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Ecology of Salmonella and antimicrobial resistance in a pig slaughterbouse

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Arnaud Bridier (Anses) et al., 13e SafePork, 26-29 août 2019, Berlin, Allemagne, poster

Salmonella: a public health issue
• 1st pathogen in terms of deaths related to contaminated food in France
• > 90 000 salmonellosis per year in Europe
• Multi resistance to antibiotics in the food chain
• Role of cleaning and disinfection (C&D) procedures in the selection of antibiotics resistant bacteria ?

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2019

Impact of cleaning and disinfection procedures on microbial ecology and Salmonella antimicrobial resistance in a pig slaughterhouse

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Arnaud Bridier (Anses) et al., Scientific Reports, 2019, volume 9, n° 1, 10 septembre, 13 pages

To guarantee food safety, a better deciphering of ecology and adaptation strategies of bacterial pathogens such as Salmonella in food environments is crucial. The role of food processing conditions such as cleaning and disinfection procedures on antimicrobial resistance emergence should especially be investigated. In this work, the prevalence and antimicrobial resistance of Salmonella and the microbial ecology of associated surfaces communities were investigated in a pig slaughterhouse before and after cleaning and disinfection procedures. Salmonella were detected in 67% of samples and isolates characterization revealed the presence of 15 PFGE-patterns belonging to five serotypes: S.4,5,12:i:-, Rissen, Typhimurium, Infantis and Derby. Resistance to ampicillin, sulfamethoxazole, tetracycline and/or chloramphenicol was detected depending on serotypes. 16S rRNA-based bacterial diversity analyses showed that Salmonella surface associated communities were highly dominated by the Moraxellaceae family with a clear site-specific composition suggesting a persistent colonization of the pig slaughterhouse. Cleaning and disinfection procedures did not lead to a modification of Salmonella susceptibility to antimicrobials in this short-term study but they tended to significantly reduce bacterial diversity and favored some genera such as Rothia and Psychrobacter. Such data participate to the construction of a comprehensive view of Salmonella ecology and antimicrobial resistance emergence in food environments in relation with cleaning and disinfection procedures.

source : https://www.nature.com/articles/s41598-019-49464-8.pdf

2019

A Salmonella database to monitor and centralize regulatory own-checks results (CE) n° 2073/2005 obtained by slaugterhouse

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Sabine Itié-Hafez (Ministère de l'Agriculture) et Alain Le Roux (Ifip), 13e SafePork, 26-29 août 2019, Berlin, Allemagne, poster

Salmonellosis is a major cause of foodborne outbreaks caused by bacteria in Europe. In 2014, the European Commission reinforced the survey of this contaminant in the pig and pork industry by the competent authority. In this context, French General Directorate for Food required a new system to centralize regulatory own-checks results for Salmonella in pig carcasses.

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2019

A PBPK model to study the transfer of α-hexabromocyclododecane (α-HBCDD) to tissues of fast- and slow-growing broilers

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Bertrand Méda (Inrae) et al., Food Additives & Contaminants : Part A, 2020, volume 37, numéro 2, février, p. 316-331

A physiologically based pharmacokinetic (PBPK) model was developed to investigate the production-specific factors involved in the transfer of α-hexabromocyclododecane (α-HBCDD) to broiler meat. The model describes growth and lipid deposition in tissues of fast- (FG) and slow- (SG) growing broilers from hatching to slaughter and simulates the exposure through the ingestion of contaminated feed or expanded polystyrene insulation material. Growth parameters were obtained from the literature while parameters relative to uptake, distribution, and elimination of α-HBCDD were adjusted using results of a previous experiment involving broilers exposed through feed throughout the rearing period or allowed to depurate before slaughter. The model was used to compare the two main edible tissues, breast and leg meat, as well as skin, and to investigate the variability within strain. Between strains and within strain, α-HBCDD assimilation efficiency (AE) is higher when the animals are slaughtered young or heavy. However, increasing slaughter age will lower α-HBCDD concentration in tissues, due to dilution. Based on fresh weight, the concentration of α-HBCDD in breast muscles and skin tends to be lower in SG than in FG broilers (-30 to +10%), while it is 10% to 80% higher in leg muscles. Compared to breast muscles, consuming leg muscles would elicit an exposure 9 and 16 times higher in FG and SG broilers, respectively. The consumption of skin together with muscles would multiply the exposure by up to 36 times compared to breast muscle alone. In case of acute exposure, the α-HBCDD concentration in tissues increased sharply, all the more since the animals are lighter in weight, and then decreased rapidly. In FG broilers, dilution through growth contributed for up to 37%, 28% and 97% to the decontamination of breast muscles, leg muscles and skin, respectively, depending on the duration of depuration before slaughter.

https://www.tandfonline.com/doi/abs/10.1080/19440049.2019.1681596?needAccess=true#aHR0cHM6Ly93d3cudGFuZGZvbmxpbmUuY29tL2RvaS9wZGYvMTAuMTA4MC8xOTQ0MDA0OS4yMDE5LjE2ODE1OTY/bmVlZEFjY2Vzcz10cnVlQEBAMA==

2020

Structure des élevages et localisation des abattoirs

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Christine Roguet et Bérengère Lécuyer, Bilan 2019, éditions IFIP, mai 2020, p. 90

Les Bases de Données Nationales d’Identification (BDNI) recensent des données exhaustives sur les sites d’élevage et les mouvements d’animaux (d’un élevage à un autre ou d’un élevage à un abattoir). Ce sont des sources d’informations très riches valorisées dans de nombreux champs d’études (épidémiologique, structure des élevages, prévision de la production, etc.). L’IFIP mobilise les données BDPORC sur les mouvements de porcins pour alimenter deux tableaux de bord mis à jour annuellement sur la structure des élevages et sur la localisation des activités d’élevage et d’abattage.

PDF icon Christine Roguet et Bérengère Lécuyer, Bilan 2019, éditions IFIP, mai 2020, p. 90
2020

Trois clés pour réussir la production de mâles entiers

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Patrick Chevillon (IFIP) et Dominique Poilvet (RP), Réussir Porc/Tech Porc (FRA), 2020, n° 284, décembre, p. 16-17

Dossier : castration

En élevage, à l’abattoir et dans les magasins, la production et la commercialisation de porcs mâles entiers devront être parfaitement maîtrisées pour éviter une perte de valeur et un rejetdes consommateurs.

PDF icon Patrick Chevillon (IFIP) et Dominique Poilvet (RP), Réussir Porc/Tech Porc (FRA), 2020, n° 284, décembre, p. 16-17
2020

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