Comparison of Conspicuity of Masses and Architectural Distortions Between Wide- and Narrow-angle Digital Breast Tomosynthesis Systems

Primary Objectives \- The primary objective of this proposed study is to show that bWBT (B.brilliant wide-angle breast tomosynthesis) images provide better lesion conspicuity for masses and architectural distortions than NBT images based on the standard screening tomosynthesis imaging. Secondary Objectives * The secondary objective of this proposed study is to show that WBT images provide better lesion conspicuity for masses and architectural distortions based on the standard screening tomosynthesis imaging. * Additional secondary objectives include radiologist feedback on the B.brilliant images, technologist experience with B.brilliant, and a participant comfort survey.