For farinograph and alveograph parameters, it was observed
that PGS caused changes in the rheological behavior of the BPG with
respect to CWF. There was a significant reduction of stability (S), an
increase in themixing tolerance index (MTI), and a reduction of elasticity
(P). BEW also showed a reduction in technological quality for
bread making in relation to CWF, however, this reduction was smaller
than that found for BPG. Therefore, it appears that, despite EWF having
passed through the extrusion process, which changed many of the
properties of its components (such as protein denaturation, amount of
starch damage, etc.), it still represents a better choice than replacing
wheat flour with PGS, as its impact was less intense the rheological
quality of CWF.
For farinograph and alveograph parameters, it was observedthat PGS caused changes in the rheological behavior of the BPG withrespect to CWF. There was a significant reduction of stability (S), anincrease in themixing tolerance index (MTI), and a reduction of elasticity(P). BEW also showed a reduction in technological quality forbread making in relation to CWF, however, this reduction was smallerthan that found for BPG. Therefore, it appears that, despite EWF havingpassed through the extrusion process, which changed many of theproperties of its components (such as protein denaturation, amount ofstarch damage, etc.), it still represents a better choice than replacingwheat flour with PGS, as its impact was less intense the rheologicalquality of CWF.
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