Mouse liver tissue was used in the sample process and PCR analysis to monitor the contamination.
The present study aimed to analyse the diversity of the C. jejuni population in poultry and to monitor the contamination process throughout the farm, slaughter, and postchilling phases.
Furthermore, they also requested ways to ensure all results had been entered, to minimize duplicate tests, and to monitor the contamination rate.
To prevent and monitor the contamination of the samples during the laboratory processes, pre-PCR and post-PCR activities were carried out in different laboratories and negative controls were included in each batch of extraction and amplification [ 52, 53].
In addition, nontemplate and negative controls, used to monitor the potential contamination of reagents and equipment, were consistently negative, supporting the specificity of our results.
Finally, it optimized the number and type of data that are best for monitoring the status of metallic contamination in terrestrial ecosystems exposed to different kinds of anthropic polution.
The objective of this study was to evaluate effectiveness and non-inferiority of a disinfection system based on H2O2 and Ag+ micro-mist, vs. chlorine procedure, by monitoring the reduction of microbial contamination on room surfaces.
Monitoring the source of the bacterial contamination has fundamental importance in the spreading of salmonellosis.
This life history is advantageous for monitoring the biological effects of radionuclide contamination because the radioactive fallout accumulates on the ground.
