Upon the oxidation of one mole of pyruvate by mitochondrial respiration, the moles of $ATP$ generated are

  • A
    $38$
  • B
    $30$
  • C
    $8$
  • D
    $15$

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Similar Questions

If the complete oxidation of one mole of glucose yields $CO_2$ and $H_2O$ with a release of $686 \, Kcal$ of energy,and the energy stored in one mole of $ATP$ as a phosphate bond is $12 \, Kcal$,what is the maximum number of $ATP$ molecules that can be produced from one glucose molecule?

Which respiratory substrate yields the maximum number of $ATP$ molecules?

Which assumptions can be made in the respiratory balance sheet?

One molecule of glucose + $6$ molecules of $O_2$ + $38$ molecules of $ADP$ combine to form $6$ $H_2O$,$6$ $CO_2$,and .........

If one molecule of $PEP$ (Phosphoenolpyruvate) is completely oxidized through the respiratory pathway starting from glycolysis,how many total $ATP$ molecules are synthesized?

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