Quantitative dynamic PET with compartmental modeling has the potential to enable
multiparametric imaging and more accurate quantification than static PET imaging …

In the context of oncology, dynamic PET imaging coupled with standard graphical linear
analysis has been previously employed to enable quantitative estimation of tracer kinetic …

Parametric imaging has been shown to provide better quantitation physiologically than SUV
imaging in PET. With the increased sensitivity from a recently developed total-body PET …

Purpose Hybrid dynamic imaging allows not only the estimation of whole-body (WB)
macroparametric maps but also the estimation of microparameters in the initial bed position …

Objectives: The use of dynamic positron emission tomography/computed tomography
(dPET/CT) studies with [18 F] deoxyglucose (FDG) in oncological patients is limited and …

Purpose To investigate the kinetics of 18 F-fluorodeoxyglucose (18 F-FDG) by positron
emission tomography (PET) in multiple organs and test the feasibility of total-body …

Static whole-body PET/CT, employing the standardized uptake value (SUV), is considered
the standard clinical approach to diagnosis and treatment response monitoring for a wide …

Positron emission tomography (PET) can characterize different aspects of tumor physiology
using various tracers. PET scans are usually performed using only one tracer since there is …

Multi-Bed FDG PET/CT as applied to oncologic imaging is currently widely and routinely
used for assessment of localized and metastatic disease involvement. In the past, based on …

18F-FDG kinetics are quantified by a 2-tissue-compartment model. The routine use of
dynamic PET is limited because of this modality's 1-h acquisition time. We evaluated …