As structure-function relationships are not fully understood, creating long-lasting ´clean label´ food foams and emulsions by using protein-based particles is still a challenging process. Thus, this thesis tackles with the mechanistic understanding of the correlations between individual structural attributes of protein-based particles and their interfacial and foaming/emulsifying properties. By this, a deeper understanding of the stabilization mechanisms as a basis for the improvement of food foams and emulsions could be created.
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As structure-function relationships are not fully understood, creating long-lasting ´clean label´ food foams and emulsions by using protein-based particles is still a challenging process. Thus, this thesis tackles with the mechanistic understanding of the correlations between individual structural attributes of protein-based particles and their interfacial and foaming/emulsifying properties. By this, a deeper understanding of the stabilization mechanisms as a basis for the improvement of food fo...
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