In lactic acid fermentation, the number of ATP formed by the oxidation of NADH is

Question

In lactic acid fermentation, the number of ATP formed by the oxidation of NADH is (A) eight (B) six (C) three (D) Nil

Tardigrade Admin · Accepted Answer

Lactic acid fermentation occurs in lactic acid bacteria, some fungi and muscles. NADH produced during glycolysis is often used up. ATP formation does not occur during regeneration of NAD+ . So, it does not produce ATP unlike in aerobic respiration.

Q. In lactic acid fermentation, the number of $A TP$ formed by the oxidation of $N A DH$ is

eight

six

three

Nil

Lactic acid fermentation occurs in lactic acid bacteria, some fungi and muscles. NADH produced during glycolysis is often used up. ATP formation does not occur during regeneration of $N A D^{+}$ . So, it does not produce ATP unlike in aerobic respiration.

Q. In lactic acid fermentation, the number of ATP formed by the oxidation of NADH is

eight

six

three

Nil

Lactic acid fermentation occurs in lactic acid bacteria, some fungi and muscles. NADH produced during glycolysis is often used up. ATP formation does not occur during regeneration of NAD+ . So, it does not produce ATP unlike in aerobic respiration.

Q. In lactic acid fermentation, the number of $A TP$ formed by the oxidation of $N A DH$ is

Lactic acid fermentation occurs in lactic acid bacteria, some fungi and muscles. NADH produced during glycolysis is often used up. ATP formation does not occur during regeneration of $N A D^{+}$ . So, it does not produce ATP unlike in aerobic respiration.