Sugar Alcohols: Different Forms and Uses

Whole foods that sugar alcohols come from — corn, grapes, peach, strawberries and white sweetener on a cream surface

Sugar Alcohols: Different Forms and Uses

Whole foods that sugar alcohols come from — corn, grapes, peach, strawberries and white sweetener on a cream surface

As we become more health-conscious, many of us are shifting toward reduced sugar diets to improve overall health. Concerns about the negative effect of sugar on health led to the increased popularity of sugar alternatives, including sugar alcohol.

If you've recently read the “Nutrition Facts” panel on sugar-free gum or sugar-free supplement package, you might be surprised to learn that it contains “sugar alcohol.” Don't be tricked by the name, though! Let's just say it's a people-friendly name given to this ingredient which simply means a form of carbohydrate with a chemical composition comparable to sugar.

Despite having the same name, sugar, alcohol, and alcoholic beverages do not have the same chemical structure. Sugar alcohol contains no ethanol, which is present in alcoholic beverages.

What are Sugar Alcohols and Their Uses?

Sugar alcohols (polyols) are sweeteners and bulking agents manufacturers use to sweeten products while cutting calories.

Sugar alcohols (or polyols) are ingredients primarily used as sweeteners and bulking agents. We don’t normally use them at home in food preparation, but they are usually found in various products such as food, beverage, supplements, etc. Manufacturers use them to sweeten their products and decrease calorie content at the same time.

Drinkssugar-free beverages
Gum & mintsfresh, sugar-free
Baked goodscandies & chocolate
Supplementslike Root'd*

How are Sugar Alcohols Different from Regular Sugar?

Sugar is fully digested into energy; sugar alcohols are only partly digested — that's where their advantages come from.

Two spoons side by side comparing coarse sugar crystals and fine sugar-alcohol sweetener
Side by side they look alike — but your body handles them very differently.

Bissell (a nutritionist) said that while some sugar alcohols are produced from fruits and vegetables, most are actually artificial, unlike sugar which is 100% natural — exclusively from fruits, vegetables, plants, and milk.

A major difference? Sugar is easily digested and converted to energy our bodies use to function. On the other hand, sugar alcohols are not completely digested and absorbed, thus offering several advantages compared to regular sugar.

Why is Sugar Alcohols Better Than Normal Sugar?

Compared to sugar, polyols don't spike insulin, mostly skip metabolism, carry fewer calories, and are gentler on teeth.*

  • Sugar alcohols DO NOT impact insulin levels (sugar does)*
  • Sugar alcohol DO NOT metabolize in your system (sugar does)*
  • Sugar alcohols contain fewer calories per gram
  • Sugar alcohols help to manage blood sugar levels*
  • Sugar alcohols may reduce the build-up of bacteria and cavities.*
  • Sugar alcohols may aid in weight loss since they have a lower glycemic index and carbohydrate content than sugar.*

Sugar vs. sugar alcohols, side by side*

What it does Sugar Sugar alcohols
Spikes insulin* ✓ no
Fully metabolized* ✓ no
Fewer calories per gram
Helps manage blood sugar*
Gentler on teeth*

Teal check = the win goes to sugar alcohols.*

Forms of Sugar Alcohols

How sweet is each one? (vs. table sugar = 100%)

Xylitol
~100%
Maltitol
75–90%
Erythritol
60–80%
Sorbitol
~60%
Mannitol
50–70%
Isomalt
45–65%
Lactitol
~40%

Xylitol is the sweetest of the bunch; lactitol is the mildest.

Fewer calories than sugar — by the numbers

0%
Erythritol — of sugar's calories
0%
Xylitol — fewer calories than sugar
0%
Maltitol — of sugar's calories

Same sweet taste, a fraction of the calorie load.*

Where they come from — tap a card

Corn
Erythritol & xylitol
Milk
Lactitol
Seaweed
Mannitol
Beet sugar
Isomalt

Some are plant-derived; others are produced commercially from starch.

Erythritol

Sweet, low-cal, and the most gut-friendly of the group — the one Root'd chose.*

Xylitol

The sweetest of the sugar alcohols, and a staple of mints, gum and oral-care products.

White mints, chewing gum and a bamboo toothbrush — xylitol is common in oral care products
Xylitol's home turf: mints, chewing gum, toothpaste and mouthwash.
  • Sweetest among all forms of sugar alcohols and contains approximately 40% fewer calories than regular sugar
  • Commercially used to manufacture mints, chewing gums, and oral care products such as toothpaste and mouthwash.
  • Produced from corncobs

Maltitol

Nearly as sweet as sugar with about half the calories — a favorite for sugar-free chocolate.

  • has 75%-90% sweetness and contains about 50% calories of a regular sugar
  • Commercially produced from starch and is used in the production of baked goods, sugar-free chocolates, chewing gum, candies, etc.
  • Also used in chocolate-flavored desserts due to its creamy texture and high melting point.
Dark chocolate squares, cookies and caramel candies sweetened with sugar alcohols
Maltitol's creamy texture and high melting point make it a go-to for sugar-free chocolate.

Sorbitol

A cool, smooth-tasting polyol you'll find in soft candies and jelly spreads.

  • has 60% sweetness and about 60% of the calories of a regular sugar
  • a common ingredient in sugar-free foods and drinks such as soft candy and jelly spreads
  • has a cool taste and smooth mouthfeel

Mannitol

Found in vegetables like carrots and asparagus, and manufactured from seaweed.

  • 50%-70% sweet as sugar
  • Naturally found in carrots, olives, and asparagus
  • Manufactured from seaweed

Isomalt

A mild, beet-sugar-derived polyol about half as sweet as sugar.

  • About 45%-65% as sweet as sugar
  • Comes from beet sugar

Lactitol

The mildest sweetener of the group, made from milk.

  • Provides about 40% sweetness of sugar
  • Produced from milk

Hydrogenated starch hydrolysates

A blend of sugar alcohols, so its sweetness spans a wide range.

  • Has about 40% - 90% sweetness of sugar
  • Produced by mixing different forms of sugar alcohols

Bottomline

Sugar alcohols satisfy a sweet craving with fewer calories — just don't overdo it, and check the label.*

Sugar alcohols come in different forms and are used to enhance the taste and texture of most products we consume and enjoy. They help satisfy our sweet cravings without compromising our health by reducing calorie and sugar intake.*

'Though FDA approved1 sugar-alcohols for human consumption, remember not to consume them excessively as it may trigger stomach upset and gastrointestinal discomfort.*

Now, if you are always on the go and don't want to risk dealing with bloating or diarrhea, you may want to be keen to check on the label and look for products containing erythritol as it is found to be more gut-friendly* than any other forms we've mentioned above. Root'd uses non-GMO erythritol for this reason, along with its low-calorie count. It also does not metabolize in your system, thus not impacting your insulin levels.* It really is a wonder sweetener!

Meet Root'd

Root'd is the sugar-free, effervescent multivitamin you mix into water — 25 vitamins, minerals and electrolytes, sweetened with non-GMO erythritol, with 0g added sugar.*

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FAQs

Sugar alcohol questions, answered

Neither. Despite the name, a sugar alcohol is simply a form of carbohydrate with a chemical composition comparable to sugar. It contains no ethanol, which is what's present in alcoholic beverages.

The common forms are erythritol, xylitol, maltitol, sorbitol, mannitol, isomalt, lactitol, and hydrogenated starch hydrolysates. Each differs in sweetness, calories, and source.

Xylitol is the sweetest among all forms of sugar alcohols and contains approximately 40% fewer calories than regular sugar.

Sugar is easily digested and converted to energy, while sugar alcohols are not completely digested and absorbed. That means they don't impact insulin levels, contain fewer calories per gram, and can help manage blood sugar.*

Root'd uses non-GMO erythritol because it's the most gut-friendly form, low in calories, doesn't metabolize in your system, and doesn't impact insulin levels.*

References

  1. Institute of Food Technologists (IFT) — regulatory status of alternative sweeteners. Source
  2. Food Insight — what is erythritol? Food sources. Source

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