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Hello students, here the question says that what happens when the phenotype of a facultative anode with a normal superoxide dimutase but it has the deleted catalase and they are also asking as to reason that it would be expect an obligate antidote to possess a superoxide dimutase or a catalate gene if yes then why? if not, then why not? first, we have to know a little more about the facultative organisms.
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The facultative organisms are the most adaptable organisms that can survive in the presence or absence of the molecular oxygen.
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Whether the molecular oxygen is present or not, regardless of the presence of molecular oxygen, these organisms, they can thrive well.
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These organisms, gingerly, bacteria or archia or certain eukary, they generate atp, that is your adenosant hypospat.
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Through the aerobic respiration, when the oxygen -enriched environment is there.
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However, if an oxygen -deficient environment is present, then these organisms have the capability to derive energy for survival from anaerobic respiration or by means of fermentation.
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Facultative anaeropes are rich in enzymes called superoxide dimutase or catholic.
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The enzyme superoxide dimutase, it eliminates the harmful superoxide anion by converting it into the ground state oxygen along with the hydrogen peroxide.
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Thus eliminating or neutralizing the destructive superoxide anion from the cell via.
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This mechanism.
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Let us write the equation so that we can come to a conclusion...