Question

28. In our in-class fleacide project, consider what the concentrations of the molecules below would be due to the complete chemical inactivation of the last step in glycolysis? Use the following terms to describe the relative concentrations of the molecules listed below: normal (N), higher than normal (H), lower than normal (L). Write these terms in the blank next to the molecules listed. (1 pt each) Concentrations in the presence of Fleacide that inactivates last step of glycolysis [Mitochondrial ADP] [Mitochondrial ATP] [pyruvate] [cytosolic NADH] [Acetyl-CoA] [total FADH$_2$] [Cytosolic ATP] [cytosolic NAD$^+$] [Cytosolic ADP] [Mitochondrial ADP] [Mitochondrial NADH] [Mitochondrial NAD$^+$]

          28. In our in-class fleacide project, consider what the concentrations of the molecules below would be due to
the complete chemical inactivation of the last step in glycolysis? Use the following terms to describe the
relative concentrations of the molecules listed below: normal (N), higher than normal (H), lower than
normal (L). Write these terms in the blank next to the molecules listed. (1 pt each)
Concentrations in the presence of Fleacide that inactivates last step of glycolysis
[Mitochondrial ADP]
[Mitochondrial ATP]
[pyruvate]
[cytosolic NADH]
[Acetyl-CoA]
[total FADH$_2$]
[Cytosolic ATP]
[cytosolic NAD$^+$]
[Cytosolic ADP]
[Mitochondrial ADP]
[Mitochondrial NADH]
[Mitochondrial NAD$^+$]

28. In our in-class fleacide project, consider what the concentrations of the molecules below would be due to
the complete chemical inactivation of the last step in glycolysis? Use the following terms to describe the
relative concentrations of the molecules listed below: normal (N), higher than normal (H), lower than
normal (L). Write these terms in the blank next to the molecules listed. (1 pt each)
Concentrations in the presence of Fleacide that inactivates last step of glycolysis
[Mitochondrial ADP]
[Mitochondrial ATP]
[pyruvate]
[cytosolic NADH]
[Acetyl-CoA]
[total FADH2]
[Cytosolic ATP]
[cytosolic NAD^+]
[Cytosolic ADP]
[Mitochondrial ADP]
[Mitochondrial NADH]
[Mitochondrial NAD^+]

Added by Kevin L.

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