Move each molecule to the precursor that gives rise to it. glucose oxaloacetate glutamate malate fumarate acetyl-CoA citrate pyruvate isocitrate $\alpha$-ketoglutarate fatty acids succinate succinyl-CoA heme Answer Bank Incorrect Answer
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The citric acid cycle has a catabolic role, oxidizing acetate into CO2 and generating energy, and an anabolic role. Many of the citric acid cycle intermediates serve as precursors for the biosynthesis of larger molecules. Move each molecule to the precursor that gives rise to it: acetyl-CoA Answer Bank oxaloacetate citrate nucleotides pyruvate glucose cholesterol malate isocitrate heme fumarate α-ketoglutarate succinate succinyl-CoA
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The citric acid cycle has a catabolic role, oxidizing acetate into CO2 and generating energy, and an anabolic role. Many of the citric acid cycle intermediates serve as precursors for the biosynthesis of larger molecules. Move each of the following molecules to the precursor that gives rise to it. acetyl-CoA glucose nucleotides oxaloacetate citrate cholesterol pyruvate heme isocitrate malate fumarate Ě‘-ketoglutarate succinate succinyl-CoA
Many components of the glycolytic pathway and the citric acid cycle are direct exit or entry points to metabolic pathways of other substances. Indicate another pathway available to the following compounds: (a) Fructose- 6 -phosphate (b) Oxaloacetate (c) Glucose- 6 -phosphate (d) Acetyl-CoA (e) Glyceraldehyde-3-phosphate (f) $\alpha$ -Ketoglutarate (g) Dihydroxyacetone phosphate (h) Succinyl-CoA (i) 3 -Phosphoglycerate (j) Fumarate (k) Phosphoenolpyruvate (l) Citrate {m} Pyruvate
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