Category Archives: E.coli O26

France – ROCAMADOUR AOP 105G (3X35G) FRANPRIX – STEC E.coli O26

Gov france

  • Product category Food
  • Product sub-category Milk and dairy products
  • Product brand name FRANPRIX
  • Names of models or references ROCAMADOUR AOP 105G (3X35G) FRANPRIX
  • Product identification
    GTIN Lot Dated
    3263858063611 131-1 Date of minimum durability 06/24/2021
  • Packaging Wrapped wooden tray of 3 cheeses
  • Start date / End of marketing From 05/25/2021 to 06/23/2021
  • Storage temperature Product to be stored in the refrigerator
  • Health mark FR 46.204.002 CE
  • Geographical sales area Whole France
  • Distributors Franprix, Next door market, NANO Boutique, Miranda
  • Reason for recall Presence of Escherichia coli STEC O26: H11
  • Risks incurred by the consumer Toxinogenic Escherichia coli shiga (STEC)
  • Consumer behavior Stop consuming
    Return the product to the point of sale
    Destroy the product
  • Contact number 0970171000
  • Compensation modalities Refund
  • End date of the recall procedure Saturday July 10, 2021

France – ROCAMADOUR AOP 105G (3X35G) LEADER PRICE SELECTION OF OUR REGIONS – STEC E.coli O26

Gov france

  • Product category Food
  • Product sub-category Milk and dairy products
  • Product brand name SELECTION OF OUR REGIONS
  • Names of models or references ROCAMADOUR AOP 105G (3X35G) LEADER PRICE SELECTION OF OUR REGIONS
  • Product identification
    GTIN Lot Dated
    3263859371715 131-1 Use-by date 06/22/2021
  • Packaging Wrapped wooden tray of 3 cheeses
  • Start date / End of marketing From 05/25/2021 to 06/23/2021
  • Storage temperature Product to be stored in the refrigerator
  • Health mark FR 46.204.002 CE
  • Geographical sales area Whole France
  • Distributors Leader Price and Leader Price distribution networks, Géant Casino, Casino brands
  • Reason for recall Presence of Escherichia coli O26: H11
  • Risks incurred by the consumer Toxinogenic Escherichia coli shiga (STEC)
  • Consumer behavior Stop consuming
    Return the product to the point of sale
    Destroy the product
  • Contact number 0800350000
  • Compensation modalities Refund
  • End date of the recall procedure Saturday July 10, 2021

France – ROCAMADOUR AOP CASINO CA – STEC E.coli O26

Gov france

  • Product sub-category Milk and dairy products
  • Product brand name CASINO CA COMES FROM HERE
  • Names of models or references ROCAMADOUR AOP 105G (3X35G) CASINO CA COMES FROM HERE
  • Product identification
    GTIN Lot Dated
    3222475953446 131-1 Date of minimum durability 06/24/2021
  • Packaging Wrapped wooden tray of 3 cheeses
  • Start date / End of marketing From 05/26/2021 to 06/23/2021
  • Storage temperature Product to be stored in the refrigerator
  • Health mark FR 46.204.002 CE
  • Geographical sales area Whole France
  • DistributorsGéant Casino, the Casino, Vival, Spar brands and Casino distribution networks
  • Reason for recall Presence of Escherichia coli STEC O26: H11
  • Risks incurred by the consumer Toxinogenic Escherichia coli shiga (STEC)
  • Consumer behavior Stop consuming
    Return the product to the point of sale
    Destroy the product
  • Sanitary recommendation Escherichia coli O26 can cause in the week which follows the consumption of contaminated products, diarrhea which is sometimes bloody, abdominal pain and vomiting, with or without fever. These symptoms can be followed (5 to 8% of cases) by severe kidney complications, mainly in children. People who have consumed the products mentioned above and who present this type of symptoms are invited to consult their doctor without delay, notifying him of this consumption as well as the place and date of purchase. In the absence of symptoms within 10 days after consuming the affected products, there is no need to worry and consult a doctor. Generally speaking, the health authorities recall that as a precaution, raw milk and cheeses made from raw milk should not be consumed by young children, particularly those under 5 years old; preferred cooked cheeses (such as Emmental, Comté, etc.), processed cheese spreads and cheeses made from pasteurized milk. The same recommendation should be followed for pregnant women, immunocompromised people and the elderly.
  • Contact number0800133016
  • Compensation modalities Refund
  • End date of the recall procedure Saturday July 10, 2021

Research – Lactic Starter Dose Shapes S. aureus and STEC O26:H11 Growth, and Bacterial Community Patterns in Raw Milk Uncooked Pressed Cheeses

MDPI

Adding massive amounts of lactic starters to raw milk to manage the sanitary risk in the cheese-making process could be detrimental to microbial diversity. Adjusting the amount of the lactic starter used could be a key to manage these adverse impacts. In uncooked pressed cheeses, we investigated the impacts of varying the doses of a lactic starter (the recommended one, 1×, a 0.1× lower and a 2× higher) on acidification, growth of Staphylococcus aureus SA15 and Shiga-toxin-producing Escherichia coli (STEC) O26:H11 F43368, as well as on the bacterial community patterns. We observed a delayed acidification and an increase in the levels of pathogens with the 0.1× dose. This dose was associated with increased richness and evenness of cheese bacterial community and higher relative abundance of potential opportunistic bacteria or desirable species involved in cheese production. No effect of the increased lactic starter dose was observed. Given that sanitary criteria were paramount to our study, the increase in the pathogen levels observed at the 0.1× dose justified proscribing such a reduction in the tested cheese-making process. Despite this, the effects of adjusting the lactic starter dose on the balance of microbial populations of potential interest for cheese production deserve an in-depth evaluation. View Full-Text

RASFF Alerts – STEC E.coli – Beef Meat – Organic Beef Meat

RASFF

E. Coli STEC (O26) in bovine fresh meat from New Zealand in the Netherlands

RASFF

Shigatoxin-producing Escherichia coli (in 1 out of 5 samples /25g) in organic bovine meat from Spain in Italy

Research – Prevalence and Epidemiology of Non-O157 Escherichia coli Serogroups O26, O103, O111, and O145 and Shiga Toxin Gene Carriage in Scottish Cattle, 2014–2015

ASM

ABSTRACT

Cattle are a reservoir for Shiga toxin-producing Escherichia coli (STEC), zoonotic pathogens that cause serious clinical disease. Scotland has a higher incidence of STEC infection in the human population than the European average. The aim of this study was to investigate the prevalence and epidemiology of non-O157 serogroups O26, O103, O111, and O145 and Shiga toxin gene carriage in Scottish cattle. Fecal samples (n = 2783) were collected from 110 herds in 2014 and 2015 and screened by real-time PCR. Herd-level prevalence (95% confidence interval [CI]) for O103, O26, and O145 was estimated as 0.71 (0.62, 0.79), 0.43 (0.34, 0.52), and 0.23 (0.16, 0.32), respectively. Only two herds were positive for O111. Shiga toxin prevalence was high in both herds and pats, particularly for stx2 (herd level: 0.99; 95% CI: 0.94, 1.0). O26 bacterial strains were isolated from 36 herds on culture. Fifteen herds yielded O26 stx-positive isolates that additionally harbored the intimin gene; six of these herds shed highly pathogenic stx2-positive strains. Multiple serogroups were detected in herds and pats, with only 25 herds negative for all serogroups. Despite overlap in detection, regional and seasonal effects were observed. Higher herd prevalence for O26, O103, and stx1 occurred in the South West, and this region was significant for stx2 at the pat level (P = 0.015). Significant seasonal variation was observed for O145 prevalence, with the highest prevalence in autumn (P = 0.032). Negative herds were associated with Central Scotland and winter. Herds positive for all serogroups were associated with autumn and larger herd size and were not housed at sampling.

IMPORTANCE Cattle are reservoirs for Shiga toxin-producing Escherichia coli (STEC), bacteria shed in animal feces. Humans are infected through consumption of contaminated food or water and by direct contact, resulting in serious disease and kidney failure in the most vulnerable. The contribution of non-O157 serogroups to STEC illness was underestimated for many years due to the lack of specific tests. Recently, non-O157 human cases have increased, with O26 STEC of particular note. It is therefore vital to investigate the level and composition of non-O157 in the cattle reservoir and to compare them historically and by the clinical situation. In this study, we found cattle prevalence high for toxin, as well as for O103 and O26 serogroups. Pathogenic O26 STEC were isolated from 14% of study herds, with toxin subtypes similar to those seen in Scottish clinical cases. This study highlights the current risk to public health from non-O157 STEC in Scottish cattle.

USA – Notes from the Field: Multistate Outbreak of Escherichia coli O26 Infections Linked to Raw Flour — United States, 2019

CDC

On February 20, 2019, PulseNet, the molecular subtyping network for foodborne disease surveillance, identified six Shiga toxin–producing Escherichia coli (STEC) O26:H11 infections with the same pulsed-field gel electrophoresis (PFGE) pattern combination. This PFGE pattern combination matched that of infections from a July 2018 outbreak that was associated with ground beef. In response, CDC initiated an investigation with federal, state, and local partners to identify the outbreak source and implement prevention measures.

CDC defined a case as STEC O26 infection with an isolate matching the outbreak strain by PFGE or related by core genome multilocus sequence typing scheme (cgMLST), with dates of illness onset during December 11, 2018–May 21, 2019. Investigators initially hypothesized that ground beef was the outbreak cause because of the PFGE match to the July 2018 outbreak and because in early interviews, patients commonly reported eating ground beef and leafy greens. Investigators used cgMLST to compare the genetic sequences of isolates from both outbreaks and determined that they fell into separate genetic clades (differing by 6–11 alleles), suggesting that something other than ground beef caused the illness in 2019. CDC noted that one patient consumed raw cookie dough and that most patients were young adult females, similar to demographic distributions of past flour-associated STEC outbreaks (13). Investigators developed a supplemental questionnaire focusing on beef, leafy greens, and flour exposures.

Twenty-one cases were reported from nine states (Figure). The median age of patients was 24 years (range = 7–86 years); 71% were female. Three patients were hospitalized, and none died. Among 13 patients asked about flour exposures, six reported eating, licking, or tasting raw homemade dough or batter during the week before illness onset. Three patients reported eating raw dough or batter made with the same grocery store brand of all-purpose flour, including a patient who reported eating raw dough at a bakery in Rhode Island. Overall, of 18 patients with store information, 11 reported shopping at this same grocery store chain.

The Rhode Island Department of Health visited the bakery reported by the patient and collected flour for testing. On May 21, 2019, testing identified STEC O26 from an intact bag of all-purpose flour, which was the same grocery store brand reported by other patients. PulseNet confirmed that the STEC O26 isolated from the flour was highly related to clinical isolates using cgMLST (0–1 alleles). Product distribution records collected by the Food and Drug Administration indicated that the store brand flour purchased by six patients in three states was produced in a single milling facility in Buffalo, New York. Based on results of the investigation, the store chain recalled all lots of product from its retail locations in 11 states. The milling company also recalled all lots of this product and several other lots of flour produced in that facility, resulting in the recall of additional brands and products distributed to multiple states.

Flour is increasingly recognized as a cause of STEC outbreaks (15). Raw flour is not a ready-to-eat product, and this outbreak highlights the continuing risk for illness associated with consumption of flour and raw dough or batter. The investigation was aided by considering demographic information early in the investigation because these characteristics were similar to those in past flour-associated outbreaks (13). These similarities, coupled with the discriminatory power of cgMLST, helped to guide the consideration of alternative hypotheses regarding the outbreak source and the successful identification of flour as the cause of this outbreak.

RASFF Alert – STEC E.coli – Chilled Beef Rump Tails

European Food Alerts

RASFF

shigatoxin-producing Escherichia coli (O26 stx+ eae+ /25g) in chilled beef rump tails from Argentina in Germany

Research – Investigation of On-Farm Transmission Routes for Contamination of Dairy Cows with Top 7 Escherichia coli O-Serogroups

Springer

Shiga toxin-producing Escherichia coli (STEC) are foodborne bacterial pathogens, with cattle a significant reservoir for human infection. This study evaluated environmental reservoirs, intermediate hosts and key pathways that could drive the presence of Top 7 STEC (O157:H7, O26, O45, O103, O111, O121 and O145) on pasture-based dairy herds, using molecular and culture-based methods. A total of 235 composite environmental samples (including soil, bedding, pasture, stock drinking water, bird droppings and flies and faecal samples of dairy animals) were collected from two dairy farms, with four sampling events on each farm. Molecular detection revealed O26, O45, O103 and O121 as the most common O-serogroups, with the greatest occurrence in dairy animal faeces (> 91%), environments freshly contaminated with faeces (> 73%) and birds and flies (> 71%). STEC (79 isolates) were a minor population within the target O-serogroups in all sample types but were widespread in the farm environment in the summer samplings. Phylogenetic analysis of whole genome sequence data targeting single nucleotide polymorphisms revealed the presence of several clonal strains on a farm; a single STEC clonal strain could be found in several sample types concurrently, indicating the existence of more than one possible route for transmission to dairy animals and a high rate of transmission of STEC between dairy animals and wildlife. Overall, the findings improved the understanding of the ecology of the Top 7 STEC in open farm environments, which is required to develop on-farm intervention strategies controlling these zoonoses.

Research – Escherichia coli in flour – sources, risks and prevention

Click to access escherichia-coli-in-flour-sources-risks-and-prevention.pdf