One of the following is common to glycolysis as well as Krebs cycle in eukaryotes :

Question

One of the following is common to glycolysis as well as Krebs cycle in eukaryotes : (A) Substrate level phosphorylation (B) Photophosphorylation (C) Localization in mitochondria (D) Production of FADH2

Tardigrade Admin · Accepted Answer

Substrate-level-phosphorylation means synthesis of ATP by utilizing energy released directly by the substrates. In glycolysis, there are two steps in which ATP is synthesized. In Krebs cycle, there is only one step where GTP is synthesized when succinyl CoA is converted to succinic acid.

Q. One of the following is common to glycolysis as well as Krebs cycle in eukaryotes :

Substrate level phosphorylation

Photophosphorylation

Localization in mitochondria

Production of $F A D H_{2}$

Substrate-level-phosphorylation means synthesis of ATP by utilizing energy released directly by the substrates. In glycolysis, there are two steps in which ATP is synthesized. In Krebs cycle, there is only one step where GTP is synthesized when succinyl CoA is converted to succinic acid.

Q. One of the following is common to glycolysis as well as Krebs cycle in eukaryotes :

Substrate level phosphorylation

Photophosphorylation

Localization in mitochondria

Production of FADH2​

Substrate-level-phosphorylation means synthesis of ATP by utilizing energy released directly by the substrates. In glycolysis, there are two steps in which ATP is synthesized. In Krebs cycle, there is only one step where GTP is synthesized when succinyl CoA is converted to succinic acid.

Production of $F A D H_{2}$