Objectives To demonstrate the feasibility of contrast-enhanced dual-energy mammography
(CEDEM) using titanium (Ti) filtering at 49 kVp for high-energy images and a novel artefact …

Contrast-enhanced digital mammography (CEDM) is an alternative to conventional X-ray
mammography for imaging dense breasts. However, conventional approaches to CEDM …

Purpose: Dual‐energy (DE) iodine contrast‐enhanced x‐ray imaging of the breast has been
shown to identify cancers that would otherwise be mammographically occult. In this article …

The accumulation of injected contrast agents allows the image enhancement of lesions
through the use of contrast-enhanced mammography. In this technique, the combination of …

Purpose: Contrast‐enhanced digital mammography is an image subtraction technique that
is able to improve the detectability of lesions in dense breasts. One of the main sources of …

Dual-layer, or stacked, detectors reduce motion artifacts in combined x-ray images, such as
k-edge images, by acquiring low-and high-energy signals simultaneously. In this work we …

In contrast-enhanced mammography (CEM), the dual-energy dual-exposure technique,
which can leverage existing conventional mammography infrastructure, relies on acquiring …

This phantom study simulates contrast‐medium‐enhanced digital subtraction
mammography (CEDM) and compares subtracted image quality and total mean glandular …

Objective: To correlate image parameters in contrast-enhanced digital mammography
(CEDM) with blood and lymphatic microvessel density (MVD). Methods: 18 Breast Imaging …

This study was aimed to establish three-dimensional dose distributions for contrast-
enhanced digital mammography (CEDM) using self-developed Gafchromic XR-QA2 films …