Due to their different physical origin, X-ray mammography and Magnetic Resonance
Imaging (MRI) provide complementary diagnostic information. However, the correlation of …

Purpose: The authors are developing a series of computational breast phantoms based on
breast CT data for imaging research. In this work, the authors develop a program that will …

This paper presents a novel X-ray and MR image registration technique based on individual-
specific biomechanical finite element (FE) models of the breasts. Information from 3D …

Characterisation of soft tissue mechanical properties is a topic of increasing interest in
translational and clinical research. Magnetic resonance elastography (MRE) has been used …

Abstract Ultrasound Computer Tomography (USCT) is a promising breast imaging modality
under development. Comparison to a standard method like mammography is essential for …

There are many challenges clinicians are faced with when diagnosing and treating breast
cancer. Biomechanical modeling of the breast is a field of research that aims to assist …

Purpose: This work presents a complete and automatic software application to aid
radiologists in breast cancer diagnosis. The application is a fully automated method that …

X-ray mammography (XRM) and Magnetic Resonance Imaging (MRI) are likely to provide
complementary diagnostic information for early breast cancer detection. However …

Large deformation analysis of the breast is known as a useful approach for locating the
tumor and treatment strategies of breast cancer, for which knowing the breast stiffness …

Purpose This study develops a viscous damping model (VDM) based on Rayleigh Damping
(RD) with potential use in low cost, non‐invasive breast cancer diagnostics using Digital …