Bursera Simaruba Bark Extract is the extract of the bark of Bursera simaruba (L.), Burseraceae
ANTIOXIDANT
Inhibiting reactions promoted by oxygen, thus avoiding oxidation and rancidity.
Definition provenance: European Commission CosIng ingredient-function terminology.
2907 ingredients in the EU CosIng inventory carry the ANTIOXIDANT function designation.
Ingredients with the ANTIOXIDANT function
Butenyl Aminolevulinate HCl is the organic compound
Buttermilk Extract Powder is the product obtained by the dehydration of an extract of buttermilk.
Butyl 2-Glyceryl Ascorbate is the organic compound
BUTYL 3,4-DIHYDROXYBENZOATE
cosing-live-101786Butyl 3,4-Dihydroxybenzoate is the organic compound that conforms to the formula
L-Ascorbic acid, 2-O-butyl-3-O-(2,3-dihydroxypropyl)-
BUTYLOCTANAMIDE MEA
98711Butyloctanamide MEA
Caffeic/Coco/Coumaric/Mangosteen Pericarp Esters is a complex mixture of esters formed by the transesterification reaction of caffeic, coco…
CAFFEOYL ETHYL METHIONATE
cosing-live-101747Caffeoyl Ethyl Methionate is the organic compound that conforms to the formula
CAFFEOYL HEXAPEPTIDE-43
96349Caffeoyl Hexapeptide-43 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-43.
CAFFEOYL HEXAPEPTIDE-48
90606Caffeoyl Hexapeptide-48 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-48.
CAFFEOYL HEXAPEPTIDE-50
90898Caffeoyl Hexapeptide-50 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-50.
CAFFEOYL HEXAPEPTIDE-56
91150Caffeoyl Hexapeptide-56 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-56
CAFFEOYL HEXAPEPTIDE-65
95419Caffeoyl Hexapeptide-65 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-65
CAFFEOYL HEXAPEPTIDE-82
cosing-live-99056Caffeoyl Hexapeptide-82 is the product obtained by the reaction of Caffeic Acid and Hexapeptide-82.
CAFFEOYL PENTAPEPTIDE-20
90895Caffeoyl Pentapeptide-20 is the product obtained by the reaction of Caffeic Acid (q.v.) and Pentapeptide-20 (q.v
CAFFEOYL PENTAPEPTIDE-27
88672Caffeoyl Pentapeptide-27 is the product obtained by the reaction of Caffeic Acid and Pentapeptide-27.
AGT
Caffeoyl sh-Heptapeptide-13 is the product obtained by the reaction of caffeoyl chloride and sh-Decapeptide-13
Caffeoyl sh-Octapeptide-4 is the reaction product of Caffeic Acid and sh-Octapeptide 4
Caffeoyl Tetrapeptide-19 Caffeamide is the derivative of Tetrapeptide-19 in which the N-terminus and the lysine residue are modified by Caf…
CAFFEOYL TETRAPEPTIDE-80
cosing-live-99053Caffeoyl Tetrapeptide-80 is the product obtained by the reaction of Caffeic Acid and Tetrapeptide-80.
CAFFEOYL TRIPEPTIDE-1
85949Caffeoyl Tripeptide-1 is the product obtained by the reaction of Caffeic Acid and Tripeptide-1
CAFFEOYL TRIPEPTIDE-35
90896Caffeoyl Tripeptide-35 is the product obtained by the reaction of Caffeic Acid and Tripeptide-35.
CAFFEOYL TRIPEPTIDE-7
89906Caffeoyl Tripeptide-7 is the product obtained by the reaction of Caffeic Acid and Tripeptide-7.
CAFFEYL GLUCOSIDE
86700Caffeyl Glucoside is the product obtained by the reaction of Caffeic Acid and Glucose
CAJANUS CAJAN ROOT EXTRACT
cosing-live-100982Cajanus Cajan Root Extract is the extract of the roots of Cajanus cajan.
CALENDULA OFFICINALIS CALLUS LYSATE EXTRACT
cosing-live-104896Calendula Officinalis Callus Lysate Extract is the extract of the lysed cells derived from the callus of Calendula officinalis grown in cul…
Calendula Officinalis Meristem Cell Extract is the extract of the cultured meristem cells of Calendula officinalis, Asteraceae.
Callitris Columellaris Leaf/Wood Extract is the extract of the leaves and wood of Callitris columellaris, Cupressaceae.
Callitris Columellaris Seed Oil is the oil expressed from the seeds of Callitris columellaris, Cupressaceae.
CALOCEDRUS DECURRENS WOOD OIL
cosing-live-104808Calocedrus Decurrens Wood Oil is the volatile oil obtained from the wood of Calocedrus decurrens.
CALOCEDRUS FORMOSANA LEAF OIL
cosing-live-104807Calocedrus Formosana Leaf Oil is the volatile oil obtained from the leaves of Connarus semidecandrus.
Calophyllum Inophyllum Seed oil is the fixed oil expressed from the seeds of Calophyllum inophyllum, Hypericaceae
Calotropis Procera Callus Extract is the extract of the callus of Calotropis procera grown in culture, Apocynaceae.
Calystegia Sepium Extract is the extract of the whole plant, Calystegia sepium, Convolvulaceae.
Camelina Sativa Seed Oil Ethyl Esters is the product obtained by the transesterification of Camelina Sativa Seed Oil and ethyl alcohol, Bra…
Camellia Japonica Callus Extract is the extract of a callus of Camellia japonica grown in culture, Theaceae.
CAMELLIA JAPONICA FLOWER NECTAR
cosing-live-104400Camellia Japonica Flower Nectar is the liquid collected from the flowers of Camellia japonica.
Camellia Japonica Meristem Cell Extract is the extract of the cultured meristem cells of Camellia japonica, Theacea.
CAMELLIA JAPONICA PERICARP EXTRACT
cosing-live-105541Camellia Japonica Pericarp Extract is the extract of the pericarp of Camellia japonica.
CAMELLIA OLEIFERA SEEDCAKE EXTRACT
cosing-live-104391Camellia Oleifera Seedcake Extract is the extract of the seedcake of Camellia oleifera.
CAMELLIA PETELOTII CALLUS
cosing-live-104377Camellia Petelotii Callus is the callus of Camellia petelotii grown in culture.
CAMELLIA SINENSIS CALLUS
97994Camellia Sinensis Callus is the callus of Camellia sinensis grown in culture.
Camellia Sinensis Callus Culture Lysate is a lysate of a suspension of the cultured callus cells of Camellia sinensis, Theaceae
CAMELLIA SINENSIS CALLUS EXTRACELLULAR VESICLES
cosing-live-101139Camellia Sinensis Callus Extracellular Vesicles are the extracellular vesicles released into and isolated from the growth media removed fro…
Popular populated ingredient functions
These widely assigned CosIng terms provide populated comparison pages; they are not presented as semantic equivalents of the current function.
How the ANTIOXIDANT function is used in CosIng
The ANTIOXIDANT function is assigned by the European Commission in the CosIng ingredient inventory. This page currently lists 2907 ingredients carrying that function label in the dataset, which helps you move from a functional claim to the exact ingredients that use it.
Inhibiting reactions promoted by oxygen, thus avoiding oxidation and rancidity.
Function assignments come from official EU CosIng data. They describe intended cosmetic use, but they do not replace regulatory review of each linked ingredient and any annex records tied to it.