Tag Archives: traceability

FDA

Highlights of FDA’s 2021 Achievements in Food

By Food Safety Tech Staff
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FDA

At the end of his reflection on FDA’s 2021 accomplishments in the food realm, Deputy Commissioner for Food Policy and Response Frank Yiannas stated that he believes collaboration will enable industry to “bend the curve of foodborne illnesses in this decade”. It would be a significant milestone, and in his latest FDA Voices blog, Yiannas reviewed a host of FDA achievements that bring his statement much closer to a reality:

FDA Acting Commissioner Janet Woodcock gives of full report on the agency’s work in the “FDA 2021 Year in Review: Working For You”.

Compare this year’s review with that of 2020, where Yiannas reflected on the agency’s Food Program achievements during the first year of the pandemic and the 10-year anniversary of FSMA.

Emily Newton, Revolutionized Magazine
FST Soapbox

Using Artificial Intelligence May Add More Transparency to the Food Supply Chain

By Emily Newton
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Emily Newton, Revolutionized Magazine

Food industry professionals know how supply chain transparency plays a major role in keeping everything running smoothly. Brand representatives want confirmation that their agricultural partners can fill upcoming orders. If things go wrong and people get sick from what they eat, better visibility is vital in addressing and curbing such issues.

Artificial intelligence (AI) is a critical part of better food supply chain awareness among all applicable parties. This article briefly discusses some interesting examples.

Applying AI to Crop Management

Even the most experienced agricultural professionals know farming is far from an exact science. Everything from pests to droughts can negatively impact a growing season, even if a farmer does anything they can to influence production in their favor.

However, AI can help predict yields, enabling farmers to maintain transparency and set accurate expectations for parties further down the supply chain. That’s especially important in the increasingly popular farm-to-table movement, which shortens how far produce travels and may entail using it on the same day someone picks it.

One newly developed machine-learning tool relies on computer vision and ultra-scale images taken from the air to categorize lettuce crops. More specifically, it captures details about the size, quality, and quantity of the heads. Combining that with GPS allows more efficient harvesting.

Tracing Foodborne Illness

CDC Statistics indicate foodborne illnesses sicken one in six people every year in the United States. FSMA contains rules and actions for food processing facilities to prevent such instances, but outbreaks still happen. AI could be yet another useful mitigation measure.

Researchers at the University of Georgia determined that, since the 1960s, approximately a quarter of Salmonella outbreaks have been from the Typhimurium variation. They trained a machine-learning algorithm on more than 1,300 Typhimurium genomes with known origins. The model eventually achieved 83% accuracy in predicting certain animal sources that would have the Typhimurium genome. It showed the most accuracy with poultry and swine.

Reducing Food Waste

Waste is a tremendous problem for the food supply chain. In the United States, data shows that upwards of 40% of packaged consumables get discarded once they reach the use-by date. That happens whether or not the products are actually unsafe to eat.

However, better visibility into this issue has a positive impact on food distribution. For example, some restaurants give people discounted meals rather than throwing them away. In other cases, grocery stores partner with charities, helping people in need have enough to eat.

Scientists in Singapore have also created an electronic “nose” that uses AI to sniff out meat freshness. More specifically, it reacts to the gases produced during decay. When the team tested the system on chicken, fish and beef, it showed 98.5% accuracy in its task. Using AI in this manner could bring transparency that cuts food waste while assuring someone that a food product is still safe to eat despite the appearance of it being expired based on Best Before’ labeling.

Removing Guesswork From Dynamic Processes

People are particularly interested in how AI often detects signs that humans miss. Thus, it can often solve problems that previously proved challenging. For example, even the most conscientious farmers can’t watch all their animals every moment of the day and night, but AI could provide greater visibility. That’s valuable since animal health can directly impact the success of entire farming operations.

One European Union-funded AI project took into account how animal health is a primary factor in milk production. The tool compared cows’ behaviors to baseline levels and characteristics of the animals at the most successful farms. It then provided users with practical insights for improvement. Europe has at least 274 million dairy cows, and their milk makes up 11%-14% of Europeans’ dietary fat requirements. Those statistics show why keeping herds producing as expected is critical.

AI is also increasingly used in aquaculture. Until recently, fish farming professionals largely used intuition and experience to determine feeding amounts. However, that can lead to waste. One company uses artificial intelligence to sense fish and shrimp hunger levels and sends that information to smart dispensers that release food. The manufacturers say this approach causes up to a 21% reduction in feed costs. Other solutions track how much fish eat over time, helping farmers adjust their care protocols.

Fascinating Advancements in Supply Chain Transparency

These instances are only a sampling of what AI can do to support the food supply chain. Although most of them are most relevant to producers, consumers will likely reap the benefits, too. For example, some food labels already show the precise field associated with the potatoes used for a bag of chips. Once technology reaches a point where most consumers could have advanced AI apps on their phones, it could be a matter of aiming a smartphone’s camera at any food product and instantly seeing the path it took before reaching the consumer. It’s too early to know when that might happen. Nevertheless, what’s already possible with innovative technology is compelling in its own right and makes people rightfully eager to see what’s on the horizon.

ASI Food Safety
In the Food Lab

Planning Is Key Component of Listeria Prevention

By Matt Regusci
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ASI Food Safety

Reading the news in recent months, it seems like there is a new outbreak every week or at least a new recall of various food products contaminated with Listeria, specifically Listeria monocytogenes. Companies have recalled broccoli, kale, cantaloupes, smoked salmon (lox), mushrooms, soft cheese, sprouts, frozen chicken, and even hot dog buns in the last several months.

Listeria monocytogenes is a species of pathogenic bacteria that is very unique. Unlike many pathogens that are mainly fecal bacteria, like E. Coli and Salmonella, Listeria can be found just about anywhere including soil, water, dust and animal feces, to name a few.

We are around Listeria all the time. For example, when moms encourage their children to play outside to enhance their immune systems, one of the bacteria kids are likely exposed to is Listeria. This kind of exposure is generally acceptable, as the vast majority of people that get sick from Listeria exposure typically ingest quite a bit of it. That’s why it is essential to get in front of Listeria to avoid ready-to-eat products from becoming contaminated.

Listeria is one of the few bacteria to survive freezing temperatures and grow, albeit slowly, in a refrigerator. The exact range for growth of Listeria is 39.2°F (4 °C) to 98.6°F (37°C). To successfully kill Listeria using temperature controls, it must be cooked at least at 165°F (73°C). Left at room temperature, the pathogen grows rapidly. If you have ready-to-eat food contaminated with Listeria and it is taken out of the fridge, left on the counter for a couple of hours, then eaten, it’s a recipe for disaster.

If you are healthy, the vast majority of the Listeria bacteria will be attacked and killed by the immune system, preventing the ability for infection to take hold. If the immune system is compromised by conditions such as cancer, AIDS, pregnancy, geriatrics, etc., then Listeria becomes an infection called Listeriosis—an invasive infection.

The FDA and the CDC published some facts about Listeriosis and foodborne illness in general, and the diagnosis is stark. The FDA estimates that 1 in 6 Americans or 43 million people will get a foodborne illness annually. Of those that get sick, the FDA estimates 128,000 will be hospitalized, and about 3,000 die.

In the United States, the CDC estimates that about 1,600 people will get Listeriosis each year, and of those cases, 1,500 will be hospitalized (94%), and 260 will likely die. Listeriosis has a mortality rate of 20-30%, according to the FDA. Unfortunately, these numbers indicate that if the doctor diagnoses you with Listeriosis, the chances of survival are low.

According to FDA research, you are 18 times more likely to contract a Listeriosis infection if you are pregnant, and 16–27% of all Listeriosis infections are in pregnant women. While most other adults show signs of gastrointestinal symptoms once contracting Listeriosis, the FDA says a pregnant woman experiences a fever for a few days, and about 20–30% will ultimately miscarry.

The unique thing about Listeria is the incubation period could last up to 70 days. A possible scenario could be a person eating cantaloupe from a farm with a known Listeria outbreak and then 70 days later showing signs of Listeriosis. This was a reality during the Jensen Farms outbreak, where people were terrified that they may have been infected from Listeriosis after eating cantaloupe. Still, they had to wait for six weeks for assurance they were safe.

What Steps Should Industry Take to Prevent or Mitigate the Presence of Listeria?

The first step is to kill Listeria and prevent it from contaminating food. To kill this particular pathogen, heat and/or sanitization is necessary. The best way to avoid contamination is by cooking food, but cleaning and sanitizing regularly is the next best measure if you can’t cook the product.

All food manufacturing facilities need a cleaning and sanitizing routine. Typically, when a Listeria outbreak occurs, it is because of a series of unfortunate errors in quick succession. Facilities need to practice regularly on finding the potential errors in a cleaning/sanitizing system and fix them immediately. This attention to detail and strategy help correct the problem before an issue arises.

The same is important for the kitchen of a restaurant. Keep raw products away from cooked products. Utilize different sections within the kitchen to prep food in various stages, use separate cutting boards and be sure to use different utensils on raw vs. cooked food. Also, have a solid cleaning and sanitizing routine to kill lingering Listeria in the facility.

The second step is a solid continual testing regimen. A testing rotation is an effective tool in the pathogen prevention arsenal. Every facility should utilize an environmental testing program that regularly looks for Listeria in the facility. While all use outside certified labs, some also have in-house labs looking, more frequently, for pathogens. For instance, few fresh produce companies test the wash water for pathogens in every lot. If they find even the smallest trace of any pathogen, including Listeria, they trash it.

Another effective testing technique is “search and destroy”. In the “Search” process your team swabs everything in the facility looking for Listeria in the facility. When you do find an area with Listeria then you swab everything within a radius starting with one foot, expanding to three feet, then even wider to six feet, etc. until you find every major contamination point. Flag those areas as hot spots for continual checks in your future testing rotation.

The extremely important step three is the cold chain. Cold chain systems help reduce the growth of foodborne pathogens. To minimize the growth of pathogens, including Listeria, it is important to keep products cold at all times possible. This includes harvesting, packaging, storing, distributing, and especially. Also, consumers can play a role in helping reduce contamination by keeping food cold and putting it in the refrigerator or freezer as soon as possible. Every minute a product is left at room temperature can mean massive bacteria growth.

Step four is knowing where your food comes from. In the food industry, we call this supply chain compliance and traceability. A relationship of trust between food producers, suppliers and consumers is vital for the food industry. Raw and finished food products are moving through the supply chain rapidly, so good communication is crucial so that contaminated products are removed quickly to contain an outbreak and save lives.

With these practices in place, we can keep the Listeria outbreaks to a minimum. However, extra care is recommended if you are pregnant, immunocompromised, or over the age of 65. In fact, the FDA has a list of foods to avoid or at least cook very thoroughly. These include deli meat, raw vegetables, and unpasteurized milk products, to name a few.

Susanne Kuehne, Decernis
Food Fraud Quick Bites

Fish Fraudsters, Beware (At Least in Canada)

By Susanne Kuehne
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Susanne Kuehne, Decernis
Food fraud, fish
Find records of fraud such as those discussed in this column and more in the Food Fraud Database, owned and operated by Decernis, a Food Safety Tech advertiser. Image credit: Susanne Kuehne

Fish and seafood mislabeling is rampant in Canada, according to a report published earlier this year by Oceana Canada. To address the rising concerns of Canadian consumers, the Canadian government is finally consulting with the seafood industry on traceability from boat to plate. These suggestions are supposed to tackle mislabeling, illegal fishing, sustainability issues and unregulated fishing. Even restaurant owners and chefs have called Congress for action.

Resource

  1. Taylor, P. (August 22, 2021). “After fraud report, Canada looks at seafood traceability”. Securing Industry.
FDA

FDA Announces 12 Winners of Traceability Challenge

By Food Safety Tech Staff
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FDA

Back in May, FDA launched a technology traceability challenge with the goal of promoting innovation in the development of scalable and affordable traceability technology tools for food operations of all sizes. Today, the agency announced the winning teams and their technologies:

  • FarmTabs. Free, downloadable software run on Microsoft Excel to aid small and mid-size farmers manage records for traceability/ farm-related metrics.
  • Freshly. Traceability and batch-tracking software for small businesses (including retailers, manufacturers and distributors).
  • HeavyConnect. Cloud-based digital traceability and compliance documentation solutions, including a mobile app for producers to capture data in the field and share it across the supply chain.
  • ItemChain. Item-level traceability to each party in the supply chain.
  • Kezzler. Solution uses self-service portals to generate item-level identifiers and associate homogenized datasets at the grower level through mobile applications.
  • Mojix. Uses industry standards to link traceability events for each item or lot throughout the supply chain in an open data network.
  • OpsSmart. Cloud-based traceability software solution for food safety, recall management, and traceability in a complex supply chain.
  • Precise’s. Traceability Suite that provides end-to-end supply chain tracking to all segments of the food market, using geospatial, machine learning and IoT technologies.
  • Roambee/GSM/Wiliot’s. Solution uses low-cost IoT sensor tags in with shipment visibility and verification technologies for end-to-end traceability.
  • Rfider. Software-as-a-service that captures, secures and shares critical event data along supply chains to consumers.
  • TagOne. A role-based data capture framework that updates an open source blockchain platform, and uses industry standards to ensure interoperability, and ease of use and data security.
  • Wholechain. Supply chain traceability system that uses blockchain technology to trace products back to the original source.

The videos submitted by each winning company are available on FDA’s webpage that announces the winners.

Susanne Kuehne, Decernis
Food Fraud Quick Bites

If Fish Could Talk

By Susanne Kuehne
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Susanne Kuehne, Decernis
Seafood fraud
Find records of fraud such as those discussed in this column and more in the Food Fraud Database, owned and operated by Decernis, a Food Safety Tech advertiser. Image credit: Susanne Kuehne.

Seafood fraud is still on an almost unchanged high level in Canada. Based on a 2021 investigation by Oceana Canada, 46% of 94 DNA tested seafood samples were not what the label claimed them to be. The Oceana report describes seafood traceability in Canada, the 2021 seafood fraud investigation and results, what consumers can do, and suggestions for the federal government on how to mitigate seafood fraud. These recommendations include setting up a traceability system, labeling standards, improving testing standards and better documentation in the supply chain.

Resource

  1. Oceana. (August 2021). “Seafood Fraud in Canada: 2021 Testing Results Report”.
Stephen Dombroski, QAD
FST Soapbox

Recent Recalls Emphasize Need for Quality Management Systems in the Food and Beverage Industry

By Stephen Dombroski
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Stephen Dombroski, QAD

Last month, federal authorities enacted a recall process for all Real Water brand products from AffinityLifestyles.com Inc., as a result of a fatality and multiple illnesses that might be linked to the product. In addition to the recall, there are a number of court orders being enacted to retrieve records, documentation and other information from the company. The product in question is bottled water that is chemically treated to enhance its “benefits.”

Over the last 20 or so years, as with many other food and beverage categories, the bottled water market has exploded. It began with Natural Spring Waters, then emerged into what was termed “purified waters.” Over time, carbonation and flavors, both natural and imitation, were added to enhance the products’ appeal to different demographics and to capture market share. The trend has continued to illustrate how both SKU proliferation and catering to the changing needs of the consumer has complicated the industry and made it increasingly complex. Complexity, of course, adds risk.

The Real Water situation brings to light potential issues both for the bottled water segment and for the food and beverage manufacturing industry on the whole. Beverage and food products often utilize additives to enhance flavor, add nutritional benefits, etc. In addition to these additives, many food and beverage products are produced with “reactionary” processes that claim to supercharge, enhance, and/or re-engineer something to a so-called better state. Government regulators monitor these processes to ensure that they do not cause health risks. Enhanced and more stringent labeling laws were enacted at the end of the Obama era and just recently, President Biden signed the FASTER Act that requires manufacturers to list sesame on their labels, as it is now a known allergen. In addition to additives, regulatory agencies monitor the new chemical and reactionary processes used in producing products to ensure that the integrity and safety of these products are not put at risk.

Lessons Learned from the Real Water Recall

Where does the industry go from here, and what lessons can manufacturers take away from the Real Water incident and from the increasingly complex state of food and beverage manufacturing? First, we know regulations will continue to increase, especially as incidents become more commonplace. The industry has been on high alert since the outbreak of COVID-19. Governments and industry will continue to try to determine if the virus can in fact be transmitted through food or food packaging. As food manufacturers experiment with plant-based food alternatives, employ new technologies and react to recalls, they should prepare for continued scrutiny and regulations which will impact how businesses are run.

The question that needs to be answered is: What should food and beverage manufacturers do to prepare for future changes to regulations and prevent potential safety issues?

The answer is: They should implement a quality management system and related business processes and systems tailored for the unique challenges of their industry.

F&B Manufacturers Can Improve Quality Systems to Prepare for Future Regulation and Safety Changes

Many manufacturers already have parts of this system and the processes in place, but it is surprising how many have not integrated them with their other systems. If we use the Real Water issue as a case study, there are a number of things that a manufacturer needs to do from a quality perspective in terms of processes, procedures and systems.

Traceability. Accuracy and timing is critical in the face of any recall. Track and traceability functionality built into the central manufacturing and/or quality system is an absolute must. Technology is available to visually track and trace every lot that goes out the door, whether from a company facility or a co-packer, and note where in the market it has been distributed.

Document Control. The government demanded that AffinityLifestyles.com Inc. turn over all documentation related to its products’ ingredients, processes, etc. Manufacturers need to ensure their document management systems include food safety precautions and that all process and product information needs to be in place.

Product and Process Change Management. Integrating inspection processes with control plans ensures that inspection requirements stay connected during change management. This coupled with non-conformance creation based on inspection failures results in reductions in the cost, time and complexity of change management.

Audit Processes. To comply with ever-changing regulations, effective internal audit programs must be implemented to drive compliance and continual improvement. A closed-loop system should address product, process and system audits to help manage any findings of non-conformance prior to external audits and to allow for corrective actions to be implemented before an issue arises.

Supplier Quality Management. Food safety issues can often be due to a material or food ingredient issue. Monitoring all activities with suppliers by requiring and instituting best practices can help ensure supplier conformance.

Ensuring Ongoing Success and Profitability for F&B Manufacturers

All businesses operate to make money. Food and beverage manufacturers are no exception. But, when the products being made are consumables, the top priorities have to be safety, quality and food integrity. The food and beverage market is changing and evolving. Due to increasing customer demand, consumer preferences, sustainability initiatives and government regulations, manufacturers face more pressure to improve quality. These market changes have resulted in faster life cycles, shorter lead times, and the need for manufacturers to deliver more products faster than before, which puts pressure on the entire organization. Manufacturers in the food and beverage industry are under intense scrutiny to consistently produce safe food. Occasionally, issues occur that are out of a manufacturer’s control, but the producers of food and beverage products still have a responsibility to ensure that all precautions are in place to meet the safety needs of the end consumer. Efficient processes and systems to manage food safety not only meet the required compliance requirements but are a huge step in ensuring ongoing success and profitability.

magnifying glass

FDA’s Traceability Tech Challenges Goes Live

By Food Safety Tech Staff
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magnifying glass

Today FDA launched its latest initiative set forth as part of the New Era of Smarter Food Safety blueprint: The FDA New Era of Smarter Food Safety Low- or No-Cost Tech-Enabled Traceability Challenge. The agency is asking technology providers, entrepreneurs and innovators to come forward and develop traceability technology tools that are scalable and affordable for food operations of all sizes.

“Too many Americans suffer from foodborne illnesses every year. Making the food supply more digitally enabled and food more traceable will speed the response to outbreaks and deepen our understanding of what causes them and how to prevent them from happening again,” said Acting FDA Commissioner Janet Woodcock, M.D. in an agency release “One of the FDA’s highest priorities is protecting consumers from foodborne illnesses. We hope to find new, innovative ways to encourage firms of all sizes to voluntarily adopt tracing technologies that can help our nation modernize the way we work together to determine possible sources of foodborne illnesses as quickly as possible to keep Americans safe.”

Additional information about the challenge, which ends on July 30, can be found on the precisionFDA website.

Susanne Kuehne, Decernis
Food Fraud Quick Bites

An Appellation Hodgepodge

By Susanne Kuehne
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Susanne Kuehne, Decernis

In Italy’s Tuscany / Maremma region a fraud system with a broad scope that included clandestine meat, vegetable and fruits was set up by a company that claimed to sell these items from their own production. Included in this fraud was a significant amount of wine, some of which was violating health regulations. The products were either mislabeled by removing original labels, or they did not have any labeling and traceability. Due to their questionable origin and potential impact on human health, the products were seized by officials and scheduled for destruction.

Food fraud, Italy
Find records of fraud such as those discussed in this column and more in the Food Fraud Database, owned and operated by Decernis, a Food Safety Tech advertiser. Image credit: Susanne Kuehne

Resource

  1. Editorial Staff (April 29, 2021) “Macellazione clandestina e falsa “produzione propria” su frutta e verdura: imprenditore denunciato per frode”. Il Giunco il quotidiano della Maremma
FDA

FDA to Launch Technology Traceability Challenge

By Food Safety Tech Staff
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FDA

The FDA is asking technology providers, entrepreneurs and innovators to come forward and develop traceability technology tools that are scalable and affordable for food operations of all sizes. The FDA New Era of Smarter Food Safety Low or No-Cost Tech-enabled Traceability Challenge will launch on June 1.

“Achieving end-to-end food traceability will involve everyone in the supply chain – from source to table. To achieve that level of participation, we need accessible tracing solutions for human and animal food companies of all sizes. That means that we must help ensure that even small companies can use and benefit from new tracing technologies,” said Frank Yiannas, deputy commissioner for food policy and response at FDA, in an agency blog post. “Digitizing data at no or low cost through the use of creative financial models may allow the entire food system to get smarter together.”

The challenge will be administered by precisionFDA and overseen by the agency’s Office of Food Policy and Response. On June 1 at 8 am ET, the FDA’s pre-registration page will be updated with the submission information. The deadline for the challenge is July 30 at 5 pm ET.

Up to 12 winners will be selected and although there is no cash prize, the winners will have the chance to discuss their technology solution during an FDA public forum. “The food industry will gain new insights into how to solve traceability challenges, and the FDA will open the door to a conversation about finding new ways to overcome obstacles in the road to farm-to-fork traceability,” stated Yiannas.

The challenge is part of the goals outlined in the FDA’s New Era of Smarter Food Safety blueprint, which specifies tech-enabled traceability as a core element.