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Carvone

Controversial0 products
CAS
6485-40-1
PubChem CID
7439
Molecular Formula
C10H14O
Molecular Weight
150.2200 g/mol

Minty scent. Generally safe; may cause allergic reactions in some individuals.

What does it do?

Provides a fresh mint-like scent and taste to products.

Details

A natural component found in the volatile oils of plants such as mint and dill. It gives products a fresh minty scent and taste. generally considered safe, but can cause allergic reactions in some people. Those with sensitive skin or mint allergies should be cautious.

Functions

Restrictions

Function & Use

Perfuming

Masking

Flavouring

Regulatory note

  • EU 1223/2009 Annex IIIRestricted

Industry GHS notices (PubChem)

These are industry self-reports to ECHA, not our regulatory assessment.

  • H302(59.5%)- Harmful if swallowed
  • H317(99.8%)- May cause an allergic skin reaction
PubChem CID 7439
The verdict isn’t ours: below is what ToxValDB (EPA Toxicity Value Database) said, verbatim.

What The Sources Say

ToxValDB (EPA Toxicity Value Database)7
Hazard claimView source →

EPA ToxValDB skin/eye data — endpoint: Skin Sensitization, classification: Skin Sens. 1. Caveat: this is an aggregated record; dose, species and route of exposure must be considered together.

Hazard claimView source →

EPA ToxValDB skin/eye data — endpoint: Eye Irritation, classification: Classification not possible. Caveat: this is an aggregated record; dose, species and route of exposure must be considered together.

Hazard claimView source →

EPA ToxValDB skin/eye data — endpoint: Skin Irritation, classification: Classification not possible. Caveat: this is an aggregated record; dose, species and route of exposure must be considered together.

Hazard claimView source →

EPA ToxValDB skin/eye data — endpoint: Skin Sensitization, classification: Classification not possible. Caveat: this is an aggregated record; dose, species and route of exposure must be considered together.

Hazard claimView source →

EPA ToxValDB skin/eye data — endpoint: skin sensitisation: in vivo (LLNA), classification: High Frequency of Sensitization, species: mouse, study: skin sensitization, guideline: according to OECD Guideline 429 (Skin Sensitisation: Local Lymph Node Assay), year: 2007. Caveat: this is an aggregated record; dose, species and route of exposure must be considered together.

+2 more records.

Scientific References