Journal of Food Science · 2001 · 24 citations · 33 references
AgricultureBiochemistryFood ScienceFood AnalysisFood ChemistryFood ProcessingAroma CompoundsLipid AnalysisPhenolic Compound AnalysisPhenolic Profile AnalysisVolatile Aroma AnalysisVolatile Compound ProfilingFatty Acid VolatilesFlavor Volatile ProfilingFlavor VolatilesFruit Aroma BiochemistryFruit Aroma EvaluationLipoxygenase PathwayOrganophosphorus Pesticide ResiduesPhenolic Volatiles
ABSTRACT Virgin olive oils extracted with an enzyme complex were characterized with respect to the control oils by: (1) higher contents of major individual phenols (free + aglycons), o‐diphenols, total phenols, tocopherols, pleasant volatiles (including those from lipoxygenase pathway), green (chlorophylls and pheophytins) and yellow (carotenoids) lipochromes, higher aliphatic and triterpene alcohols, phytol, citrostadienol, triterpene dialcohols, and steroids; (2) lower contents of unpleasant volatiles and waxes; (3) highervalues of chroma, integral color index, and 1,2‐diglycerides/1,3‐diglycerides ratio; (4) higher sensory, bitter, spicy, and green fruit scorings; and (5) lower values of lightness and turbidity. The organophosphorus pesticide residues were usually not detected in the oils produced with or without enzyme.
33
Design and Analysis of Experiments
Syamala Srinivasan, Douglas C. Montgomery · Technometrics · 1992 · 2.6K citations
Frederick Khachik, Gary R. Beecher, Noel F. Whittaker · Journal of Agricultural and Food Chemistry · 1986 · 379 citations
Maurizio Servili, Maura Baldioli, Roberto Selvaggini et al. · Journal of Agricultural and Food Chemistry · 1998 · 223 citations
Agriculture, Botany, Plant Sciences +17