The application of egg white protein powder (EWPP) was restricted by rehydration behaviour in food industry. In this study, the effects of dry mixing (DM) and wet mixing (WM) and soy lecithin (SL) concentration on the physiochemical and rehydration properties of EWPP were evaluated. The dispersibility and wettability of EWPP increased with increasing SL concentration, and the shortest dispersion time of the WM samples (37.5 ± 3.78 s) was lower than that of the DM samples (72.83 ± 11.57 s). Additionally, the higher net negative charge and smaller particle size of the WM samples helped explain their faster rehydration. The increase in free sulfhydryl groups and surface hydrophobicity in both samples suggested that SL promoted the unfolding of the egg white protein (EWP) secondary structure. Three-dimensional fluorescence spectrum and molecular docking analysis further demonstrated the formation of SL-EWP complexes. Overall, our research provides a new strategy for preparing instant EWPP....

Keywords
SOY LECITHINS PROTEIN POWDERS EGG WHITES COMPLEXATION SULFHYDRYL GROUPS PHYSICOCHEMICAL PROPERTIES WETTABILITY DISPERSIBILITY HYDROPHOBICITY DISPERSIONS MIXING REHYDRATION DRYING
You do not currently have access to this content.