Wiping out scrapie in goats, the genetic way

More consumers are developing a taste for goat cheese, milk, and meat as they become aware of the high protein and great taste of these products. While U.S. goat producers are enjoying this steady trend, they remain focused on keeping their animals healthy, especially from scrapie—a fatal brain disease that affects goats and sheep.

“The goat industry is one of the fastest growing animal industries in agriculture,” says Stephen White, an Agricultural Research Service (ARS) geneticist. “Not too many years ago, there were only a few hundred thousand goats in the country.” But in January 2018, goats and kids totaled 2.62 million head.

Meat and dairy are the biggest markets, followed by mohair, but goats serve in other unique capacities, says ARS veterinary medical officer David Schneider. Goats are being used to manage weedy areas along highways, get rid of kudzu in the Southeast, and even mow lawns. They’re also used as pack animals to carry supplies through rugged areas.

For any of these businesses, a single outbreak of scrapie could be devastating.

There is no cure or treatment for scrapie, which is in the same family—transmissible spongiform encephalopathies (TSEs) or prion diseases—as mad cow disease. TSEs are rare degenerative brain disorders characterized by tiny holes that give the brain a “spongy” appearance.

Most often scrapie is transmitted through birth fluids to other goats and sheep, and it can remain infectious in the environment for many years. It was first recognized in sheep in Great Britain and other European countries more than 250 years ago and was first diagnosed in U.S. sheep in 1947 in a Michigan flock.

All animals that get scrapie die. But there is good news from ARS. White and Schneider, who both work at ARS’s Animal Disease Research Unit in Pullman, Washington, are the first to demonstrate by infectious disease challenge that goats with the S146 allele (a different form of a gene) are less susceptible to scrapie over a usual goat lifetime. They also tested the K222 allele in goats. Their research shows that goats with one copy of either the S146 or K222 allele did not develop scrapie after being challenged with infection at birth. The study was published in The Veterinary Journal in 2018.

“Commercial goats raised for either meat or milk age out of herd participation as milkers, dams of commercial offspring, or as sires by around 6 years of age,” White says. In this ongoing ARS research, goats with the resistance alleles have lived beyond this commercial lifetime—up to 7½ years—with no clinical disease and without getting sick.

The only countries considered to be scrapie free are Australia and New Zealand. Currently, if one goat is diagnosed with scrapie on a U.S. farm, all goats are quarantined for life or euthanized. “You couldn’t restock your operation with any susceptible animal,” White says. “The farmer’s operation would be over.”

This research is good news for both goat and sheep producers because it could help with eradication efforts. Before U.S. producers can take advantage of import and export markets, scrapie must be eradicated from the United States and meet the World Organisation for Animal Health (OIE) criteria for disease freedom.

Face the face: USDA to pay Tyson Foods $1 million settlement

Tyson Foods has, according to KATV, negotiated a settlement with the U.S. Department of Agriculture (USDA) for $1 million.

The settlement is linked to a lawsuit in which the meat processor said a federal meat inspector lied about inspecting hogs at its Storm Lake, Iowa, plant, forcing the company to destroy 8,000 carcasses and resulting in $2.4 million in losses and expenses.

Tyson Foods filed suit against the government agency in May after an inspector signed inspection cards for 4,622 hogs at the Storm Lake facility. The antemortem inspections were never actually conducted by the agency in person as the report stated.

The meat giant was able to show the courts the inspector never left her car but signed the cards without seeing the hogs.

Tyson Foods said it incurred losses of $2.48 million from the false reports. By the time it learned of the alleged actions, the negligently inspected hogs had been intermingled into a larger group of some 8,000 hog carcasses and therefore could no longer be positively identified and the entire group had to be destroyed.

“This was an unfortunate situation and we appreciate the USDA for working with us to address our losses. We take our commitment to food safety very seriously and look forward to a continued partnership with the USDA,” Tyson Foods spokesman Worth Sparkman told Talk Business & Politics in an email statement.

It’s the Montgomery Burns Award for outstanding achievement: USDA edition

The Association of Public and Land-Grant Universities (APLU) and the U.S. Department of Agriculture’s National Institute of Food and Agriculture (NIFA) today announced the recipients of their excellence in agricultural research awards. The awards will be presented at the 132nd APLU Annual Meeting, Nov.10-12 in San Diego, California.

Who writes this shit.

The awards honor research excellence in three categories – National Excellence in Multistate Research, Excellence in Research Leadership, and National Experiment Station Section Diversity and Inclusion. APLU, NIFA, and the Experiment Station Section of APLU’s Board on Agriculture Assembly present the awards annually.

“Research efforts of our nation’s land-grant universities develop and harness 21st century science-based knowledge and solutions required to improve crop yield and quality, nutritional value, food safety, the environment, and other advances that will drive rural prosperity and economic development,” said NIFA Director J. Scott Angle. “NIFA is proud to be a contributor to these successful research endeavors through our agricultural investments. It gives me great honor to congratulate this year’s award recipients.”

Who talks like this? No one.

The National Excellence in Multistate Research Award recognizes experiment station scientists who are conducting exemplary research and outreach efforts across multiple states. The 2019 award goes to a multidisciplinary team of researchers and extension educators from 39 institutions from across the United States whose work focused on enhancing microbial food safety using risk analysis. The group tackled complex problems across the food production and processing systems like examining foodborne pathogens and food contamination processes and developing devices to help improve food pathogen prediction and detection. The group has helped improve food safety policy, developed novel irrigation water quality assessment tools, and implemented interventions to protect produce from pathogens. They’ve also developed learning materials for the food industry and consumers.

The Excellence in Research Leadership Award recognizes individuals who have served with exemplary distinction, enhancing regional and national research missions, as well as the land-grant ideal. Individuals must have multiple extraordinary service activities, contribute to systematic efforts to enhance diversity and inclusion, as well as significant accomplishments in the agricultural sciences.

The 2019 Leadership recipients are:

Joe P. Colletti, Senior Associate Dean in the College of Agriculture and Life Sciences at Iowa State University, for tireless advocacy for team science and science with practice;

Cameron Faustman, former Associate Dean College of Agriculture, Health, and Natural Resources and Associate Director of Storrs Agricultural Experiment Station at the University of Connecticut, for strong engagement and impact with the region’s research association;

Bret W. Hess, former Director of Wyoming Agricultural Experiment Station and Associate Dean for research, College of Agriculture and Natural Resources, University of Wyoming for enthusiastic and visionary advancements with strategic initiatives;

Saied Mostaghimi, Director, Virginia Agricultural Experiment Station and Associate Dean for Research and Graduate Studies, College of Agriculture and Life Sciences, Virginia Polytechnic Institute and State University as an advocate for interdisciplinary research collaborations in agriculture and natural resources; and

Mortimer H. Neufville, President and Chief Executive Officer, 1890 Universities Foundation known for creating and implementing mission-aligned academic, research and Extension programs.

The National Experiment Station Section Diversity and Inclusion Award recognizes an individual’s work to empower groups and effectively enhance inclusion within organizations. The award recognizes efforts that aspire to achieve consistent, holistic and inclusive excellence. The 2019 award goes to Jeff Jacobsen, North Central Regional Association Executive Director, for his leadership and team management in crafting and implementing strategies that champion a long-term diversity and inclusion agenda for the 1862 Experiment Stations (ES) and 1890 research programs at Land-grant Institutions. A permanent Diversity Catalyst Committee was created and consistently catalyzes a long-term change in ES culture that promotes diversity and inclusion with research leaders and their research communities.
 
 

Poison Squad: The man who pioneered food safety

Eric Schlosser writes in this New York Times review of Deborah Blum’s new book, “The Poison Squad,” that a now forgotten chemist at the Department of Agriculture, Harvey Washington Wiley, played a more important role — not only in ensuring the passage of the 1906 food safety bills but also in changing popular attitudes toward government intervention on behalf of consumers.

In 1906 the United States was the only major industrialized nation without strict laws forbidding the sale of contaminated and adulterated food. In their absence, the free market made it profitable to supply a wide range of unappetizing fare. Ground-up insects were sold as brown sugar. Children’s candy was routinely colored with lead and other heavy metals. Beef hearts and other organ meats were processed, canned and labeled as chicken. Perhaps one-third of the butter for sale wasn’t really butter but rather all sorts of other things — beef tallow, pork fat, the ground-up stomachs of cows and sheep — transformed into a yellowish substance that looked like butter.

Harvey Washington Wiley was born in a log cabin on April 16, 1844, a fitting entrance for an American hero. His father was a farmer and a lay preacher in southern Indiana who sheltered escaped slaves as part of the Underground Railroad. Wiley served briefly in the Civil War, studied medicine in Indiana and chemistry at Harvard, and became the first chemistry professor at Purdue University in 1874.

The deliberate adulteration of food had been a problem for millenniums, inspiring government regulations in ancient Egypt, Sumeria and Rome. By the late 1870s, the Industrial Revolution, applied to food processing, provided a variety of new techniques and ingredients useful for committing fraud — artificial flavors, artificial colorings, chemical preservatives. But simultaneous advances in chemistry also facilitated the detection of such fakery. At the request of the Indiana State Board of Health in 1881, Wiley began to study the authenticity of the honey and maple syrup for sale in that state. According to Blum, he used laboratory instruments like the polariscope to uncover that “a full 90 percent of his syrup samples were fakes … and there were ‘beekeepers’ who had not, of late, been bothering to keep bees.” Wiley’s findings soon appeared in Popular Science magazine, and his career as a public crusader was launched.

After being named the U.S.D.A.’s chief chemist in 1882, Wiley spent the next 30 years at the department campaigning for safe food and proper labeling. He supervised a series of investigative reports that gained much public attention, warning about “pepper” made from sawdust, “cocoa powder” containing iron oxides and tin, “flour” laced with clay and powdered white rocks, “whiskey” that was actually watered-down ethyl alcohol tinted brown with prune juice, “coffee” that featured ingredients like sand, tree bark, ground acorns, charcoal and a black powder composed of charred bone. To test the health impact of various additives, he recruited young men to serve as guinea pigs in “hygienic table trials,” serving them questionable ingredients during meals in the basement of U.S.D.A. headquarters — and then observing what happened. Soon known as the Poison Squad, these idealistic volunteers embraced the motto on a sign in their special dining room: “only the brave dare eat the fare.” …

“The Poison Squad” offers a powerful reminder that truth can defeat lies, that government can protect consumers and that an honest public servant can overcome the greed of private interests.

Minimizing the risk of Campylobacter and Salmonella illnesses associated with chicken liver

Good luck with that.

Most people undercook chicken liver because they follow food porn bullshit on cooking shows (yes, we did that research 15 years ago, see below

FSIS is issuing this guideline to promote a reduction in pathogens in raw chicken liver products and to promote thorough cooking of these products.

Similar to other raw poultry products, chicken liver can be contaminated with pathogens such as Campylobacter and Salmonella. Surface contamination can result from insanitary dressing procedures, as well as from the processing environment.

In addition to surface contamination, chicken liver can contain pathogens internally, even when chickens are dressed in a sanitary manner. Studies have demonstrated the presence of Campylobacter in the internal tissue of between 10% and 90% of tested chicken livers after the external surface was sanitized (Boukraa et al., 1991; Barot et al., 1983; Baumgartner et al., 1995; Firlieyanti et al., 2016; Whyte et al., 2006). Additionally, researchers have detected Campylobacter and Salmonella in the liver of chickens previously free of these pathogens after experimental oral inoculation (Chaloner et al., 2014; Knudsen et al., 2006; Sanyal et al., 1984; Borsoi et al., 2009; Gast et al., 2013; He et al., 2010). Pathogens are thought to spread from the intestine to the internal liver tissue via the biliary, lymphatic, or vascular systems, although the exact route is unclear.

Some recipes for chicken liver dishes, such as pâté, instruct the preparer to only partially cook the liver (e.g., by searing). Partial cooking may kill pathogens on the external surface, but will likely not kill all pathogens in the internal tissue. Any internal pathogens that survive in products made from inadequately cooked chicken liver could make consumers sick. Inadequate cooking was a contributing factor in many of the reported illness outbreaks associated with chicken liver.

The main message for food preparers at retail food outlets and foodservice entities and at home is that chicken liver dishes, like all poultry products, should be consumed only after being cooked throughout to a safe minimum internal temperature of 165 °F (73.9 °C) as measured with a food thermometer (Food Code,3-401.11).

That’s a little clearer than piping fucking hot, UK idiots.

For food safety reasons, this should be done regardless of preferences. In addition, with respect to storage, FSIS recommends using chicken liver within one to two days if stored in a refrigerator set at 40 °F or below, or within three to four months if frozen at 0 °F or below.

 Mathiasen, L.A., Chapman, B.J., Lacroix, B.J. and Powell, D.A. 2004. 

Spot the mistake: Television cooking shows as a source of food safety information, Food Protection Trends 24(5): 328-334.

Consumers receive information on food preparation from a variety of sources. Numerous studies conducted over the past six years demonstrate that television is one of the primary sources for North Americans. This research reports on an examination and categorization of messages that television food and cooking programs provide to viewers about preparing food safely. During June 2002 and 2003, television food and cooking programs were recorded and reviewed, using a defined list of food safety practices based on criteria established by Food Safety Network researchers. Most surveyed programs were shown on Food Network Canada, a specialty cable channel. On average, 30 percent of the programs viewed were produced in Canada, with the remainder produced in the United States or United Kingdom. Sixty hours of content analysis revealed that the programs contained a total of 916 poor food-handling incidents. When negative food handling behaviors were compared to positive food handling behaviors, it was found that for each positive food handling behavior observed, 13 negative behaviors were observed. Common food safety errors included a lack of hand washing, cross-contamination and time-temperature violations. While television food and cooking programs are an entertainment source, there is an opportunity to improve their content so as to promote safe food handling.

57 sick: Arizona meat firm recalls almost 7 million pounds of raw beef linked to Salmonella outbreak

JBS Tolleson, Inc., a Tolleson, Ariz. establishment, is recalling approximately 6,937,195 pounds of various raw, non-intact beef products that may be contaminated with Salmonella Newport, the U.S. Department of Agriculture’s Food Safety and Inspection Service (FSIS) announced Oct. 4, 2018.

The raw, non-intact beef items, including ground beef, were packaged on various dates from July 26, 2018 to Sept. 7, 2018. The following products are subject to recall: [Products List (PDF) (or XLSX) | Product Labels (PDF only)]

The products subject to recall bear establishment number “EST. 267” inside the USDA mark of inspection. These items were shipped to retail locations and institutions nationwide.

On September 5, 2018, FSIS was notified of an investigation of Salmonella Newport illnesses with reported consumption of several different FSIS-regulated products by case-patients. The first store receipt potentially linking the purchase of FSIS-regulated product to a case-patient was received on September 19, 2018; FSIS was then able to begin traceback of ground beef products. To date, eight case-patients have provided receipts or shopper card numbers, which have enabled product traceback investigations.  FSIS, the Centers for Disease Control and Prevention (CDC), and state public health and agriculture partners have now determined that raw ground beef was the probable source of the reported illnesses. Traceback has identified JBS as the common supplier of the ground beef products. The epidemiological investigation has identified 57 case-patients from 16 states with illness onset dates ranging from August 5 to September 6, 2018. FSIS will continue to work with public health partners and will provide updated information should it become available.

Will it mean fewer sick people? Trump’s plan to consolidate federal food safety efforts won’t work

Timothy D. Lytton, Associate Dean for Research & Faculty Development and Distinguished University Professor & Professor of Law at Georgia State University College of Law writes in this contributed op-ed that:

The Trump administration on June 21 unveiled an ambitious plan to consolidate federal food safety efforts within the U.S. Department of Agriculture.

Currently, 15 agencies throughout the federal government administer 35 different laws related to food safety under the oversight of nine congressional committees.

The administration calls this system “illogical” and “fragmented.”

“While [the USDA’s Food Safety Inspection Service] has regulatory responsibility for the safety of liquid eggs, [the Food and Drug Administration in the Department of Health and Human Services] has regulatory responsibility for the safety of eggs while they are inside of their shells,” the document explains. “FDA regulates cheese pizza, but if there is pepperoni on top, it falls under the jurisdiction of FSIS; FDA regulates closed-faced meat sandwiches, while FSIS regulates open-faced meat sandwiches.”

Concern about this state of affairs has been fueling similar consolidation proposals for decades.

But my research for a forthcoming book on the U.S. food safety system suggests that the Trump administration plan faces a number of challenges that make a major reorganization of federal food safety regulation both impractical and undesirable.

The curious division of labor between the U.S. Department of Agriculture and the Food and Drug Administration dates back to the passage of two laws enacted in 1906.

The Meat Inspection Act mandated inspection of all beef carcasses. The Pure Food and Drug Act prohibited the sale of adulterated food in interstate commerce.

Initially, both laws were implemented by officials at the USDA. Its Bureau of Animal Industry placed inspectors trained in veterinary science at every meat plant. Meanwhile, its Bureau of Chemistry employed laboratory scientists to test foods for adulteration.

In 1940, Franklin Roosevelt moved the Bureau of Chemistry, by then renamed the Food and Drug Administration, out of the USDA and into the Federal Security Agency, which later became the Department of Health and Human Services. Today, the FDA is responsible for overseeing the production of most foods other than meat and poultry.

Separately, the Bureau of Animal Industry was renamed the Food Safety Inspection Service, which is still responsible for all meat and poultry inspections.

Concerns about regulatory fragmentation grew as Congress assigned new tasks related to food safety to a variety of other agencies.

For example, Congress instructed the Federal Trade Commission to regulate food advertising, the Environmental Protection Agency to set pesticide tolerances and the National Marine Fisheries Service to inspect seafood.

Proponents of putting food safety under the roof of a single agency have argued that the current system causes confusion because different agencies produce inconsistent standards.

They further allege that overlapping jurisdictions create inefficiencies and that inadequate coordination leaves gaps in coverage. They also worry that the involvement of so many different actors diffuses political accountability.

The first high-profile proposal to consolidate federal food safety regulation was made in 1949, during the Truman administration, when a presidential commission recommended transferring food safety oversight to the USDA, just as the Trump administration has.

In 1972, consumer activist Ralph Nader advocated creating a new consumer safety agency to oversee food safety. And a few years later, a Senate committee recommended moving the USDA’s food safety responsibilities to the FDA.

Those are just three examples of more than 20 such proposals from both sides of the political aisle, including one by President Barack Obama in 2015.

None of these consolidation efforts succeeded for the same reasons the current one is unlikely to work now.

First of all, the many congressional committees that currently oversee agencies that regulate food safety are unlikely to support any reorganization that would reduce their power. Congressional oversight affords lawmakers who serve on committees opportunities to help interest groups and constituents in exchange for political support.

Similarly, industry associations are unlikely to support a reorganization that would disrupt their relationships with existing agencies. Consolidation threatens to reduce their access and influence over agency decisions.

In addition to the political obstacles to consolidation, there are practical problems. Merely merging the 5,000 food safety officials in the FDA and the 9,200 officials in the FSIS under the oversight of a single administrator would not eliminate the differences in jurisdiction, powers and expertise responsible for the current bureaucratic fragmentation. Meaningful consolidation would require a complete overhaul of federal food safety laws and regulations, a task of extraordinary legal and political complexity.

Moreover, consolidating food safety efforts in a single agency might create new forms of fragmentation. For example, transferring the FDA Center for Veterinary Medicine’s program for regulating drug residues in beef and poultry to the USDA would separate it from the FDA’s veterinary drug approval program.

And finally, reorganization is costly and would take years for the different agency teams newly working together to develop bonds of trust and cooperation. And these costs would have to be paid upfront, without a clear idea of whether the expected gains will ever pay off.

Consolidation need not be all or nothing.

For example, some have proposed more modest consolidation of inspection services, policy planning and communications that would be less costly and not so difficult.

Nonetheless, Congress has shown little interest in considering any bureaucratic reorganization of federal food safety regulation, even a partial consolidation.

In other words, the Trump administration may have to settle for the less ambitious goal of better interagency coordination, which offers an alternative way to address concerns about duplication and coverage gaps. This more modest approach would not, however, address the persistent problem of fragmentation.

In food safety, as in other regulatory reform arenas, it may turn out that half a loaf is better than none.

USDA provides food safety tips for Spring gatherings

If we really want to make a difference in preventing foodborne illness, we need to be more compelling. Providing food safety tips give us a nice warm fuzzy feeling, although it is well intended, reality is very few will actually read this stuff.

It’s time to start thinking outside the box and supplement this information in an engaging way so that we are being strategic with our communication.

Also, let’s stop relaying foodborne illness stats, tell one story, it would be more effective.

USDA — Spring is finally here. It has been a long wait, but warmer temperatures bring events like weddings, graduations and holiday celebrations. These events bring together groups of people to enjoy considerable amounts of delicious and often traditional foods. But if proper food safety steps aren’t taken, your celebration could turn into a disaster. The Centers for Disease Control and Prevention estimates that in the U.S., foodborne illness causes 128,000 hospitalizations and 3,000 deaths each year. This spring, USDA is offering tips on how to properly handle, cook and store food when serving large groups of people. These tips will keep you and your guests safe from foodborne illness. The Four Basic Steps to Food Safety Having the right kitchen equipment will make your life easier when practicing four food safety steps: clean, separate, cook and chill. • Clean hands frequently with warm soapy water, especially before and after handling raw food; thoroughly wash cutting boards, countertops and utensils with hot soapy water. • Use separate cutting boards for raw and ready-to-eat foods. For example, use one cutting board for produce and a different one for raw meat and poultry. That way, you are preventing cross contamination between raw and ready-to-eat-food. • Always use a food thermometer when cooking. Measure the internal temperature of meats, poultry, and seafood and egg products before serving to make sure they are ready to eat. The USDA Safe Minimum Internal Temperatures chart will help you determine if your food is safe to eat: o Beef, pork, veal and lamb – steaks, chops or roasts: 145°F and allow to rest for at least three minutes (including fresh or smoked ham) o Ground meats: 160°F o Fully cooked ham (to reheat): Reheat cooked hams packaged in USDA-inspected plants to 140°F and all others to 165°F o All poultry (breasts, whole birds and stuffing, legs, thighs, wings and ground poultry): 165°F o Egg dishes: 160°F o Fish: 145°F o Leftovers and casseroles: 165°F • Perishable food should not be left out at room temperature for more than two hours. At celebration gatherings, make sure your cold food is kept cold (40°F or below) by serving it in smaller portions and refilling, or by putting the food containers over ice. Hot food should be kept hot (140°F or above); you can keep the food warm by serving in warming trays or using a slow cooker. 

Grocery Shopping Plan When shopping for groceries: • Pick up cold items last and bring them home immediately so they are refrigerated or frozen within two hours. • Place raw meat and poultry in plastic bags to prevent raw juices (which may contain harmful bacteria) from dripping onto other foods in your shopping cart. Spring Kitchen Basics • Make sure your refrigerator temperature is set to 40°F or below and your freezer at 0°F or below. An appliance thermometer can come in handy to check those temperatures. • ‘Spring clean’ your fridge for a fresh, healthy start this time of the year. • Do not wash meat and poultry. Doing so increases the risk of cross-contamination in your kitchen. Cooking meat and poultry to the correct internal temperature will kill any bacteria. • Do not thaw foods at room temperature. Safe thawing can only be done in the refrigerator, in the microwave or by using the cold-water method. If you thaw using the microwave or the coldwater method, be sure to cook the food immediately after it has thawed. • Perishable food should not be left at room temperature for more than two hours (one hour when temperature is above 90°F). • When storing leftovers like large pots of soup or stew, divide them into shallow containers. Slice large portions of cooked meat or poultry into smaller portions and store in containers. Cover and refrigerate. Consumers can learn more about key food safety practices by following FSIS @USDAFoodSafety on Twitter or Facebook. Consumers with questions about food safety can call the USDA Meat and Poultry Hotline at 1-888-MPHotline (1-888-674-6854) or chat live with a food safety specialist in English or Spanish at AskKaren.gov, available from 10 a.m. to 6 p.m. ET, Monday through Friday.

 

Science, or poetry in motion: Modern pig inspection

The U.S. Department of Agriculture’s (USDA) Food Safety and Inspection Service (FSIS) today announced its continued effort to modernize inspection systems through science-based approaches to food safety. USDA is proposing to amend the federal meat inspection regulations to establish a new voluntary inspection system for market hog slaughter establishments called the New Swine Slaughter Inspection System (NSIS), while also requiring additional pathogen sampling for all swine slaughter establishments.

The proposed rule also allows innovation and flexibility to establishments that are slaughtering market hogs. Market hogs are uniform, healthy, young animals that can be slaughtered and processed in this modernized system more efficiently and effectively with enhanced process control.

For market hog establishments that opt into NSIS, the proposed rule would increase the number of offline USDA inspection tasks, while continuing 100% FSIS carcass-by-carcass inspection. These offline inspection tasks place inspectors in areas of the production process where they can perform critical tasks that have direct impact on food safety.

There will be a 60-day period for comment once the rule is published in the Federal Register.

To view the proposed rule and information on how to comment on the rule, visit the FSIS website at fsis.usda.gov/wps/portal/fsis/topics/regulations/federal-register/proposed-rules.

 

Salmonella found by USDA in Canadian deli products

Piller’s Fine Foods, a Waterloo, Canada establishment, is recalling approximately 1,076 pounds of ready-to-eat salami and speck products that may be adulterated with Salmonella, the U.S. Department of Agriculture’s Food Safety and Inspection Service (FSIS).

The problem was discovered when an FSIS sample of the ready-to-eat salami product was confirmed positive for Salmonella. There have been no confirmed reports of adverse reactions due to consumption of these products.

FSIS and the company are concerned that some product may be frozen and in consumers’ freezers.

The ready-to-eat speck prosciutto and salami items were produced on Sept. 22 and Oct. 12, 2017, respectively. The following products are subject to recall:

Vacuum-sealed random weight plastic packages containing “Black Kassel Piller’s Dry Aged D’Amour Salami” with Best Before date of May 12, 2018

Vacuum-sealed random weight plastic packages containing “Black Kassel Piller’s Dry Aged Speck Smoked Prosciutto” with Best Before date of May 12, 2018.

These items were produced in Canada and were shipped to distribution centers in California, Illinois, Michigan, New Jersey and New York.