Whole Foods recalled various deli salads including chicken and pasta salad made at their central kitchen in Massachusetts. Product was made on the 16th with a sell-by-date of the 23rd.
At the time of the recall, the product had already reached its expiration date.
A few things to note - the notice states that a sampling of the products tested positive which indicates more than one product. Whether or not that is the case, they do have Listeria within the facility and there should be a question of whether it is under control. Commissary operations may or may not do extensive testing for Listeria, mainly because the shelf-life is so short. Since this product is one day beyond the Food Code limitation of 7 days (day one is the day product is made), there should be controls in place. Also, since this is a dual jurisdiction plant (both FDA and USDA have oversight), from a USDA perspective of a facility with RTE product and post-lethality exposure, some testing should be taking place.
When Listeria is found on product, there is a high probability that it will still be in the environment unless there is a good explanation why contamination was limited to that day. Hopefully before this facility restarts, they conduct ample cleaning and verification testing prior to starting production.
No illnesses have been reported...yet. With Whole Genome Sequencing, further analysis of the LM found in the facility can now be matched against cases of Listeria infection that have occurred throughout the region.
USDA Recall Notice
Link
Whole Foods Market Recalls Curry Chicken Salad Product Due To Possible Listeria Adulteration
Class I Recall 131-2015
Health Risk: High Oct 24, 2015
En Español
Congressional and Public Affairs Julie Schwartz (202) 720-9113
WASHINGTON, Oct. 24, 2015 – A Whole Foods Market establishment located in Everett, Mass. is recalling approximately 234 pounds of curry chicken salad products that may be adulterated with Listeria monocytogenes, the U.S. Department of Agriculture’s Food Safety and Inspection Service (FSIS) announced today.
The chicken curry salad was packaged on Oct. 16, 2015, and was sold prepackaged, in salad bars, in store's chef's cases, and in sandwiches and wraps prepared in the stores. The following products are subject to recall: [Labels (PDF Only)]
Monday, October 26, 2015
Friday, October 23, 2015
Oregon Cannery Documentation Issue Leads to Cascading Recall
Skipanon Brands, also known as the Oregon Ocean Seafood processing plant, issued a recall for their canned foods due to lack of documentation and possible under-processed products discovered during an FDA audit. There were no reported illnesses.
The plant, identified on their own website as a micro-cannery, packed product for many other labels. The initial recall on October 9th caused a cascade of recalls by companies who used Skipanon as a co-packer to pack their branded product.
A few things to note"
A co-packer issue can impact a number of brands. So it important to make sure the company co-packing product is compliant with standards, especially FDA Low Acid Canned Food Regulations.
With the first recall issued on the 9th, it took close to 2 weeks for companies to issue recalls. Had there been illnesses, this delay could have had resulted in a much bigger disaster, especially if it had been a Clostridium botulinum issue.
The list of recalls follows:
The plant, identified on their own website as a micro-cannery, packed product for many other labels. The initial recall on October 9th caused a cascade of recalls by companies who used Skipanon as a co-packer to pack their branded product.
A few things to note"
A co-packer issue can impact a number of brands. So it important to make sure the company co-packing product is compliant with standards, especially FDA Low Acid Canned Food Regulations.
With the first recall issued on the 9th, it took close to 2 weeks for companies to issue recalls. Had there been illnesses, this delay could have had resulted in a much bigger disaster, especially if it had been a Clostridium botulinum issue.
The list of recalls follows:
Wednesday, October 21, 2015
CDC Report - 2014 Case of Ciguatera Toxin in Florida After Consuming Naturally Contaminated Black Grouper
In a CDC report, in 2014, a Florida woman contracted ciguatera fish poisoning after eating black grouper in a restaurant. Five additional cases were also reported, also associated with black grouper from the same international supplier.
About 7 hours after eating black grouper, the woman experienced acute onset of neurological symptoms including paradoxical temperature perception (burning sensation like dry ice), paresthesias (tingling or pricking or “pins and needles”, in the peripheral nerves), extremity numbness, a metallic taste, nausea, vomiting, abdominal pain, diarrhea, arthralgia, and myalgia.
Ciguatera fish poisoning (CFP), occurs when predatory reef-dwelling fish harboring ciguatoxins is ingested. Ciguatoxin is stable to both freezing or cooking. The naturally occurring toxin originates in several dinoflagellate (algae) species. That toxin accumulates in the meat of preparatory reef fish as they eat smaller fish that have eaten the toxic algae.
Morbidity and Mortality Weekly Report (MMWR)
http://www.cdc.gov/mmwr/preview/mmwrhtml/mm6440a3.htm?s_cid=mm6440a3_e
Use of Surveillance Systems in Detection of a Ciguatera Fish Poisoning Outbreak — Orange County, Florida, 2014
Weekly
October 16, 2015 / 64(40);1142-4
Benjamin G. Klekamp, MSPH1; Dean Bodager, MPA2; Sarah D. Matthews, MPH1
About 7 hours after eating black grouper, the woman experienced acute onset of neurological symptoms including paradoxical temperature perception (burning sensation like dry ice), paresthesias (tingling or pricking or “pins and needles”, in the peripheral nerves), extremity numbness, a metallic taste, nausea, vomiting, abdominal pain, diarrhea, arthralgia, and myalgia.
Ciguatera fish poisoning (CFP), occurs when predatory reef-dwelling fish harboring ciguatoxins is ingested. Ciguatoxin is stable to both freezing or cooking. The naturally occurring toxin originates in several dinoflagellate (algae) species. That toxin accumulates in the meat of preparatory reef fish as they eat smaller fish that have eaten the toxic algae.
Morbidity and Mortality Weekly Report (MMWR)
http://www.cdc.gov/mmwr/preview/mmwrhtml/mm6440a3.htm?s_cid=mm6440a3_e
Use of Surveillance Systems in Detection of a Ciguatera Fish Poisoning Outbreak — Orange County, Florida, 2014
Weekly
October 16, 2015 / 64(40);1142-4
Benjamin G. Klekamp, MSPH1; Dean Bodager, MPA2; Sarah D. Matthews, MPH1
California Restaurant Source of Shigella - Number of Cases Continues to Climb
UPDATE (10/23/15)- Within a few days, the number of Shigella cases linked to a California restaurant continues to climb. Reports now have the number at 110 cases in 4 different California Counties.
10/20/15
A California restaurant is being held responsible for up to 80 people becoming infected with Shigella with about a dozen becoming hospitalized. Because this is a highly contagious bacterial infection, a number of secondary infections are beginning to arise. (People who are contracting the disease from someone who ate at the restaurant).
10/20/15
A California restaurant is being held responsible for up to 80 people becoming infected with Shigella with about a dozen becoming hospitalized. Because this is a highly contagious bacterial infection, a number of secondary infections are beginning to arise. (People who are contracting the disease from someone who ate at the restaurant).
Shigella causes severe diarrhea, sometimes bloody, as well as fever and abdominal pain. Symptoms will occur within a day or two after infection and will last 5 to 7 days. It is highly infectious, only requiring less than 20 cells to cause infection. It spreads through contact with food or person to person which can be problematic when someone has profuse diarrhea and does not wash their hands or washes their hand insufficiently.
Glove usage handling ready-to-eat foods would help...but that is not a law in CA. In 2014, California repealed the law requiring glove usage to prevent bare hand contact with ready-to-eat food.
Getting sick workers to stay home is another issue. Many people will still go to work even if they are ill.
Getting sick workers to stay home is another issue. Many people will still go to work even if they are ill.
Friday, October 16, 2015
Bottles of Sparkling Beverage Recalled Due to Potential for Glass Fragments
Martinelli, a California bottler of sparkling fruit juice is recalling certain lots of Martinelli’s 8.4 oz. mini glass bottles of cider and sparkling grape juice due to the possibility of small glass chips at the top of the bottles occurring when opening the bottle, which could possibly enter the beverage and cut or injure the consumer.
The company discovered the issue through their own internal testing.
FDA Notice - Recall: Firm Press Release
http://www.fda.gov/Safety/Recalls/ucm467264.htm
Notice of Voluntary Recall of Certain Martinelli's 8.4 oz. Sparkling Beverages Due to Potential for Glass Fragments
For Immediate Release
October 15, 2015
Contact Consumers S. Martinelli & Company 1-800-662-1868
S. Martinelli & Company of Watsonville, California, today announced a voluntary nationwide recall of certain lots of Martinelli’s 8.4 oz. mini glass bottles of Gold Medal Sparkling Cider, Sparkling Cider Northwest Blend, Sparkling White Grape, and Sparkling Red Grape, due to the possibility of small glass chips at the top of the bottles occurring when opening the bottle, which could possibly enter the beverage. Consumers could potentially be cut or injured if a chip occurs.
The company discovered the issue through their own internal testing.
FDA Notice - Recall: Firm Press Release
http://www.fda.gov/Safety/Recalls/ucm467264.htm
Notice of Voluntary Recall of Certain Martinelli's 8.4 oz. Sparkling Beverages Due to Potential for Glass Fragments
For Immediate Release
October 15, 2015
Contact Consumers S. Martinelli & Company 1-800-662-1868
S. Martinelli & Company of Watsonville, California, today announced a voluntary nationwide recall of certain lots of Martinelli’s 8.4 oz. mini glass bottles of Gold Medal Sparkling Cider, Sparkling Cider Northwest Blend, Sparkling White Grape, and Sparkling Red Grape, due to the possibility of small glass chips at the top of the bottles occurring when opening the bottle, which could possibly enter the beverage. Consumers could potentially be cut or injured if a chip occurs.
Thursday, October 15, 2015
Fresh Whole Apples Recalled Due to Positive Listeria Test
Del Monte Fresh Produce is recalling apples for potential Listeria contamination after a customer tested fresh apples and found a sample to be positive for Listeria monocytogenes.
Listeria has not been an issue in whole fresh apples, and would be considered low risk. But caramel apples have been linked to an outbreak and sliced apples have been recalled due to the presence of Listeria. In a recent study, Listeria was shown to grow only minimally on whole apples with caramel (no stick) and no growth when those caramel apples (no stick) were stored at refrigeration temperatures. Even sliced apples shows minimal growth especially at refrigeration temperatures.
FDA Notice - Recall: Firm Press Release
http://www.fda.gov/Safety/Recalls/ucm467078.htm
Del Monte Fresh Produce N.A. Inc., Recalls Limited Quantity of Fresh Apples Due to Possible Health Risk
For Immediate Release October 14, 2015
Contact ConsumersContact-US-Executive-Office@freshdelmonte.com 800-659-6500
Del Monte Fresh Produce N.A., Inc., (“Del Monte Fresh”) is initiating a voluntary recall of Granny Smith green apples because they have the potential to be contaminated with Listeria monocytogenes, an organism which can cause serious and sometimes fatal infections in young children, frail or elderly people, and others with weakened immune systems. Although healthy individuals may suffer only short-term symptoms such as high fever, severe headache, stuffiness, nausea, abdominal pain and diarrhea, Listeria infection can cause miscarriages and stillbirths among pregnant women.
Listeria has not been an issue in whole fresh apples, and would be considered low risk. But caramel apples have been linked to an outbreak and sliced apples have been recalled due to the presence of Listeria. In a recent study, Listeria was shown to grow only minimally on whole apples with caramel (no stick) and no growth when those caramel apples (no stick) were stored at refrigeration temperatures. Even sliced apples shows minimal growth especially at refrigeration temperatures.
FDA Notice - Recall: Firm Press Release
http://www.fda.gov/Safety/Recalls/ucm467078.htm
Del Monte Fresh Produce N.A. Inc., Recalls Limited Quantity of Fresh Apples Due to Possible Health Risk
For Immediate Release October 14, 2015
Contact ConsumersContact-US-Executive-Office@freshdelmonte.com 800-659-6500
Del Monte Fresh Produce N.A., Inc., (“Del Monte Fresh”) is initiating a voluntary recall of Granny Smith green apples because they have the potential to be contaminated with Listeria monocytogenes, an organism which can cause serious and sometimes fatal infections in young children, frail or elderly people, and others with weakened immune systems. Although healthy individuals may suffer only short-term symptoms such as high fever, severe headache, stuffiness, nausea, abdominal pain and diarrhea, Listeria infection can cause miscarriages and stillbirths among pregnant women.
Wednesday, October 14, 2015
Research Findings on Listeria Growth in Caramel Apples
The Listeria outbreak associated with caramel apples has raised questions regarding how the Listeria was able to grow in an acidic fruit. Researchers have found that inserting the stick in the apple was an important factor as well as also storing at room temperature. So when the stick is inserted, it drives the organism into the apple, and the stick causes cellular damage to the apple, creating conditions that allow the Listeria to grow sufficiently when stored at room temperature.
It would be wise for those selling caramel apples to store them at refrigeration temperature and limit the shelf-life to less than 28 days.
The other point made by the researchers in this study is the concept of microenvironments existing at interfaces in food, in this case, the interface of stick and the apple. When inserted, the stick changes the apple matrix enough to allow Listeria to grow. Normally, the apple pH would be too low to support the growth of Listeria.
It is easy to overlook microenvironments that exist in food. They can arise in multicomponent foods with particulates, in foods at the packaging interface, or in foods that allow moisture migration to surface changing the moisture content. The interaction at these interfaces can impact preventive factors such as pH, water activity (Aw), or preservative concentration.
It would be wise for those selling caramel apples to store them at refrigeration temperature and limit the shelf-life to less than 28 days.
The other point made by the researchers in this study is the concept of microenvironments existing at interfaces in food, in this case, the interface of stick and the apple. When inserted, the stick changes the apple matrix enough to allow Listeria to grow. Normally, the apple pH would be too low to support the growth of Listeria.
It is easy to overlook microenvironments that exist in food. They can arise in multicomponent foods with particulates, in foods at the packaging interface, or in foods that allow moisture migration to surface changing the moisture content. The interaction at these interfaces can impact preventive factors such as pH, water activity (Aw), or preservative concentration.
MBio - American Society of Microbiology
Growth of Listeria monocytogenes within a Caramel-Coated Apple Microenvironment
+ Author Affiliations
Food Research Institute, University of Wisconsin—Madison, Madison, Wisconsin, USA
Editor Stefan H. E. Kaufmann, Max Planck Institute for Infection Biology
ABSTRACT
A 2014 multistate listeriosis outbreak was linked to consumption of caramel-coated apples, an unexpected and previously unreported vehicle for Listeria monocytogenes. This outbreak was unanticipated because both the pH of apples (<4.0) and the water activity of the caramel coating (<0.80) are too low to support Listeria growth. In this study, Granny Smith apples were inoculated with approximately 4 log10 CFU of L. monocytogenes (a cocktail of serotype 4b strains associated with the outbreak) on each apple’s skin, stem, and calyx. Half of the apples had sticks inserted into the core, while the remaining apples were left intact. Apples were dipped into hot caramel and stored at either 7°C or 25°C for up to 11 or 28 days, respectively. Data revealed that apples with inserted sticks supported significantly more L. monocytogenes growth than apples without sticks under both storage conditions. Within 3 days at 25°C, L. monocytogenes populations increased >3 log10 in apples with sticks, whereas only a 1-log10 increase was observed even after 1 week for caramel-coated apples without sticks. When stored at 7°C, apples with sticks exhibited an approximately 1.5-log10 increase in L. monocytogenes levels at 28 days, whereas no growth was observed in apples without sticks. We infer that insertion of a stick into the apple accelerates the transfer of juice from the interior of the apple to its surface, creating a microenvironment at the apple-caramel interface where L. monocytogenes can rapidly grow to levels sufficient to cause disease when stored at room temperature.
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