Tag Archives: food borne illnesses

The Ten Foods Most Likely to Make You Sick

salad

Can eating a salad make you sick? Believe it or not, salad greens are at the top of the list of America’s riskiest foods.

Examine the statistics: Leafy greens cause a full 30 percent of the estimated 76 million food-borne illnesses, 325,000 hospitalizations and 5,000 deaths in the U.S. each year.

The Washington-based Centers for Science in the Public Interest tracked data from 1990 and 2006 and revealed which foods caused the most food-poisoning outbreaks during that period:

1. Leafy greens, 363 outbreaks. Greens were found to contain various pathogens, including E. coli, norovirus and salmonella. They often can become contaminated during harvesting or during the pre-washing process for bagged lettuce.

2. Eggs, 325 outbreaks. Most of these outbreaks were from salmonella due to improper handling and cooking. Restaurants were the worst offenders, serving eggs too raw or leaving them too long on buffet tables.

3. Tuna, 268 outbreaks. The primary culprit is something called Scombroid poisoning, a toxin released when fresh fish is stored above 60 degrees F. It can cause headaches, cramps, nausea, diarrhea, palpitations and loss of vision.

4. Oysters, 132 outbreaks. Norovirus is common in tainted oysters and usually comes from the waters in which these delicacies are harvested. A bacterium called Vibrio is also present in oysters, and it can infect the bloodstream and be life-threatening.

5. Potatoes, 108 outbreaks. Outbreaks occur most frequently from contaminated or improperly refrigerated potato salad. The most common causes of potato-linked illnesses are E. coli and salmonella.

6. Cheese, 83 outbreaks. Salmonella is the most common cheese hazard. Although most cheese is made with pasteurized milk, California officials have warned that many Latin-American-style cheeses may be made by unlicensed manufacturers using milk that could contain harmful bacteria. Pregnant women should be cautious about eating soft cheeses like Brie or Camembert, which can carry Listeria. Listeria can cause miscarriage, say experts.

7. Ice cream, 75 outbreaks. Salmonella and staphylococcus, most often from raw eggs in homemade ice creams, were the biggest threat.

8. Tomatoes, 31 outbreaks. Tomatoes were implicated in four multistate outbreaks of salmonella. Restaurants were responsible for 70 percent of tomato-related illnesses.

9. Sprouts, 31 outbreaks. Sprout seeds can become contaminated with salmonella or E. Coli during storage. Because sprouts pose a contamination hazard, the FDA recommends that people with compromised immune systems, the elderly and the very young do not consume raw sprouts.

10. Berries, 25 outbreaks. Berries can be contaminated with hepatitis A or Cyclospora. In 1997 more than 2.6 million pounds of contaminated strawberries were recalled across several states when students became ill with hepatitis A, possibly from an infected farm worker.

Dr. Ellen Kamhi, author of The Natural Medicine Chest, tells Newsmax Health that even the most careful eaters can get food poisoning.

“My advice is to make sure your digestive system is in order because that’s where 70 percent of your immune system is stored,” she says. “Take a probiotic supplement daily to help you ward off food poisoning if you get it. Studies have shown that this can reduce the severity and symptoms.”

Dr. Kamhi also suggests thoroughly washing produce, even if it’s labeled “prewashed” on the package.

The Mayo Clinic offers these tips:

Wash hands, utensils and food surfaces thoroughly.
Keep raw foods separate from cooked food.
Cook foods to a safe temperature to kill bacteria—between 146 and 165 degrees F.
Keep foods hot or refrigerated until serving.
Defrost foods safely in the refrigerator—not at room temperature.
When in doubt, throw it out. If you aren’t sure a food has been prepared, served or stored safely, discard it.

Preventing Food Borne Illness Remains Illusive

chicken legs

Americans enjoy one of the world’s safest food and water supplies, in part due to a host of products of chemistry, from simple disinfectants such as chlorine and soap to modified atmosphere packaging.

But while dreadful diseases such as typhoid fever, cholera and tuberculosis have been virtually eliminated in the United States, there are 76 million cases of food borne illness here every year, leading to untold billions in costs, unnecessary suffering and nearly 5,000 deaths. Eradication of food borne diseases remains elusive. Disease causing microbes and pathogens are the primary culprit. That’s where chemistry can help, from farm to table.

Innovations in Food Safety

Food growers use chemical compounds to eradicate a plethora of disease carrying pests that compete for our food supply.

Chlorine disinfectants used in industrial food production penetrate the germ cell walls and membranes, bursting open the germs and leaving them unable to reproduce.

To identify disease causing “bugs” before they reach store shelves and our homes, the business of chemistry has created a DNA-based diagnosis to detect contamination in raw ingredients and finished foods. This Nobel Prize winning technology has become standard in the United States and much of the world to improve food safety.

Plastic packaging plays a major role in protecting fresh, processed and prepared food, as a trip down the grocery aisle can attest. Plastics’ unique properties allow food to remain sealed against air and grime, helping to prevent tampering while extending shelf life. Foods packaged in a modified gaseous atmosphere (replacing air with nitrogen and carbon dioxide, for example) resist mold and spoilage caused by microbes.

Modern refrigeration is made possible by plastics (insulation, liners, hoses, seals, etc.) and chemical refrigerants.

The World Health Organization estimates that diseases associated with dirty water kill at least 6,000 people every day. The most effective weapon against waterborne bacteria and viruses is chlorine chemistry, so water treatment facilities across the world rely on this basic element to clean and disinfect drinking water.

Our military makes extensive use of chemistry for its MREs (meals ready to eat)—they cook themselves through a chemical reaction, withstand extreme temperatures and are designed to last three years without spoiling, made possible by layers of resilient plastics.

Policies to Ensure Chemical Safety

Promoting the safe use of the essential products of chemistry is a shared responsibility of manufacturers, the government and those who use or sell chemical products. Manufacturers and government must work together to:

Develop, implement and comply with sound regulations so chemicals are safe for intended use.

Enhance scientific understanding of chemical safety.

Produce publicly accessible safety information.

Americans must feel confident that the federal regulatory system is keeping pace with the applications of chemistry. Our nation’s primary chemicals management law must be updated to adapt to scientific advancements and to promote that chemical products are safe for intended use—while also encouraging innovation and protecting American jobs.