Tissue mimicking materials (TMMs), typically contained within phantoms, have been used
for many decades in both imaging and therapeutic applications. This review investigates the …

The rapid growth of 3D printing technology has transformed different fields in medicine, for
example the fabrication of medical phantoms-physical models mimicking biological tissue in …

Introduction This work describes the development of a novel radiomics phantom designed
for magnetic resonance imaging (MRI) that can be used in a multicenter setting. The …

Magnetic resonance-guided radiotherapy technology is relatively new and commissioning
publications, quality assurance (QA) protocols and commercial products are limited. This …

Purpose To develop a phantom for methodological radiomic investigation on Magnetic
Resonance (MR) images of female patients affected by pelvic cancer. Methods A pelvis …

Purpose Three‐dimensional (3D) printing allows for the fabrication of medical devices with
complex geometries, such as soft actuators and robots that can be used in image‐guided …

Reproducibility of radiomics features necessitates that scanner noise be considered prior to
feature extraction. Phantom research provides the opportunity for such 'ground …

Background PET/MRI phantom studies are challenged by the need of phantom-specific
attenuation templates to account for attenuation properties of the phantom material. We …

Commercial availability, ease of printing and cost effectiveness have rendered 3D printing
an essential part of magnetic resonance (MR) experimental design. However, the magnetic …

Background 3D printers have gained prominence in rapid prototy** and viable in creating
dimensionally accurate objects that are both safe within a Magnetic Resonance Imaging …