This bacterium is found in the environment and it is considered a major foodborne pathogen that poses a considerable public health risk; in fact, last year the World Health Organization (WHO) organized an expert meeting to review and recommend microbiological methods in order to monitor the levels of pathogenic Vibrio spp. in seafood and water.
18 Also, the National Neisseria Network of reference laboratories collaborate to monitor clinical isolates of pathogenic Neisseria species for antibiotic susceptibility and data are collated by the Australian Gonococcal Surveillance Program.
This would allow in vivo monitoring of the early pathogenic processes of obesity, in particular the inflammatory response and its consequence on adipose tissue morphology and function.
The aim of this project was to establish a program for the continuous monitoring of antimicrobial susceptibility of pathogenic and indicator bacteria from food animals using validated and harmonised methodologies.
This study was funded for the period 2003 05 with the aim to establish a continuous monitoring of antimicrobial susceptibility of pathogenic and indicator bacteria isolated from food animals at 19 veterinary laboratories in 18 European countries.
It has been revealed in our preliminary studies that monitoring of in vitro viability of pathogenic Acanthamoeba strains isolated from the infected eyes may be a useful tool for therapeutic prognosis.
Consequently, NGS has become a powerful tool in the study of immune repertoire with potential applications in the identification and tracking of pathogenic clones, monitoring immune status and disease activity, and immune reconstitution following therapeutic interventions.
Detection of pathogenic bacteria and monitoring their susceptibility to antibiotics are of great importance in the fields of medicine, pharmaceutical research, as well as water and food industries.
While surveillance systems based on clinical infections are capable of monitoring occurrences of resistant pathogenic zoonotic bacteria such as Salmonella or Campylobacter species, zoonotic transfers of commensals including Staphylococcus aureus and Enterococcus usually go unnoticed.
Monitoring pathogenic variability of fungus based on DNA markers will greatly help in understanding pathogen diversity and their pathogenicity.
