Question

ATP Counting The reoxidation of reduced nicotinamide and flavin cofactors by the electron transport chain will yield the following amounts of ATP: Molecule reoxidized | Molecules of ATP produced NADH | 2.5 Flavin (FMNH2 or FADH2) | 1.5 For each of these molecules, calculate how much ATP could be produced under the following conditions. (5 pts each - 2.5 pts for answers 1 ATP off, 1 pt for answers 2 ATP off) Molecule metabolized & conditions of metabolism | Number of ATP/Molecules Produced Oxidation of succinate completely to CO2 | 1 Oxidation of palmitoyl-CoA to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 2, Acetyl-CoA - 3 Oxidation of oleic acid to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 4, Acetyl-CoA - 5 Process 2 NADH molecules through a typical electron transfer chain (with Complex II, Complex III, and Complex IV) in an organism who's ATP synthase has 15 Fo-c subunits. (Disregard 2.5 ATP per NADH as listed in the table above) | 6

          ATP Counting
The reoxidation of reduced nicotinamide and flavin cofactors by the electron transport chain will yield the following amounts of ATP:
Molecule reoxidized | Molecules of ATP produced
NADH | 2.5
Flavin (FMNH2 or FADH2) | 1.5
For each of these molecules, calculate how much ATP could be produced under the following conditions.
(5 pts each - 2.5 pts for answers 1 ATP off, 1 pt for answers 2 ATP off)
Molecule metabolized & conditions of metabolism | Number of ATP/Molecules Produced
Oxidation of succinate completely to CO2 | 1
Oxidation of palmitoyl-CoA to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 2, Acetyl-CoA - 3
Oxidation of oleic acid to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 4, Acetyl-CoA - 5
Process 2 NADH molecules through a typical electron transfer chain (with Complex II, Complex III, and Complex IV) in an organism who's ATP synthase has 15 Fo-c subunits. (Disregard 2.5 ATP per NADH as listed in the table above) | 6

ATP Counting
The reoxidation of reduced nicotinamide and flavin cofactors by the electron transport chain will yield the following amounts of ATP:
Molecule reoxidized | Molecules of ATP produced
NADH | 2.5
Flavin (FMNH2 or FADH2) | 1.5
For each of these molecules, calculate how much ATP could be produced under the following conditions.
(5 pts each - 2.5 pts for answers 1 ATP off, 1 pt for answers 2 ATP off)
Molecule metabolized conditions of metabolism | Number of ATP/Molecules Produced
Oxidation of succinate completely to CO2 | 1
Oxidation of palmitoyl-CoA to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 2, Acetyl-CoA - 3
Oxidation of oleic acid to acetyl-CoA (Do not oxidize the acetyl-CoA to CO2, indicate how many ATP would be produced just from the steps of beta-oxidation) | ATP - 4, Acetyl-CoA - 5
Process 2 NADH molecules through a typical electron transfer chain (with Complex II, Complex III, and Complex IV) in an organism who's ATP synthase has 15 Fo-c subunits. (Disregard 2.5 ATP per NADH as listed in the table above) | 6

Added by Thomas R.

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