Food Gloves & Latex Allergy Education
Politicians joke about the endless stretch of rubber chicken dinners they may consume in an election year. For people with a latex allergy, such a prospect may be no laughing matter. While latex serves as an effective barrier glove material and has the best fit because of its elasticity, the risks associated should not be ignored. The solution is not simple and many options are available for operators today. It should always be mentioned that handwashing (before putting on gloves) is always the primary barrier to contamination and gloves are considered a good secondary barrier.
What is latex and the allergy? Natural rubber latex (NRL) is derived from the sap of the rubber tree, and is found in a variety of 40,000+ common consumer products such as rubber bands, balloons, shoes, underwear, plus a large number of medical devices. Latex allergy is a reaction to certain proteins in latex rubber. The amount of latex exposure needed to product sensitization is unknown, but can develop over time. Mild reactions to latex involve skin redness, hives, or itching. More severe reactions may involve respiratory symptoms such as runny nose, sneezing itchy eyes, scratchy throat, and asthma, with the most severe being anaphylactic shock in highly sensitized persons. According to the National Institute for Occupational Safety & Health, about 1-6% of the general population and 8-12% of regularly exposed health care workers are allergic to latex in varying degrees. A small percentage of the highly sensitized people have reported reactions to food prepared with latex gloves.
Sufferers of NRL allergies are often people who are sensitized to other food allergies. They often have a cross reactive allergy to citrus fruits and nuts such as avocados, bananas, kiwi, chestnuts, almonds, bananas, tomatoes, potatoes, and papaya. People with spina bifida are also at increased risk for latex allergy. If you think you are allergic to latex, get an accurate diagnosis from your doctor.
Food Regulations–With the prevalent use of latex and following the first diagnosed reaction in 1979, latex allergy is now mentioned in the most recent FDA food regulation—the 2013 Food Code. There are caution statements, but no ban from FDA. A committee of experts has studied the issue with no recommendation to go as far as banning latex for food contact at this point. A few states have chosen in their regulations to allow only non-latex gloves for food handling including Arizona, Oregon, and Rhode Island. Six other states have a less stringent recommendation to not use latex gloves for food handling or post a notice that latex gloves are in use (WA, KS, MI, MA, WI, NY). See the full NBHC map >
What about the glove powder? Some latex gloves contain donning 
powder (usually corn starch) which is a part of the manufacturing process. Powder also aides in slipping the glove on the hand. Latex proteins can bind to the powder granules and either remain on the skin when the glove is removed or release into the air when gloves are removed. It’s important to wash hands before and after the use of gloves to remove any powder from the skin to lessen the chance of sensitization. High quality, powder-free latex gloves have a drastically lower level of NRL protein and lessen the chance of sensitization over time. Some prominent hospitals have chosen to use quality powder-free latex gloves to create “latex-safe” environments.
Quality alternatives to latex —For those whom powder-free gloves are not enough, many non-latex alternatives are available. While no synthetic material is able to perfectly match latex in its exact fit and memory, many glove types will provide the dexterity for the food task. Higher quality vinyl or polyethylene gloves will handle most food handling tasks, with poly being the lowest cost. New synthetic alternatives have emerged, such as FoodHandler’s TekNique gloves, that look and feel like latex, have some elasticity, and are comparable in cost to vinyl or NRL. Nitrile gloves are also a synthetic option at a bit higher cost.
Food gloves are important tools in reducing the risk of foodborne illness transmission with proper use. Coupled with handwashing and utensils, gloves can provide an invaluable level of protection. Knowledgeable operators who understand the risks as well as the benefits of latex gloves, coupled with informed decisions concerning latex alternatives can prove to be effective in combating latex allergies.
Bottom Line: Those who suffer from the latex allergy must practice avoidance. FoodHandler advocates a two-pronged approach to addressing latex allergy in foodservice. (1) Managers must be educated about the potential risks to workers and consumers. (2) Provide high quality latex-free alternatives at those foodservice facilities choosing to eliminate the use of latex gloves. If you have more questions, contact FoodHandler
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About the Author: Lacie Thrall
Lacie Thrall passed away in early 2017 after a long illness. She dedicated her 35-year career to improving the health and well-being of others by promoting food safety best practices. Lacie worked in environmental health for 17 years before joining FoodHandler in 1997 as the Director of Safety Management. While at FoodHandler, she trained employees and customers on safe food handling practices, including proper hand hygiene and glove use. Later as a FoodHandler consultant, Lacie provided the foodservice industry with food safety information and advice through her blog on FoodHandler.com.
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Continuing the theme I picked up on a few months ago, discussing common causes of foodborne illness, I’d like to focus this blog on cross contamination, more precisely sanitation. Sanitation is another issue that employees don’t often do at home, so they discount the importance of it in the food production environment. That is to say that they have never made someone sick at home because they only clean their countertops and they have likely never sanitized their kitchen, so why is it so important in a foodservice facility?
Handwashing: The Habit that Isn’t as Common as We May Think
Earlier this year, I started to focus our FoodHandler Food Safety blogs on common food safety issues faced in each foodservice operation across the world. We’ve covered some of the most common issues, but perhaps none is more common than improper hand hygiene.
Is Implementing a Color-Coded Food Safety Plan Right for your Operation?
Foodborne pathogens are by far the most prevalent cause of foodborne illness in the United States and across the world. There are 31 known agents that cause foodborne illnesses, and more that are unspecified or yet undiscovered – remember, E. Coli 0157:H7 wasn’t identified until the early-1980s. It is estimated each year, 48 million illnesses occur because of these known and unknown pathogens, resulting in over 3,000 deaths.
Maintaining your Equipment: Is it the Missing Ingredient in your Recipe for Food Safety?
Although I am no longer in day-to-day operations, between our students and foodservice lab at the university and my volunteer activities in my local church, I keep a close hand in food production. This past week, I had the opportunity to lead a group of men at our church in preparation of a luncheon for 100 women who were attending a spirituality retreat. Over the course of the morning, I realized our main cooler in the kitchen was not functioning properly and was about 10˚F above the required temperature. While we do have a commercial kitchen, we do not routinely log temperatures, so when the unit started to malfunction is questionable. Even more concerning was not the lunch we were preparing for, but the dinner that was served the night before for 300+ families in the parish.
