which of these statements are true about the transport of reducing equivalence?
a. if nadh + H+ appears inside the mitochondria, during the transport of reducing equivalence then its energy is converted into 3 ATP via electron transport and oxidative phosphorylation, but if fadh2 appears, then only two ATP are made, because nadh + H+ enters the electron transport chain at a higher level than fadh2
b. within the mitochondria the electrons of nadh produced in glycolysis can be coupled to ATP production during the process of oxidative phosphorylation
c. in liver, kidney and heart cells, the malate aspartate shuttle produces nadh + H+ and the stat total combustion of glucose results in 38 ATP
d. is skeletal muscle and brain cells, the glycerol phosphate shuttle produces fadh2 and that's the total combustion of glucose results in only 36 ATP
e. the net result of the glycerol phosphate shuttle is that there is a continual conversion of the glycolytic intermediate, dhap and glycerol - 3 - phosphate with the concomitant transfer of electrons from reduced cytosolic nadh to mitochondrial oxidized FAD+
f. all answers are correct
which of these statements are true about the transport of reducing equivalence?
a. if nadh + H+ appears inside the mitochondria, during the transport of reducing equivalence then its energy is converted into 3 ATP via electron transport and oxidative phosphorylation, but if fadh2 appears, then only two ATP are made, because nadh + H+ enters the electron transport chain at a higher level than fadh2
b. within the mitochondria the electrons of nadh produced in glycolysis can be coupled to ATP production during the process of oxidative phosphorylation
c. in liver, kidney and heart cells, the malate aspartate shuttle produces nadh + H+ and the stat total combustion of glucose results in 38 ATP
d. is skeletal muscle and brain cells, the glycerol phosphate shuttle produces fadh2 and that's the total combustion of glucose results in only 36 ATP
e. the net result of the glycerol phosphate shuttle is that there is a continual conversion of the glycolytic intermediate, dhap and glycerol - 3 - phosphate with the concomitant transfer of electrons from reduced cytosolic nadh to mitochondrial oxidized FAD+
f. all answers are correct
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