Catabolism of two- and three- carbon molecules such as pyruvate use CO2 and ATP to form a four- carbon oxalacetate, a key compound required in the_________ cycle that generates energy.

The answer of Catabolism of two- and three- carbon molecules...

Exam 14: Catabolism of Organic Compounds

Catabolism of two- and three- carbon molecules such as pyruvate use CO₂ and ATP to form a four- carbon oxalacetate, a key compound required in the_________ cycle that generates energy.

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Question 81

Only a restricted variety of primarily prokaryotic organisms carry out dissimilative metabolism.

(True/False)

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Question 82

Most denitrifying prokaryotes are

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Question 83

Certain bacteria are able to obtain energy by fermentation of amino acids.

(True/False)

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Question 84

Explain how bacteria contribute to the production of Swiss cheese.

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Question 85

When an inorganic compound is reduced for use in biosynthesis, the reduction process is called_ , whereas the reduction of the compound as an electron acceptor for energy metabolism in anaerobic respiration is called _.

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Question 86

The key enzyme of the acetyl- CoA pathway is

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Question 87

Chlorinated compounds can function as electron acceptors for anaerobic respiration in the process known as oxidative dechlorination.

(True/False)

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Question 88

Describe conditions in which the glyoxylate cycle is used and the processes involved in the cycle.

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Question 89

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Exam 14: Catabolism of Organic Compounds

Catabolism of two- and three- carbon molecules such as pyruvate use CO2 and ATP to form a four- carbon oxalacetate, a key compound required in the_________ cycle that generates energy.

Only a restricted variety of primarily prokaryotic organisms carry out dissimilative metabolism.

Most denitrifying prokaryotes are

Certain bacteria are able to obtain energy by fermentation of amino acids.

Explain how bacteria contribute to the production of Swiss cheese.

When an inorganic compound is reduced for use in biosynthesis, the reduction process is called_________ , whereas the reduction of the compound as an electron acceptor for energy metabolism in anaerobic respiration is called _________.

The key enzyme of the acetyl- CoA pathway is

Chlorinated compounds can function as electron acceptors for anaerobic respiration in the process known as oxidative dechlorination.

Describe conditions in which the glyoxylate cycle is used and the processes involved in the cycle.

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Catabolism of two- and three- carbon molecules such as pyruvate use CO₂ and ATP to form a four- carbon oxalacetate, a key compound required in the_________ cycle that generates energy.

When an inorganic compound is reduced for use in biosynthesis, the reduction process is called_ , whereas the reduction of the compound as an electron acceptor for energy metabolism in anaerobic respiration is called _.