CAD software, which defines regions of interest in mammographic images to help radiologists minimize observational oversight, potentially reduces false negative readings.
• Identifies regions of interest in mammographic images to assist the radiologist.
• Analyzes and marks suspicious masses and clusters of calcifications.
• displays markers on SecurView® and PACS workstations; Also compatible with other diagnostic workstations.
C-View Software is Hologic’s FDA-approved solution that replaces FFDM within the combined tomosynthesis examination. The 2D C-View Software image is designed to be different. Our advanced algorithm uses high-quality tomosynthesis data and immediately creates 2D images designed to enhance details such as bright spots and linear structures while reducing tissue overlap.
