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Precedence-setting Food Safety Case: Foster Chicken Farm found Liable in Salmonella Case

Meatingplace reported that a jury in Arizona returned a precedent-setting verdict in favor of 5 ½ years old boy (Noah Craten)   who had brain surgery in 2013, as a result of a massive brain abscess. The doctors determined that the abscess had been caused by bacterial meningitis due to Salmonella Heidelberg infection from what was believed to be chicken meat produced by Foster Poultry Farms.
Although the USDA does not consider Salmonella an adulterant in raw chicken, and even though cooking the chicken will kill the bacteria, the case establishes that chicken producers can be held liable for Salmonella contamination.
The jury on March 1 returned a verdict in the amount of $6.5 million in favor of Noah. The jury concluded that Foster Farm was negligent was based on microbiological and epidemiological evidence alone. Fluid removed from the abscess during surgery showed that the Salmonella bacteria present in the abscess matched one of the strains in the Foster Farm’s outbreak.
The jury seems to reject the argument that Salmonella contamination is natural to raw chicken. In a verdict that is a first of its kind, the jury found Foster Farm to be negligent in producing Salmonella Heidelberg contaminated product. It is a first to have the verdict based solely on epidemiological and microbiological evidence.
The jury attributed 30% of the fault to Foster Farms and 70% to family members for their preparation of the chicken. The net verdict against the family was $1.95 million.
Eric Hageman, the lead trial attorney for Noah Craten, claimed that the verdict established a precedent that could change the poultry industry. “Traditionally, Foster Farms and other poultry producers have argued that they are under absolutely no obligation to address even pervasive Salmonella contamination. The jury, in this case, said enough is enough. Clean up your act.” The jury’s verdict, Hageman said, “showed that Foster Farms could not simply hide behind USDA ‘approval’ of its chicken” and was “a rejection of the argument that poultry companies can produce contaminated product and then blame consumers who get sick from eating it.”
Noah Craten case was part of an extensive Salmonella Heidelberg outbreak investigated by the Centers for Disease Control (CDC) from March 1, 2013, to July 11, 2014. In this outbreak, 634 persons were infected with seven outbreak strains of Salmonella Heidelberg from 29 states and Puerto Rico, from March 1, 2013, to July 11, 2014. 38% of the sick persons were hospitalized, but no deaths were reported. The outbreak strains of Salmonella Heidelberg were resistant to several commonly prescribed antibiotics, as was the strain isolated from the abscess.
This case is groundbreaking and sets a precedent for food safety in the poultry industry.
According to Meatingplace  Foster Farms issued the following statement in response to the verdict: “Since 2013, Foster Farms has instituted a multi-hurdle Salmonella control program and committed to a company-wide Salmonella prevalence level of 5 percent in whole body chickens and parts. This compares to the USDA permissible level of 9.8 percent for whole body chickens and 15.4 percent for parts. Foster Farms’ current food safety performance record is recognized as being among the best in the US poultry industry, and the company is committed to advancing food safety for the benefit of consumers, customers, and the poultry industry.”

Washing Hands – Is It All That It’s Cracked Up To Be?

By Gideon Eden, PhD
For years we have been told by the scientific community that hand washing is a key factor in preventing disease.  Since childhood, we have been educated by our parents to wash our hands whenever we may be exposed to microorganisms.  We regularly wash our hands before meals, after touching dirty surfaces, after petting animals, and of course after touching sick individuals. Nowadays microbiologists and physicians are regularly appearing in the media to educate the public about the importance of hand washing for the prevention of foodborne and airborne diseases.
While the arguments for hands washing do make sense, especially after considering the enormous scientific knowledge and accumulated data about diseases, it is still not clear that these precautions are definitely helping in actually preventing their spread.  As time goes by it seems that the situation is getting worse rather than improving and that there is no significant correlation between hand washing and improved health.
The author is not a denier of the scientific evidence about the role of microorganisms in causing illnesses and the significant progress made in food safety and medicine to prevent the causes and consequences of diseases.  There is no suggestion that physicians, surgeons, and food manufacturers and preparers should not practice the highest level of hygiene.  Nevertheless, the author wishes to raise an issue regarding the role of the personal immune system in preventing diseases and ask WHETHER EXCESSIVE HAND WASHING FOR YEARS CAN POTENTIALLY INHIBIT THE IMMUNE SYSTEM FROM DEVELOPING ITS OWN NATURAL PROTECTION MECHANISMS, THEREBY BECOMING A CONTRIBUTOR OF ILLNESS RATHER THAN ITS PROTECTOR. 
There are many anecdotal stories to support the above presumption, and I am sure you can find a few relating to your own experience.  This, of course, does not prove this theory, which I personally hope will be corroborated through scientific research providing statistical comparisons of the long-term outcomes of frequent washing vs. moderate washing or even minimal hand washing.  Comparison of national habits of different nations and populations can also shed light on the answer. 
As for myself and my personal experience, I am an Israeli baby-boomer born immediately after World War II.  Although the new nation accepted immigrants from several countries who had comprehensive hygiene practices, it was still difficult for the parents to instill them in the new rebellious generation.  Eating street food was a common practice for years, disregarding hand washing (due to a lack of facilities), and eating food that was placed in the open in temporary stands and exposed to the elements (mainly the hot middle eastern sun) for hours.  Vegetable salads, various dressings, previously fried falafel balls, and partially boiled corn kernels provided a part of the new generation’s diet, that included large portions of microorganisms.  To complete the “horrific” picture, people drank soda-based beverages from stands (kiosks) that had ineffective glass washing devices squirting symbolic amount of tap water without any detergent. The same drinking glass would touch the lips of numerous people over the course of a full day before they were properly washed, if at all.
Today, I live in the US and like to travel overseas from time to time.  Unlike many Americans, I (and my Israeli born wife) am less sensitive to food poisoning while traveling. In my several trips to Mexico, I drank tap water and ate regular Mexican food in native restaurants, not ones specially catering to tourists. I even dared to eat Mexican street food, mainly (unwashed) handmade tacos.  I was pleasantly surprised that my immune system did not “forget” the abuse and exposure from the 1940s and 1950s.  It seems though that gradually I am losing the natural immunity by living in the “sterile” environment of the American society.
Isn’t it intriguing that the current flu epidemic is very high in California and relatively low in neighboring Mexico (see the chart below)? I do not pretend to know the entire answer, which certainly includes many other factors, but it does raise the question of the significant role of natural immunization.
Consider that many vaccines developed in the last century included weakened strains of microorganisms, the same organisms that actually cause the diseases, by “training” the immune system to protect against future infections. Why should we deny our immune system from adjusting itself to the dynamic environmental threats during the course of our lifetime?
It should also be noted that should this theory be verified by future scientific evidence, current handwashing practices should not necessarily be instantly abandoned, especially for people who have practiced it vigorously during their entire lifetime, but rather adopt gradual exposure schemes to allow the immune system to take natural control of disease prevention gifted to us by the long human evolution.  Bacteria and viruses are going to be with us in the future and with their short generation times, they can rapidly mutate to adapt to their environmental challenges.  Are we losing our powerful immunological capabilities when we sanitize our hands before touching a supermarket’s cart? A moderate washing approach may prove to be the appropriate practice in the future, providing basic protection and allowing our natural defenses to continuously develop.
Gideon Eden

South Africa Has the World’s Largest Listeria Outbreak According to WHO


The Cause Unknown after a Year

South Africa is encountering the worst case of listeriosis ever reported, according to WHO (World Health Organization). Currently, there are 727 laboratory-confirmed cases with 67 death reported. The number of cases and the death toll increased significantly since last December when South Africa had 577 cases and 36 deaths.
South Africa Health Minister Aaron Motsoaledi said “When we view statistics of affected people, we note that of all the vulnerable groups, neonates [newborn babies within first 28 days of life] are the worst affected if we analyze it by age group from birth to 93 years. In this case, neonates alone account for close to 40 percent of the cases,” The minister continued: “Of note is that of all the neonates that get affected, 96 percent had an early-onset disease, that is, from birth to six days after birth. It is clear that these neonates are simply vulnerable due to their pregnant mothers. They are infected by their mothers at birth.”
According to WHO the most distressing element of this outbreak is that 40% of the dead are babies less than four weeks old, mostly infected from their mothers.
The infected people come from diverse socio-economic backgrounds, as determined by the use of both public and private hospitals.
The source of the infection is yet unknown. The long incubation period for the disease symptoms makes it difficult to identify the food source.  “Even if a food source is identified, we can expect to have cases reported for several weeks to come,” said Lindmeier (WHO media Officer). “This is making the investigation into the source of the outbreak particularly complex.”

Listeria Stains

In a press release South Africa Ministry of Health reported that from 1st of January 2017 to 3rd of January 2018, 337 isolates from the outbreak had been sequenced. Of them 73% were clinical isolates, 22% were food isolates, and 5% were environmental isolates.
The minister Motsoaledi said that “…out of the total of 727 laboratory confirmed cases which we know about, we are only able to trace 134 actual patients, which is only 18%. This means that we still have a long way to go in searching. Out of the 134 traced patients, 61 had passed on,”
He further said that 91% of the isolates were the ST6 type and are very closely related to each other, representing a single strain of Listeria monocytogenes.  The ST6 isolates were found in samples from all the 9 South Africa providences.  This supports the hypothesis that there is a single source of the food contamination.  It implies that it is a widely consumed food produced at a single facility. “Most likely a food product on the market or a series of food products produced in the same manufacturing environment,” says Dr. Lucia Anelich‚ a prominent South African food microbiologist and food safety expert.
The mortality rate of listeriosis is very high (20-30%) when compared to other food pathogens such as Salmonella and E. coli, with a mortality rate of 1-2%.
The isolated Listeria strain was not drug-resistant. Therefore, the deaths due to this outbreak were due to delays in diagnosis and treatment.

Potential Source of the Outbreak

Listeriosis most often results from foods such as unpasteurized (raw) milk and dairy products; soft cheese made with unpasteurized milk‚ such as feta‚ brie and camembert; refrigerated smoked seafood, ready-to-eat meats, raw vegetables, and pre-packed salads.
However, in this case, the minister of Health Motsoaledi said that a piece of chicken obtained from a patient’s home contained Listeria monocytogenes. The source of this chicken was traced back to the store and then to Soverein Foods slaughterhouse.
Whole Genome Sequencing was performed on the strains of Listeria monocytogenes isolated from the Soverein Foods environment and food samples. None of the isolates was the outbreak strain of ST6. Regardless, some of the obtained strains had the potential of causing the disease.
As a result of the data obtained from the slaughterhouse cannot be conclusively identified as the source of the outbreak. Regardless, the Department of Health closed the poultry slaughterhouse. The company was delisted from the Johannesburg stock exchange in November. Yet, since in the latest inspection found no Listeria, the plant was allowed to be reopened.   According to Reuters  Sovereign Foods head of production, Blaine van Rensburg, said: “Despite being declared clean and free of the Listeria bacterium, we are further strengthening steps to render products safer than they already are,”

Action Taken by Health Department

Since December 5, 2017, the Department of Health amended the list of notifiable diseases to include Listeriosis, requiring clinics to notify the government of any case of listeriosis.
The food industry was requested by the Director-General of the National Department of Health to formally submit details of Listeria -positive food items, environmental swabs and Listeria isolates to the authorities.
It is very troublesome that after a whole year the outbreak is still continuing without any resolution forthcoming.

E. coli in Romaine Lettuce-Impact of No Recall and Potential Solution


The E. coli Outbreak

Earlier we reported that an E. coli O157:H7 outbreak in the US was suspected of being related to an outbreak in Canada that had been linked to romaine lettuce.  From November 15 to December 17 illnesses in 13 states were reported. Five people have been hospitalized, two have developed hemolytic uremic syndrome (HUS), and one person died.
The Canadian Health Authorities reported on 41 cases of illnesses in 5 Eastern states (Ontario (8), Quebec (14), New Brunswick (5), Nova Scotia (1), and Newfoundland and Labrador (13)) attributed to E. coli O157:H7 in romaine lettuce. Seventeen individuals have been hospitalized. One individual died. 
As a result of their investigation, the Canadian Health authorities recommended the people in the Eastern provinces to refrain from eating romaine lettuce.
The CDC reported that the E. coli causing the illnesses in both countries was genetically closely related. This closeness implies that the illnesses are sharing a common source of infection. However, the CDC has not yet identified the source of the US infection.
In the U.S. there is no recall of romaine lettuce or a recommendation to stop its consumption. In a statement Brittany Behm, MPH, a CDC spokeswoman said in an email that “there is not enough epidemiologic or traceback evidence at this time to indicate a specific source of illnesses in the United States. Therefore, CDC cannot recommend that U.S. residents avoid a particular food.”   The CDC believes that the evidence collected to date does not have sufficient convincing information linking the lettuce to the illnesses. “We strive to be fast and right. … We wish we knew more and we’re working hard to get there. But we don’t have enough evidence yet,” said Wiliams, chief of the CDC’s Outbreak Response and Prevention Branch.  He also said that there was no guarantee that in the future, the CDC and FDA would be able to identify the exact source of the outbreak.    

Consumer Report Recommendation

The consumer Report magazine has taken an extreme step advising the public to stop the consumption of any romaine lettuce until there is a clarification of the situation.
“Even though we can’t say with 100 percent certainty that romaine lettuce is the cause of the E. coli outbreak in the U.S., a greater degree of caution is appropriate given that lettuce is almost always consumed raw,” said James Rogers, the Consumer Report’s director of food safety and research.
Jean Halloran, the director of food policy initiatives at Consumers Union, said:” Better to avoid romaine lettuce for now.”  “Given the size of the outbreak and the severity of the risk, which is worse for elderly people and children, the magazine felt it was the right decision,”.
Bill Marler, a Seattle-based attorney specializing in food safety cases noted that “Identifying the source of a foodborne illness outbreak can be a delicate balance between warning consumers of public health risks and unduly tainting industries or specific businesses without sufficient evidence.” However, he supports the Consumer Report decision to advise people not to consume romaine lettuce.
The consumer Report recommendation was intensely covered by the many TV outlets and in many of the papers.

“To Recall or Not” and Their Consequences

The Office of Inspector General (OIG) of the U.S. Department of Health and Human Services issued a recent report concluding that the current recall process used by the FDA can be too slow putting consumers at risk.  In response to the report, the FDA is planning to announce a new strategic plan in place to outline actions to improve the recall management. A faster process if clearly needed.
With the requirement to definitively decide the source of the outbreak, the investigation sometimes takes a very long time, and meanwhile, the products are being consumed, and people get ill.
The heavily publicized recommendation by the Consumer Report will certainly cause many good lettuces to be disposed of. Growers of perfectly health romaine lettuce will suffer. Currently, all romaine lettuce is presumed guilty of contamination.  A better system should be put in place to make the identification of contaminated produce easier.
On Jan. 6, the United Fresh Produce Association e-mailed members, stressing that the last U.S. case was reported Dec. 8; the last case in Canada was Dec. 12. “This fact makes it very unlikely — even if the outbreak is tied to romaine —that any affected product remains in marketing channels,” therefore in their opinion the outbreak is over.
However, Bill Marler wrote “I certainly understand that many romaine lettuce growers would like the CDC to call the “outbreak over” since lettuce is perishable. Since neither Canada nor the US has been able to confirm where the contamination occurred – on the farm, in processing, in transit – I think I agree with the Canadian and Consumer Reports approach – “When in doubt, throw it out.”

Is Blockchain the Solution

As reported earlier Blockchain is a decentralized, shared log of data maintained on a network of computers. It is an exciting new technology that can revolutionize food safety and offer much faster traceability of food products including produce.
According to Fortune magazine Viant and the World Wild Fund for Nature, using blockchain technology, provided a way to verify the fish journey from the ocean to the plate. The Tuna fish is tagged with a QR code (two-dimensional barcode) supplied by Viant. The fish is logged into the blockchain system, and its progress is monitored throughout the chain.
It is conceivable that in the future lettuce can be tagged with a QR barcode and be followed to the markets. As a result, any outbreak will be easier to trace back to the farm of origin.

T. Marzetti Buttermilk biscuits sold across the US recalled due to Listeria concerns

The FDA announced that T. Marzetti Company voluntarily recalled a variety of frozen biscuits due to the potential contamination with Listeria monocytogenes, as a precautionary measure.
Twenty-three frozen 12 or 20 count biscuits packs of T. Marzetti biscuit products are being recalled, including: Southern Home Old Fashioned Buttermilk Style Biscuits, Marshall’s and Shur Fine Old Fashioned Southern Style Biscuits, Shur Fine Old Fashioned, Buttermilk Biscuits, Valu Time, Food Club, SE Grocers, Lowes Foods, Laura Lynn, and Southern Home Southern Style Biscuits; Valu Time Buttermilk Style Biscuits, Food Lion Homestyle Buttermilk Biscuits, Food Club, SE Grocers, Piggly Wiggly, Lowes Foods, Premium Pick 5, Morning Fresh Farms, Laura Lynn, and Southern Home Buttermilk Biscuits, and Piggly Wiggly Homestyle Biscuits.
The products were distributed in the following states: Alabama, Florida, Georgia, Indiana, Kentucky, Louisiana, North Carolina, Pennsylvania, South Carolina, Tennessee, Texas, and Virginia. Food Safety News reports that Marshall’s Old Fashioned Southern Style Biscuits have also been recalled in California.
The frozen biscuits are not ready-to-eat products and need to be baked before consumption.  Typically the baking instructions call the baking of the product at 4000F for 20 minutes. The internal biscuit temperature should reach 2000F (930C) enough to kill the organism if present. However, since undercooking can occur, there might be a slight risk, and as a result, Marzetti had decided to recall the product.
Interestingly, this recall was intensely covered by the general media, including many TV stations and newspapers, disproportionate to the risk it poses.

Lettuce E. coli Outbreak May be Spreading to the US from Canada

The CDC (Centers for Disease Control and Prevention) says preliminary test results from an E. coli outbreak in the U.S. shows a common source of infection with an outbreak in Canada that was linked to romaine lettuce.
The CDC is investigating a multistate outbreak of Shiga toxin-producing E. coli o157:H7 infections (STEC O157:H7) in 13 states. Seventeen illnesses have been reported from California (3), Connecticut (2), Illinois (1), Indiana (1), Michigan (1), Nebraska (1), New Hampshire (2), New York (1), Ohio (1), Pennsylvania (1), Virginia (1), Vermont (1) and Washington (1). Illnesses started on dates from November 15 through December 8, 2017.
The Public Health Agency of Canada (PHAC) has established romaine lettuce as the source of the outbreak and advised consumers in affected areas to avoid romaine lettuce. However, the current CDC’s notice of Dec. 28 said a definite source had not been found, and it is “unable to recommend whether U.S. residents should avoid a particular food.”
In Canada, there are currently 41 cases of E. coli O157 illness under investigation in five eastern provinces: Ontario (8), Quebec (14), New Brunswick (5), Nova Scotia (1), and Newfoundland and Labrador (13). Individuals became sick in November and early December 2017. Seventeen individuals have been hospitalized. One individual has died. Individuals who became ill are between the ages of 3 and 85 years of age. The majority of cases (73%) are female.
Canadian retailer Sobeys, which has about 1,500 stores under numerous names, announced Dec. 22 it had pulled all romaine products from shelves as a cautionary measure. Media reports said the retailer pulled more than 300 romaine products.
The CDC is performing whole genome sequencing on samples of bacteria making people sick, from the U.S. cases to obtain information about the possible relationship between the US cases and the Canadian outbreak. The preliminary testing results “show the type of E. coli making people sick in both countries is closely related genetically, meaning the ill people are more likely to share a common source of infection.”
Illness onset dates in the U.S. range from Nov. 15 to Dec. 8. In Canada, the Public Health Agency of Canada reports illnesses started in November and ended in early December. The Canadian agency added one more case on Dec. 28, bringing the total to 41 illnesses from five eastern provinces. One person has died as a result of the E. coli outbreak, according to the agency.
In the U.S., state and local health officials are interviewing sick people to document what they consumed before the outbreak began. That process is ongoing, and interviews focus on all foods, not just romaine and other leafy greens, according to the CDC.
State and local authorities are interviewing sick people to see what they ate in the week before they became ill. Because a source of the US infections hasn’t been identified, the CDC said it is unable to recommend if US residents should avoid a particular food. “This investigation is ongoing, and more information will be released as it becomes available,” the CDC press release said.