Publications by authors named "Ilaria Bruini"

The foodborne pathogen is a concern in food safety because of its ability to form biofilm and to persist in food industry. In this mini-review, the issue represented by this pathogen and some of the latest efforts performed in order to investigate the composition of biofilms formed by are summarized.

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In order to evaluate carrier status of cull dairy cattle at slaughter, 125 animals were randomly selected during the period February-May 2016. Dairy cows were reared in 89 farms located in two regions of Northern Italy (Lombardy and Emilia-Romagna regions), where bovine milk is primarily used for cheese and cheese production. Samples were collected by swabbing a 400-cm area of the brisket hide and by rectoanal mucosal swabs.

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Article Synopsis
  • A study tested ninety pig carcasses and twenty-one food contact surfaces in a slaughterhouse processing 380 pigs per hour from 2014 to 2015, focusing on contamination levels.
  • Four specific sites on each carcass were swabbed after evisceration, and various surfaces like meat conveyors and dressing tables were also tested for contamination.
  • Results indicated that 17.8% of carcasses and 19.0% of food contact surfaces were contaminated, with notable prevalence linked to issues during the dehairing process that increased contamination levels significantly in one sampling session.
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Article Synopsis
  • - A study conducted in Northern Italy in 2013-2014 tested 201 pigs for Salmonella in their mesenteric lymph nodes (MLN) and fecal samples from 67 batches to assess prevalence and contamination levels.
  • - Salmonella was detected in 19.9% of pig MLN and 49.3% of environmental fecal samples, with Salmonella Derby being the most common serovar found in both types of samples; longer lairage times significantly increased contamination rates.
  • - PFGE typing revealed multiple strain types, with some shared between pig MLN and fecal samples, indicating potential correlations between Salmonella isolates found in pigs and the surrounding environment.
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