1324 Objectives: The recent introduction of next-generation digital photon counting PET
detector (dPET) technology will enable new precision nuclear medicine practices for …

218 Objectives: Next-generation digital photon counting PET detector (dPET) technology is
an innovative leap over existing conventional photomultiplier tube-based PET (cPET) …

623 Objectives To assess the clinical feasibility and potential clinical benefit of next
generation digital PET detector technology for ultra-high definition imaging in head and neck …

P205 Introduction: F-18 FDG PET/CT imaging is becoming widely popular these days for its
applications in oncology–diagnosis, staging, response assessment and detection of …

1695 Objectives The availability of solid state, digital PET detectors replacing traditional
photomultiplier PET detector assemblies is a major technological change that requires …

1287 Objectives The learning objectives will be: 1. Introduction to next-generation, solid
state, digital photon counting PET detector (dPET) technology as it relates to clinical nuclear …

965 Objectives: FDG PET/CT is a well-established imaging modality for the staging and
restaging of ocular melanoma. This exhibit is a pictorial essay on the utilization of FDG …

1876 Objectives Digital photon counting (DPC), solid state PET/CT (dPET) demonstrated its
superiority in timing resolution (325ps) compared to the 500-600ps timing of conventional …

Materials and methods A retrospective analysis of 67 patients (pts)(34 males and 33
females; mean age 59.91 years old) who performed 18F-FDG PET/CT for orbital and ocular …

Positron emission tomography (PET) using [18 F]-2-deoxy-d-glucose (FDG) diagnoses,
stages, and restages many cancers and is often better than anatomic imaging alone …