Vacuum and temperature effects on moisture content, water vapor permeability (WVP), color (L, a, b, and DE), tensile strength (TS), elongation (E), and total soluble matter (TSM) of soy protein isolate (SPI) films were examined. SPI films were cured at 60, 72.5, or 85 °C and at 101.3, 81.32, or 61.32 kPa for 24 h. As a result of heat-curing moisture content, WVP, E, and TSM decreased, and total color difference and TS increased. Pressure, individually and interactively with temperature, significantly affected film moisture content, TS, and TSM
The manufacture of edible/biodegradable films or coatings can potentially add value to soy protein. ...
This paper provides a systematic study of the impact of different thermal treatments (62 ± 2°C, with...
The effect of relative humidity and temperature on tensile strength of two types of protein-based [c...
Modification of soy protein film properties by heat-curing was studied. Glycerin-plasticized films w...
The co-product of soybean after oil extraction is the meal, which is rich in protein. From this meal...
The processing variables used to produce biopolymer films may have great influence on the material's...
Films were prepared by casting and drying alkaline aqueous film-forming solutions of soy protein iso...
The influence of oxidized starch on the physicochemical properties of cast soy protein isolate films...
In this study, we investigated the effect of isochoric moisture heating on the functionalities of si...
The effect of storage temperature on the physicochemical characteristics, solubility and gelling pro...
The processing variables used to produce biopolymer films may have great influence on the material's...
Viscoelastic, thermal, and microstructural properties of plasticized soy protein isolate (SPI) films...
Simultaneous measurement of the effects of low soy protein concentration, pH and high pressure treat...
Soy protein isolate (SPI) was utilized as a biopolymer and glycerol was used as a plasticizer to suc...
<strong>Keywords:</strong> soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation,...
The manufacture of edible/biodegradable films or coatings can potentially add value to soy protein. ...
This paper provides a systematic study of the impact of different thermal treatments (62 ± 2°C, with...
The effect of relative humidity and temperature on tensile strength of two types of protein-based [c...
Modification of soy protein film properties by heat-curing was studied. Glycerin-plasticized films w...
The co-product of soybean after oil extraction is the meal, which is rich in protein. From this meal...
The processing variables used to produce biopolymer films may have great influence on the material's...
Films were prepared by casting and drying alkaline aqueous film-forming solutions of soy protein iso...
The influence of oxidized starch on the physicochemical properties of cast soy protein isolate films...
In this study, we investigated the effect of isochoric moisture heating on the functionalities of si...
The effect of storage temperature on the physicochemical characteristics, solubility and gelling pro...
The processing variables used to produce biopolymer films may have great influence on the material's...
Viscoelastic, thermal, and microstructural properties of plasticized soy protein isolate (SPI) films...
Simultaneous measurement of the effects of low soy protein concentration, pH and high pressure treat...
Soy protein isolate (SPI) was utilized as a biopolymer and glycerol was used as a plasticizer to suc...
<strong>Keywords:</strong> soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation,...
The manufacture of edible/biodegradable films or coatings can potentially add value to soy protein. ...
This paper provides a systematic study of the impact of different thermal treatments (62 ± 2°C, with...
The effect of relative humidity and temperature on tensile strength of two types of protein-based [c...