Q. In absence of inorganic electron acceptor, the oxidized metabolite is reduced to ___________

View solution

Q. Which of the following bacteria are used to degrade the fermented products?

View solution

Q. In anaerobic conditions, the biopolymers cannot be degraded by which of the following process?

View solution

Q. Fatty acid isomers are usually derived from degradation of amino acids.

View solution

Q. Which the following bacteria can produce hydrogen from carbohydrates?

View solution

Q. Molecular hydrogen is produced during different stages of aerobic reaction.

View solution

Q. Which of the following compounds is not produced during acetogenic stage?

View solution

Q. Which of the following methods is not included in the anaerobic degradation of cellulose?

View solution

Q. The rate of cellulose degradation depends on cellulose itself.

View solution

Q. At which pH does the protein precipitate?

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. Fungi has the capability of ___________

View solution