1. Introduction
Protein-stabilized oil-in-water emulsions have been developed
and widely used for delivery of hydrophobic bioactive compounds
in food and pharmaceutical applications. In such applications, these
emulsions may be susceptible to a broad range of instabilities
caused by, for examples, changes of temperature, pH, ionic
strength, and presences of digestive enzymes and other surface
active compounds (Sarkar, Goh, & Singh, 2010). The physical and
chemical stabilities of emulsion droplets in these challenging environments
have a profound impact on the digestion and adsorption
of bioactive compounds they carry (Golding & Wooster, 2010;
Xu et al., 2014). Previous studies have demonstrated that emulsions
1. IntroductionProtein-stabilized oil-in-water emulsions have been developedand widely used for delivery of hydrophobic bioactive compoundsin food and pharmaceutical applications. In such applications, theseemulsions may be susceptible to a broad range of instabilitiescaused by, for examples, changes of temperature, pH, ionicstrength, and presences of digestive enzymes and other surfaceactive compounds (Sarkar, Goh, & Singh, 2010). The physical andchemical stabilities of emulsion droplets in these challenging environmentshave a profound impact on the digestion and adsorptionof bioactive compounds they carry (Golding & Wooster, 2010;Xu et al., 2014). Previous studies have demonstrated that emulsions
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