Tag: food safety

U.S. Dealing with Several Hepatitis A Outbreaks, Including One Due to Food Worker Infection

Public health officials in Mendham, New Jersey are dealing with a relatively rare instance of a foodborne hepatitis A outbreak due to an ill food handler.  The employee has been linked to illnesses in 27 people, with 1 death reported.

According to the Centers for Disease Control and Prevention, foodborne outbreaks of hepatitis A are not common in the U.S.  CDC does not recommend that all food service workers receive routine vaccination against hepatitis A—except in areas with an active community-wide outbreak and where state and local health authorities (or private employers) indicate that vaccination would be cost-effective.

There are hepatitis A outbreaks in Alabama and Nevada where infected food handlers have been identified but where illnesses have not been traced to such workers.  Twenty-five counties in Alabama are reporting cases of hepatitis A in an outbreak that has been ongoing since September 2018, including among food workers; officials are urging food handlers in that area to get vaccinated.  Officials in Las Vegas, which also has an ongoing outbreak with 86 cases and one death, have warned customers who purchased non-prepackaged foods at a 7-Eleven store where a worked tested positive for hepatitis A to be on the lookout for symptoms.

CDC’s hepatitis A surveillance is updated through 2016.  Thus, it is not yet clear whether the 2019 cases reflect a marked increase in the incidence of hepatitis A in the U.S.

© 2019 Keller and Heckman LLP

CDC expands use of Whole Genome Sequencing in Foodborne Illness

Whole genome sequencing (WGS) provides insight into the genetic fingerprint of a pathogen by sequencing the chemical building blocks that make up its DNA and is increasingly being employed in food safety efforts. Since 2012, the U.S. Food and Drug Administration (FDA) has regularly turned to WGS to better understand foodborne pathogens, including identifying the nature and source of microbes that contaminate food and cause outbreaks of foodborne illness.

This week, the Centers for Disease Control and Prevention (CDC) announced that the use of whole genome sequencing to monitor for outbreaks of Listeria, Salmonella, Campylobacter and coli that are commonly transmitted through food and animal contact has expanded to 38 states and two cities. This data is reported in the CDC’s Antibiotic Resistance (AR) Investment Map, which shows early progress by states to combat antibiotic resistance. This year’s Antibiotic Resistance Investment Map features more than 170 state-reported successes, including rapidly identifying and containing rare and concerning resistant germs to protect communities. Each state reported multiple successes.

You can learn more about CDC’s AR Solutions Initiative and ongoing work to combat antibiotic resistance at cdc.gov/DrugResistance.

 

© 2018 Keller and Heckman LLP.

FDA Discloses Method for Classifying Food Facilities as "High Risk" Under FSMA

The National Law Review published an article regarding FDA High Risk Food Facilities Classification Methods written by Lynn C. Tyler, M.S., Nicolette R. Hudson and Hae Park-Suk of Barnes & Thornburg LLP:

The Food Safety Modernization Act (FSMA), signed by President Obama in January 2011, requires FDA to inspect food facilities on different time tables depending on whether a facility is classified as “high risk” or not. High-risk facilities must be inspected at least once within the first five years after the enactment of the FSMA and once every three years thereafter. Non-high risk facilities must be inspected at least once within the first seven years after the enactment of the FSMA and once every five years thereafter.

The U.S. Food and Drug Administration (FDA) recently disclosed the method it intends to follow to classify food facilities as high risk or non-high risk under the FSMA. The agency first noted that the FSMA set forth six risk factors to be considered in making this determination:

  • The known safety risks of the food manufactured, processed, packed or held at the facility
  • The compliance history of the facility
  • The facility’s hazard analysis and risk-based preventive controls (HARBPC)
  • Whether the food at the facility meets the criteria for priority to detect intentional adulteration in imported food
  • Whether the food at the facility has received certain certifications
  • Other criteria identified by Health and Human Services

FDA then noted that for FY 2011-13 the classification decision will be based primarily on the first two factors and according to the following algorithms:

  • If a facility manufactures food categories associated with foodborne outbreaks AND class I recalls (reasonable probability of serious adverse health consequences or death), it is high risk
  • If a facility manufactures food categories associated with foodborne outbreaks OR class I recalls AND it has not been inspected within the last five years, it is high risk
  • Facilities with a checkered compliance history (three or more inspections resulting in Voluntary Action Indicated findings or one or more resulting in Official Action Indicated findings within the last five years) are high risk

FDA stated that it plans to modify and adjust these criteria in the future as it develops data on some of the FSMA criteria and for other reasons. It also reserved the right to inspect a facility more frequently when necessary in its judgment.

© 2012 BARNES & THORNBURG LLP

“Pascalization” Provides a New Alternative for Food Preservation

Recently in The National Law Review an article regarding Food Preservation by Matthew B. Eugster of Varnum LLP:

Varnum LLP

 

Pascalatization, also known as high-pressure processing (HPP), is a procedure for subjecting food to extreme water pressure (typically 40,000 to 80,000 PS) inside pressure chambers.  The extreme pressures used in the Pascalization process kills dangerous bacteria, molds and viruses without crushing or destroying the food.  Because no heat or chemical use is required, food can be preserved without cooking or altering the texture or flavor of foods.  With increasing “pressure” (pun intended) on the food industry to comply with increasing food safety standards and reduce chemical use, pascalization may provide a viable alternative for preserving foods.  The food processing industry has begun to take notice, and use of this technology is expected to increase.

© 2012 Varnum LLP