By Ved Pal Singh
This article is an account of the way micro-organisms can play an important function in degrading and detoxifying poisonous, carcinogenic, mutagenic, and teratogenic compounds. additionally, the amount bargains with all features of microbial degradation, starting from screening tools for the degradative micro-organisms, techniques of decay, pressure development for better biodegradation, and removing of bad compounds to enhancing future health and environmental safeguard thoughts. The ebook goals to supply a chance for scientists within the parts of microbiology, biochemistry, engineering, nutrients technology, biotechnology, and environmental technology to acquire a transparent figuring out of microbial biotransformations of xenobiotics, in addition to an interface among and the educational global. It additionally goals to open new vistas of study within the box of utilized Microbiology and Biotechnology in most cases, and Biotransformations specifically.
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Additional resources for Biotransformations: Microbial degradation of health-risk compounds
42 As vitamin E acts as nitrite scavenger, it serves as inhibitor of the formation of N-nitrosamine . DEGRADATION OF DMNA There are two types of microbial degradation of D M N A (Pathways A and B in Figure 2). One is denitrosation, which produces nitrite and amine. This is a reverse of the process of chemical formation of D M N A (Figure 1), and is presumed to be a main process for removal of D M N A from the environment. The other is demethylation, which produces aldehyde and methyl amine.
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