Energy Release and Conservation Glucose can be broken down to pyruvate by tricarboxylic acid cycle none of these both (a) and (b) Entner-Doudoroff pathway tricarboxylic acid cycle none of these both (a) and (b) Entner-Doudoroff pathway ANSWER DOWNLOAD EXAMIANS APP
Energy Release and Conservation Suppose a eukaryotic cell had a mutation that prevented the production of cytochrome c. As a result of this mutation, which of the following processes would not occur? Cellular respiration Cell wall synthesis Mitosis Photosynthesis Cellular respiration Cell wall synthesis Mitosis Photosynthesis ANSWER DOWNLOAD EXAMIANS APP
Energy Release and Conservation Which of the following best explains about the usefulness of the production of ethanol in yeast cells under anaerobic conditions? The process regenerates NAD+, which is required for glycolysis Yeast would be unable to activate the enzymes of the Krebs cycle without ethanol Ethanol keeps the electron transport system functioning The process generates oxygen, which is required for glycolysis The process regenerates NAD+, which is required for glycolysis Yeast would be unable to activate the enzymes of the Krebs cycle without ethanol Ethanol keeps the electron transport system functioning The process generates oxygen, which is required for glycolysis ANSWER DOWNLOAD EXAMIANS APP
Energy Release and Conservation In glycolysis, ATP is created by substrate level phosphorylation the pentose phosphate pathway the chemiosmotic mechanism photophosphorylation substrate level phosphorylation the pentose phosphate pathway the chemiosmotic mechanism photophosphorylation ANSWER DOWNLOAD EXAMIANS APP
Energy Release and Conservation The amount of ATP that can be obtained by complete oxidation of a glucose by a bacterium is lesser than by a yeast cell none of these greater than by a yeast cell exactly or approximately equal to by a yeast cell lesser than by a yeast cell none of these greater than by a yeast cell exactly or approximately equal to by a yeast cell ANSWER DOWNLOAD EXAMIANS APP
Energy Release and Conservation In cellular metabolism, O2 is used in the Krebs cycle in glycolysis to provide electrons for photophosphorylation as a terminal electron acceptor in the Krebs cycle in glycolysis to provide electrons for photophosphorylation as a terminal electron acceptor ANSWER DOWNLOAD EXAMIANS APP
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