Category Archives: foodbourne outbreak

EU – 8 April update: ECDC/EFSA investigation into multi-country Salmonella outbreak continues

ECDC

The outbreak has been linked to a factory in Arlon. Belgian authorities suspended all activities, all products that were manufactured there will be recalled, and retailers are also asked to remove the products from their shelves.

An outbreak caused by monophasic Salmonella Typhimurium is rapidly evolving in eight EU/EEA countries and the United Kingdom (UK). As of 8 April 2022, 142 cases have been reported, mainly among children under 10 years old. The first case was identified in the UK on 7 January 2022. Since 17 February 2022, cases have also been identified elsewhere in Europe.

Geographical distribution of confirmed and probable cases of monophasic S. Typhimurium in the EU/EEA and the UK, as of 8 April 2022
 

The outbreak is characterised by an unusually high proportion of children being hospitalised, some with severe clinical symptoms such as bloody diarrhoea. Based on interviews with patients and initial analytical epidemiological studies, specific chocolate products have been identified as the likely route of infection. Affected cases have been identified through advanced molecular typing techniques. As this method of testing is not routinely performed in all countries, some cases may be undetected.

Product recalls have been launched in several countries to date, including BelgiumFranceGermanyIrelandLuxembourgNetherlandsNorway, and the UK, to prevent the consumption of products potentially contaminated with Salmonella. Further investigations are being conducted by public health and food safety authorities in countries where cases are reported, to identify the cause and the extent of the contamination, and to ensure contaminated products are not put on the market.

ECDC and EFSA are assessing the available data from these countries and preparing a rapid outbreak assessment to be published next week. Questions regarding ongoing product recalls should be addressed to national food safety authorities.

Number of confirmed and probable cases* with monophasic S. Typhimurium infection by country, EU/EEA and the UK, as of 8 April 2022

Country Confirmed cases Probable cases Total cases
Belgium 0 26 26
France 25 0 25
Germany 6 2 8
Ireland 10 0 10
Luxembourg 1 0 1
Netherlands 2 0 2
Norway 1 0 1
Sweden 4 0 4
Total EU/EEA 42 29 77
United Kingdom 65 0 65
Total 114 28 142

*According to the European outbreak case definition

Research – Levels and genotypes of Salmonella and levels of Escherichia coli in frozen ready-to-cook chicken and turkey products in England tested in 2020 in relation to an outbreak of S. Enteritidis

PubMed

Frozen reformulated (FR) breaded chicken products have previously been implicated in causing human salmonellosis. A multi-country Salmonella enterica serovar Enteritidis outbreak involving several strains with >400 reported human cases in the UK occurred in 2020. Initially S. Infantis was detected in one sample from a case home but S. Enteritidis was then also isolated using a S. Enteritidis specific PCR in combination with isolation via a Craigie-tube. This prompted a survey to examine the presence and levels of Salmonella and E. coli in ready-to-cook FR poultry products in England in 2020. From a total of 483 samples, including two from cases’ homes, Salmonella was detected in 42 chicken samples, these originated from six out of 53 production plants recorded. Salmonella detection was associated with elevated levels of generic E. coli (OR = 6.63). S. Enteritidis was detected in 17 samples, S. Infantis in 25, S. Newport in four and S. Java, S. Livingstone and S. Senftenberg in one each. The highest levels of Salmonella were 54 MPN/g for S. Infantis and 28 MPN/g for S. Enteritidis; 60% of the Salmonella-positive samples had <1.0 MPN/g. S. Enteritidis was detected together with S. Infantis in five samples and with S. Livingstone in one. Where S. Enteritidis was detected with other Salmonella, the former was present at between 2 and 100-fold lower concentrations. The Salmonella contamination was homogeneously distributed amongst chicken pieces from a single pack and present in both the outer coating and inner content. The S. Enteritidis were all outbreak strains and detected in six products that were linked to four production plants which implicated a Polish origin of contamination. Despite S. Infantis being most prevalent in these products, S. Infantis from only two contemporaneous human cases in the UK fell into the same cluster as isolates detected in one product. Except for one human case falling into the same cluster as one of the S. Newport strains from the chicken, no further isolates from human cases fell into clusters with any of the other serovars detected in the chicken samples. This study found that higher E. coli levels indicated a higher probability of Salmonella contamination in FR chicken products. The results also highlight the importance of recognising co-contamination of foods with multiple Salmonella types and has provided essential information for detecting and understanding outbreaks where multiple strains are involved.

Research – Evaluation of the Persistence and Characterization of Listeria monocytogenes in Foodservice Operations

MDPI

Listeria monocytogenes is a major foodborne pathogen that can contaminate food products and colonize food-producing facilities. Foodservice operations (FSOp) are frequently responsible for foodborne outbreaks due to food safety practices failures. We investigated the presence of and characterized L. monocytogenes from two FSOp (cafeterias) distributing ready-to-eat meals and verified FSOp’s compliance with good manufacturing practices (GMP). Two facilities (FSOp-A and FSOp-B) were visited three times each over 5 months. We sampled foods, ingredients, and surfaces for microbiological analysis, and L. monocytogenes isolates were characterized by phylogenetic analyses and phenotypic characteristics. GMP audits were performed in the first and third visits. A ready-to-eat salad (FSOp-A) and a frozen ingredient (FSOp-B) were contaminated with L. monocytogenes, which was also detected on Zone 3 surfaces (floor, drains, and a boot cover). The phylogenetic analysis demonstrated that FSOp-B had persistent L. monocytogenes strains, but environmental isolates were not closely related to food or ingredient isolates. GMP audits showed that both operations worked under “fair” conditions, and “facilities and equipment” was the section with the least compliances. The presence of L. monocytogenes in the environment and GMP failures could promote food contamination with this pathogen, presenting a risk to consumers. View Full-Text

USA – A Decade of E. coli Outbreaks in Leafy Greens in the U.S. and Canada – Podcast

CDC

Katherine Marshall, an epidemiologist at CDC, and Sarah Gregory discuss E. coli outbreaks in leafy greens in the United States and Canada from 2009 to 2018.

More info on this topic
Topics: E. coli InfectionFoodborne DiseasePodcasts
Published: 9/24/2020
Last Updated: 9/24/2020

This podcast belongs to the Emerging Infectious Diseases series.

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USA – Public Health Alerts Residents of Possible Exposure to Hepatitis A at Sunlife Organics Juice Bar in West Hollywood California

Food Poison Journal

The Los Angeles County Department of Public Health (Public Health) is working with Sunlife Organics Juice Bar in West Hollywood to alert consumers of a possible hepatitis A exposure. 
The Los Angeles County Department of Public Health identified hepatitis A virus infection in a food handler who worked at this location.

No additional cases have been identified at this time.

Public Health recommends hepatitis A vaccination for patrons who consumed food or beverages from Sunlife Organics in West Hollywood between March 14–17, 2022. Vaccination is not necessary for people who previously completed the hepatitis A vaccine series or are known to have a past infection. To prevent infection or reduce illness, hepatitis A vaccine should be administered within 14 days after a known exposure.

Hepatitis A vaccinations might be available through local pharmacies or physicians’ offices. In addition, Public Health will be offering free hepatitis A vaccinations to exposed persons at:

Hollywood Wilshire Health Center 
5205 Melrose Ave. 
Los Angeles, CA 90038

· Sunday, March 27, 2022 from 10am-1pm

· Monday, March 28, 2022 from 10am – 1pm

· Tuesday, March 29, 2022 from 8am – 4pm

Most people will have protective levels of antibody after one dose of the Hepatitis A vaccine but can choose to visit their primary care provider to complete the series with a second dose 6 months after receiving their first dose.

Hepatitis A is a liver infection caused by the hepatitis A virus. Hepatitis A causes acute liver disease, which may be severe. Hepatitis A is highly contagious and can be spread from person-to-person through the fecal-oral route (when contaminated feces from an infected person are somehow ingested by another person during close personal contact) or by eating or drinking contaminated food or water). Most adults with acute hepatitis A will have symptoms that may include fever, fatigue, nausea, vomiting, abdominal pain, dark colored urine and jaundice (yellowing of the skin or eyes). There is no specific antiviral treatment.

Vaccination is the best way to prevent disease. In addition, infection can be prevented by vaccination within 14 days after a known exposure to a person with infectious hepatitis A. Older adults and people with weakened immune systems might benefit from receiving immune globulin (IG) in addition to hepatitis A vaccination for prevention after an exposure. For any questions about hepatitis A or the need for immune globulin, Public Health recommends that you speak to your primary care provider. If you do not have a regular provider, call 2-1-1 for assistance.

Public Health will continue monitoring all known individuals who may have been exposed to individuals ill with hepatitis A

Germany – * Baby food * Similac, Alimentum and EleCare from the ABBOTT brand

LMW

Alert type: Food
Date of first publication: 03/25/2022
Product name:

* Baby food * Similac, Alimentum and EleCare from the ABBOTT brand

Product images:

image.jpg

BVL

Manufacturer (distributor): Abbott Nutrition in Sturgis, Michigan Country of origin: United States of America
Reason for warning:

Possible contamination with Salmonella Newport and Cronobacter sakazakii

Packaging Unit: 400 grams
Durability: from April 01, 2022
Lot identification: The first two digits of the lot number start with 22 to 37 AND the lot numbers contain the details K8, SH or Z2.
Further information:

Reference to a public warning from the US Food and Drug Administration:

Possible contamination of US infant formula with Cronobacter sakazakii and Salmonella Newport

Status 03/24/2022

The US Food and Drug Administration (FDA) warns against the use of certain powdered infant formulas manufactured by Abbott Nutrition in Sturgis, Michigan.

On February 17, 2022, Abbott announced that it had initiated a voluntary recall of certain lots of potentially affected products. The products in question are Similac, Alimentum and EleCare powdered food, which are manufactured at the plant in Sturgis, Michigan.

The recall is related to consumer complaints about Cronobacter sakazakii and Salmonella Newport infections in the United States. In all of these cases, infant formula from the manufacturer Abbott Nutrition is said to have been consumed. All five cases related to these ailments required hospitalization. In two cases, the infection may have contributed to the deaths of the patients.

The FDA is warning against the purchase and consumption of certain infant formulas manufactured at Abbott Nutrition’s Sturgis, Michigan facility.

The products were shipped within the USA and in member states of the EU (Italy, Ireland, Croatia, Netherlands, Slovenia, Spain) and other third countries (e.g. Great Britain, India, Islamic Republic of Iran, Northern Ireland, Russian Federation, Turkey, Ukraine, United States of America ) expelled. According to current knowledge, the products mentioned were not sold in Germany.

There is a possibility that consumers could have purchased the products online via marketplaces or through short-term stays in the Member States or third countries.

The FDA advises consumers not to use Similac, Alimentum, or EleCare powdered infant formula if:

  • the first two digits of the batch number begin with 22 to 37 and
  • the details K8, SH or Z2 are included and
  • a best-before date of April 1, 2022 is specified

The manufacturer offers the possibility to check the batch number of purchased products on the following page:  https://www.similacrecall.com/us/en/product-lookup.html

For more information on the FDA’s warning, please visit the following link: https://www.fda.gov/news-events/press-announcements/fda-warns-consumers-not-use-certain-powdered-infant-formula-produced- Abbott Nutrition Facility

The manufacturer’s recall can be found at the following link: https://www.fda.gov/safety/recalls-market-withdrawals-safety-alerts/abbott-voluntarily-recalls-powder-formulas-manufactured-one-plant

For the warning in Turkish language, please refer to the following link: https://www.titck.gov.tr/duyuru/ilac-geri-cekme-24022022101035

Information on Salmonella and Cronobacter sakazakii

Salmonella  and  Cronobacter sakazakii  can cause illness in infants when present in powdered infant formula. Although Cronobacter sakazakii and Salmonella cannot grow in powdered infant formula, they can survive for a long period of time and therefore pose a potential risk after liquid addition if the product is not heated sufficiently during preparation. Contamination of infant formula powder with Cronobacter sakazakiiand salmonella can cause serious illnesses in infants, such as diarrhea (sometimes bloody), fever, sepsis or meningitis, which can cause serious neurological and developmental problems and, in rare cases, can be fatal. Sepsis and meningitis can present with poor feeding, irritability, temperature changes, jaundice (yellow skin and whites of the eyes), and abnormal breathing and movements. Among infants, newborns (<28 days), especially preterm, low birth weight, or immunocompromised infants are most at risk of becoming infected.

(Unofficial translation of the information at: https://www.fsai.ie/news_centre/food_alerts/Similac.html )

Further information on salmonella, also in other languages, can be found here: http://www.infectionsschutz.de/erregersteckbriefe/salmonellen

USA – CDC – Lettuce, Other Leafy Greens, and Food Safety

CDC

Leafy greens arranged on a white background

Vegetables are an important part of a healthy diet. Leafy vegetables (called leafy greens on this page), such as lettuce, spinach, cabbage, kale, and bok choy, provide nutrients that help protect you from heart diseasestroke, and some cancers.

But leafy greens, like other vegetables and fruits, are sometimes contaminated with harmful germs. Washing leafy greens does not remove all germs. That’s because germs can stick to the surface of leaves and even get inside them. If you eat contaminated leafy greens without cooking them first, such as in a salad or on a sandwich, you might get sick.

Although anyone can get a foodborne illness, sometimes called food poisoning, some groups of people are more likely to get one and to have a serious illness. These groups include:

  • Adults aged 65 and older
  • Children younger than 5 years
  • People who have health problems or take medicines that lower the body’s ability to fight germs and sickness (a weakened immune system)external icon
  • Pregnant people

Eating Leafy Greens

Are leafy greens safe to eat?

Millions of servings of leafy greens are eaten safely every day in the United States. But leafy greens are occasionally contaminated enough to make people sick. To reduce your chance of getting sick, always follow the steps for safely handling and preparing leafy greens before eating or serving them.

Are leafy greens safe for my pet to eat?

Some animals can get sick from some germs that also make people sick. Always follow the steps for safely handling and preparing leafy greens before feeding them to pets and other animals. Never feed recalled food to pets or other animals.

Safely Handling and Preparing Leafy Greens

Do I need to wash all leafy greens?

Prewashed greens don’t need to be washed again. If the label on a leafy greens package says any of the following, you don’t need to wash the greens:

  • Ready-to-eat
  • Triple washed
  • No washing necessary

Prewashed greens sometimes cause illness. But the commercial washing process removes most of the contamination that can be removed by washing.

All other leafy greens should be thoroughly washed before eating, cutting, or cooking.

What is the best way to wash leafy greens?

The best way to wash leafy greens is by rinsing them under running water. Studies show that this step removes some of the germs and dirt on leafy greens and other vegetables and fruits. But no washing method can remove all germs.

Follow these steps to wash leafy greens that you plan to eat raw:

  • Wash your hands for 20 seconds with soap and water before and after preparing leafy greens.
  • Get rid of any torn or bruised leaves. Also, get rid of the outer leaves of cabbages and lettuce heads.
  • Rinse the remaining leaves under running water. Use your hands to gently rub them to help get rid of germs and dirt.
  • Dry leafy greens with a clean cloth or paper towel.

Should I soak leafy greens before washing them?

No. Do not soak leafy greens. If you soak them in a sink, germs in the sink can contaminate the greens. If you soak them in a bowl, germs on one leaf can spread to the other leaves. Rinsing leafy greens under running water is the best way to wash them.

Should I wash leafy greens with vinegar, lemon juice, soap, detergent, or produce wash?

Use plain running water to wash leafy greens and other produce. Kitchen vinegar and lemon juice may be used, but CDC is not aware of studies that show vinegar or lemon juice are any better than plain running water.

Do not wash leafy greens or other produce with soap, detergent, or produce wash. Do not use a bleach solution or other disinfectant to wash produce.

What other food safety steps should I keep in mind when I select, store, and prepare leafy greens and other produce?

  • Select leafy greens and other vegetables and fruits that aren’t bruised or damaged.
  • Make sure pre-cut produce, such as bagged salad or cut fruits and vegetables, is refrigerated or on ice at the store.
  • Separate produce from raw meat, poultry, seafood, and eggs in your shopping cart, grocery bags, and refrigerator.
  • Store leafy greens, salads, and all pre-cut and packaged produce in a clean refrigerator with the temperature set to 40°F or colder.
  • Use separate cutting boards and utensils for produce and for raw meat, poultry, seafood, and eggs. If that isn’t an option, prepare produce before working with raw meat.
  • Wash utensils, cutting boards, and kitchen surfaces with hot, soapy water after each use.
  • Cook thoroughly or throw away any produce that touches raw meat, poultry, seafood or their juices.
  • Refrigerate cooked or cut produce, including salads, within 2 hours (1 hour if the food is exposed to temperatures above 90°F, like a hot car or picnic).

Germs, Outbreaks, and Recalls

How do leafy greens get contaminated with germs?

Germs that make people sick can be found in many places, including in the soil, in the feces or poop of animals, in refrigerators, and on kitchen surfaces.

Germs can contaminate leafy greens at many points before they reach your plate. For example, germs from animal poop can get in irrigation water or fields where theexternal icon vegetables grow. Germs can also get on leafy greens in packing and processing facilities, in trucks used for shipping, from the unwashed hands of food handlers, and in the kitchen. To prevent contamination, leafy greens should be grown and handled safely at all points from farm to fork.

Read a study by CDC and partners on what we have learned from 10 years of investigating E. coli outbreaks linked to leafy greens.

How common are outbreaks linked to leafy greens?

In 2014–2018, a total of 51 foodborne disease outbreaks linked to leafy greens (mainly lettuce) were reported to CDC. Five of the 51 were multistate outbreaks that led CDC to warn the public. Among those five outbreaks, two were linked to packaged salads, two were linked to romaine lettuce, and one could not be linked to a specific type of leafy greens.

Most recently, in 2019–2021, CDC investigated and warned the public about nine multistate outbreaks linked to leafy greens. Among those outbreaks, six were linked to packaged salads, one was linked to romaine lettuce, one was linked to baby spinach, and one could not be linked to a specific type of leafy greens. Learn about these outbreaks.

Most foodborne illnesses are not part of a recognized outbreak. The nearly 2,000 illnesses reported in 2014–2020 outbreaks linked to leafy greens represent only a small part of illnesses caused by contaminated leafy greens during those years.

Does CDC warn the public about every foodborne disease outbreak?

No. CDC does not warn the public about every foodborne outbreak—including ones linked to leafy greens. Some reasons for this include:

  • Most sources of foodborne outbreaks are never identified.
  • By the time a source is identified, it might no longer be in stores, restaurants, or homes. This can happen with foods that are perishable (foods that spoil or go bad quickly), such as leafy greens.
  • Most outbreaks affect people in only one state, so local or state health departments lead the work to identify, investigate, and communicate about those outbreaks. CDC typically communicates only about outbreaks that affect people in more than one state.

Investigating outbreaks linked to leafy greensexternal icon can be especially challenging. These outbreaks often go unidentified or unsolved.

What should I do with leafy greens that are part of a recall?

  • Never eat, serve, or sell food that has been recalled, even if some of it was eaten and no one got sick.
  • Return the recalled food to the store or throw it away at home.
    • Throw out the recalled food and any other foods stored with it or that touched it.
    • Put it in a sealed bag in an outside garbage can with a tight lid (so animals cannot get to it).
    • If the recalled food was stored in a reusable container, wash the container in the dishwasher or with hot, soapy water.
  • Follow CDC’s instructions for cleaning your refrigerator after a food recall.

Organic, Hydroponic, and Home-Grown Leafy Greens

Are organic leafy greens less likely to be contaminated than non-organic ones?

All kinds of produce, including organic leafy greens, can be contaminated with harmful germs at any point from farm to fork. CDC is not aware of any evidence that organic greens are safer.

Learn about some outbreaks linked to organic foodsexternal icon.

Are hydroponic or greenhouse-grown leafy greens less likely to be contaminated?

Leafy greens grown using these methods also can be contaminated with harmful germs at any point from farm to fork.

Learn about an outbreak linked to greenhouse-grown leafy greens.

How do I keep leafy greens in my garden safe to eat?

Home gardens can be an excellent source of fruits and vegetables. Follow these tips to help prevent food poisoning:

  • Plant your garden away from animal pens, compost bins, and manure piles.
  • Water your garden with clean, drinkable water.
  • Keep dirty water, including storm runoff, away from the parts of plants you will eat.

Learn about raised bed gardening pdf icon[PDF – 1 page].

Looking to the Future

What steps are industry and the government taking to make leafy greens safer?

CDC is collaborating with FDA, academia, and industry to investigate the factors that contribute to leafy greens contamination.

The leafy greens industry, FDA, and state regulatory authorities have been implementing provisions of the Produce Safety Ruleexternal icon as part of the FDA Food Safety Modernization Act (FSMA).external icon They are considering what further measures can be taken. FDA’s 2020 Leafy Greens STEC Action Planexternal icon describes the agency’s plans to work with partners to make leafy greens safer.

Research – Levels and genotypes of Salmonella and levels of Escherichia coli in frozen ready-to-cook chicken and turkey products in England tested in 2020 in relation to an outbreak of S. Enteritidis

Science Direct

Highlights

Six serovars, with S. Infantis and S. Enteritidis most common, found in 9% of samples

Serovar-specific PCR and Cragie’s motility method used for co-contaminated samples

All S. Enteritidis were outbreak strains and affected six products from two plants.

The highest MPN/g was 54 for S. Infantis and 28 and S. Enteritidis.

Detection of Salmonella spp. was associated with higher levels of generic E. coli.

Abstract

Frozen reformulated (FR) breaded chicken products have previously been implicated in causing human salmonellosis. A multi-country Salmonella enterica serovar Enteritidis outbreak involving several strains with >400 reported human cases in the UK occurred in 2020. Initially S. Infantis was detected in one sample from a case home but S. Enteritidis was then also isolated using a S. Enteritidis specific PCR in combination with isolation via a Craigie-tube. This prompted a survey to examine the presence and levels of Salmonella and E. coli in ready-to-cook FR poultry products in England in 2020.

From a total of 483 samples, including two from cases’ homes, Salmonella was detected in 42 chicken samples, these originated from six out of 53 production plants recorded. Salmonella detection was associated with elevated levels of generic E. coli (OR = 6.63). S. Enteritidis was detected in 17 samples, S. Infantis in 25, S. Newport in four and S. Java, S. Livingstone and S. Senftenberg in one each. The highest levels of Salmonella were 54 MPN/g for S. Infantis and 28 MPN/g for S. Enteritidis; 60% of the Salmonella-positive samples had <1.0 MPN/g. S. Enteritidis was detected together with S. Infantis in five samples and with S. Livingstone in one. Where S. Enteritidis was detected with other Salmonella, the former was present at between 2 and 100-fold lower concentrations. The Salmonella contamination was homogeneously distributed amongst chicken pieces from a single pack and present in both the outer coating and inner content. The S. Enteritidis were all outbreak strains and detected in six products that were linked to four production plants which implicated a Polish origin of contamination. Despite S. Infantis being most prevalent in these products, S. Infantis from only two contemporaneous human cases in the UK fell into the same cluster as isolates detected in one product. Except for one human case falling into the same cluster as one of the S. Newport strains from the chicken, no further isolates from human cases fell into clusters with any of the other serovars detected in the chicken samples.

This study found that higher E. coli levels indicated a higher probability of Salmonella contamination in FR chicken products. The results also highlight the importance of recognising co-contamination of foods with multiple Salmonella types and has provided essential information for detecting and understanding outbreaks where multiple strains are involved.

USA – Webinar on the Foodborne Outbreak Response Improvement Plan – April 13th 2022

FDA

New Era for Smarter Food Safety

The U.S. Food and Drug Administration (FDA) is holding a webinar on the Foodborne Outbreak Response Improvement Plan that the agency released in early December 2021.

Deputy FDA Commissioner Frank Yiannas and FDA experts across agency’s human foods program will be available to explain and answer questions about the plan with the goal of raising awareness, enhancing understanding, and building support. Stakeholders are welcome to provide their insights as well as ask questions.

This response improvement plan focuses on tech-enabled product traceback, root cause investigations, analysis and dissemination of outbreak data, and operational improvements. It is intended to work in concert with FDA’s New Era of Smarter Food Safety Blueprint, which outlines specific approaches the FDA will take over the next decade to address food safety in the rapidly changing food system.

The plan was also informed by an independent review of the FDA’s structural and functional capacity to support, participate in, or lead multistate foodborne illness outbreak investigation activities. You will hear more about that review in this webinar.

The speakers will be:

  • Frank Yiannas, Deputy Commissioner for Food Policy and Response
  • RADM David Goldman, Chief Medical Officer, Office of Food Policy and Response
  • Stic Harris, Director, FDA’s Coordinated Response and Evaluation Network (CORE)
  • CDR Kari Irvin, Deputy Director, CORE
  • Scott MacIntire, Program Director, Office of Human and Animal Food Operations – West
  • Craig Hedberg, University of Minnesota, author of “An Independent Review of FDA’s Foodborne Outbreak Response Processes”

The webinar will also be recorded and posted to the FDA website.

You are also welcome to submit questions during the webinar to SmarterFoodSafety@fda.hhs.gov.

Registration

Registration is required. There will be an opportunity to ask questions in advance on the registration form.

REGISTERExternal Link Disclaimer

Additional Information

India – 48 people, including 22 children hospitalised with food poisoning at Bagalkot

New Indian Express

BAGALKOT: At least 48 people, including 22 children, were rushed to the district civil hospital after they fell ill reportedly because of food poisoning at Domanal village of Bagalkot taluka.

Initially 80 people were reported ill but after medical professionals were pressed into service nearly 50 people have found ill and all have been admitted at the district civil hospital for further treatment.

Within an hour of consuming food served at Yamunarappa Urus, a religious ceremony, many people began vomiting and complained of diarrhoea. The villagers soon alerted the health department, who rushed to the spot within minutes with sufficient medical kits.

Among the 48 people that fell ill 22 are children, 12 are women and 10 are elderly persons. The district hospital declared that all are out of danger and responding to the treatment.

Speaking to The New Indian Express, Dr Jayashree Emmi, District Health Officer (DHO), said that, “We have put enough medical professionals on the job to take care of all the people that fell ill reportedly after consuming food at a religious ceremony. All the people are stable and recovering.”

“We have collected samples of food and water served at Urus. After investigation an investigation will be carried out on the incident. We have also stationed two ambulances and a team of health professionals in the village as a precaution,” stated DHO Jayashree.