world population. The only acceptable treatment is the restriction
of gluten from the diet and, therefore, GBR bread is an attractive
healthy alternative for this group of patients. The availability of
palatable BR-containing gluten-free products would represent a
significant advance towards ensuring an adequate intake of nutrients
and bioactive compounds, mostly for subjects with celiac disease,
but also for general consumers. Accordingly, developing
bread based on GBR with desirable nutritional quality and providing
bioactive compounds is worthy of investigation.
To date, experimental GBR breads have been characterised with
adequate instrumental and sensory attributes (Cornejo & Rosell
C.M., 2014). However, to our knowledge, investigations on the
effect of germination conditions on the nutritive composition of
BR-bread are very limited. Therefore, the aim of the present study
was to assess the proximate composition, phytic acid content,
in vitro protein digestibility and in vitro enzymatic hydrolysis of
starch, glucose and starch, as well as the most relevant bioactive
compounds (GABA, c-oryzanol and total phenolic compounds)
and antioxidant activity of breads prepared with GBR at different
germination conditions.
world population. The only acceptable treatment is the restrictionof gluten from the diet and, therefore, GBR bread is an attractivehealthy alternative for this group of patients. The availability ofpalatable BR-containing gluten-free products would represent asignificant advance towards ensuring an adequate intake of nutrientsand bioactive compounds, mostly for subjects with celiac disease,but also for general consumers. Accordingly, developingbread based on GBR with desirable nutritional quality and providingbioactive compounds is worthy of investigation.To date, experimental GBR breads have been characterised withadequate instrumental and sensory attributes (Cornejo & RosellC.M., 2014). However, to our knowledge, investigations on theeffect of germination conditions on the nutritive composition ofBR-bread are very limited. Therefore, the aim of the present studywas to assess the proximate composition, phytic acid content,in vitro protein digestibility and in vitro enzymatic hydrolysis ofstarch, glucose and starch, as well as the most relevant bioactivecompounds (GABA, c-oryzanol and total phenolic compounds)and antioxidant activity of breads prepared with GBR at differentgermination conditions.
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