Titlebook: Brain Energy Metabolism; Johannes Hirrlinger,Helle S. Waagepetersen Book 2014 Springer Science+Business Media New York 2014 Analytical tec

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Positron Emission Tomography of Brain Glucose Metabolism with [18F]Fluorodeoxyglucose in Humans, to reveal the origins of neurodegeneration..The quantification of the brain images, acquired by means of the different methods of neuroimaging, is vital to the improved understanding and interpretation of experimental and clinical findings that are reported at a significant and ever-increasing rate

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Middle Powers and the Multilateral Pivot,ations in the transporter and allows co-expression of MCTs with other proteins to study mechanisms, regulation, and modulation of these lactate transporters..In this chapter the characterization of MCTs, heterologously expressed in . oocytes, by use of pH-sensitive microelectrodes is described. Deta

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H. Popko,R. Popko,H. Komsta,A. Pariannt integration of chromatograms and the calculations needed to correct for natural abundance and to obtain percentage labeling of ., .?+?1, .?+?2, etc. in a compound. Also, the cell culturing procedure for preparing primary cultures of neurons and astrocytes and also co-cultures of these cell types

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Optimizing the Butter Churning Process a more comprehensive investigation of cell metabolism in cultured brain cells. Overall, MFA is presented as a powerful tool to investigate particular aspects of cerebral metabolic compartmentation in the context of physiology and disease as it allows quantifying changes in the distribution of metab

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https://doi.org/10.1007/978-94-011-3122-3at emphasize one compartment more than the others. One example is measurements with different substrates, such as .C-acetate to emphasize glial metabolism, compared to .C-glucose to emphasize neuronal metabolism. Another is a measurement that contains more stimulated brain tissue compared to a measu

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