The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism
The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

ΔG° = nFE°

ΔG° = -nFlnE°

ΔG° = nFlnE°

ΔG° = -nFE°

ΔG° = nFE°

ΔG° = -nFlnE°

ΔG° = nFlnE°

ΔG° = -nFE°

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Microbial Metabolism
The acquisition energy by glucose fermentation requires

substrate-level phosphorylation

electron transport of electrons from NADH

long-chain fatty acid oxidation

the enzyme formic-hydrogen lyase

substrate-level phosphorylation

electron transport of electrons from NADH

long-chain fatty acid oxidation

the enzyme formic-hydrogen lyase

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Microbial Metabolism
ATPase

extrudes protons from the cell coupled to the hydrolysis of ATP to ADP

carries out each of the reactions indicated in (a) and (b)

synthesizes ATP, coupled to transfer of extracellular protons into the cell

is the enzyme that incorporates ATP into messenger RNA

extrudes protons from the cell coupled to the hydrolysis of ATP to ADP

carries out each of the reactions indicated in (a) and (b)

synthesizes ATP, coupled to transfer of extracellular protons into the cell

is the enzyme that incorporates ATP into messenger RNA

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Microbial Metabolism
For each glucose molecule broken down, there are______________number of reduced coenzymes to be oxidized.

4

6

8

12

4

6

8

12

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Microbial Metabolism
DAHP synthetase catalyzes the condensation of

phosphoenol pyruvate

erythrose-4-phosphate

both (a) and (b)

phenylalanine

phosphoenol pyruvate

erythrose-4-phosphate

both (a) and (b)

phenylalanine

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Microbial Metabolism
Which of the following groups contain(s) many unique coenzymes, such as coenzyme M and coenzyme F420?

Acetogens (acetigens; acetate-producing microbes)

Sulfate-reducing bacteria

Methanogens (methane-producing microbes)

Methanotrophs (methane-oxidizing microbes)

Acetogens (acetigens; acetate-producing microbes)

Sulfate-reducing bacteria

Methanogens (methane-producing microbes)

Methanotrophs (methane-oxidizing microbes)

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Microbial Metabolism

Microbial Metabolism The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism The acquisition energy by glucose fermentation requires

Microbial Metabolism ATPase

Microbial Metabolism For each glucose molecule broken down, there are______________number of reduced coenzymes to be oxidized.

Microbial Metabolism DAHP synthetase catalyzes the condensation of

Microbial Metabolism Which of the following groups contain(s) many unique coenzymes, such as coenzyme M and coenzyme F420?

Microbial Metabolism
The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism
The acquisition energy by glucose fermentation requires

Microbial Metabolism
ATPase

Microbial Metabolism
For each glucose molecule broken down, there are______________number of reduced coenzymes to be oxidized.

Microbial Metabolism
DAHP synthetase catalyzes the condensation of

Microbial Metabolism
Which of the following groups contain(s) many unique coenzymes, such as coenzyme M and coenzyme F420?