… principles of tracer kinetic analysis for oncologic PET (part 1), followed by examples of specific
implementations of kinetic analysis … basic concepts of kinetic analysis in oncologic imaging…

… This article focuses on tracer kinetic principles in relation to PET imaging studies of the brain.
Tracer kinetic principles and PET imaging have been used to study brain function across a …

… the principles and methodology of kinetic analysis, the biology of 18 F-FDG requires modeling
with a 2-tissue-compartment irreversible model in most tissues. From this model, kinetic …

… and Stable Isotope Tracers in Biomedicine: Principles and Practice of Kinetic Analysis. The
… with a solid theoretical base in tracer kinetics and sample analysis, and sufficient practical …

… aspects of analyzing tracer kinetic data obtained … tracer kinetic techniques to probe different
metabolic systems. In addition, it can be used as an introductory text in tracer kinetic analysis …

… Although for practical purposes to perform kinetic analysis it is obligatory to consolidate
certain moieties of the system into one-pool equivalents, such simplification has limitations. …

… principles in tracer kinetics that are relevant to DCE MRI, including the notions of impulse
response and convolution, which are central to the analysis of … use of tracer kinetic analysis can …

… microcirculation by applying the principles of tracer-kinetic analysis to concentration–time …
basic principles of DCE-MRI and DCE-CT, with a specific emphasis on the use of tracer-kinetic …

… kinetic analysis requires defining an acquisition protocol, selecting an appropriate model and
analysis … the Fick principle, which states that the rate of change of the tracer concentration …

… (Even if for some reason such as the uncertainty principle, … tracer and which really is the
single reason why tracer experiments have achieved such phenomenal success is that the tracer …