In Vivo 1H-[13C] Magnetic Resonance Spectroscopy Evidence of Ketone Body Metabolism in the 9L Rat Brain Tumor Model

Keywords

abundance acetate acid acquisition active amplitude amplitudes antibiotics appearance applied artery attention barrier became black blood bodies body bore brain capacity catheterized cells chem chemical chemotherapy coil combined completely confluence contrast coordinates course currently cycle delay density described detect device diagnostic diet double dysfunctional edited enrichment enzymes evidence explained fast femoral fisher fitted flasks fractional free frequency frontal functional generated glucose glutamate grow hard harvested haven healthy heat heating horizontal house in vivo inactivated increasing incubator individual induced induces infusion inoculation insufficient inversion investigate involving ketone labeled lack lacking laser limited loop macro macromolecules maintain male malignant management materials matrices metabolic metabolism metabolite metabolites metabolize model mouse necessary nulled offsets oxidize peak placed plasma positioned process production radiation radiology rats receiving robin sampling schematic serum sets settings shim shimming shortly simulated skull software spectra spectrometer spectroscopy spectrum start started stored studied surface suspended temperature tissue together transport transporter treatment tumor tumorous tumors volumes