2016
DOI: 10.1016/j.jcs.2016.03.005
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Effect of quinoa flour on gluten-free bread batter rheology and bread quality

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Cited by 138 publications
(120 citation statements)
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“…However, depending on an increase in the extent of association, a continuous protein network will form as a result of linkage of protein clusters, resulting in a substantial increase in the solid‐like, elastic character and a reduction in the viscous response. The higher values G ′ values as compared to G ′′ values recorded for all concentrations of quinoa flous could indicate that they contain a significant amount of material that does not contribute to gel formation (Mäkinen, ), which can also be attributed to the high amount of soluble dietary fiber content of QF (Turkut, Cakmak, Kumcuoglu, & Tavman, ). Our results along with these explanations were in accord with those in literature where it was reported that amounts of QF increased elasticity of the bread batter and improved the dough structure in the same way as gluten (Turkut et al ., ) and that that gluten‐free dough became more elastic with increasing the amount of quinoa bran at the same frequency range (1–10 Hz) (Föste et al ., ).…”
Section: Resultsmentioning
confidence: 99%
“…However, depending on an increase in the extent of association, a continuous protein network will form as a result of linkage of protein clusters, resulting in a substantial increase in the solid‐like, elastic character and a reduction in the viscous response. The higher values G ′ values as compared to G ′′ values recorded for all concentrations of quinoa flous could indicate that they contain a significant amount of material that does not contribute to gel formation (Mäkinen, ), which can also be attributed to the high amount of soluble dietary fiber content of QF (Turkut, Cakmak, Kumcuoglu, & Tavman, ). Our results along with these explanations were in accord with those in literature where it was reported that amounts of QF increased elasticity of the bread batter and improved the dough structure in the same way as gluten (Turkut et al ., ) and that that gluten‐free dough became more elastic with increasing the amount of quinoa bran at the same frequency range (1–10 Hz) (Föste et al ., ).…”
Section: Resultsmentioning
confidence: 99%
“…In a study by Steffolani et al (2014), it was found that the use of chia flour at 15% (rice flour basis) in gluten-free bread formulation did not reduced sensorial acceptability of these products. In the study conducted by Turkut et al (2016) it was reported that quinoa flour can be successfully used in gluten-free bread formulation and 25% quinoa bread gained higher sensory scores with its softer texture. Figure 1.…”
Section: Sensory Propertiesmentioning
confidence: 99%
“…Replacement of starch with whole amaranth flour (Lemos et al, 2012) and buckwheat flour (Wronkowska et al, 2013) not solely improved the nutritional value of GFB, but also yielded desirable final quality. Turkut et al (2016) replaced buckwheat flour with increasing levels of quinoa flour and observed an increasing dough viscosity due to higher amount of soluble dietary fiber content compared to buckwheat flour, which would compensate the structure loss associated to absence of gluten. Miñarro et al (2012) investigated the characteristics of four GF formulations made with chickpea flour, pea protein isolate (PPI), soya flour, and carob germ flour to evaluate a potential substitution of soya protein by other legume proteins.…”
Section: Alternative Gluten-free Flours and Starchesmentioning
confidence: 99%