Journal of Biological Chemistry · 2019 · 100 citations · 47 references
Life SciencesBiochemistryOncologyCellular MetabolismMetabolismMetabolomicsAmino Acid MetabolismCancer MetabolismCancer MetabolomicsMetabolic ReprogrammingMetabolic Reprogramming In CancerNucleotide MetabolismGlycine MetabolismLung MetabolismNucleotide Synthesis PathwaysPurine BiosynthesisSerine MetabolismStable Isotope LabelingTumor Cell MetabolismTumor Metabolism
nucleotide synthesis differs profoundly between cancer cell lines and fresh human lung cancer tissues; the latter preferred glucose to exogenous serine or glycine but not the former. This distinction in substrate utilization in purine synthesis in human cancer tissues should be considered when targeting one-carbon metabolism for cancer therapy.
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