527 Objectives Perform dynamic PET studies of patients injected with low doses of F-18 and
C-11 radiotracers with a dedicated 3D brain scanner: NeuroPET. Methods NeuroPET offers …

P298 Introduction: The goal of the NeuroEXPLORER (NX) project is to develop a next-
generation dedicated brain PET system. Motivated by human brain HRRT studies (Yale) and …

435 Objectives To evaluate the performance of the newly developed NeuroPET-CT based
on the NEMA standard. Methods NeuroPET-CT is a new dedicated brain PET-CT mobile …

430 Objectives: PET is regaining a critical role with unique capabilities for brain molecular
imaging of biologic and neurological pathways and disease process. This study is to …

2162 Objectives The newly developed mobile NeuroPET-CT scanner is a dedicated high-
resolution, high-sensitivity brain PET-CT. There has been significant hardware and software …

269 Objectives Current PET scanners have an axial FOV of 15-30 cm, and a typical 18 F-
FDG PET whole-body scan requires an injected activity of 200-400 MBq. The EXPLORER …

1120 Objectives: PET human brain imaging has evolved dramatically, with the availability of
a vast array of specific radiotracers, leading to numerous imaging paradigms to measure a …

The PennPET Explorer, a prototype whole-body imager currently operating with a 64-cm
axial field of view, can image the major body organs simultaneously with higher sensitivity …

P801 Introduction: We (Yale, UC Davis, United Imaging) have successfully developed
NeuroEXPLORER (NX), a dedicated human brain PET/CT imager with high spatial …

2503 Objectives The first use of digital PET/CT imaging Methods The recently introduced
first digital PET/CT scanner allows for new opportunities in diagnostic image quality in …