FVMB Licence 2020: Because the reduced NADH (H +) coenzyme resulting in cytosol from glycolysis cannot
penetrate into the mitochondria, only the transfer of hydrogen to the inner mitochondrial
membrane is ensured. Which of the following compounds is involved in this transfer:

Question

Because the reduced NADH (H +) coenzyme resulting in cytosol from glycolysis cannot
penetrate into the mitochondria, only the transfer of hydrogen to the inner mitochondrial
membrane is ensured. Which of the following compounds is involved in this transfer:

Exciteful Elk · Accepted Answer

all the mentioned compounds are involved, ensuring the transfer of hydrogen to the
coenzyme FAD.

Exciteful Elk · Answer

glycerol-3-phosphate

Exciteful Elk · Answer

mitochondrial glyceraldehyde-3-phosphate-dehydrogenase;

Exciteful Elk · Answer

cytoplasmic glycerol-3-phosphate-dehydrogenase

Exciteful Elk · Answer

dihydroxyacetone phosphate

FVMB Licence 2020

Because the reduced NADH (H +) coenzyme resulting in cytosol from glycolysis cannot penetrate into the mitochondria, only the transfer of hydrogen to the inner mitochondrial membrane is ensured. Which of the following compounds is involved in this transfer:

All the mentioned compounds are involved, ensuring the transfer of hydrogen to the coenzyme FAD.

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