Q. Which of the following factors is not used to determine the response of aquatic environment water and sediment biota to the immobilized cells?

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Q. Which of the following factors can determine the rate of degradability of cells?

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Q. Which of the following is not a portion of degradability of immobilized cells?

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Q. Which the following doesn’t come under the category of very easily degradable polymer compounds used in immobilization?

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Q. Very easily degradable pollutant can be degraded by direct metabolism by algae.

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Q. What of the following biological organisms cannot be used to degrade very easily degradable pollutants during algal biomass harvesting and drying?

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Q. Which of the following methods is not used to degrade easily degradable pollutant during immobilization of cells?

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Q. Synthetic inoculation is a degradation requirement in immobilized cells.

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Q. Extra substrate obligation is there along with artificial inoculation.

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Q. Which of the following needs archaea to degrade a contaminant?

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Q. Which of the following can clog process for degradation of bioorganic compounds?

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Q. The anabolic processes of algae help in the decomposition of bioorganic compounds.

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Q. Which of the following can be used to trace back to a biological origin?

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Q. Which of the following leads to shedding of carbon dioxide which is necessary to prevent a drop in pH?

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Q. Which of the following process is observed when microalgae growing on a particular substrate can oxidize a second substrate?

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Q. Which of the following is a method of adding natural microbes?

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Q. Which of the following enzyme helps in methane oxidation?

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Q. The high persistence of halogenated xenobiotic can be overcome by microalgae.

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Q. Which of the following factors doesn’t affect the rate of degradation by microalgae?

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