Question: Anduirple sulfur bacterium is growing photolithoautotrophically using acyclic phototrophy and res…


anduirple sulfur bacterium is growing photolithoautotrophically using acyclic phototrophy and respiring using the SH S redox pair 2. Phototrophy (5 points). b. What is the electron donor? a. What is the electron acceptor? d. How does this organism make PMF? c. How does this organism make ATP? f. From where does the organism obtain its carbon for anabolism? e. How does the organism make NADH? A purple non-sulfur bacterium is growing photoorganoheterotrophically using acyclic phototrophy and respiring using the fumerate/succinate redox pair. g. Which molecule is reduced? h. Which molecule is oxidized? i. How does this organism make ATP? j. How does this organism make PMF: k. How does the organism make NADH? I. From where does the organism obtain its energy?

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anduirple sulfur bacterium is growing photolithoautotrophically using acyclic phototrophy and respiring using the SH S redox pair 2. Phototrophy (5 points). b. What is the electron donor? a. What is the electron acceptor? d. How does this organism make PMF? c. How does this organism make ATP? f. From where does the organism obtain its carbon for anabolism? e. How does the organism make NADH? A purple non-sulfur bacterium is growing photoorganoheterotrophically using acyclic phototrophy and respiring using the fumerate/succinate redox pair. g. Which molecule is reduced? h. Which molecule is oxidized? i. How does this organism make ATP? j. How does this organism make PMF: k. How does the organism make NADH? I. From where does the organism obtain its energy?

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