Sentence examples for control of microorganisms from inspiring English sources

Several studies revealed that biosynthesized AgNPs can be applied effectively in the control of microorganisms and the prevention of deleterious infections.

In addition to stability and maturity to plant growth (Brewer and Sullivan 2003; Cooperband et al. 2003), the need for control of microorganisms in the organic compost has become paramount (Burge et al. 1978; Yun et al. 2007).

This Th1/Th17 interface is likely to be directly related to clinical cure, with control of microorganisms, but not sterilization, reducing tissue damage.

Regardless of the extensive works done towards the control of microorganisms, incidents of drug resistant microorganisms, reduction in new antimicrobials in pharmaceutical pipeline and the need of treatments for newly emerging pathogens pose an enormous threat to public health [ 3].

The previously obtained C. pseudotuberculosis CP09 mutant strain [ 7], the T1 pathogenic wild-type parental strain [ 11], and the caprine-pathogenic strain MIC-6 from the Laboratory of Genetics and Control of Microorganisms (Belo Horizonte, Brazil) bacterial collection were employed in this work.

While individual hurdles may not be effective in controlling growth of food spoilage bacteria and pathogens, the right combination of hurdles allows to control growth of microorganisms and to minimize organoleptic changes in foods.

Currently there is an urgent need to develop new classes of antimicrobial agents with different mechanisms of action from conventionally antibiotics used for the control of pathogenic microorganisms.

His research focuses on sustainable urban drainage management, investigating water pollution control and water quality dynamics, the fate and control of pathogenic microorganisms in urban water cycles, bioremediation of contaminated soil and groundwater, and water quality characterization and its evaluation for sustainable urban water use.

In this paper, motivated by microbial flocculants and model (1), we propose a model which may have potential applications of microbial metabolites as flocculants in the control of harmful microorganisms in wastewater treatment.

Further, our findings reiterates the need for investigation and control of these microorganisms in colonies of laboratory animals as well as the need for a better understanding of the effects of chronic infection in these animals.

The key issues in GMP are microbial control of the microorganism selected for enzyme production, the control and monitoring systems ensuring pure cultures and optimum conditions for enzyme yield during fermentation, and the maintenance of hygienic conditions throughout the recovery and finishing stages.