Q. Which of the following organism is based on highly reactive free radical de-polymerization?

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Q. Which of the following molecule is used by laccase group of biocatalysts to function properly?

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Q. Lignin degradation is done by the synergistic effect of oxidoreductases.

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Q. Which of the following biocatalyst in lignin degradation is responsible of unspecific attacks?

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Q. Lignin degradation doesn’t provide a primary carbon and energy for ___________

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Q. Which of the following serve as a growth substrate for co-metabolic process?

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Q. Which of the following are the inactive polymers?

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Q. Fungi can help in the elimination of hazardous wastes from the ecosystem.

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Q. Recalcitrant polymers can be recycled by which of the following microorganism?

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Q. Fungi has the capability of ___________

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Q. Which of the following factors doesn’t influence the rate of degradation by bacteria?

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Q. The high persistence of halogenated xenobiotic can be overcomed by anaerobic bacteria.

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Q. Which of the following enzyme aids in the first step in methane oxidation?

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Q. Which of the following substrate is not used by methanotrophic bacteria to oxidize methane?

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Q. The pre-requisites for co-metabolic transformation are the enzymes and _____________

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Q. Microorganisms growing on a particular substrate can oxidize a second substrate called as __________

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Q. Cometabolism can be used to convert a substance to a chemically modified form.

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Q. ____________ is the transformation of a substance without any nutritional benefit.

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Q. The symbiosis relationship between two microorganisms with different metabolism which leads to short-distance metabolite transfer is called as __________

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Q. At which pH does the protein precipitate?

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