We find that in glycolysis there is one step where $NADH + H^{+}$ is formed from $NAD^{+}$; this is when:

  • A
    Fructose-$6$-Phosphate is converted into fructose-$1,6$-bisphosphate.
  • B
    Fructose-$1,6$-bisphosphate is converted into triose phosphate.
  • C
    Phosphoglyceraldehyde is converted into $1,3$-bisphosphoglycerate.
  • D
    Phosphoenol pyruvate is converted into pyruvic acid.

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Similar Questions

What is the net yield of glycolysis?

Which of the following is true regarding glycolysis?
$I.$ Takes place in cytosol
$II.$ Produces no $ATP$
$III.$ Has no connection with electron transport chain
$IV.$ Reduces three molecules of $NAD^+$ for every glucose molecule processed
Choose the correct option.

Which one is the correct sequence in glycolysis?

The first product of the dephosphorylation phase of glycolysis is...

Given below are two statements:
$Statement-I$: Glycolysis is a common step in anaerobic as well as aerobic respiration and it occurs in the mitochondrial matrix.
$Statement-II$: The first five steps of glycolysis constitute its preparatory phase.
In the light of the above statements,choose the correct answer from the options given below.

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