… glycolysis in providing carbons to generate biomass. We argue that the major function of
aerobic glycolysis is to maintain high levels of glycolytic … why increased glucose metabolism is …

… cerevisiae cells also exhibit aerobic glycolysis, resulting in the excretion of the metabolic
byproducts, acetate and ethanol, respectively. More importantly, both for E. coli and for S. …

… pathway of energy metabolism, ie, glycolysis, was activated by … mitochondrial oxphos and
thus ‘aerobic glycolysis’. Although this … to resolve the metabolic mystery of ‘aerobic glycolysis’, …

… Our model, in contrast, proposes that aerobic glycolysis is not a disorder of metabolism but
simply … but upregulated activity of transporters required for cell division, growth, and migration. …

… Emerging data indicate that aerobic glycolysis in cancer also … requirements of certain
biosynthetic processes (eg nucleic acids). Next, the metabolic intermediates of aerobic glycolysis …

… Glycolysis was the first metabolic pathway elucidated and is also referred to as the Embden–…
flux through glycolysis. This is sometimes referred to as anaerobic glycolysis or homolactic …

… about TAMs energetic metabolism and their metabolic requirements. … In this context, a better
characterization of TAM metabolic … TAM metabolic profile and define their main metabolic …

… measurements (Table 2), it is noteworthy that regional variations in CMRO 2 , the primary
measure of the brain's energy metabolism in this study, accounted for only 6% of the variance …

… to examine the metabolism of glioblastoma cells exhibiting aerobic glycolysis. In these cells,
the … Surprisingly, both these needs were met by a high rate of glutamine metabolism. First, …

… So far, we have described examples where aerobic glycolysis is not linked to proliferation.
However, proliferating cells normally switch their metabolism to aerobic glycolysis for all the …