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Refer to the Diagram Below, Showing Electron Transport and ATP

Question 238

Multiple Choice

Refer to the diagram below, showing electron transport and ATP synthesis.When pure reduced cytochrome c is added to isolated mitochondria in a solution containing ADP, Pi, O2, and antimycin A (a mitochondria complex II inhibitor) , the cytochrome c becomes oxidized and ATP is formed. Refer to the diagram below, showing electron transport and ATP synthesis.When pure reduced cytochrome c is added to isolated mitochondria in a solution containing ADP, P<sub>i</sub>, O<sub>2</sub>, and antimycin A (a mitochondria complex II inhibitor) , the cytochrome c becomes oxidized and ATP is formed.   Which sequence represents the probable flow of electrons in this system? A)  NADH-Q reductase <font face= symbol ></font> cytochrome c <font face= symbol ></font> complex IV <font face= symbol ></font> O<sub>2</sub> B)  Cytochrome c <font face= symbol ></font> O<sub>2</sub> <font face= symbol ></font> complex IV C)  Complex IV <font face= symbol ></font> cytochrome c <font face= symbol ></font> O<sub>2</sub> D)  Cytochrome c <font face= symbol ></font> complex IV <font face= symbol ></font> O<sub>2</sub> E)  Cytochrome c <font face= symbol ></font> NADH-Q reductase <font face= symbol ></font> complex IV <font face= symbol ></font> O<sub>2</sub> Which sequence represents the probable flow of electrons in this system?


A) NADH-Q reductase cytochrome c complex IV O2
B) Cytochrome c O2 complex IV
C) Complex IV cytochrome c O2
D) Cytochrome c complex IV O2
E) Cytochrome c NADH-Q reductase complex IV O2

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