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• W4238378466 abstract "<ns4:p><ns4:bold>Background:</ns4:bold>Tumor cells show the Warburg effect: high glucose uptake and lactate production despite sufficient oxygen supply. Otto Warburg found this effect in tissue slices and in suspensions of Ehrlich ascites tumor cells. Remarkably, these ascites tumor cells can transiently take up glucose an order of magnitude faster than the steady high rate measured by Warburg for hours.</ns4:p><ns4:p><ns4:bold>Methods:</ns4:bold>The purpose of the transiently very high glucose uptake is investigated here with a computational model of glycolysis, oxidative phosphorylation and ATP consumption which reproduces short kinetic experiments on the ascites tumor cells as well as the long-lasting Warburg, Crabtree and Pasteur effects. The model, extended with equations for glucose and O<ns4:sub>2</ns4:sub> transport in tissue, is subsequently used to predict metabolism in tumor cells during fluctuations of tissue blood flow resulting in cycling hypoxia.</ns4:p><ns4:p><ns4:bold>Results:</ns4:bold>The model analysis suggests that the head section of the glycolytic chain in the tumor cells is partially inhibited in about a minute when substantial amounts of glucose have been taken up intracellularly; this head section of the glycolytic chain is subsequently disinhibited slowly when concentrations of glycolytic intermediates are low. Based on these dynamic characteristics, simulations of tissue with fluctuating O<ns4:sub>2</ns4:sub>and glucose supply predict that tumor cells greedily take up glucose when this periodically becomes available, leaving very little for other cells. The glucose is stored as fructose 1,6-bisphosphate and other glycolytic intermediates, which are used for ATP production during O<ns4:sub>2</ns4:sub>and glucose shortages.</ns4:p><ns4:p><ns4:bold>Conclusions:</ns4:bold>The head section of glycolysis which phosphorylates glucose may be dynamically regulated and takes up glucose at rates exceeding the Warburg effect if glucose levels have been low for some time. The hypothesis is put forward here that dynamic regulation of the powerful glycolytic enzyme system in tumors is used to buffer oxygen and nutrient fluctuations in tissue.</ns4:p>" @default.
• W4238378466 created "2022-05-12" @default.
• W4238378466 creator A5078662879 @default.
• W4238378466 date "2018-08-02" @default.
• W4238378466 modified "2023-10-18" @default.
• W4238378466 title "The dynamic side of the Warburg effect: glycolytic intermediates as buffer for fluctuating glucose and O2 supply in tumor cells" @default.
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• W4238378466 doi "https://doi.org/10.12688/f1000research.15635.1" @default.
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