감태 (Ecklonia cava) 효소추출물을 첨가한 국수용 소스의 가공 최적화
Processing Optimization of Ecklonia cava Extract-Added Seasoning Sauce for Instant Noodles
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초록
This study was conducted to optimize processing of functional seasoning sauce for instant noodles (SSIN) using response surface methodology (RSM), and to compare the functional properties of commercial SSIN. Central composite designs were adopted in the SSIN processing for ingredient formula optimization. Concentrations of sea tangle (X_1), traditional soy sauce (X_2), yeast extract (X_3) and Ecklonia cava extract (ECE) (X_4) were chosen as independent variables. The dependent variables were glutamic acid content (Y_1), score of sensory evaluation (Y_2), and antioxidative activity (Y_3). We found the optimal conditions to be X_1=3.91%, X_2=20.57%, X_3=3.04% and X_4=3.78%. The predicted values of the multiple response optimal conditions were Y_1=124.0mg/100g, Y_2=7.6 and Y_3=1.95. The antioxidative activity (PF, PF=oil induction period with sauce/oil induction period with distilled water) and ACE inhibitory activity of ECE-added SSIN were 1.98 and 29.0%, respectively, which were significantly higher than those of commercial SSIN (1.09 and 4.4%, respectively).
Abstract
This study was conducted to optimize processing of functional seasoning sauce for instant noodles (SSIN) using response surface methodology (RSM), and to compare the functional properties of commercial SSIN. Central composite designs were adopted in the SSIN processing for ingredient formula optimization. Concentrations of sea tangle (X_1), traditional soy sauce (X_2), yeast extract (X_3) and Ecklonia cava extract (ECE) (X_4) were chosen as independent variables. The dependent variables were glutamic acid content (Y_1), score of sensory evaluation (Y_2), and antioxidative activity (Y_3). We found the optimal conditions to be X_1=3.91%, X_2=20.57%, X_3=3.04% and X_4=3.78%. The predicted values of the multiple response optimal conditions were Y_1=124.0mg/100g, Y_2=7.6 and Y_3=1.95. The antioxidative activity (PF, PF=oil induction period with sauce/oil induction period with distilled water) and ACE inhibitory activity of ECE-added SSIN were 1.98 and 29.0%, respectively, which were significantly higher than those of commercial SSIN (1.09 and 4.4%, respectively).
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