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FDA

FDA’s Pesticide Analysis Finds Most Foods Tested Below EPA Tolerance Levels

By Food Safety Tech Staff
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FDA

Today FDA released the results of its yearly report on pesticide residues, and the good news is that of the 6504 samples taken, most of them were below EPA tolerance levels. As part of the Pesticide Residue Monitoring Program for FY 2017, FDA tested for 761 pesticides and industrial chemicals in domestic and imported foods for animals and humans. The following are some highlights of the FDA’s findings:

  • Percentage of foods compliant with federal standards
    • 96.2% of domestic human foods
    • 89.6% of imported human foods
    • 98.8% domestic animal foods
    • 94.4% imported animal foods
  • Percentage of food samples without pesticide residues
    • Milk and game meat: 100%
    • Shell egg: 87.5%
    • Honey: 77.3%
  • Percentage of food samples without glyphosate or glufosinate residues
  • Milk and eggs: 100%
  • Corn: 82.1%
  • Soybeans: 60%

“Ensuring the safety of the American food supply is a critical part of the work of the U.S. Food and Drug Administration. Our annual efforts to test both human and animal foods for pesticide residues in foods is important as we work to limit exposure to any pesticide residues that may be unsafe,” said Susan Mayne, Ph.D., director of FDA’s CFSAN, in an agency release. “We will continue to do this important monitoring work, taking action when appropriate, to help ensure our food supply remains among the safest in the world.”

Karen Everstine, Decernis
Food Fraud Quick Bites

What Is on the Food Fraud Horizon?

By Karen Everstine, Ph.D.
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Karen Everstine, Decernis

People like to ask “what is the next melamine?” Of course, this is an impossible question to answer. However, methods of perpetrating food fraud are rarely novel. Even melamine had a history of use in feed products for nitrogen enhancement.

Examples of recurring food fraud in recent history include:

Spices, food fraud
Spices continue to be a big target of food fraud.

Herbs and spices: High-value commodities, especially when sold in dried, flaked or ground form, have been targets of fraud for ages. Although recent work looking specifically at oregano shed new light on the problems in that particular herb, the group as a whole is long known to be prone to substitution with other plant material and addition of dyes to improve color. Lead chromate and lead oxide have both been used in spices to add color. A recent study in the United States conducted testing on spices recovered from the homes of children diagnosed with lead poisoning and determined that some lead poisoning cases can be attributed to high levels of lead in spices consumed by children.

Milk: Milk has been repeatedly prone to the addition of protein-mimicking compounds such as urea, the addition of other fats such as vegetable oil, and the addition of preservatives such as formaldehyde. Melamine addition to milk discovered in 2008 was not entirely novel. The addition of melamine to artificially enhance the apparent protein content of a product was documented in scientific papers in the 1980s.1

Meat: The two main concerns with meat fraud are species substitution and misrepresentation of production practices. The recent scandals involving horse meat and sick cows slaughtered for meat illustrate the continuing incentive to substitute less expensive species and to misrepresent the production practices of meat.

Liquor: Alcoholic beverages are also a high-value target, especially if they are a popular brand. Counterfeit alcohol is a common form of food fraud cited in the Food Fraud Database. Unfortunately, the use of methanol in unregulated liquor production repeatedly results in illnesses and deaths in consumers.

What forms of food fraud will be common in the coming years? Millennials reportedly place value on sustainability, convenience, high protein, and production practices such as organic and “local.” Verifying claims around production practices through long food supply chains is notoriously challenging. Increasing interest by consumers in these types of label claims may increase this type of fraud in the future.

Reference

  1. Bisaz, R., and A. Kummer. “Determination of 2, 4, 6-triamino-1, 3, 5-triazine (melamine) in potatoe proteins.” Mitt. Gebiete Lebensm. Hyg 74 (1983): 74-79.