Flavor Release from Mixtures of Sodium Cyclamate, Sucrose, and an Orange Aroma
D.F. Nahon, Peter A. Navarro y Koren, J.P. Roozen, Maarten A. Posthumus
Journal of Agricultural and Food Chemistry
Abstract
Mixtures of sucrose and sodium cyclamate were studied to evaluate possible interactive effects between these sweeteners and orange aroma compounds. Equisweet mixtures (10% sucrose equivalent value) of the sweeteners were prepared by taking into account the observed synergistic effects between sucrose and sodium cyclamate. The release of volatile compounds from the solutions containing these mixtures and a water soluble orange aroma was studied. The volatile compounds were quantified and identified by gas chromatography combined with flame ionization detection (GC/FID) and mass spectrometry (GC/MS). The presence of sucrose significantly changes the release of 15 selected volatile compounds from a solution containing the aroma compared to the aqueous control. Increasing sucrose concentrations in the solutions (0−60 w/v %) caused an increased release of the volatile compounds with short GC/FID retention times and a decreased release of the compounds with longer retention times. Increasing sodium cyclamate concentrations (0−2.658 w/v %) did not change the release of volatile compounds. Keywords: Flavor release; sodium cyclamate; sucrose; orange aroma; interactions
Extracted Claims
2 claims extracted from this paper into the knowledge graph
sodium cyclamate did not change the release of volatile compounds
“Increasing sodium cyclamate concentrations (0−2.658 w/v %) did not change the release of volatile compounds.”
sucrose significantly changes the release of 15 selected volatile compounds from a solution containing the aroma
“The presence of sucrose significantly changes the release of 15 selected volatile compounds from a solution containing the aroma compared to the aqueous control. Increasing sucrose concentrations in t...”