The elucidation of the impact of S. cerevisiae metabolites on the wheat dough matrix revealed gaseous CO2 as major influence on the extensional rheological behavior and polymer’s structure under process-relevant strain types. The induced extension of the protein matrix is responsible for the changes in the dough’s rheological behavior and polymer transition processes. The latter results from changes in the polymer’s hydration equilibrium and the spatial conditions, which are influential for the extent of the polymer’s interactions within the wheat dough matrix.
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The elucidation of the impact of S. cerevisiae metabolites on the wheat dough matrix revealed gaseous CO2 as major influence on the extensional rheological behavior and polymer’s structure under process-relevant strain types. The induced extension of the protein matrix is responsible for the changes in the dough’s rheological behavior and polymer transition processes. The latter results from changes in the polymer’s hydration equilibrium and the spatial conditions, which are influential for the...
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