Breast imaging is largely indicated for detection, diagnosis, and clinical management of
breast cancer and for evaluation of the integrity of breast implants. In this work, a prospective …

In this review, we will cover both clinical and technical aspects of the advantages and
disadvantages of organ specific (dedicated) molecular imaging (MI) systems, namely …

Tomographic breast imaging techniques can potentially improve detection and diagnosis of
cancer in women with radiodense and/or fibrocystic breasts. We have developed a high …

The purpose of this simulation study was to evaluate the feasibility, benefits, and potential
operating parameters of a quasi‐monochromatic beam from a tungsten‐target x‐ray source …

A compact, dedicated cadmium zinc telluride (CZT) gamma camera coupled with a fully
three-dimensional (3-D) acquisition system may serve as a secondary diagnostic tool for …

Our effort to implement a volumetric x-ray computed mammotomography (CmT) system
dedicated to imaging breast disease comprises: demonstrated development of a quasi …

Purpose: The authors investigated the choice of spectra for the optimization of the dose‐
weighted contrast‐to‐noise ratio (CNRD) for a dedicated breast CT scanner. The objective is …

In the field of nuclear medicine imaging, breast imaging for cancer diagnosis is still mainly
based on 2D imaging techniques. Three-dimensional tomographic imaging with whole-body …

We evaluate the feasibility, benefits, and operating parameters of a quasimonochromatic
beam for a newly developed x-ray cone beam computed mammotomography application …

Background In previous work, we demonstrated the presence of hydroxyapetite (type II
microcalcification), HAP, in triple negative MDA-MB-231 breast cancer cells. We used 18 F …