192 Objectives: Brain PET imaging plays important roles in many fields such as neurology,
neuro-oncology, and molecular imaging research. To fulfill a growing demand for a high …

1500 Objectives: Brain PET is a powerful imaging tool to visualize various functions and
metabolism of the human brain. To make a high-sensitivity brain PET system with a limited …

We are developing a compact and high-sensitivity brain-dedicated PET scanner, which
consists of a hemispherically arranged detector unit and an add-on detector unit. Following …

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

14 Introduction: The use of silicon photomultipliers (SiPMs) as photosensors has enabled
novel PET detector designs with improved physical performance characteristics. We …

Objective. For PET imaging systems, a smaller detector ring enables less intrinsic spatial
resolution loss due to the photon non-collinearity effect as well as better balance between …

P169 Introduction: The aim of this work is to develop an MRI compatible human brain PET
scanner with uniform high spatial resolution and high sensitivity by using dual-ended …

436 Objectives: PET scanners with time-of flight (TOF) technique is quite common today and
the TOF resolution has become an important standard reflecting the performance of TOF …

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 …

1708 Objectives: Dual-modality PET/MRI imaging is a very powerful tool for brain imaging
since PET and MRI are important brain imaging tools and highly complementary. Dedicated …