Magnetic Resonance Imaging of Tumor Glycolysis Using Hyperpolarized 13C-Labelled Glucose

Keywords

acquisition aerobic affect aggressiveness altered although animal apparent audience basic bearing biological bladder bore bottom brain cairns cancer capacity cells chemical children clinic clinically coil collected complex concentration contrast corrected curie decay decrease decreased detect detectable detecting detection determination diagnostic dissolved distribution drugs dual empower equation evaluated every experiment exponential fellowship flux formation forms frequency glass glucose guide guiding identification implies in vivo injected injection inside integrals intravenous ionizing kidneys labeled lactate limits location lymphoma magnet marker measure measured metabolism metastasis mice model monitoring mouse much neighboring normalized numerous observable often outlined overlaid pathway placed plasma plot polarized poor potential predominantly previously produced product production profound prognosis prostate radiation radical radiologists readily real reduced regulation repeat repeated representative resides response saline samples selective sensitive sensitivity separate separately since slice spatial spectra spectral spectroscopic spectrum stack start substantial substrates summed surface surrounding target tissue transport transporters treatment tumor tumors understanding untreated uptake volume width