Acacia gum, also called gum arabic — a natural tree sap that's been used in food for centuries, now getting a second look because of newer research on emulsifiers generally.
E414 is acacia gum (also called gum arabic), a natural gum tapped from acacia trees and used as a thickener, stabiliser and emulsifier. Food safety regulators consider it one of the lowest-concern additives in use, with no formal daily intake limit set anywhere. Goodnessly rates it Caution because a large 2024 French cohort study found a small statistical association between higher intake and type 2 diabetes risk — the same research that led the competing app Yuka to downgrade its own rating too.
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Read the FAQ →Acacia gum is a natural gum harvested from the sap of acacia trees, mainly grown across the Sahel region of Africa — Sudan, Chad and Nigeria supply most of the world's commercial gum arabic. Small cuts are made in the bark, and the sap that seeps out hardens into "tears" that are collected, cleaned and processed into a powder. It's one of the oldest food additives in continuous use, valued for its ability to bind and stabilise mixtures without adding much flavour of its own.
Acacia gum turns up wherever a product needs to hold a mixture together without separating.
Acacia gum has one of the cleanest regulatory records of any food additive — but a large 2024 cohort study has added a genuine new wrinkle to that picture. Here's how regulators currently treat it:
| Region | Status | What this means |
|---|---|---|
| AU/NZ Australia & New Zealand (FSANZ) | Permitted, no limit | Permitted at quantum satis (as much as needed for the intended purpose), with no maximum level set. |
| EU European Union (EFSA) | Permitted, no ADI | Listed as E414. EFSA re-evaluated it in 2017 and concluded no numerical Acceptable Daily Intake was necessary — the designation used for additives of very low toxicological concern. |
| US United States (FDA) | GRAS | Holds Generally Recognized As Safe status under 21 CFR 172.780. |
JECFA (the joint WHO/FAO expert committee) reached the same conclusion as EFSA: an ADI "not specified." The main documented downside at high intakes is mild bloating or digestive discomfort, since acacia gum is a fermentable fibre that reaches the colon largely intact.
This section is checked periodically rather than continuously — if you're reading this well after the date above, it's worth confirming nothing has changed before citing it.
Goodnessly rates E414 Caution to reflect this genuine, if still-developing, area of research — not because regulators or long-term safety data suggest a problem with typical use. It remains one of the most extensively reviewed and lowest-toxicity additives in the food supply.
Acacia gum is typically declared clearly on Australian ingredient lists. Look out for:
Soft drinks, confectionery and fibre-enriched products are the most common places to find it.
Yes — 414 (or E414) is the additive code for acacia gum, also known as gum arabic. Both names refer to the same natural gum tapped from acacia trees.
Yes. Unlike many food additives, acacia gum isn't synthesised in a lab — it's harvested directly from the sap of acacia trees, then cleaned and processed into a powder. No chemical modification is involved.
A large 2024 French cohort study found a small statistical association between higher acacia gum intake and type 2 diabetes risk, but this kind of observational study can show a link without proving the additive causes it. No food safety regulator has changed acacia gum's approval status in response, though the popular scanning app Yuka did downgrade its own rating for it around the same time.
Goodnessly rates E414 (Acacia / Gum Arabic) as Caution. It has an excellent long-term safety record with food regulators worldwide, but newer research linking higher intakes to type 2 diabetes risk means it no longer sits in our Safe tier while that evidence is still developing.
Yes to both. It's a plant-derived tree sap, contains no animal products, and is naturally gluten-free.
Scan any product with the Goodnessly app to instantly see its full additive breakdown, kept current as new research like this comes to light.
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