2013
DOI: 10.1002/jsfa.6320
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Baking properties and biochemical composition of wheat flour with bran and shorts

Abstract: Streams of wheat milled fractions including peripheral parts of grain increase the content of bioactive substances and dietary fibre in blends with wheat graded flour.

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Cited by 14 publications
(7 citation statements)
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“…The observed changes in dough development upon particle size modification may, however, also be related to a size-dependent physical interference effect of bran on the dough matrix. , In this perspective, the presence of relatively more particles in the case of finely milled bran is suggested to cause more severe disruption of the gluten network. , In addition, wheat bran’s detrimental impact may also result from the presence of reactive biochemical components. These include enzymes such as endoxylanases, α-amylases, and endopeptidases which may have an adverse impact above a specific threshold. Reactive chemicals in bran such as glutathione can weaken the gluten network. Taken together, the joint action of hydration phenomena, physical mechanisms, and reactive (bio)­chemicals may determine the overall detrimental impact of wheat bran on bread making.…”
Section: Introductionmentioning
confidence: 99%
“…The observed changes in dough development upon particle size modification may, however, also be related to a size-dependent physical interference effect of bran on the dough matrix. , In this perspective, the presence of relatively more particles in the case of finely milled bran is suggested to cause more severe disruption of the gluten network. , In addition, wheat bran’s detrimental impact may also result from the presence of reactive biochemical components. These include enzymes such as endoxylanases, α-amylases, and endopeptidases which may have an adverse impact above a specific threshold. Reactive chemicals in bran such as glutathione can weaken the gluten network. Taken together, the joint action of hydration phenomena, physical mechanisms, and reactive (bio)­chemicals may determine the overall detrimental impact of wheat bran on bread making.…”
Section: Introductionmentioning
confidence: 99%
“…In both methods, DPPH and ABTS, the radical scavenging capacity was higher in Cw than in Ca, which might be due to the activation of quinoa intrinsic enzymes (Kaprelyants et al, 2013). LAB fermentation provided an extra contribution to the antioxidant capacity on most of the doughs.…”
Section: Discussionmentioning
confidence: 89%
“…Warto podkreślić, że białko lniane wykazuje szereg korzystnych właściwości dla naszego organizmu i stanowi cenne źródło takich aminokwasów jak: arginina, glutamina i histydyna, istotnie wpływających na funkcje immunologiczne organizmu [14]. Chleb rodzinny (F), o najwyższej zawartości białka (15 %) przygotowany został z największej ilości komponentów, z przewagą mąki pszennej, chrakteryzującej się zawartością białka na poziomie 11 -12 % [34] oraz z udziałem otrąb pszennych, które są bogatym źródłem białka w zakresie 13 -16,9 % [18]. Ponadto liczne dodatki w postaci nasion lnu, słonecznika czy sezamu, również mogły się przyczynić do uzyskania wysokiej zawartości tego składnika.…”
Section: Składniki Odżywczeunclassified