Sentence examples for bacteriological monitoring from inspiring English sources

These results have important implications for both public health and the economic prosperity of the shellfish industry, and demonstrate the importance of accommodating both spatial and temporal fluctuations in routine bacteriological monitoring protocols.

However, current bacteriological monitoring procedures which focus on the quantification of faecal indicator organisms (FIOs) as a proxy for microbial pollution may not be representative of total bacterial contamination levels present in shellfish harvesting areas.

Close bacteriological monitoring of these patients will be essential, as useful information about the best way to use these new drugs can be gained from analysis of salvage therapy cohorts.

This protocol is accompanied by measures usually applied in case of prolonged corticosteroid therapy (gastric protection, prevention of electrolyte disorders, treatment of diabetes, restriction of the use of NMBs) to which can be added a systematic bacteriological monitoring supplemented by other sampling in case of suspicion of infection.

The median duration of bacteriological monitoring and of treatment of cured cases was 730 days (range: 554 815 days, data not shown).

Bacteriological monitoring was carried out before and twice weekly during treatment.

In this study, screening for bacterial AHLs relied on bacteriological monitor systems, which consists of a phenotypic response of β-galactosidase activity.

Ensure training of cleaning staff, establish mechanisms for monitoring bacteriological quality surfaces and disinfectants.

The European Community Reference Laboratory for Monitoring Bacteriological and Viral Contamination of Bivalve Mollusks systematically collected sequence data on norovirus strains routinely detected in bivalve mollusks in Europe.

Animals originated from presumed M. agalactiae-free flocks that were thought to be free from M. agalactiae, based on bacteriological tank milk monitoring, but bordered the contaminated area of the Basque country.

Our aim was to assess the diagnostic value of different non-invasive (C-UBT) and endoscopy-based diagnostic methods (visual endoscopy, classical cytological and histological examination of mucosal specimens, PCR and bacteriological methods) for monitoring patients after eradication therapy in a late post-treatment setting.