The relationship between aeration and rheology of bread was investigated by varying ingredient and processing factors during bread proofing and baking processes. Dough and bread aeration were quantified using density measurements from the volumetric methods. Dough rheology was characterized by the rising rate and maximum proofed height under a constant force using a texture analyzer, while bread rheology was characterized using the bread firmness test. Increasing flour strength and yeast level decreased dough and bread density and bread firmness but increased the rising rate and maximum proofed height of dough significantly (P 0.79) with its rheological properties
Molecular size and structure of the gluten polymers that make up the major structural components of ...
The proofing process is an essential step in the bread making technology in providing a link betwee...
The effects on dough rheology at large deformations in elongational flow and shear flow have been st...
Aeration and rheology interact throughout the breadmaking process to create the distinctive and appe...
The aeration and rheological properties of bread doughs prepared from strong and weak flours at vari...
The rheological properties of wheat doughs prepared from different flour types, water contents, and ...
The effects of dough aeration on measured bulk rheology of dough were investigated by preparing dou...
The effect of steady shearing versus z-blade mixing on mechanical aeration and gas retaining ability...
Mixing of the dough is the critical control point in the breadmaking process. Mixing aerates the dou...
The applications of rheology to the main processes encountered during breadmaking (mixing, sheeting,...
Producción CientíficaLittle information has been published on the rheological characteristics of glu...
Considering the nutritional value, whey is an excellent ingredient for the development of food prod...
The effect of cysteine on different durum wheat flour fractions was studied. Also, the relationships...
The rheological characteristics of gluten-free doughs and their effect on the quality of biologicall...
Bread quality depends on the aerated structure of the baked loaf, which arises from the unique rheol...
Molecular size and structure of the gluten polymers that make up the major structural components of ...
The proofing process is an essential step in the bread making technology in providing a link betwee...
The effects on dough rheology at large deformations in elongational flow and shear flow have been st...
Aeration and rheology interact throughout the breadmaking process to create the distinctive and appe...
The aeration and rheological properties of bread doughs prepared from strong and weak flours at vari...
The rheological properties of wheat doughs prepared from different flour types, water contents, and ...
The effects of dough aeration on measured bulk rheology of dough were investigated by preparing dou...
The effect of steady shearing versus z-blade mixing on mechanical aeration and gas retaining ability...
Mixing of the dough is the critical control point in the breadmaking process. Mixing aerates the dou...
The applications of rheology to the main processes encountered during breadmaking (mixing, sheeting,...
Producción CientíficaLittle information has been published on the rheological characteristics of glu...
Considering the nutritional value, whey is an excellent ingredient for the development of food prod...
The effect of cysteine on different durum wheat flour fractions was studied. Also, the relationships...
The rheological characteristics of gluten-free doughs and their effect on the quality of biologicall...
Bread quality depends on the aerated structure of the baked loaf, which arises from the unique rheol...
Molecular size and structure of the gluten polymers that make up the major structural components of ...
The proofing process is an essential step in the bread making technology in providing a link betwee...
The effects on dough rheology at large deformations in elongational flow and shear flow have been st...