Journal of Food Science · 1981 · 53 citations · 12 references
AgricultureFood SciencePlant SciencesFood AnalysisFood ChemistryVegetable ScienceColor AnalysisColor ChemistryColor QualityColor StabilityColor StabilizationFood PigmentsColor StrengthColorant Functional PropertiesColorantsFood Colorant ChemistryPh Effects On ColorPh Effects On Pigment StabilityPigmentsStorage-induced Color Changes
ABSTRACT Spectral, colorant, and stability properties of colorants based on red cabbage, grape, cranberry, beet, and Red No. 40 were compared in buffer and in a simulated beverage. At pH 3, red cabbage imparted a red color similar to that of beet juice and less orange than that of the other colorants. Increasing the pH of red cabbage extracts to 4 produced a bathochromic shift and decreased color strength. Tristimulus parameters displayed maxima when L was varied. Red cabbage pigments were more stable during heating and storage than were the other colorants tested. pH had little effect on color stability; exposure to light greatly increased color loss during storage.
12
Handbook of Chemistry and Physics
M. Tobias · Nuclear Science and Engineering · 1961 · 1.4K citations
Quantitative Methods for Anthocyanins.
Tibor Fuleki, F. J. Francis · Journal of Food Science · 1968 · 882 citations
C. ZAPSALIS, F. J. Francis · Journal of Food Science · 1965 · 85 citations
Agriculture, Biochemistry, Botany +16