Category Archives: Food Microbiology Testing

RASFF Alerts – Aflatoxin – Groundnuts – Dried Figs

RASFF

Aflatoxin in Argentine groundnuts in the Netherlands

RASFF

Aflatoxins B1 in organic dried figs from Turkey in Germany

RASFF

Aflatoxins IN DRIED FIGS GARLAND FROM TURKEY in Bulgaria and Hungary

RASFF Alerts – Ochratoxin A – Dried Figs

RASFF

Ochratoxin A in Turkish dried Figs in the Netherlands

RASFF

Ochratoxin A in dried figs from Turkey in Italy

RASFF Alerts – Mold/Moulds – Cake – Organic Tortilla Wraps

RASFF

Mold growth in organic tortilla wraps from Belgium in Denmark, Germany and Iceland

RASFF

Cake from Italy infested with moulds in Hungary and Switzerland

France – Smoked Trout- Listeria monocytogenes

Gov france

Identification information of the recalled product

  • Product category Feed
  • Product subcategory Fishery and aquaculture products
  • Product brand name The little factory
  • Model names or references4 slices 120g 6 slices 180g
  • Identification of products
    GTIN Batch Date
    3760337632554 335 2284 Use-by date 09/16/2022
    3760337632554 343 2292 Use-by date 09/20/2022
    3760337632547 351 2302 Use-by date 09/21/2022
    3760337632547 365 2504 Use-by date 07/10/2022
  • Products ListRecap.pdfAttachment
  • Packaging Vacuum bags
  • Marketing start/end date From 08/24/2022 to 09/21/2022
  • Storage temperature Product to be stored in the refrigerator
  • Health mark FR 62 160 005 CE
  • Geographic area of ​​sale Whole France
  • Distributors Leclerc – Carrefour – Sedis
  • List of points of saleCustomer_impacted.pdf

Practical information regarding the recall

  • Reason for recall Presence of Listeria on an end-of-life product
  • Risks incurred by the consumer Listeria monocytogenes (causative agent of listeriosis)
    Poisoning

France – SAUSAGE – Salmonella

Gov france

Identification information of the recalled product

  • Product category Feed
  • Product subcategory Meats
  • Product brand name LECLERC Montval Sur Loir
  • Model names or references Sausage
  • Identification of products
    GTIN Batch
    0219172000000 Purchase on September 17, 19 and 20, 2022
  • Products List18c_-_QCR-ENR-12_-_Model_poster_RAP_Chair.pdfAttachment
  • Packaging Bulk
  • Marketing start/end date From 09/17/2022 to 09/20/2022
  • Storage temperature Product to be stored in the refrigerator
  • Health mark Leclerc Montval Sur Loir
  • Further information Sold in the Traditional Butcher’s section Non-contractual photo
  • Geographic area of ​​sale Departments: INDRE-ET-LOIRE (37), SARTHE (72)
  • Distributors Leclerc Montval Sur Loir

Practical information regarding the recall

  • Reason for recall Risk of presence of salmonella

Australia – Genobile Saba Australia pizzas – Food Safety

FSANZ

Product information

Genobile Saba Australia is conducting a recall of their Premium Salami Pizza, Premium Margherita Pizza, Premium Garlic Pizza and Premium Pomodoro Pizza. The products have been available for sale at Coles nationally.

Date markings

Use by: 11/10/23

Genobile Saba Australia pizzas​​​

Problem

The recall is due to non compliant labelling (incorrect USEBY date). Printed USEBY is 11/10/23. Correct USEBY is 11/10/22.

Food safety hazard

The food may cause illness if consumed after 11/10/22

Country of origin

Australia

What to do​

While the product is currently safe to eat, customers should not consume these products beyond 11/10/22. Customers should return the product to the place of purchase for a full cash refund.

For further information please contact:

Genobile Saba Australia

1300 366 347

http://www.genobilesaba.com​

​

Research – Increase in food outbreaks by Escherichia coli. How to prevent them

ACSA

In recent months, outbreaks caused by Escherichia coli have increased (Ireland, Scotland, etc.). Recently, in France, pizzas contaminated by this bacterium affected 56 people─ including 55 small children─ and caused two deaths.

This bacterium is naturally present in our digestive microflora. Although most strains of E. coli  are harmless to humans, others can cause infections or carry antibiotic resistance genes. Among the pathogenic strains, shigatoxigenic E. coli is responsible for serious infections in children and the elderly.

Ruminants, especially cattle, are healthy carriers of these bacteria. Therefore, the bacteria present in their excrement can contaminate animal products (meat and dairy) and the environment (soil and water). Contamination occurs, for example, in the meat slaughterhouse (through the remains or after the evisceration of the animals) or at the time of milking the milk of cattle, sheep or goats.

With regard to plants, this contamination can occur during the spreading of manure or livestock effluents on farmland, or during the use of contaminated irrigation water.

The main foods implicated in outbreaks of shigatoxigenic E. coli infections are undercooked minced beef, non-pasteurized dairy products (raw milk and raw milk cheeses), raw vegetables (salad, young shoots, sprouts), unpasteurized fruits or vegetables and contaminated drinking water .

Throughout the food chain, the management of this risk is based on the application of effective self-controls and the verification of the effectiveness of the measures implemented.

With regard to the consumer, the prevention of infections through food is based on the application of the following measures:

  • Wash hands with soap and water when leaving the toilet, before preparing and eating food, and after handling raw or non-raw food.
  • Wash and peel the vegetables, if possible; and also fruits and aromatic herbs, especially those that are eaten raw.
  • For sensitive populations (young children and the elderly), thoroughly cook ground meat and ground meat products (70°C), avoid consumption of raw milk and raw milk products (except for cooked pressed cheeses), and of raw or undercooked flour.

Research – Salmonella in animals and feed in Great Britain 2021

Gov UK

This publication presents data on Salmonella reports from livestock species in Great Britain (England, Wales and Scotland) collected and collated by the Animal and Plant Health Agency (APHA) during 2021 and also provides data from previous years for comparative purposes.
The data in the first 12 chapters cover reports of Salmonella in animals, with separate chapters for the main livestock species, reports of Salmonella in dogs, reports of Salmonella in wildlife and reports of Salmonella in animal feeding stuffs.
The 13th chapter covers antimicrobial resistance data for Salmonella (England and Wales only).Since 1993, the date of a Salmonella incident has been recorded as the date it was reported to an Officer of the Minister. Under the present system, any Salmonella reports that are confirmed or identified after the publication of the annual report will be incorporated into the revised tables that appear in the following year’s publication. This may result in the number of incidents and/ or isolations differing from that previously given for a particular year.
The most recent version of the report should therefore always be used when comparing data from year to year. Revisions in the way that data have been compiled and presented since 1993 mean that, with the exception of the tables on Salmonella in animal feeding stuffs, data in this report cannot be compared directly with information published prior to 1993. A more detailed comparison can be generated, if required, for any Salmonella serovar, or phage type in the case of S.Enteritidis and S. Typhimurium. Requests for such data should be made to the Department of Epidemiological Sciences, APHA Weybridge who will be happy to assist with requests at Foodbornezoonoses@apha.gov.uk. Care should be taken when comparing data from one year to another as an increase or decrease in the number of isolations and incidents does not necessarily indicate a similar change in prevalence. This is because the total number of samples examined and their distribution are often not known.

Research-Sources and trends of human Salmonellosis in Europe, 2015-2019: an analysis of outbreak data

asca

Study published in the International Journal of Food Microbiology. The aim of this study was to determine the main food sources and recent trends of  Salmonella outbreaks in Europe. Data from outbreaks in 34 European countries during the 2015-2019 period are taken into account. 

In general, the most important food source of the salmonellosis outbreaks were eggs, pork series and meat products in general. While eggs were the most important source of infection in all regions, pork was the second most common source in Northern and Western Europe, and meat products (in general) in Eastern and Southern Europe. 

There were 939 outbreaks caused by Salmonella enteritidis , 130 by Salmonella typhimurium and its monophasic variant, 107 by other known serotypes, and 332 by other unknown types.

Complex food categories such as baked goods, buffet meals, mixed foods, sweets and chocolate, canned food products, and beverages were grouped as unknown sources in the analysis because it was not possible to identify the exact components responsible for the infection.

In total, 1,508 salmonella outbreaks were included in the analysis. Of these, 1,040 were caused by simple foods and 468 by unknown food sources. Most of the outbreaks were reported in Eastern Europe, followed by Southern, Western and Northern Europe.

Outbreaks caused by S. enteritidis (SE) and other known serotypes (other than SE and S. typhimurium and its monophasic variant [STM]) were attributed primarily to eggs, whereas outbreaks caused by STM were primarily attributed to the Pork Meat. In general, there was a significant increase in the number of reported outbreaks between 2015 and 2019, mainly due to the increase in outbreaks in Eastern Europe while, in Northern and Southern Europe, outbreaks caused by SE decreased significantly between the years 2015 and 2019. Outbreaks related to the consumption of cheese and fish are steadily declining.

Research – Summary of FDA’s Strategy to Help Prevent Salmonellosis Outbreaks Associated with Bulb Onions

FDA

Background

Onions are one of the most commonly consumed vegetables in the United States. Grown in more than 170 countries, they are also one of the most important horticultural crops worldwide. Bulb onions are characterized by having hollow, tubular, blue-green leaves and can be purchased fresh or frozen to use in cooked dishes or consumed raw as an ingredient or garnish. Bulb onions are typically dried or cured to reduce decay and increase shelf life.

In 2020 and 2021, Salmonella outbreaks associated with the consumption of bulb onions produced in the U.S. and Mexico caused more than 2,100 confirmed cases of foodborne illness in the United States. The 2020 outbreak in the U.S. cost an estimated $203 million in consumer health-related losses. The 2021 outbreak in the U.S. cost an estimated $188 million in consumer health-related losses. [1]

Overview of Salmonellosis Outbreaks Associated with Bulb Onions

In 2020, the FDA’s Coordinated Outbreak Response & Evaluation (CORE) Network, in collaboration with the Centers for Disease Control and Prevention (CDC) and state and local partners, investigated a multistate outbreak of Salmonella Newport infections linked to the consumption of domestically grown red bulb onions. While no conclusive root cause could be identified, the agency’s investigation report identified several plausible opportunities for contamination including irrigation water, sheep grazing on adjacent land, and signs of animal intrusion, such as scat and large flocks of birds that may spread contamination.

In 2021, the FDA led investigations of a multistate outbreak of Salmonella Oranienberg infections linked to the consumption of red, white, and yellow bulb onions imported from the State of Chihuahua, Mexico. The FDA worked closely with Mexican competent authorities through the established Food Safety Partnership to investigate potential source(s) of contamination within the implicated region.  However, the agency was unable to conduct an on-farm investigation at the time, and no conclusive root-cause was determined.

Summary of FDA’s Strategy to Help Prevent Future Outbreaks of Salmonellosis linked to Bulb Onions[2]

Food safety is a shared responsibility. The bulb onion industry is responsible for meeting applicable food safety requirements. In addition, the FDA believes it is imperative that we share data, knowledge, and information and work collaboratively with industry and state regulators to enhance food safety and advance the goals and objectives of FDA’s Strategy for the Safety of Imported Food. Based on review of the outbreak investigational findings, historical data, and engagements with industry and other stakeholders, the agency has identified several measures that can be taken to reduce future incidences of foodborne illness related to bulb onions, including:

  • Engaging domestic and foreign industry and government partners to promote a broad understanding of the outbreak investigation findings, applicable Produce Safety Rule requirements, and the importance of root cause analysis after outbreaks.
  • Prioritizing inspections of bulb onion farms in the United States and Mexico that are covered by the FDA’s Produce Safety Rule.
  • Identifying and assessing practices and conditions associated with onion curing.
  • Supporting research efforts to better understand bulb onion production practices, including the impact of different soil conditions and curing practices on the safety of bulb onions.
  • Supporting industry-led efforts to develop and implement best practices for bulb onion production.

The agency has also identified the following additional actions specific to imported bulb onions:

  • Prioritizing Foreign Supplier Verification Program inspections of bulb onion importers to ensure that onion importers are verifying that foreign suppliers follow processes and procedures that provide the same level of public health protection as U.S. food safety requirements.
  • Increasing strategic and targeted sample collection and testing of imported bulb onions from the State of Chihuahua, Mexico.
  • Continuing to collaborate with Mexican competent authorities through the established Food Safety Partnership to help ensure the safe production of bulb onions in the State of Chihuahua, Mexico.

By implementing these activities, the FDA seeks to:

  • Encourage high rates of compliance with the applicable FDA food safety requirements across the bulb onion supply chain through education, outreach, and technical assistance to the growers, distributers, and importers of bulb onions.
  • Verify and measure the rate of industry compliance through inspections and sampling.
  • Broaden scientific knowledge about production methods that can reduce future incidences of foodborne illness related to bulb onions.