Positron emission tomography (PET) is used in the clinic and in vivo small animal research
to study molecular processes associated with diseases such as cancer, heart disease, and …

PET imaging technology is gaining momentum as a versatile and irreplaceable research
tool for a wide variety of applications in biomedical research due to gleaning a wealth of …

The goal of this study was to exploit the excellent spatial resolution characteristics of a
position-sensitive silicon photomultiplier (SiPM) and develop a high-resolution depth-of …

The performance of dual-ended readout depth-encoding positron emission tomography
(PET) detectors based on bismuth germanate (BGO) coupled to silicon photomultipliers …

Organ dedicated PET devices provide improved imaging performance when compared to
whole body systems. The present study summarizes the test carried out to study a new …

By using detectors with good depth encoding accuracy (∼ 2 mm), an animal PET scanner
can be built with a small ring diameter and thick crystals to simultaneously obtain high …

Brain PET scanners that simultaneously provide high-resolution across the field-of-view and
high-sensitivity can be constructed using detectors based on SiPM arrays coupled to both …

A dual-ended readout PET detector based on two Hamamatsu 16× 16 arrays of 1× 1 mm 2
SiPMs coupled to both ends of a 25× 25 array of 0.69× 0.69× 20 mm 3 polished LYSOs was …

Background Monolithic scintillators read out by arrays of photodetectors represent a
promising solution to obtain high spatial resolution and the depth of interaction (DOI) of the …