Recent studies on gelation and interfacial properties of vegetable proteins are reviewed. Attention is focused on legume proteins, mainly soy proteins, and on wheat proteins. The rheological properties of vegetable protein gels as a function of heating time or temperature is discussed as well as the interfacial gelation upon adsorption of soy and wheat proteins at the air/water interface. It is shown that modification of proteins improves protein functionality and application. Author Keywords: Gelation; Rheology; Interfacial properties; Vegetable protein
<strong>Keywords:</strong> soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation,...
Interfacial rheological properties and their suitability for foam production and stability of two ve...
Interfacial rheological properties and their suitability for foam production and stability of two ve...
Recent studies on gelation and interfacial properties of vegetable protiens are reviewed. Attention ...
This work aims to present a comprehensive study about the macroscopic characteristics of globular ve...
International audienceChallenges of public health and sustainable development require replacing in f...
Dottorato di Ricerca in Scienze della Vita. Ciclo XXXIProteins are widely used to form and to stabil...
Food transition requires the replacement in human diet of animal-based proteins by alternative sourc...
Food transition requires the replacement in human diet of animal-based proteins by alternative sourc...
The aim of this work was to study the gelling behaviour and gel properties of selected mixed protein...
The aim of this work was to study the gelling behaviour and gel properties of selected mixed protein...
This work aims to present a comprehensive study about the macroscopic characteristics of globular ve...
Keywords: soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation, network structur...
Understanding the air-water and oil-water interfacial behavior of plant proteins is crucial for deve...
The aim of the work presented in this thesis is to understand the formation of protein solidified ge...
<strong>Keywords:</strong> soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation,...
Interfacial rheological properties and their suitability for foam production and stability of two ve...
Interfacial rheological properties and their suitability for foam production and stability of two ve...
Recent studies on gelation and interfacial properties of vegetable protiens are reviewed. Attention ...
This work aims to present a comprehensive study about the macroscopic characteristics of globular ve...
International audienceChallenges of public health and sustainable development require replacing in f...
Dottorato di Ricerca in Scienze della Vita. Ciclo XXXIProteins are widely used to form and to stabil...
Food transition requires the replacement in human diet of animal-based proteins by alternative sourc...
Food transition requires the replacement in human diet of animal-based proteins by alternative sourc...
The aim of this work was to study the gelling behaviour and gel properties of selected mixed protein...
The aim of this work was to study the gelling behaviour and gel properties of selected mixed protein...
This work aims to present a comprehensive study about the macroscopic characteristics of globular ve...
Keywords: soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation, network structur...
Understanding the air-water and oil-water interfacial behavior of plant proteins is crucial for deve...
The aim of the work presented in this thesis is to understand the formation of protein solidified ge...
<strong>Keywords:</strong> soy protein isolate, glycinin,β-conglycinin, heat denaturation, gelation,...
Interfacial rheological properties and their suitability for foam production and stability of two ve...
Interfacial rheological properties and their suitability for foam production and stability of two ve...