The theoretical maximum yield of ATP molecules per glucose in prokaryotes is 38.
Added by Allison K.
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Step 1: Understand the process of cellular respiration in prokaryotes, which includes glycolysis, the citric acid cycle (Krebs cycle), and oxidative phosphorylation. Show more…
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The maximum yield of ATP per molecule of glucose in eukaryotic cells is 36 or 38 ATP, depending on cell type and conditions. In prokaryotic cells, the maximum yield is 38 ATP. a. The maximum yield of ATP in eukaryotic heart muscle cells is 38, but in skeletal muscle cells the yield is only 36. What is the basis for this difference? b. Why is the maximal ATP yield for prokaryotic cells 38 and not 36? c. Why is the calculated ATP yield referred to as "Maximal Theoretical Yield" in eukaryotic and in prokaryotic cells?
Adi S.
The maximum ATP yield in prokaryotes from glucose catabolism using aerobic respiration is estimated as 38 molecules per glucose. However, the maximum yield of ATP in eukaryotes from glucose catabolism is estimated at 36 molecules of ATP per glucose. Why is it lower in eukaryotes?
In prokaryotes, how many net ATP molecules are produced from the breakdown of one glucose via aerobic respiration? In prokaryotes, how many net ATP molecules are produced from the breakdown of one glucose via aerobic respiration? A) 2 B) 4 C) 32 D) 38 E) 42
Krishna G.
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