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Study on Properties of Emulsion Forming in Aqueous-enzymatic Extraction of Peanut Oil

Yingyao Wang, Wang Zhang

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Abstract

Taking emulsion forming in the aqueous-enzymatic extraction of peanut oil as study object,the amino acid composition,emulsion ability index,emulsion stability,secondary structure of adsorbing protein in emulsion surface,protein in continuous phase and peanut protein were compared respectively.The results indicated that the content of hydrophobic amino acid,emulsion ability index and emulsion stability of adsorbing protein in emulsion surface are higher than those of the protein in continuous phase and peanut protein.The rheological characteristics of the emulsion showed that the emulsion is a typical elasticity system,and the emulsion stability could be reduced by increasing temperature and shear rate.

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What this paper is about

Taking emulsion forming in the aqueous-enzymatic extraction of peanut oil as study object,the amino acid composition,emulsion ability index,emulsion stability,secondary structure of adsorbing protein in emulsion surface,protein in continuous phase and peanut protein were compared respectively.The results indicated that the content of hydrophobic amino acid,emulsion ability index and emulsion stability of adsorbing protein in emulsion surface are higher than those of the protein in continuous phase and peanut protein.The rheological characteristics of the emulsion showed that the emulsion is a typical elasticity system,and the emulsion stability could be reduced by increasing temperature and shear rate.

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Available abstract

Taking emulsion forming in the aqueous-enzymatic extraction of peanut oil as study object,the amino acid composition,emulsion ability index,emulsion stability,secondary structure of adsorbing protein in emulsion surface,protein in continuous phase and peanut protein were compared respectively.The results indicated that the content of hydrophobic amino acid,emulsion ability index and emulsion stability of adsorbing protein in emulsion surface are higher than those of the protein in continuous phase and peanut protein.The rheological characteristics of the emulsion showed that the emulsion is a typical elasticity system,and the emulsion stability could be reduced by increasing temperature and shear rate.

Key concepts: Emulsion, Aqueous two-phase system, Chemistry, Chromatography, Extraction (chemistry), Rheology, Aqueous solution, Chemical engineering

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