Sentence examples for hazardous microorganisms from inspiring English sources

Processes may serve as selective power that enriches hazardous microorganisms in the processing environment.

A high degree of contamination of hazardous microorganisms was found in both fresh FOW and fresh whey.

SPC and population of LAB, yeast and hazardous microorganisms (total and faecal coliform bacteria, Staphylococcus and Clostridium) determined in fresh FOW, fresh whey, WFFO and LAFFO have been presented in Table 1.

Although fermentation of FOW by whey required 5 days to complete in contrast to 3 days required for fermentation by L. acidophilus, removal of hazardous microorganisms like Staphylococcus, Clostridium and coliform bacteria was better in the whey-fermented fish offal (WFFO) than that of L. acidophilus-fermented fish offal (LAFFO).

Determinations of standard plate count (SPC), population of LAB, yeast and hazardous microorganisms such as total and faecal coliform, Staphylococcus and Clostridium were made in the fresh FOW, fresh whey, cane molasses as well as in the two fermented products, whey-fermented fish offal (WFFO) and L. acidophilus-fermented fish offal (LAFFO).

Using this procedure for hazardous microorganisms outside a biosafety cabinet would pose a safety risk.

Since B. anthracis is a hazardous microorganism, in this study we first used B. subtilis, a bacillus bacterium with natural habitat in the soil that is not harmful to humans, as a surrogate for B. anthracis.

Halogen-containing reactive materials could be used for mitigating the spread of hazardous, active biological microorganisms aerosolized as a result of explosion.

These questions aim to identify a laboratory's accuracy and reliability of test results, timeliness and frequency of testing and reporting, representativeness of sampling, presence and maintenance of equipment, professional development of staff, implementation of biosecurity measures and safe handling and containment of infectious microorganisms and hazardous biological materials.

However, conventional methods for the detection of Brucella are time-consuming and the handling of microorganism is hazardous for laboratory personnel.

Biological methods include bioremediation of the hazardous organic compound by potential microorganisms which are capable of utilizing the contaminant as carbon and energy source.