A suitable thermal treatment of gels of various starch varieties was assessed to achieve the formation of resistant starch (i.e. amylose crystals). On the basis of DSC data, the yield of amylose crystals and their thermal stability did not seem correlated with the amylose content of the starch. This last parameter may not therefore be referred to as the only factor that defines a resistant starch promising starch variety
The gelling mechanism of most biopolymers, including starches, is not completely understood. A wide ...
During the retrogradation of starch a fraction becomes resistant to amylolytic enzymes. This undiges...
Granule-bound starch synthase and the structural and thermodynamic properties of the isolated starch...
Solutions of glucose, ribose, maltose, and sucrose were added to autoclaved (1 hr at 121-degrees-C i...
Wheat starch was autoclaved (121-degrees-C) for 1 hr in excess water. The subsequent formation of en...
Differential scanning calorimetry, optical (LM) and scanning electron (SEM) microscopy methods were ...
The microstructure and thermal behaviour of industrial starches with different origin were character...
Thermal, pasting, and gelling properties of wheat and potato starches were studied in the presence o...
Resistant starches (RS) can be used in the food industry aiming to enhance the dietary fibre content...
Changes in the physicochemical properties of wheat, sago, tapioca and potato starches were studied ...
Starch is an omnipresent constituent which is used for its nutritional and structuring properties. R...
The aim of the present study was to investigate effects of debranching, autoclaving-storing cycles, ...
Influence of botanical source and gelatinization procedure (autoclaving or boiling) on resistant sta...
As a functional ingredient in foods and other products, starch should exhibit desirable properties r...
Starches from 3 common wheats and 10 durum wheats were isolated using a method causing little starch...
The gelling mechanism of most biopolymers, including starches, is not completely understood. A wide ...
During the retrogradation of starch a fraction becomes resistant to amylolytic enzymes. This undiges...
Granule-bound starch synthase and the structural and thermodynamic properties of the isolated starch...
Solutions of glucose, ribose, maltose, and sucrose were added to autoclaved (1 hr at 121-degrees-C i...
Wheat starch was autoclaved (121-degrees-C) for 1 hr in excess water. The subsequent formation of en...
Differential scanning calorimetry, optical (LM) and scanning electron (SEM) microscopy methods were ...
The microstructure and thermal behaviour of industrial starches with different origin were character...
Thermal, pasting, and gelling properties of wheat and potato starches were studied in the presence o...
Resistant starches (RS) can be used in the food industry aiming to enhance the dietary fibre content...
Changes in the physicochemical properties of wheat, sago, tapioca and potato starches were studied ...
Starch is an omnipresent constituent which is used for its nutritional and structuring properties. R...
The aim of the present study was to investigate effects of debranching, autoclaving-storing cycles, ...
Influence of botanical source and gelatinization procedure (autoclaving or boiling) on resistant sta...
As a functional ingredient in foods and other products, starch should exhibit desirable properties r...
Starches from 3 common wheats and 10 durum wheats were isolated using a method causing little starch...
The gelling mechanism of most biopolymers, including starches, is not completely understood. A wide ...
During the retrogradation of starch a fraction becomes resistant to amylolytic enzymes. This undiges...
Granule-bound starch synthase and the structural and thermodynamic properties of the isolated starch...