Metabolic Pathway Analysis of Glucose Uptake Rates in Yeast Cells
This study investigates the glucose uptake rates (GLC) in yeast, specifically focusing on key metabolic enzymes involved in glycolysis and the tricarboxylic acid (TCA) cycle. The roles of various metabolites such as Ru5P, G6P, and glycogen are examined, alongside important enzymes including PFK1, PFK2, and ADH6. The research highlights the interplay between glycolysis, mitochondrial activity, and cytosolic processes, providing insights into the dynamics of glucose metabolism and energy production in cells.
Metabolic Pathway Analysis of Glucose Uptake Rates in Yeast Cells
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Presentation Transcript
GLC (E) Glc uptake rate [mmol (g*h)-1] GLK1 T RU5P G6P Glycogen PGI1 XU5P R5P T YDL124W T P GOL (E) PFK1.PFK2 F6P E4P TKL2 T T TAL1 ARA (E) T GPD1 GOL GAP DHAP S7P T TDH3.PGK1.GPM1.ENO1.CDC19 T P PYR (E) ETH (E) ADH6 T PDC1 OAA ACD PYR T ALD4.ALD5 T P ACCOA ACCOA Mitochondria Cytosol CIT1 T OAA CIT CIT (E) MDH1 ACO1 T P T P MAL AKG AKG FUM1 T P