米ぬかタンパク質線維凝集体による食用マヨネーズ様エマルションの安定化:線維凝集体構造の影響
Junqi Pang1, Yuguang Zhang2, Keyang Sun1
1Grain Science and Technology College of Shenyang Normal University, Shenyang, China.
Abstract:
This study investigated the impact of rice bran protein (RBP) fibril polymers (PFs) on the properties of mayonnaise-like emulsions. Using RBP with different structures during PFs formation, plant-based emulsions were prepared and evaluated for interfacial protein adsorption (AP%), water-holding capacity (WHC), rheological and textural properties, color, sensory quality, and storage stability. PFs-based emulsions had 11.29% and 16.8% higher AP% values and 43.73% and 107.64% higher WHC values than those of RBP emulsions and homemade mayonnaise, respectively. Texture analysis showed significant improvements in hardness, viscosity, cohesiveness, and springiness. After 30 days, peroxide values in PFs-emulsions were 25.13% lower than those in RBP emulsions and 33.57% lower than homemade mayonnaise; malondialdehyde content was 15.57% and 21.25% lower, respectively. The total viable count of PF aggregate emulsions was 21.51% lower than that of RBP emulsions. These findings highlight the enhanced stability of PFs-based mayonnaise-like emulsions.
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