1996
DOI: 10.1021/jf9601168
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Aroma Compounds from Aqueous Solution of Haze (Rhus succedanea) Honey Determined by Adsorptive Column Chromatography

Abstract: Aroma concentrate separated from an aqueous solution of Haze honey by adsorptive column chromatography had a stronger aroma intensity than that separated by a combination of a preliminary extraction with acetone and separation of volatile compounds from acetone extract by steam distillation extraction. A total of 130 compounds were identified, including 27 alcohols, 19 aldehydes, 9 ketones, 12 esters, 8 acids, 35 hydrocarbons, 10 furanoids or pyranoids, and 10 miscellaneous compounds. The sensory importance of… Show more

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Cited by 68 publications
(80 citation statements)
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“…3OH2P, furfural and 2-furoic acid were derived of AsA through dehydroascorbic acid, 27) while HMF and 5-hydroxymaltol were derived of fructose (data not shown). 5-Hydroxymaltol is sometimes identified as a flavor component of heated foods, [28][29][30] and formed by the Millard reaction. 31) However, there is no report that 5-hydroxymaltol is formed during storage of orange juice.…”
Section: Effect Of Each Ingredient On the Browning Of Model Solutionmentioning
confidence: 99%
“…3OH2P, furfural and 2-furoic acid were derived of AsA through dehydroascorbic acid, 27) while HMF and 5-hydroxymaltol were derived of fructose (data not shown). 5-Hydroxymaltol is sometimes identified as a flavor component of heated foods, [28][29][30] and formed by the Millard reaction. 31) However, there is no report that 5-hydroxymaltol is formed during storage of orange juice.…”
Section: Effect Of Each Ingredient On the Browning Of Model Solutionmentioning
confidence: 99%
“…Shimoda et al 38 isolaram os compostos voláteis de um extrato aquoso de mel de Rhus succedanea (avelã). Esses compostos foram isolados por cromatografia de adsorção, usando-se "Porapak Q" como adsorvente e éter etílico como solvente para dessorção.…”
Section: Compostos Voláteisunclassified
“…Foi identificado um total de 120 compostos voláteis, incluindo 27 alcoóis, 19 aldeídos, 9 cetonas, 12 ésteres, 8 ácidos, 35 hidrocarbonetos, 10 furanóides ou piranóides e 10 outros compostos. A importância sensorial dos compostos voláteis foi investigada por "SNIFFING" de frações isoladas do eluato obtido da cromatografia de adsorção, separadas por CG preparativa 38 . A fração 1 apresentou um odor suave de fruta.…”
Section: Compostos Voláteisunclassified
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