Journal of Food Science · 1988 · 14 citations · 7 references
AgricultureBiochemistryFood ScienceFood ChemistryFood EngineeringMilk ChemistryCasein ChemistryEmulsion FormulationFood EmulsificationFood EmulsionsMilk ProteinsPhysicochemical Properties Of MilkCasein Emulsifying PropertiesEmulsifying ProteinsEmulsion Destabilization MechanismsEmulsion StabilityInterfacial AreaPh DependenceSurface AreaViscosity
ABSTRACT The capacity of micellar casein isolated from bovine milk to stabilize oil in water (0:w) emulsions was studied. Emulsion surface area per unit mass of protein, i.e., emulsifying activity (EA), was highest at a protein concentration of 1% and o:w ratio of 1:9. The surface concentration of micellar casein was related to the o:w ratio being highest at an o:w of 4:6. Interfacial surface area decreased at pH 6.7 reflecting micellar stability and improved with increasing pH apparently because of destabilization of the casein micelle. Emulsion stability was high when the EA was high. The apparent viscosity of the emulsions was inversely related to EA.
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David E. Graham, Michael C. Phillips · Journal of Colloid and Interface Science · 1979 · 824 citations
Recent advances in the destabilization of dairy emulsions
Donald F. Darling · Journal of Dairy Research · 1982 · 103 citations