• Serving independent schools and colleges with since 1990
SOCIAL MEDIA FEEDS
10/28/19

Food Additives from A to Z

Nutrition

sage img

Welcome to our new series on food additives! You’ve probably looked at ingredient labels on food and wondered what some of those words mean. Maybe you’ve even heard the advice to never eat what you can’t pronounce or that chemicals don’t belong in our foods.


But is that really true? Would you worry if you saw dihydrogen monoxide on a label instead of water? In this series, we’ll clear up some of the mysteries behind common food additives and help you understand what they’re doing in our food. Let’s start by looking at the different categories of food additives.


Anticaking agents are often added to dry foods, such as salt and baking powder, to keep them free flowing; common ones include silicon dioxide and calcium chloride.


Wonder how breads and baked goods maintain their stability and structure? They have dough strengtheners and conditioners. On labels, you might see sodium metabisulfite or ascorbic acid.


Have you noticed that some salad dressings need less shaking than others? That’s because of emulsifiers, such as soy lecithin or mono- and diglycerides.


Fat replacers are sometimes added to fat-free or reduced-fat foods to give them the creamy texture associated with fat. They show up in baked goods, frozen desserts, dressings, and dairy products and include xanthan gum and modified food starch.


Glycerin and sorbitol are humectants, added to foods in order to retain moisture. They keep soft candies and marshmallows pliable and prevent shredded coconut from drying out.


Leavening agents are added to foods to promote baked goods to rise. On labels, they include fumaric acid and sodium bicarbonate.


Natural and artificial colorings are added to foods to offset color loss because of storage conditions, such as light and heat; to correct variations in colors; and to provide color to colorless foods. These are approved by the FDA for use in food; they’re found most commonly in beverages, cereals, frozen dairy desserts, frostings, and snack foods.


Natural or artificial flavoring and spices are added to foods to impart a specific flavor or enhance flavors that are already part of the food. We’re careful to identify these for our guests, as they may contain allergens, such as mustard or sesame.


Nutrients are added to foods whenever vitamins and minerals are lost through processing or when specific nutrients are found to be lacking in the diet. Products using these will be labeled as fortified or enriched. They’re commonly found in breads, cereals, and milk.


Preservatives are added to prevent food from spoiling; to maintain the color, flavor, or texture of food; and to keep food fresh. They help extend shelf life and are in everything from cereals to meats and prepared fruits and vegetables.


Stabilizers, thickeners, binders, and texturizers are added to foods in order to produce a pleasant texture. They include guar gum and carrageenan, and you’ll find them mostly in frozen desserts, dairy products, and baked goods.


Sweeteners are added to sweeten food and can be natural or artificial, like fructose or sorbitol.


Throughout the blog series, you will see the term “GRAS.” This stands for Generally Recognized as Safe and is a designation that the Food and Drug Administration (FDA) gives to food additives. There are two ways for an additive to achieve GRAS status. The first is historical — if the additive was used before 1958 and has a history of consumption by a significant number of consumers, it’s GRAS.


The second is through scientific exploration. Data and information about the use of the additive must be shared, and qualified experts determine whether it’s safe for its intended use. That data and all relevant studies are then sent to the FDA to review and decide whether the additive will be considered GRAS. GRAS status is public, and you can find the list of approved additives on the FDA website.


As you see, there’s no shortage of additives in our food, because they serve so many different purposes — and this series will clear up confusion about some of the most common. Stay tuned for our next post, where we’ll start with acesulfame potassium, alpha-tocopherol, and ascorbic acid.

sage img

Alternative Proteins — Can a Burger Save Us?

sage img

How One SAGE Community Puts Sustainability First

Next post

ACCOUNT LOGIN

Logging In...
 

Forgot Your Password?

Login

Parents: MyKidsSpending | SAGE Careers

RESET

Verifying Account...
 

Lost your password? Please enter your username (which could be your email address). An email will be sent to the account on file with instructions for resetting your password.

An email was sent to the account on file with instructions for resetting your password.

Reset password

Back to log-in

Close

Quick Contact

Sending...