Digital Breast Tomosynthesis: A Comprehensive Guide

Digital breast tomosynthesis (DBT), also known as “3D mammography,” is a cutting-edge breast imaging technology that allows for the viewing of the breast in layers. This innovative technique offers several advantages over conventional mammography, including the elimination of superimposed tissue, improved detection of hidden lesions, and significantly higher cancer detection rates.

DBT Fundamentals

The first section of this comprehensive guide is dedicated to the fundamentals of DBT, covering topics such as physics, reconstruction methods, acquisition parameters, and patient dose and data size considerations. These essential details provide a solid foundation for understanding the technology and its applications in breast imaging.

Clinical Practice and Case Studies

The next two sections of the guide are focused on case-based clinical practice presentations, organized by DBT screening and diagnostic components. These sections include:

• 100 case studies featuring pertinent clinical information, introductory images, and findings labeled with BI-RADS terminology.
• Full field digital mammography and/or synthetic 2D mammogram images in all case studies, mirroring what is typically encountered in DBT breast-imaging programs.
• Clinical pearls on navigating the technology, interpreting images, making diagnoses, and deciding on follow-up studies.

Accompanying online videos further elucidate the still images, providing a more interactive and comprehensive learning experience for radiologists and mammography technicians.

Why This Guide is Essential

This remarkable reference is a must-have for both trainee and practicing radiologists, as well as mammography technicians. The detailed case studies and videos demonstrate the full utility of DBT as a screening and diagnostic technology in context with mammography, ultrasound, and MRI of the breast.

By providing a thorough understanding of DBT and its applications, this guide aims to enhance the knowledge and skills of healthcare professionals in the field of breast imaging, ultimately leading to better patient outcomes and more accurate diagnoses.