E411 - Oat gum
Synonyms: E411Oat gum
Origin:
Products: Found in 0 products
Oat gum (E411) is a soluble fiber extracted from oats and used in foods as a natural texturizer. It helps thicken and stabilize liquids, giving a smooth, creamy feel without adding much taste or color. It is sometimes listed on labels as oat beta‑glucan or oat soluble fiber.
At a glance
Here is a quick look at what E411 — Oat gum does and where you might find it.
- Role: thickener, stabilizer, and texture improver
- Source: extracted from oats (a cereal grain)
- Appearance: off‑white to light tan powder; neutral taste
- What it does: adds body to drinks, keeps sauces uniform, and helps stop watery separation
- Typical uses: beverages, dairy-style drinks, soups, sauces, dressings, and some baked fillings
- Dietary notes: it is a soluble fiber; amounts used as an additive are usually small
- Label names: E411, oat gum, oat beta‑glucan, oat soluble fiber
Why is Oat gum added to food?
Food makers use oat gum to make liquids feel thicker and smoother, and to keep mixtures from separating. It binds water, improves “body,” and gives a creamy mouthfeel in low‑fat products. Globally, it is recognized as a thickener and stabilizer for a range of food categories.1
What foods contain Oat gum?
You may find oat gum in flavored drinks, oat- or dairy‑style beverages, soups, sauces, dressings, and some desserts or bakery fillings. International standards list it for use in several food categories, including beverages and composite foods, where it helps manage texture and stability.1
What can replace Oat gum?
If a recipe or product cannot use oat gum, makers often turn to other hydrocolloids (thickening and gelling agents):
- xanthan gum for strong thickening at low levels and good suspension
- guar gum for cold‑process thickening and cost‑effectiveness
- locust bean gum to build body and improve creaminess, often in blends
- acacia gum for stabilizing flavors and emulsions with low viscosity
- gellan gum when a soft gel or fluid gel is desired
- pectins in fruit systems and some dairy
- sodium carboxymethylcellulose for stable viscosity and freeze‑thaw resilience
Each option has its own texture profile, process needs, and flavor release, so formulators choose based on the specific product.
How is Oat gum made?
Oat gum is produced by milling oats and extracting the soluble fiber with water. The fiber-rich portion is then separated, purified, and dried into a fine powder that disperses in water and increases viscosity. In the European Union, specifications describe oat gum as a water‑extracted, oat‑derived soluble fiber with defined identity and purity criteria.2
Is Oat gum safe to eat?
Oat gum is authorized in the European Union as E411 with official identity and purity specifications for food use.2 It also appears in the Codex Alimentarius (a joint FAO/WHO food standards program) as additive INS 411, reflecting acceptance for use in many countries.1 As with other soluble fibers, eating large amounts may cause temporary gas or bloating in some people; amounts used as additives are typically modest.
Does Oat gum have any benefits?
Oat gum is rich in beta‑glucan, a soluble fiber. In the United States, the Food and Drug Administration (FDA) authorizes a health claim that diets low in saturated fat and cholesterol that include at least 3 grams per day of beta‑glucan soluble fiber from oats may reduce the risk of heart disease.3 However, the quantity of oat gum used as a texture ingredient in a single food is often much smaller than the amount needed for this benefit, so it helps most when part of an overall diet that includes oat foods.3
Who should avoid Oat gum?
Most people can consume foods with oat gum without issue, but a few should take care:
- Anyone with a known oat allergy should avoid it.
- People advised to follow a low‑fiber diet (for example, before or after certain medical procedures) should check with a healthcare professional.
- Those with celiac disease should confirm the product’s gluten‑free status if cross‑contact with gluten‑containing grains is a concern.
Myths & facts
- Myth: Oat gum is a synthetic chemical. Fact: It is a soluble fiber extracted from oats.
- Myth: Oat gum is the same as gluten. Fact: Oat gum is fiber (mainly beta‑glucan), not gluten protein.
- Myth: It sweetens foods. Fact: Oat gum has little flavor and is used for texture, not sweetness.
- Myth: Any product with oat gum lowers cholesterol. Fact: The cholesterol benefit depends on total daily beta‑glucan intake; additive amounts are usually too small by themselves to meet the FDA threshold.3
Oat gum in branded foods
On ingredient lists, look for “oat gum,” “E411,” “oat beta‑glucan,” or “oat soluble fiber.” It commonly appears in ready‑to‑drink beverages, oat‑based or dairy‑style drinks, creamy soups, sauces and dressings, and some dessert gels or fillings. Many products use it alongside other gums to fine‑tune feel and stability.
References
Footnotes
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Oat gum (INS 411) — Codex Alimentarius, GSFA Online. https://www.fao.org/gsfaonline/additives/details.html?id=411 ↩ ↩2 ↩3
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Commission Regulation (EU) No 231/2012 laying down specifications for food additives listed in Annexes II and III to Regulation (EC) No 1333/2008 — EUR‑Lex. https://eur-lex.europa.eu/eli/reg/2012/231/oj ↩ ↩2
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Health claims; soluble fiber from certain foods and risk of coronary heart disease — 21 CFR 101.81, U.S. FDA. https://www.ecfr.gov/current/title-21/section-101.81 ↩ ↩2 ↩3
Popular Questions
Cobas e411 how to use?
E411 is oat gum, a plant-derived thickener and stabilizer for foods, not the cobas e411 analyzer. To use it, disperse it in water with good mixing and apply at low levels (about 0.1–1%) to increase viscosity and prevent separation.
Girlsdoporn e411 who is the girl?
E411 here refers to oat gum, a soluble oat beta-glucan used to thicken and stabilize foods; it’s unrelated to adult content. It’s considered safe at normal food levels, though high intakes may cause gas or bloating in some people.
How can do calibration for ansulin on cabas e411?
If you meant E411 the additive, it doesn't involve calibration—oat gum is used by dispersing and hydrating it in water to thicken foods. Typical use levels are low (roughly 0.1–1%), adjusted to the desired viscosity.
How can do calibration for insulin on cobas e411?
Calibration doesn't apply to E411 as a food additive; oat gum is added to formulations and hydrated with mixing to provide viscosity and stabilization. Use the minimum level that achieves the texture you want, often a fraction of a percent.
How does the cobas e411 work?
That model number is unrelated to the food additive: E411 is oat gum, which works by the water-binding and thickening action of oat beta-glucans. It increases viscosity, helps suspend particles, and improves mouthfeel and stability in foods.
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