Information om | Engelska ordet KOJIC

Exempel på hur man kan använda KOJIC i en mening

• Some common depigmentation agents such as azelaic acid and kojic acid seem to be inefficient in this case, however other agents might work well (4% hydroquinone, 5% topical cysteamine, 10% topical ascorbic acid).
• 4-Pyrone (or γ-pyrone) is found in some natural chemical compounds such as chromone, maltol and kojic acid.
• While a number of agents — such as kojic acid and alpha hydroxy acid — are allowed in cosmetics in Europe, a number of others such as hydroquinone and tretinoin are not.
• 4-Pyrone forms the central core of several natural chemical compounds, including maltol, meconic acid, kojic acid, and of the important class of the Flavones.
• It is most related to the non-aflatoxin producing Aspergillus caelatus, producing aflatoxins B and G, as well as cyclopiazonic acid and kojic acid.
• It can absorb and collect hydrocarbons from fuel oil, incorporate metaphosphate and synthesize ethylene, clavatol and kojic acid.
• parasiticus also has the ability to produce kojic acid, aspergillic acid, nitropropionic acid and aspertoxin as secondary antimicrobial metabolites in response to different environments, all of which can be useful in identification.
• It has been reported to produce aflatoxin B1, ajamxanthone, shamixanthone, tajixanthone, tajixanthone hydrate, tajixanthone methanoate, 19-O-methyl-22- methoxypre-shamixanthone, pre-shamixanthone, 15- acetyltajixanthone hydrate, andibenin A, andibenin B, andibenin C, andelesin A, andelesin B, anditomin, arugosin A, arugosin B, arugosin D, asperthecin, astellatol, asteltoxin, desferritriacetylfusigen, dihydroterrein, emervaridione, varioxiranediol, epiisoshamixanthone, ophiobolin C, ophiobolin G, ophiobolin H, ophiobolin K, evariquinone, 2-Furanoic acid, islandicin, isoemericellin, kojic acid, 2-Methoxy-6-(3,4-dihydroxy-hepta-1,5-dienyl)benzyl alcohol, najamxanthone, radixanthone, shahenxanthone, penicillin G, shimalactone A, siderin, stellatic acid, stellatin, stromemycin, terrein, variecoacetal A, variecoacetal B, variecolactone, variecolin, varioxirane, varixanthone, varitriol, and varioxranol A-G.
• Among several chemicals known to inhibit tyrosinase production, such as hydroquinone, arbutin, and kojic acid, 4-butylresorcinol has been found to be the most powerful inhibitor by a wide margin.

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