Grace Y. Rathfon

TL;DR: Use of digital breast tomosynthesis for breast imaging may result in a substantial decrease in recall rate, and there was no convincing evidence that use of digital Breast Tomosynthesis alone or in combination with FFDM results in a significant improvement in sensitivity.

TL;DR: SM alone or in combination with tomosynthesis is comparable in performance to FFDM alone orIn combination withTomosynthesis and may eliminate the need for FFDM as part of a routine clinical study.

TL;DR: Tomosynthesis significantly improved diagnostic accuracy for noncalcified lesions compared with supplemental mammographic views compared with BI-RADS category 4 or 5, without a meaningful change in sensitivity.

TL;DR: Improved synthesized images with experimentally verified acceptable diagnostic quality will be needed to eliminate double exposure during DBT-based screening and lower sensitivity with comparable specificity was observed with the tested version of synthetically generated images compared to FFDM, both combined with DBT.

TL;DR: The results suggest that differences in REIS signals between two breasts measured in and around the tissue resonance frequency can be used to identify at least some of the women with suspicious abnormalities warranting biopsy with high specificity.