Is Carrageenan Vegan?

Carrageenans are a group of polysaccharides (an extravagant word for complex carbs) that have a few users in the food business, including thickening, gelling, and adjustment. People experience the fixing constantly when filtering nourishment names for vegan neighborliness, and need to know whether the fixing is cold-bloodedness free.

Is it vegan? Indeed, carrageenan is 100% vegan well disposed of. It’s basically a straight sulfated starch separated from red consumable seaweeds.1 However, the fixing is utilized in the assembling of a few non-vegan food applications.

What we’ll do here is go over the utilization of carrageenan in both vegan and non-vegan food.

Carrageenan in Vegan Foods

Reduced-Fat Food Products

Vegetable gums like carrageenan are generally sold as a dry powder to be utilized as a stabilizer in the creation of certain low-calorie whipped beating, puddings, sugary treats, desserts, and dressings.

Vegan Ice Creams

Carrageenan is utilized in many solidified items since vegetable gums help control gem development, and permit the food to stay stable in the freezing and defrosting processes.

Carrageenan is viewed as hydrocolloid nourishment added substance, which is a class of added substances that contain a few hydroxyl gatherings, making them hydrophilic—which means they love to pull in water.

The capacity of hydrocolloids to tie water balances out items during the freezing and defrosting process.

Bread Products

Stringy mixes in plants that gel up when presented to water do so in light of the fact that they have a one of a kind capacity to assimilate water and swell up to a size a few times their unique volume.

This permits the added substance to be utilized to expand the dampness substance and volume of bread items.

Explicit kinds of hydrocolloids that will, in general, be utilized in breads incorporate carboxymethyl cellulose (CMC), otherwise known as cellulose gum and guar gum. I composed articles on cellulose gum and guar gum and their vegan status you might need to look at.

Kappa-carrageenan is another gum utilized in bread items. It improves mixture soundness during the sealing process.

Kappa-carrageenan likewise emphatically influences the procedure of gelatinization, just as the gluing properties of wheat flour.

Vegan-Friendly Emulsions (Salad Dressings, Etc.)

Emulsifying operators like carrageenan go about as a scaffold among water and oil mixes, which don’t typically prefer to blend.

Carrageenan is a two-section particle, with one segment being hydrophobic (water-dreading) and the other segment being hydrophilic (water-cherishing).

The utilization of emulsifiers permits nourishment makers to decrease the fat substance of different nourishment items in a manner that permits the emulsion to keep up a decent consistency as if the fat hadn’t been evacuated.

It’s been proposed that the equalization of hydrophobic and hydrophilic mixes permits emulsifiers to go about as a “zipper” in bringing the oil and water segments together.

Thickening, Binding, and Texturizing

Emulsifiers like carrageenan are utilized in the above nourishments to expand their thickness—food sources with high consistency are thick, while food with a low thickness is meager.

Different instances of plant-based food gums utilized for this reason incorporate carob bean gum, algin, guar gum, gum arabic, grasshopper bean, gum karaya, and gum tragacanth.

One tactile property presented by the higher consistency is an improved mouthfeel. One motivation behind why fat makes food so delicious is that it makes nourishments pleasant and smooth.

Carrageenan is a typical fat replacer utilized in decreased fat food (dressings, prepared products, solidified treats, cakes, and desserts), to give a smooth mouthfeel.

The clingy consistency of vegetable gums additionally makes the added substances incredible for use as fasteners.

Carrageenan in Non-Vegan Foods

Because a food added substance is vegan in itself, it doesn’t imply that each use of the fixing will be in vegan benevolent foods.

Meat and Poultry

Makers have since quite a while ago utilized different food fixings to create diminished fat meat items.

The fat in ground hamburger is expelled and supplanted with extenders like carrageenan just as oat wheat or fiber, plant starches, changed food starches, maltodextrins, soy proteins, nonfat dry milk solids, and texturized veggie protein (TVP).

Some extenders upgrade the flavor alongside giving a lower the fat content.10

Both meat and poultry items utilize carrageenan as a binder.

Any sort of precisely isolated and stuck together meat needs a cover, and carrageenan is a typical one.

The surface of poultry items is controlled by various components. The physical expulsion of the meat from the bone causes the collagen strands and myofibril proteins to be redistributed, which makes progressively steady meat emulsion.12

Another essential factor impacting the surface of meat is the utilization of vegetable gums like carrageenan.

Carrageenan is additionally utilized as a characteristic relieving specialist. “Common” added substances are regularly used to supplant synthetic added substances, for marking purposes.

While the USDA doesn’t perceive “characteristic relieving,” producers have since quite a while ago utilized regular mixes like plant gums to fix meats.

Instances of characteristic added substances utilized as relieving specialists incorporate carrageenan just as vegetable and organic product juices, sodium bicarbonate (heating pop), vinegar, sugar, nectar, flavors, and food starter societies.

Dairy Products

Carrageenan will, in general, be utilized in different dairy items for its thickening and balancing out properties.

For instance, chocolate milk needs a stabilizer to support keep the cocoa solids from settling out of the milk.

One of the most well-known stabilizers utilized for this intention is kappa II carrageenan (at 0.02–0.03%) in light of the fact that it experiences a response with the milk proteins delivering a gel, which gives the chocolate milk a thicker mouthfeel contrasted with ordinary milk.

Harsh cream is another basic nourishment item you’ll discover carrageenan in. To deliver a sharp cream that is on the thicker side, producers ordinarily use MSNF (milk solids nonfat), compounds, and certain vegetable gums like carrageenan.

Vegan desserts are by all accounts, not the only frozen yogurts that utilize carrageenan and other vegetable gums.

These gums add body to the final result and help balance out it during the freezing and defrosting process.

In the event that you’ve at any point had handcrafted frozen yogurt, you’ve no uncertainty seen that it has a significantly less smooth surface and body contrasted with business dessert.

This is on the grounds that business frozen yogurt includes stabilizers at about 0.5%. Normal vegetable gums incorporate carrageenan just as sodium carboxymethylcellulose (CMC), agar, guar gum, acacia, alginate, karaya, furcelleran, grasshopper bean, xanthan, tragacanth, and gelatin.

The gums are additionally used to help oppose dissolving, improve thickness, and decrease ice precious stone formation.

The gums fill in as stabilizers by joining water atoms as they are liberated from the dissolving ice during episodes of expanded temperature, for example, when opening the cooler entryway.

The water, being bound to the gums, can’t join to existing ice precious stones. Notwithstanding the nearness of gum added substances, the precious stones would get bigger and bigger after some time, which unfavorably influences the quality.

The utilization of stabilizers likewise makes the creation of solidified treats progressively practical, in light of the fact that they lessen the measure of cream expected to keep up the body, which brings down creation cost.

Anyway, that is it for carrageenan. A debt of gratitude is in order for perusing.

You may likewise need to look at the accompanying related articles:


  1. Carrageenan.
  2. Understanding Food: Principles and Preparation (Page 44). Amy Brown – Wadsworth Cengage Learning – 2011
  3. Arendt EK, A Morrissey, MM Moore, and F Dal Bello. Gluten-free breads. In EK Arendt and F Dal Bello F. Gluten-free Cereal Products and Beverages. Elsevier, 2008.
  4. Understanding Food: Principles and Preparation (Page 420). Amy Brown – Wadsworth Cengage Learning – 2011
  5. Boyle E, and JB German. Monoglycerides in membrane systems. Critical Reviews in Food Science and Nutrition 36(8):785–805, 1996.
  6. Understanding Food: Principles and Preparation (Page 271). Amy Brown – Wadsworth Cengage Learning – 2011
  7. Understanding Food: Principles and Preparation (Page 57). Amy Brown – Wadsworth Cengage Learning – 2011
  8. Understanding Food: Principles and Preparation (Page 45). Amy Brown – Wadsworth Cengage Learning – 2011
  9. DeFreitas Z, et al. Carrageenan effects on salt-soluble meat proteins in model systems. Journal of Food Science 62(3):539–543, 1997.
  10. Understanding Food: Principles and Preparation (Page 153). Amy Brown – Wadsworth Cengage Learning – 2011
  11. Understanding Food: Principles and Preparation (Page 158). Amy Brown – Wadsworth Cengage Learning – 2011
  12. Tanaka MCY, and M Shimokomaki. Collagen types in mechanically deboned chicken meat. Journal of Food Biochemistry 20:215–225, 1996.
  13. Bacus JN. Navigating the processed meats labeling maze. Food Technology 61(11):28–32, 2007.
  14. Aryana KJ. Flavored milks. In Hui Y, et al., Handbook of Food Products Manufacturing: Health, Meat, Poultry, Seafood, and Vegetables. John Wiley and Sons, 2007.
  15. Understanding Food: Principles and Preparation (Page 217). Amy Brown – Wadsworth Cengage Learning – 2011
  16. Understanding Food: Principles and Preparation (Page 223). Amy Brown – Wadsworth Cengage Learning – 2011
  17. Whistler RL, and JN BeMiller. Carbohydrate Chemistry for Food Scientists. Eagen Press, 1997.
  18. Martin DR, et al. Diffusion of aqueous sugar solutions as affected by locust bean gum studied by NMR. Journal of Food Science 64(1):46–69, 1999.
  19. Sutton RL, and J Wilcox. Recrystallization in model ice cream solutions as affected by stabilizer concentration. Journal of Food Science 63(1): 9–11, 1998.
  20. Understanding Food: Principles and Preparation (Page 540). Amy Brown – Wadsworth Cengage Learning – 2011

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