Microcalcification distribution over the smallest breast volume (d

Anna MIRA, Research Associate, Doctor of Engineering, King's College London, London, KCL, Division of Imaging Sciences and Biomedical Engineering

PDF) Simulation of breast compression using a new biomechanical model

Simulation of breast compression using a new biomechanical model

PDF) Simulation of breast compression using a new biomechanical model

Microcalcification distribution over the smallest breast volume (d =

PDF) Simulation of breast compression using a new biomechanical model

PDF) Simulation of breast compression using a new biomechanical model

Evaluation procedure: (a) MR image with defined 3D structure (vessel)

Viviane DEVAUGES, Scientist, GE Healthcare, Illinois, Mammography Advanced Applications

PDF) Simulation of breast compression using a new biomechanical model

Overview of the processing steps: (1) determination of 3D breast volume