withdraws watermolecules from gluten and in corporates
them into the form ing crystall ites. This would change the
gluten netw ork proper ties and stiffen the crum b matrix 7,9.
Besides the molecular changes that determine crumb
firming, bread firmness itself depends on its density 2,3,5.
Most anti-firming additives influence not only cell wall
constituents, such as starch, but often they also affect structural properties like cell size and density. Moreover, whether
the bread crumb structure itself changes during firming, is not
clear. Hence, it is necessary to understand the macroscopic
behavior and complexity of bread crumb during storage and to
relate them to the biopolymer building blocks of bread
ถอนตัวออกจาก withdraws watermolecules from gluten and in corporates
เอกชนพวกเขาลงในแบบฟอร์มไอเอ็นจีCrystall ITES them into the form ing crystall ites. This would change the
gluten netw ork proper ties and stiffen the crum b matrix 7,9.
Besides the molecular changes that determine crumb
firming, bread firmness itself depends on its density 2,3,5.
Most anti-firming additives influence not only cell wall
constituents, such as starch, but often they also affect structural properties like cell size and density. Moreover, whether
the bread crumb structure itself changes during firming, is not
clear. Hence, it is necessary to understand the macroscopic
behavior and complexity of bread crumb during storage and to
relate them to the biopolymer building blocks of bread
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