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What is Chobani zero sugar yogurt sweetened with?

4 min read

In 2021, Chobani launched its Zero Sugar yogurt, revolutionizing the dairy aisle with a product that contained zero grams of sugar. This achievement is made possible by an innovative manufacturing process and a combination of three natural, non-GMO sweeteners, which is the key to creating its naturally sweet taste without the sugar content.

Quick Summary

Chobani Zero Sugar yogurt achieves its sweet taste using a proprietary blend of three natural, non-GMO sweeteners: allulose, monk fruit extract, and stevia leaf extract. This is done after the milk's natural sugars have been significantly reduced through an ultra-filtration process and natural fermentation, which allows the live cultures to consume the remaining sugar.

Key Points

  • Three Natural Sweeteners: Chobani Zero Sugar is sweetened with a non-GMO blend of allulose, monk fruit extract, and stevia leaf extract.

  • Low-Calorie Allulose: Allulose is a naturally occurring rare sugar that is about 70% as sweet as table sugar and contains minimal calories, providing a sugar-like taste and texture.

  • Potent Monk Fruit and Stevia: Monk fruit and stevia extracts are highly potent sweeteners that contribute to the flavor without adding calories.

  • Filtered and Fermented Milk: The yogurt is made from ultra-filtered milk, and live cultures consume the remaining lactose, ensuring the base is already very low in sugar.

  • Lactose-Free: The manufacturing process, including fermentation, results in a final product that is lactose-free.

In This Article

A Blend of Natural Sweeteners

Chobani Zero Sugar yogurt uses a proprietary blend of non-GMO sweeteners, primarily allulose, monk fruit extract, and stevia leaf extract (Reb M). The combination is carefully balanced to mimic the taste of sugar while avoiding the unpleasant aftertastes sometimes associated with individual non-nutritive sweeteners. These natural alternatives are added only after the milk's own sugars have been mostly eliminated, giving the product its 'Zero Sugar' status.

Allulose

Allulose is a rare, naturally occurring monosaccharide (a simple sugar) found in small amounts in figs, raisins, and maple syrup. While it is chemically similar to fructose, the human body metabolizes it differently. This means it provides about 10% of the calories of regular sugar (sucrose) and has minimal impact on blood glucose or insulin levels. Allulose is roughly 70% as sweet as table sugar and, importantly, does not have the bitter aftertaste associated with some high-potency sweeteners. Its functional properties, such as its ability to caramelize and contribute to texture, make it a valuable ingredient in food manufacturing. The FDA has determined that allulose does not need to be included in the 'Added Sugars' count on nutritional labels, though it is counted as a carbohydrate. However, some consumers might experience gastrointestinal discomfort if they consume large amounts, which is a potential downside to be aware of.

Monk Fruit Extract

Monk fruit extract, also known as luo han guo, is another key component of the sweetener blend. It is derived from a small, sweet gourd native to Southeast Asia. The extract contains compounds called mogrosides, which are powerful antioxidants and are 100 to 250 times sweeter than sugar but contain no calories or carbohydrates. Monk fruit extract contributes a clean, sweet flavor to the yogurt and helps balance the overall taste profile. The use of monk fruit and allulose together is a common practice in the food industry to achieve a more rounded and sugar-like sweetness.

Stevia Leaf Extract

Stevia leaf extract, derived from the Stevia rebaudiana plant, provides additional sweetness to the Chobani blend. It is a highly potent, non-nutritive sweetener, with extracts being 200 to 300 times sweeter than sugar. The type used in Chobani Zero Sugar is specifically Reb M, which is purified from the stevia leaf and designed to have a less pronounced aftertaste than older stevia extracts. As with monk fruit, stevia leaf extract adds sweetness without adding calories or affecting blood sugar levels, making it suitable for those watching their sugar intake.

The Unique Chobani Manufacturing Process

Unlike other yogurts that rely solely on added sweeteners to mask the absence of sugar, Chobani Zero Sugar uses a two-step process to create its base product with minimal inherent sugars.

  1. Ultra-Filtration: The process begins by passing the milk through ultra-filters to remove some of the naturally occurring sugars, specifically lactose.
  2. Natural Fermentation: After filtration, the milk is fermented using live and active yogurt cultures. These cultures naturally consume the remaining lactose, further reducing the total sugar content.

Once this base is created, the blend of allulose, monk fruit extract, and stevia is added for flavor. This unique process ensures the yogurt starts with a very low sugar content, rather than simply adding a sweetener to a standard yogurt base.

Chobani Yogurt Comparison Table

Feature Chobani Zero Sugar Chobani Regular Greek Chobani Less Sugar Greek
Sweeteners Allulose, Monk Fruit, Stevia Sugar, Natural Flavors Sugar, Stevia, Monk Fruit
Total Sugar (per 5.3 oz cup) 0g ~14g ~9g
Added Sugar (per 5.3 oz cup) 0g ~12g 5g
Protein (per 5.3 oz cup) 12g ~12g 12g
Calories (per 5.3 oz cup) 60 ~120-130 ~120
Lactose Lactose-free Contains lactose Contains lactose
Dietary Suitability Keto-friendly, low-carb Standard Reduced-sugar

Conclusion: A Natural Approach to Zero Sugar

Chobani Zero Sugar yogurt is sweetened with a sophisticated combination of natural, non-GMO sweeteners—allulose, monk fruit, and stevia leaf extract. The result is a product that delivers a genuinely sweet taste without relying on artificial compounds or the calories and blood sugar impact of traditional sugar. By first removing the majority of the milk's natural lactose through filtration and fermentation, Chobani created a unique yogurt base before adding these sweeteners. This approach offers a compelling option for consumers seeking to reduce their sugar intake while still enjoying a flavorful and protein-rich product. Consumers should be mindful of potential gastrointestinal effects from allulose, though these are typically associated with larger doses. Ultimately, the blend of natural sweeteners represents a key innovation in the sugar-free dairy market.

For more detailed information on allulose, a key ingredient, you can refer to resources from health experts such as the Cleveland Clinic on allulose.

Frequently Asked Questions

Chobani Zero Sugar uses a proprietary blend of three natural, non-GMO sweeteners: allulose, monk fruit extract, and stevia leaf extract (Reb M).

No, Chobani Zero Sugar contains no artificial sweeteners. The company explicitly states that the product is made with only natural ingredients and natural sugar alternatives.

Chobani Zero Sugar contains 0g of total sugar and is sweetened with allulose, monk fruit, and stevia. Chobani Less Sugar contains 9g of total sugar per 5.3 oz serving and is sweetened with a combination of sugar, stevia, and monk fruit.

Yes, allulose is a naturally occurring rare sugar found in small quantities in fruits like figs and raisins. It is used as a natural, low-calorie sweetener in food products.

Yes, people with diabetes can typically eat Chobani Zero Sugar. Its sweeteners (allulose, monk fruit, and stevia) have a negligible impact on blood sugar levels, making it a suitable option for managing blood glucose.

Allulose is technically a carbohydrate, and the FDA requires it to be listed as such on the nutrition facts label. However, it is not metabolized like other sugars and provides minimal calories, so it does not significantly contribute to net carbohydrates.

The combination of allulose, monk fruit, and stevia is designed to minimize aftertaste. Allulose provides a clean taste similar to sugar, and the blend helps balance the flavor profile, reducing the aftertaste often associated with high-intensity sweeteners.

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Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.