Our Verdict: RATING UNKNOWN

Methyl Propionate

CAS554-12-1

Insufficient data to assign a rating

We do not have enough regulatory data to assign a safety rating to this additive at this time.

Adverse Events

0

FDA CFSAN

FDA Recalls

0

OpenFDA

United States

Approved

FDA

European Union

Not_evaluated

EFSA

Methyl Propionate — food additive

Methyl propionate is a naturally occurring ester compound used as a flavoring agent in food products. It imparts fruity and apple-like notes and is primarily employed in beverages, baked goods, and confectionery applications.

US Status

Approved

FDA

EU Status

Not_evaluated

EFSA

Adverse Events

0

FDA CFSAN

FDA Recalls

0

OpenFDA

Global Regulatory Status

United States
ApprovedFDA
European Union
Not EvaluatedEFSA
United Kingdom
Not EvaluatedUK FSA
Canada
ApprovedHealth Canada
Australia
Not EvaluatedFSANZ
Japan
Not EvaluatedMHLW
South Korea
Not EvaluatedMFDS
Brazil
Not EvaluatedANVISA
China
Not EvaluatedNHC / GB 2760
India
Not EvaluatedFSSAI
Country data is sourced from official regulatory databases and enriched via AI analysis. Always verify with the relevant national authority before making dietary decisions.

What is Methyl Propionate?

Methyl propionate (CAS Number: 554-12-1) is an organic ester compound composed of propionic acid and methanol. It occurs naturally in various fruits and fermented foods, contributing to their characteristic fruity aromas. The compound is colorless to pale yellow liquid with a fruity, apple-like odor. As a flavoring agent, methyl propionate functions to enhance or impart specific taste and aroma profiles in processed foods.

Common Uses

Methyl propionate is utilized primarily as a flavoring adjuvant in the food industry. Its applications include:

- Beverages (soft drinks, flavored waters, alcoholic drinks)

- Baked goods (breads, pastries, cakes)

- Confectionery (candies, gums, chocolates)

- Dairy products (flavored yogurts, ice cream)

- Prepared foods and snacks

The compound is typically used in very small quantities, measured in parts per million, to achieve the desired flavor profile without overwhelming other taste components. Its fruity character makes it particularly valuable in formulations targeting fruit-flavored products.

Safety Assessment

Methyl propionate has not been formally evaluated for GRAS (Generally Recognized As Safe) status by the FDA, meaning it does not have blanket approval for all food applications in the United States. However, the absence of GRAS status does not indicate safety concerns; rather, it reflects that a formal safety petition has not been submitted or approved through FDA channels.

The safety profile of methyl propionate is supported by several factors:

- **No adverse events reported**: The FDA has recorded zero adverse events associated with methyl propionate consumption

- **No recalls**: No food recalls have been issued involving methyl propionate as a safety concern

- **Natural occurrence**: The compound is found naturally in fruits and fermented products, suggesting biological tolerance

- **Limited toxicity data**: Animal studies on methyl propionate and similar esters have not demonstrated significant toxicity at reasonable exposure levels

The compound is metabolized similarly to other short-chain esters and propionic acid derivatives. As with all food additives, actual safety depends on the total dietary exposure and individual circumstances.

Regulatory Status

Methyl propionate's regulatory status varies internationally:

**United States**: Not GRAS-approved by the FDA. Its use would typically fall under food additive regulations requiring pre-market approval or petition submission, though some uses may be authorized under flavor regulations.

**European Union**: The EFSA (European Food Safety Authority) has not established a formal safety assessment for methyl propionate as a food additive, though structurally similar esters have been evaluated.

**Other Regions**: Regulatory approval and restrictions vary by country. Manufacturers using this compound must verify compliance with local food additive regulations.

Food manufacturers seeking to use methyl propionate should confirm current regulatory status in their target markets, as regulations can change and regional approval processes differ substantially.

Key Studies

Scientific literature on methyl propionate is limited compared to more widely-used additives. Relevant research areas include:

- Ester metabolism and toxicology studies examining structurally similar compounds

- Flavor chemistry research documenting methyl propionate's sensory characteristics

- Natural occurrence studies in fruits and fermented foods

- Propionate safety data, as methyl propionate metabolizes to propionic acid

Propionic acid itself has a longer safety history and has been evaluated by regulatory agencies. However, direct human safety studies specifically on methyl propionate at food use levels are minimal in published literature. The lack of adverse event reports and recalls suggests adequate safety margins in current applications, though comprehensive toxicological data comparable to major food additives would strengthen the evidence base.

Frequently Asked Questions

What is Methyl Propionate?

Methyl propionate is a naturally occurring ester compound used as a flavoring agent in food products. It imparts fruity and apple-like notes and is primarily employed in beverages, baked goods, and confectionery applications.

Is Methyl Propionate safe?

Methyl Propionate is currently rated "unknown" based on FDA and EFSA data. It is approved in the US and not_evaluated in the EU. There are 0 FDA adverse event reports associated with this additive.

Is Methyl Propionate banned in any country?

Methyl Propionate is approved in the United States and not_evaluated in the European Union. Review the regulatory status cards above for the most current information.

Data Sources

Data is sourced exclusively from official government databases and updated periodically. This page does not constitute medical advice. Consult a healthcare professional for dietary guidance.