Purpose To develop a digital reference object (DRO) toolkit to generate realistic breast DCE‐
MRI data for quantitative assessment of image reconstruction and data analysis methods …

Advanced data acquisition and reconstruction methods have been proposed to improve
temporal and spatial resolution DCE imaging for breast. However, few studies have …

In most industrialized countries breast cancer will affect one out of eight women during her
lifetime. In the USA, after continuously increasing for more than two decades, incidence …

Three dimensional bilateral imaging is the standard for most clinical breast dynamic contrast-
enhanced (DCE) MRI protocols. Because of high spatial resolution (sRes) requirement, the …

Radial acquisition with MOCCO reconstruction has been previously proposed for high
spatial and temporal resolution breast DCE imaging. In this work, we characterize MOCCO …

Advances in accelerated magnetic resonance imaging (MRI) continue to push the bounds
on achievable spatial and temporal resolution while maintaining a clinically acceptable …

Purpose To assess the temporal sampling requirements needed for quantitative analysis of
dynamic contrast‐enhanced MRI (DCE‐MRI) data with a reference region (RR) model in …

Both high temporal and high spatial resolutions of DCE-MRI are required for screening
patients with high risk of the breast cancer using pharmacokinetic model analyses. The …

The purpose of this work is to quantify the accuracy of pharmacokinetic parameter
measurement in DCE-MRI of breast cancer at 3 T in relation to three sources of error …

Quantitative breast dynamic contrast-enhanced (DCE) magnetic resonance imaging (MRI),
or pharmacokinetic (PK) modeling of breast DCE-MRI data, is increasingly used in breast …