Arabinoxylan (AX), the main non-starch polysaccharide in rye, highly determine rye dough and bread structure formation. This thesis provides novel (microscopic) insights into the role of AX on structure formation. Moreover, it presents an approach to create a network structure on the basis of rye proteins by enzymatic modification of AX (xylanase) and proteins (transglutaminase). This knowledge helps to understand the interrelation between AX and rye proteins during network formation more in detail and presents new ways to control dough and bread texture.
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Arabinoxylan (AX), the main non-starch polysaccharide in rye, highly determine rye dough and bread structure formation. This thesis provides novel (microscopic) insights into the role of AX on structure formation. Moreover, it presents an approach to create a network structure on the basis of rye proteins by enzymatic modification of AX (xylanase) and proteins (transglutaminase). This knowledge helps to understand the interrelation between AX and rye proteins during network formation more in det...
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