In the Krebs cycle,FAD acts as an electron ac | vedclass

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(C) In the $Krebs$ cycle (also known as the Citric Acid Cycle),the enzyme $Succinate$ $dehydrogenase$ catalyzes the oxidation of $Succinic$ $acid$ to

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Succinic acid to Fumaric acid

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(C) In the $Krebs$ cycle (also known as the Citric Acid Cycle),the enzyme $Succinate$ $dehydrogenase$ catalyzes the oxidation of $Succinic$ $acid$ to $Fumaric$ $acid$.During this specific reaction,$FAD$ (Flavin Adenine Dinucleotide) acts as an electron acceptor and gets reduced to $FADH_2$.This is the only step in the $Krebs$ cycle where $FAD$ is used as an electron carrier instead of $NAD^+$.Therefore,the correct conversion is $Succinic$ $acid$ to $Fumaric$ $acid$.

In the $Krebs$ cycle,$FAD$ acts as an electron acceptor during the conversion of which of the following?

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