‘Veal calves that regain the ability to walk after being warmed or rested may enter the food supply’ No more

The U.S. Department of Agriculture’s (USDA) Food Safety and Inspection Service (FSIS) announced changes today to improve humane handling inspections at facilities that produce veal meat.

265x184_veal_calfWith this change, FSIS will begin to require that veal calves that are brought to slaughter but cannot rise and walk be promptly and humanely euthanized, and prohibited from entering the food supply. Previously, FSIS has allowed veal calves that are unable to rise from a recumbent position to be set aside and warmed or rested, and presented for slaughter if they regain the ability to walk. FSIS has found that this practice may contribute to the inhumane treatment of the veal calves. This change would improve compliance with the Humane Methods of Slaughter Act by encouraging improved treatment of veal calves, as well as improve inspection efficiency by allowing FSIS inspection program personnel to devote more time to activities related to food safety.

Additionally, after review and consideration of comments to the proposed rule, FSIS is amending the regulations by removing a provision that requires ante-mortem inspection to be conducted in pens. This final rule makes clear that FSIS inspectors have the authority to conduct ante-mortem inspection and condemn non-ambulatory disabled veal calves the moment they arrive on the premises of the establishment.

“FSIS is dedicated to ensuring that veal calves presented for slaughter at FSIS-inspected facilities are treated humanely,” said Deputy Under Secretary Al Almanza. “Prohibiting the slaughter of all non-ambulatory veal calves will continue this commitment and improve compliance with the Humane Methods of Slaughter Act.”   

Since 2004, FSIS has prohibited the slaughter of non-ambulatory cattle for human food because the inability to rise may be a symptom of Bovine Spongiform Encephalopathy (BSE). While BSE is not a serious risk in cattle younger than 30 months of age, the regulations apply to all cattle, including veal calves. Currently, unlike adult cattle, veal calves that regain the ability to walk after being warmed or rested may enter the food supply. In 2013, FSIS granted a petition by the Humane Society of the United States asking the agency to remove this provision. This new rule will remove the provision, requiring that non-ambulatory calves be promptly and humanely euthanized, in keeping with requirements for adult cattle.

The final rule will be effective 60 days after publication in the Federal Register. A draft copy of the final rule is available here:http://www.fsis.usda.gov/wps/portal/fsis/topics/regulations/federal-register/interim-and-final-rules.

 

Clever: Inexpensive camera system detects foodborne Shiga toxins

Reuven Rasooly, a chemist at the United States Department of Agriculture’s Agricultural Research Service Western Regional Research Center in Albany, California (nice tagline) has developed a simple and inexpensive system for detecting Shiga toxin, a product of pathogenic Escherichia coli O157:H7.

shiga.toxin.cameraThis particular pathogen causes about 73,000 cases of food poisoning and more than 60 deaths in the United States each year.

The new system uses a camera and a light-emitting source to detect active toxins. Tests used today cannot distinguish between the active and inactive form of Shiga toxin, Rasooly says. It’s important to tell the difference between the two, because the toxin’s active form poses a threat to humans while the inactive form does not.

“We need devices that are affordable and sensitive to reduce the sources and incidence of foodborne illness,” Rasooly says. “Equipment such as a commercial fluorometer, typically used to detect Shiga toxin and other pathogens, is too expensive for developing countries, where the risk of foodborne illness and outbreaks is greatest.”

In a study, Rasooly and his colleagues showed that the camera system was as effective in measuring Shiga toxin activity as a fluorometer. Both instruments had the same toxin detection levels. The difference is that a fluorometer costs about $35,000 while the camera only costs $300, making it an affordable alternative for diagnostic labs.

In addition, the new system can easily be adapted for detecting other foodborne toxins. Rasooly recently demonstrated that the camera system can be used to detect Aflatoxin B1, a toxin produced byAspergillus flavus and Aspergillus parasiticus.

“The toxin contaminates crops and foodstuffs worldwide, affecting 4.5 billion people,” Rasooly says.

 

Show me the data: FSIS to begin posting location-specific food safety data online

The U.S. Department of Agriculture’s (USDA) Food Safety and Inspection Service (FSIS) will soon begin sharing new levels of food safety data specific to slaughter and processing facilities in the United States, on Data.gov.

dataThe agency has detailed its framework for releasing this data in its Establishment-Specific Data Release Plan, which the agency anticipates will allow consumers to make more informed choices, motivate individual establishments to improve performance, and lead to industry-wide improvements in food safety by providing better insights into strengths and weaknesses of different practices.

“FSIS’ food safety inspectors collect vast amounts of data at food producing facilities every day, which we analyze on an ongoing basis to detect emerging public health risks and create better policies to prevent foodborne illness,” said USDA Deputy Under Secretary for Food Safety Al Almanza. “Consumers want more information about the foods they are purchasing, and sharing these details can give them better insight into food production and inspection, and help them make informed purchasing decisions.”

FSIS employs roughly 7,500 food safety inspectors who work in more than 6,000 meat, poultry and processed egg facilities across the country and more than 120 ports of entry every day. Over the past seven years, the agency has taken an increasingly data-driven approach to identifying and preventing food safety concerns, and the data these men and women collect in regulated facilities every day have made it possible for FSIS to implement significant food safety changes since 2009. More information about these efforts to modernize food safety inspection can be found at www.Medium.com/USDA-Results. Between 2009 and 2015, this work led to a 12 percent drop in foodborne illness associated with FSIS-regulated products.

The new datasets will begin to publish on Data.gov on a quarterly basis starting 90 days after publication in the Federal Register. Initially, FSIS will share information on the processes used at each facility, giving more detail than is currently listed in the searchable establishment directory, as well as a code for each facility that will make it easier to sort and combine future datasets by facility. Additionally, FSIS will release results for Listeria monocytogenes (Lm) and Salmonella in ready-to-eat (RTE) products and processed egg products.

On a quarterly basis, FSIS will then begin to share other datasets, including results for Shiga Toxin-producing Escherichia coli(STEC) and Salmonella in raw, non-intact beef products; results for Salmonella and Campylobacter in young chickens and young turkeys, comminuted poultry, and chicken parts; routine chemical residue testing data in meat and poultry products; and advanced meat recovery testing data.

Criteria such as data availability and possible impact on public health will be considered by FSIS to determine which datasets are best suited for future public release. User guides that provide context to the data will be included with each dataset.

“This plan is another step toward better engagement with our stakeholders and they will now have quality information on an ongoing basis,” stated USDA Deputy Under Secretary for Food Safety Al Almanza.

The Establishment-Specific Data Release Plan was developed in response to the President Obama’s call for increased data sharing and greater transparency under the Open Government Plan by the Office of Management and Budget (OMB). Beginning in 2010, FSIS consulted with various stakeholder groups, including the National Advisory Committee on Meat and Poultry Inspection Subcommittee on Data Collection, Analysis, and Transparency and the National Research Council on this issue. With the expertise of these organizations, FSIS developed its plan that will not only provide consumers with the opportunity to make more informed choices, but make data publicly available that could yield valuable insights that go beyond the regulatory uses for which the data were collected.

 

AMS administrator wants to help fill food safety gaps

Tom Karst of The Packer reports that when it comes to produce safety, Elanor Starmer wants the USDA’s Agricultural Marketing Service to be a big part of the solution.

supermarket_produceStarmer has been the AMS administrator since January, succeeding Anne Alonzo in the post. Previously, she had served as senior advisor to Agriculture Secretary Tom Vilsack.

While she may have less than a year left in her post before the next administration names a new AMS administrator, Starmer said she is trying to accomplish all she can in the limited time left.

Speaking with The Packer June 21 during the United Fresh Produce Association’s annual conference, Starmer said the USDA-AMS wants to help various sectors of the industry understand how they will be affected by Food Safety Modernization Act regulations.

Starmer said AMS wants to help the industry be aware of USDA resources and tools. For example, research agencies can look at the realities of compliance with the water standards or what the manure standard might look like, she said.

Starmer said the USDA has ongoing work and communication with the FDA to make sure that the USDA’s Good Agricultural Practices and Good Handling Practices audits are correctly aligned with FDA regulations. At the same time, the USDA GAP program is being benchmarked with the Global Food Safety Initiative.

It’s the law: Descriptive designation for needle-or blade-tenderized raw beef products as required by 9 CFR 317.2(e)(3)

  1. PURPOSE

This notice cancels and reissues the content of FSIS Notice 29-16 to provide clarification on the requirements of the final rule in Section III, the products that are not subject to new requirements in Section IV, and to fix the web-link to the final rule in Section II. This notice provides instructions to inspection program personnel (IPP) on how to verify that establishments meet the new labeling requirements for raw or partially cooked needle or blade tenderized supertroopbeef as specified in 9 CFR 317.2(e)(3).

  1. BACKGROUND

On May 18, 2015, FSIS published a final rule to establish labeling requirements for raw or partially cooked mechanically tenderized beef products (Descriptive Designation of Needle- or Blade-Tenderized (Mechanically Tenderized) Beef Product (80 FR 28153)). The rule amends the regulations by adding 9 CFR 317.2(e)(3). See Section V. of this notice for the effective date for this rule.

III. REQUIREMENTS OF THE FINAL RULE

  1. Under 9CFR317.2(e)(3) the product name for a mechanically tenderized beef must contain a descriptive designation:
  2. “Mechanically Tenderized” or, if needle tenderized the product can be described as “Needle Tenderized,” or if blade tenderized, the product can be described as ”Blade Tenderized.”
  3. The product name and the descriptive designation must be printed in a single easy-to- read type style and color and must appear on a single-color contrasting background. The print may appear in upper and lower case letters, with the lower case letters not smaller than one-third (1/3) the size of the largest letter, and with no intervening text between the identity of the meat and the descriptive designation. The descriptive designation may be above, below, or next to the product name without intervening text or graphic on the principal display panel.

NOTE: See Attachment 1 for label examples.

DISTRIBUTION: Electronic       NOTICE EXPIRES: 7/1/17 OPI: OPPD

  1. Products that are going to another official establishment to be fully cooked or to receive another full lethality treatment are not required to have the descriptive designation.
  2. Thelabelsofraworpartiallycookedneedle-orblade-tenderizedrawbeefproductsdestined for household consumers, hotels, restaurants, or similar institutions must bear validated cooking instructions (see Section VI, C.).
  3. PRODUCTS NOT SUBJECT TO THE REQUIREMENTS OF THIS FINAL RULE
  4. Non-intact beef products that are clearly non-intact, e.g., ground beef patties, hamburger patties, beef patties.
  5. Beef products that are tenderized by other than needle and blade, such as pounding or cubing, which visibly changes the appearance of the product, e.g., cubed beef steak.
  6. Any beef product that has been fully cooked and those destined to another Federal establishment to receive a full lethality treatment.
  7. Raw or partially cooked products labeled as “Corned Beef” that have been mechanically tenderized (including through injection of a solution).
  8. Raw mechanically tenderized beef products that are less than 1/8” thick, such as, beef bacon or carne asada, or raw mechanically tenderized beef products that are diced, such as stew meat.
  9. EFFECTIVE DATE

The final rule was effective for needle- and blade (mechanically) tenderized beef products on May 17, 2016. Product already labeled and in storage prior to the effective dates will not need to be relabeled prior to distribution.

  1. IPP RESPONSIBILITIES
  2. After the implementation date of this notice, IPP are to verify whether establishments meet the requirements in 9 CFR 317.2(e)(3) while conducting the General Labeling task in accordance with FSIS Directive 7221.1, Prior Labeling Approval. IPP are to determine whether the establishment produces this type of product by reviewing a copy of the final label that is in use, the product formulation, the processing procedure for the product.
  3. When performing the General Labeling task, IPP are to verify the required validated cooking instructions contain at a minimum the following information in order to comply with 9 CFR 317.2(e)(3)(iii):
  4. The cooking method (e.g., grill, bake);
  5. That these products need to be cooked to a specified minimum internal temperature;
  6. Whether these products need to be held for a specified time at that temperature or higher before consumption to ensure that potential pathogens are destroyed throughout the product; and
  7. A statement that the internal temperature should be measured by a thermometer.

needle.tenderize.crNOTE: These validated cooking instructions may appear anywhere on the label.

2

  1. IPParetobeawarethatestablishmentsmaywishtoincludeadditionalinformationwithin the descriptive instructions that will make the labels more useful to consumers; however, FSIS will not require additional information on the product labels. For example, establishments may wish to include the temperature setting of the cooking device, time to complete cooking, whether the product needs to be flipped during cooking, the amount of time to cook on each side exposed to the heat source, recommendations to thaw the product, if applicable, or recommendations to measure the temperature in thickest part of the product, etc.
  2. WhenconductingtheHazardAnalysisVerificationTaskasdescribedinFSISDirective 5000.6, Performance of the Hazard Analysis Verification (HAV) Task for HACCP plans that include mechanically tenderized beef products subject to the Rule, IPP are to verify that the establishment has the appropriate supporting documentation to validate the cooking instructions provided on the label.

NOTE: If IPP have questions regarding the adequacy of the support, they are to seek guidance from their immediate supervisor or an Enforcement, Investigation, and Analysis Officer (EIAO).

  1. IPP are to document the results of their verification, including any noncompliance, in PHIS in a manner that accords with Chapter VI of FSIS PHIS FSIS Directive 7000.1, Verification of Non- Food Safety Consumer Protection Regulatory Requirements.

 

Penn. schools get grant to study shiga-toxin producing E. coli

The Souderton Area School District received $250,000 from the U.S. Department of Agriculture on Monday to help fund a career-exploration program for students who want safe food.

stec.cap.SoudertonThe money is part of a $25 million grant named after a bacteria commonly associated with foodborne illnesses.

The STEC-CAP grant, also known as the Shiga toxin Escherichia coli Coordinated Agricultural Project, will connect Souderton students to researchers across the country whose objectives are to identify and eliminate pathogenic E. coli on food, said Kyle D. Longacre, the high school’s assistant principal.

The University of Nebraska-Lincoln directs the research, which involves participants from 13 colleges and universities.

According to Longacre, a partnership between the USDA and Souderton schools has prospered since 2014 when 10 high school teachers were trained about food safety methods, bacterial growth labs and the latest research related to Shiga toxin E. coli.

The money will also help Souderton’s Pathway 360 program, which places motivated students in the professional workplace with mentors.

Longacre, who leads Pathway 360, said the high school would use the money to spread the word about food safety and to get students to consider a career in food science and agriculture.

“It’s been a tremendously creative program,” said Dr. Rodney Moxley, a professor in the School of Veterinary Medicine and Biomedical Science at the University of Nebraska-Lincoln. “Pathway 360 has its own inherent accomplishments in that you are helping students to get jobs.”

According to the district, the money also will help fund the possible expansion of partnerships with Upper Perkiomen, Norristown and other school districts.

Longacre said students in Pathway 360 take part in an initiative called “Message to the Masses” in which Souderton’s Design, Marketing and Communications club partnered with three advertising agencies to create slogans for the USDA’s program on safe handling of beef.

Students in the design and marketing club presented their ideas to advisers following Monday’s announcement of the grant. The ideas were then critiqued by advisers with the STEC-CAP grant program. Longacre said the advisers will select the best idea, and the USDA will fly five or more Souderton students to Nebraska in June to present their ideas to a national council of STEC-CAP advisers.

USDA consolidates trichinae regs for pork

The U.S. Department of Agriculture’s Food Safety and Inspection Service (FSIS) is announcing a proposed rule that would consolidate and streamline existing regulations for meat and poultry products. The rule would eliminate redundant trichinae control requirements for pork and pork products and consolidate regulations for thermally processed, commercially sterile meat and poultry products.

trichinosis.porkFSIS is seeking comment on this rule. This rule is a supplement to 2001 FSIS proposed rule that proposed to establish food safety performance standards for all ready-to-eat (RTE) and all partially heat-treated meat and poultry products.

Consistent with the 2001 proposed rule, this supplemental proposed rule, if finalized, will remove the provisions for the prescribed treatment of pork products. FSIS’ Hazard Analysis and Critical Control Point (HACCP) regulations require every federally inspected establishment to identify and control food safety hazards that are reasonably likely to occur, making prescriptive trichinae regulations no longer necessary.

Under this proposed rule, establishments will still be required to control for the risk of trichinae and other parasites. FSIS’ HACCP regulations require establishments to develop science-based controls for trichinae that are appropriate for the hazards identified for each specific establishment. Compliance with FSIS’ HACCP guidelines has proven effective at eliminating trichinae, and the risk for Trichinella infection associated with commercial pork has decreased substantially.

FSIS has developed a compliance guide for establishments to follow should this supplemental proposed rule become final. FSIS developed the compliance guide to help establishments, particularly small and very small establishments, in understanding the controls that are effective for the prevention and elimination of trichinae and other parasites in RTE and not ready-to-eat (NRTE) pork products. FSIS has posted this compliance guide on its Web page (http://www.fsis.usda.gov/wps/portal/fsis/topics/regulatory-compliance/compliance-guides-index) and is also requesting comments on the guidance. This guidance is consistent with international Trichinae standards including those developed by the Codex Alimentarius Commission (Codex) and the World Organization for Animal Health (OIE).

Additionally, FSIS is proposing to consolidate the regulations on thermally processed, commercially sterile meat and poultry products (i.e., canned food products containing meat or poultry) and make minor changes that improve the clarity of the regulations. These changes will streamline and clarify the regulations without any reduction in the existing public health protections. Among the proposed changes, FSIS is proposing to remove redundant equipment descriptions, update wording to reflect FSIS’ current organizational structure, and clarify the regulatory requirements.

Comments are due 60 days after publication in the Federal Register, and may be submitted online via the Federal eRulemaking Portal at http://www.regulations.gov.

 

‘Treat chicken like hazardous waste’ Investigation about Salmonella outbreaks linked to Foster Farms earns national award

I treat all food like hazardous waste.

Editor Mark Katches writes that Lynne Terry of The Oregonian/OregonLive began writing about the federal government’s alarming handling of Salmonella outbreaks caused by store-bought chicken that began in the Pacific Northwest.

lynne.terryShe found that over the course of a decade, the U.S. Department of Agriculture had not one, not two, not three, but four opportunities to warn the public about salmonella outbreaks involving Foster Farms chicken. Each time, the agency hemmed and hawed.

Terry was the first journalist in America to identify and write about this trend. But it didn’t come easily. She learned that reporters from Frontline, The Center for Investigative Reporting and the New York Times were circling around the story as she entered the final stages.

“It was tough,” said Terry, about the competition. “I felt this story was mine from the beginning, and I didn’t want anyone else to break it. It’s in our backyard. I had inside sources. I knew this stuff. So I did what anyone would do: I worked long hours every day for months on end to bring it home.”

Terry indeed got the scoop. Her “A Game of Chicken” project turned out to be a stunning and illuminating examination of the way the USDA operates.

And this week, the American Health Care Journalists awarded her first place in the public health category, beating out stiff competition from the Chicago Tribune and Milwaukee Journal Sentinel.

In her investigation that spanned more than a year, Terry set out to determine if the USDA’s slow handling of a major salmonella outbreak in 2013-2014 was an isolated case.

It wasn’t.

She reviewed thousands of pages of previously undisclosed documents dating back to 2003. What she found was disturbing: More than 1,000 people had rushed to their doctors with bouts of food poisoning. Regulators had strong evidence pointing to the cause of the outbreaks but took virtually no steps to protect consumers from tainted chicken. Health officials in Oregon and Washington had pushed vigorously for federal action, having identified clear and convincing evidence of problems. But the USDA wouldn’t budge. Terry got a big assist from senior watchdog reporter Les Zaitz, who was serving as investigations editor at the time. And video producer Teresa Mahoney’s remarkable video helped break down complex issues in a compelling way while also warning consumers to thoroughly cook their chicken to 165 degrees.

Terry’s meticulous reporting showed that USDA officials were so fearful of being sued by the companies they regulate that the agency had set an almost impossible bar for evidence, even rejecting samples of tainted chicken that state health agencies believed would help clinch their case.

She also found out that government inspectors were under pressure to go easy on food processors. In one notable case, the USDA transferred an inspector after Foster Farms complained he wrote too many citations.

The agency rejected a wide-ranging Freedom of Information Act request. We appealed the denial and won. But months passed before the USDA finally released any records. Many of the documents were heavily redacted – often with entire pages blacked out.

“They refused records requests, and didn’t release anything for more than a year,” Terry said.

foster.farms.salmonellaShe filed more FOIA requests. And then more. The agency dribbled out partial releases, sending something every four or five months in response to our requests for updates. The federal agency’s attempts to stonewall Terry were even chronicled in a Columbia Journalism Review article lauding The Oregonian’s persistence.

Terry overcame other obstacles. Foster Farms sent two foreboding letters to The Oregonian/OregonLive before we published. After the stories appeared, the company didn’t question the accuracy of our reporting.

Despite these hurdles, Terry was able to piece together a story of bureaucratic failure that had devastating human consequences. She found victims of salmonella poisoning who were willing to share their stories. She translated complicated epidemiological information into language readers could understand. She tracked down key documents. And she built the trust of USDA inspectors, who feared losing their jobs if they spoke out.

Her work was cited by members of Congress. In Oregon, Sen. Laurie Monnes Anderson, D-Gresham, referred to the investigation while she was arguing for a Senate bill that would limit antibiotic use in farm animals. Terry’s reporting also emboldened other USDA inspectors to come forward and tell their stories.

We went to extraordinary lengths to ensure “A Game of Chicken” was fair and totally accurate. Our lawyers reviewed drafts at least four times at our request.

It would have been easy to have been pushed by the swirling competition to publish as fast as possible. But that can sometimes introduce errors if reporters and editors short-hand the bullet-proofing process. Our watchdog motto is to publish when we’re ready. Or in this case, fully cooked.

Here’s a transcript of the Q&A with Oregonian/OregonLive health reporter Lynne Terry.

How long did it take to tell this story?

Longer than it should have, thanks to foot-dragging by the U.S. Department of Agriculture. I put in my first public records request in spring 2013 and filed several more through 2014. I worked on the story sporadically over a year or so but then dug into the trenches in autumn 2014 when they started responding to public records and I landed an inside contact. I worked nonstop for about eight months before we published.

What were the biggest complications?

Four initials: USDA. They refused records requests, and didn’t release anything for more than a year. They were wearing me down, frankly. Fortunately, Les Zaitz got involved. He was our investigations editor. He was a huge help in pushing the USDA. We never did get their enforcement data, however.

How did it affect you knowing that Foster Farms was sending seemingly threatening letters before we published?

At the time? It made me nervous. I don’t even like covering courts, let alone testifying. And the thought of The O being dragged into court because of my reporting was scary. But in retrospect, I think they helped us. We knew we had to have a rock solid package, and we did. We didn’t hear a peep from the USDA or Foster Farms after we published.

What impact did it have knowing that a number of other media were swirling around pieces of this story?

It was tough. I felt this story was mine from the beginning, and I didn’t want anyone else to break it. It’s in our backyard. I had inside sources. I knew this stuff. So I did what anyone would do: I worked long hours every day for months on end to bring it home.

Were you ever close to giving up on this story?

Several times. I was floundering when you came to The O. I was pretty much working on my own. I knew I had a good story but my editors were too busy with the daily churn. I was, too. Getting time to focus on it helped. Having Les to work with was crucial.

What has been the reaction?

I got quite a few emails from members of the public who said they’ve stopped eating chicken. Foster Farms has stepped up its internal controls and now says it has the safest chicken in the country. The USDA has tightened its regulations over salmonella but it has not banned the bacteria even though it sickens more than a million people a year.

Has this story changed the way you look at chicken?

Yes. I’ve not had chicken much since. There’s one quote that sticks with me. An Oregon epidemiologist said: “Treat it like hazardous waste.” That’s a bit of an appetite killer.

Safest food in the world – Canadian edition; US says clean up

The Globe and Mail is reporting that the U.S Agriculture Department has given the Canadian Food Inspection Agency until mid-March to fix significant food safety and sanitation concerns found during an audit of Canada’s meat, poultry and egg inspection systems.

Chicago_meat_inspection_swift_co_1906CFIA met the “core criteria” for overall food inspection, but American officials identified “operation weaknesses related to government oversight, plant sanitation and microbiological testing” for listeria, salmonella and E. coli, according to a final report submitted to CFIA on Jan. 14.

Failure to fix the deficiencies could lead the U.S. government to delist Canadian plants that were audited from exporting their products to the United States.

CFIA issued a statement to The Globe and Mail late Monday insisting that food safety was not compromised and steps are being taken to improve the inspection system.

“It is important to note that none of the audit findings posed a food safety risk to consumers, including the identified sanitation issues,” CFIA said. “At the time of the audit, the CFIA inspectors were already addressing the sanitation findings outlined in the audit report and the establishments were already taking the required steps to fix the issues in question.”

The U.S. Food Safety and Inspection Services (FSIS) conducted the audit between May 28 and June 13, 2014, of slaughter and processing plants in Ontario and Quebec.

The audit found CFIA does not conduct ongoing environmental sampling and testing in food-production plants for Listeria monocytogenes (Lm), the bacteria that contaminated cold cuts produced by Maple Leaf Foods in 2008 that resulted in the death of 22 Canadians.

Food-plant employees test the surfaces where ready-to-eat meat and poultry is packaged but “does not collect samples or test for the presence of Lm on non-food contact surfaces,” the audit said.

XL.foodsU.S. auditors also raised concerns that plant inspectors are not checking for the presence of manure, ingesta or milk contamination on carcasses prior to the final wash. Tests are only done once the meat or poultry is in refrigeration units.

“FSIS considers this sanitary measure to not be equivalent [to U.S. standards]. Because this is a significant finding that will impact the overall equivalency of the CFIA inspection system,” the audit said, “CFIA must respond with either correcting the location at which zero tolerance verification occurs or providing an appropriate rational for implementing an alternative inspection procedure within 60 days or FSIS will deem the inspection system to not be equivalent.”

The audit discovered serious sanitation problems in food-processing plants where meat is packaged before being shipped to stores in Canada and the United States. Auditors observed open ceilings, leaking condensate and rust that could contaminate food.

These are the type of sanitation problems that led to the largest meat recall in Canadian history in 2012 when E. coli was found in meat exported to the U.S. from a Brooks, Alta., plant, now owned by JBS Food Canada.

U.S. food inspectors detected the meat before it ended up on U.S. food shelves, but 18 people in Canada got sick from eating the tainted meat. CFIA blamed unsanitary conditions, poor hygiene and the Brooks plant’s failure to immediately disclose E. coli tests.

Canada's Agriculture minister Gerry Ritz attends a meeting of the G8 and G5 agriculture ministers on April 18, 2009 at Castelbrando castle in Cison di Valmarino, northern Italy. Farm ministers from the world's leading industrialised and developing nations meet in Italy this weekend for the first time to find ways of overcoming a global food crisis. AFP PHOTO / ANDREAS SOLARO  (Photo credit should read ANDREAS SOLARO/AFP/Getty Images)

Canada’s Agriculture minister Gerry Ritz attends a meeting of the G8 and G5 agriculture ministers on April 18, 2009 at Castelbrando castle in Cison di Valmarino, northern Italy. Farm ministers from the world’s leading industrialised and developing nations meet in Italy this weekend for the first time to find ways of overcoming a global food crisis. AFP PHOTO / ANDREAS SOLARO (Photo credit should read ANDREAS SOLARO/AFP/Getty Images)

The U.S. audit includes written responses from CFIA that strongly objected to the findings, saying the report “paints an inaccurate picture of the actual situation” and insisting the agency was in the process of addressing the food-safety concerns.

Terrence McRae, the director of CFIA’s Food Import and Export division, even tried but failed to persuade the U.S. Agriculture Department to give the agency a better grade.

CFIA did update their manual to require improved testing for listeria, but said it’s unclear if companies are doing the inspections or CFIA. He was unaware of any plans to set up inspection stations before the final wash.

Risk reduction is better than zero tolerance: USDA finalizes new food safety measures to reduce Salmonella and Campylobacter in poultry

While you’re scarfing down wings and that beverage Americans call beer during the Super Bowl, be content to know that the Agriculture Department’s Food Safety and Inspection Service (FSIS) has framed new rules with an aim to lessen salmonella and campylobacter in ground chicken and turkey products. The FSIS has updated its microbial testing schedule at poultry facilities and will start the provision of online updates of individual companies’ food safety performance.

buffalo.wild.wingsThe new rulings demand that the companies have to reduce the frequency of contaminated chicken parts to 15% or less. The new standard has also levied limits for turkey and ground meat products. Alfred Almanza, the USDA’s deputy undersecretary for food safety, was of the view that after a year of testing, the USDA will start posing the test results from every poultries.

“[This] is not a good thing for them, if they’re failing. So those are pretty significant deterrents, or incentives for them to meet or exceed our standard”, affirmed Almanza. But as per some, there is a lot of guesswork required in the calculation.

As part of this move to make chicken and turkey items that Americans frequently purchase safer to eat, FSIS has also updated its microbial testing schedule at poultry facilities and will soon begin posting more information online about individual companies’ food safety performance.