Which statement about oxidative phosphorylation is not true?

Question

Which statement about oxidative phosphorylation is not true? (A) The inner mitochondrial membrane has 5 distinct respiratory or enzyme complexes (B) CoQ links complex I and II, and cyt c links complex III with complex IV (C) FAD, FMN, FeS clusters and copper are other cofactors that participitate in electron transfer (D) 38 ATPs are formed when one pair of protons return to matrix via F0 of ATP synthase

Tardigrade Admin · Accepted Answer

Correct answer is (d) 38 ATPs are formed when one pair of protons return to matrix via F0 of ATP synthase

Q. Which statement about oxidative phosphorylation is not true?

The inner mitochondrial membrane has $5$ distinct respiratory or enzyme complexes

$C o Q$ links complex $I$ and $II$ , and $cy t c$ links complex $III$ with complex $I V$

$F A D, FMN, F e S$ clusters and copper are other cofactors that participitate in electron transfer

$38 A TP s$ are formed when one pair of protons return to matrix via $F_{0}$ of $A TP$ synthase

Correct answer is (d) $38 A TP s$ are formed when one pair of protons return to matrix via $F_{0}$ of $A TP$ synthase

Q. Which statement about oxidative phosphorylation is not true?

The inner mitochondrial membrane has 5 distinct respiratory or enzyme complexes

CoQ links complex I and II, and cytc links complex III with complex IV

FAD,FMN,FeS clusters and copper are other cofactors that participitate in electron transfer

38ATPs are formed when one pair of protons return to matrix via F0​ of ATP synthase

Correct answer is (d) 38ATPs are formed when one pair of protons return to matrix via F0​ of ATP synthase

The inner mitochondrial membrane has $5$ distinct respiratory or enzyme complexes

$C o Q$ links complex $I$ and $II$ , and $cy t c$ links complex $III$ with complex $I V$

$F A D, FMN, F e S$ clusters and copper are other cofactors that participitate in electron transfer

$38 A TP s$ are formed when one pair of protons return to matrix via $F_{0}$ of $A TP$ synthase

Correct answer is (d) $38 A TP s$ are formed when one pair of protons return to matrix via $F_{0}$ of $A TP$ synthase