Our objective was to harmonize multicenter 89Zr PET imaging for oncology trials and to
evaluate lesion detection. Methods: Seven PET scanners were evaluated using a custom …

This study investigated the feasibility of quantitative accuracy and harmonized image quality
in 89Zr-PET/CT multicenter studies. Methods: Five PET/CT scanners from 3 vendors were …

The lesion detectability performance of 6 PET imaging platforms has been compared using
a highly reproducible whole-body phantom and localization receiver operating characteristic …

This study was performed to prospectively evaluate fast PET/CT imaging protocols using
lutetium oxyorthosilicate (LSO) detector technology and 3-dimensional (3D) image …

1399 Introduction: 89 Zr is a positron-emitting radionuclide with a half-life of 78.4 hours, a
positron branching ratio of 22.3%, and a ubiquitous 909 keV gamma. It is seeing increasing …

Objectives The purpose of this study was to evaluate the impact on lesion detectability of fast
imaging protocols using 18 F-FDG and a 3-dimensional LSO-based PET/CT scanner …

Background PET nuclides can have a considerable influence on the spatial resolution and
image quality of PET/CT scans, which can influence diagnostics in oncology, for example …

Molecular imaging is uniquely positioned to address the challenges presented by precision
medicine, not only in accurately staging disease but also in assessing targeted therapies …

We report the discovery of a systematic miscalibration during the work-up process for site
validation of a multicenter clinical PET imaging trial using 68Ga, which manifested as a …

The aim of this work was to develop a rigorous evaluation methodology to assess
performance of different acquisition and processing methods for variable patient sizes in the …