| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 2735698 | Radiography | 2015 | 9 Pages |
•Digital detector technology affects cancer detection rate, dose and image quality.•Digital detectors have facilitated new technologies such as tomosynthesis.•3-D techniques reduce superimposition and increase cancer detection in dense breasts.•Contrast-enhanced mammography demonstrates improved sensitivity and specificity.
The overall diagnostic accuracy of digital mammography in the context of screening has been shown to be similar or slightly better than screen-film mammography. However, digital mammography encompasses both Computed Radiography (CR) and integrated Digital Radiography (DR) and there is increasing evidence to suggest that differences in detector technology are associated with variations in cancer detection rate, dose and image quality. These differences are examined in detail.Although digital mammography offers many advantages compared to screen-film, there are still some limitations with its use as a screening tool and reduced cancer detection in dense breasts remains an issue. Digital mammography detectors have paved the way for emerging technologies which may offer improvements. Taking the definition of mammography to only include X-ray imaging of the breast, this article focuses on tomosynthesis, contrast-enhanced digital mammography, stereoscopic mammography and dedicated breast computed tomography. Advanced software applications such as Computed Aided Detection (CAD) and quantitative breast density assessment are also presented. The benefits and limitations of each technique are discussed.
