Multiple factors affect image quality regardless of the organ being imaged. Every aspect of
an image protocol must be followed to ensure the highest image quality and to prevent …

Image quality is a factor of the utmost importance in nuclear medicine. Regardless of what
type of scan is being done, technologists should be diligent in how images are being …

Objective The objective of the study was to present a simple method for comparing clinical
PET images to a set of increasing quality images. Those different quality images were …

The development and evolution of functional brain imaging technologies and their broad
application to a wide range of neurological and psychiatric disorders have led to their …

As part of a clinical validation of a new brain-dedicated PET system (CMB), image quality of
this scanner has been compared to that of a whole-body PET/CT scanner. To that goal …

Radiologists face the daily challenge of analyzing and interpreting a high volume of images
in a timely manner. Minimizing errors, whether perceptual or cognitive in nature, is …

Objective The purpose of this study is to investigate potential differences in the image quality
of inpatient versus outpatient F-18-FDG PET/CT to provide evidence for appropriate policies …

Since the introduction of FDG as the main PET radiotracer for imaging a variety of disorders,
a great deal of effort has been made to expand the domain of this novel technology by using …

Purpose Multi-centre trials are an important part of proving the efficacy of procedures, drugs
and interventions. Imaging components in such trials are becoming increasingly common; …

Quantification of brain function using positron emission tomography (PET) is an emerging
research field. For many years, interest inthe regional distribution of brain perfusion and …