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DOI: 10.3791/55184-v
Blake J. Cochran1, William J. Ryder2,3,4,5, Arvind Parmar6, Kerstin Klaeser4,5, Anthonin Reilhac7, Georgios I. Angelis4,5, Steven R. Meikle4,5, Philip J. Barter1,5, Kerry-Anne Rye1,5
1School of Medical Sciences, Faculty of Medicine,UNSW Australia, 2Department of Nuclear Medicine,Concord Hospital, 3National Imaging Facility,University of Sydney, 4Brain and Mind Centre,University of Sydney, 5Faculty of Health Sciences,University of Sydney, 6Life Sciences,ANSTO, 7CERMEP
This study describes a protocol that uses 18F-FDG and positron emission tomography/computed tomography (PET/CT) imaging, together with kinetic modelling, to quantify the in vivo, real-time uptake of 18F-FDG into tissues.
The overall goal of this imaging protocol is to quantify the in vivo realtime uptake of glucose from the bloodstream into specific tissues in mice. This method can help answer key questions in the diabetes and metabolism field, such as the impact of any diabetic treatments on glucose uptake and metabolism. The main advantage of this technique is that experiments can be performed longitudinally to assess for example the impact of age or diet on glucose metabolism.
Learning this method provides information about glucose metabolism in sclero muscle. It is also useful in other tissues such as liver and brain and is transferrable to rats. Visual demonstration of this method is critical, as the imaging acquisition and our analysis steps must be completed correctly to ensure accurate results.
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