WBE-AXOS was incorporated in sugar-snap cookies by replacing
either part of the flour or of sucrose. Flour replacement by
WBE-AXOS yielded large and flat cookies with unacceptable
structure. Sucrose replacement (up to 30 g/100 g) by WBE-AXOS
yielded cookies with ca. 10 g/100 g prebiotic dietary fibre (on
cookie basis). This level, at a daily consumption of ca. 27.5 g of
cookies per day, which is even lower than the current average
consumption of cookies per capita per year (10 kg vs. 14 kg,
respectively) in the Benelux, shows the potential of contributing
health-beneficial effects (Cloetens et al., 2008). Both control
cookies and cookies containing WBE-AXOS had comparable
diameter and height and an acceptable color and break strength.
This shows that incorporation of WBE-AXOS in a cookie recipe,
with the necessary process optimization, may not only provide
prebiotic dietary fibre in such products but, by its potential as
WBE-AXOS was incorporated in sugar-snap cookies by replacingeither part of the flour or of sucrose. Flour replacement byWBE-AXOS yielded large and flat cookies with unacceptablestructure. Sucrose replacement (up to 30 g/100 g) by WBE-AXOSyielded cookies with ca. 10 g/100 g prebiotic dietary fibre (oncookie basis). This level, at a daily consumption of ca. 27.5 g ofcookies per day, which is even lower than the current averageconsumption of cookies per capita per year (10 kg vs. 14 kg,respectively) in the Benelux, shows the potential of contributinghealth-beneficial effects (Cloetens et al., 2008). Both controlcookies and cookies containing WBE-AXOS had comparablediameter and height and an acceptable color and break strength.This shows that incorporation of WBE-AXOS in a cookie recipe,with the necessary process optimization, may not only provideprebiotic dietary fibre in such products but, by its potential as
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