Physicochemical characteristics of chia seeds and LCM were
determined in triplicate, except for LCM color that was on six
replicates. For cakes, three process replicates were made for each
formulation (RF, CMG-25, CMG-50, CMG-75 and CMG-100). Specific
volume, symmetry and uniformity indices, moisture content
and water activity (aw) were measured in triplicate for each process
replicate. Instrumental color and texture were evaluated on six
replicates for each process replicate. Analysis of variance (ANOVA)
of the means was performed using the SAS statistical software,
version 9.4 (SAS Institute Inc., Cary, USA), at a significance level of
5%. When significant, the Tukey's test was used to determine statistical
differences between means.
Physicochemical characteristics of chia seeds and LCM weredetermined in triplicate, except for LCM color that was on sixreplicates. For cakes, three process replicates were made for eachformulation (RF, CMG-25, CMG-50, CMG-75 and CMG-100). Specificvolume, symmetry and uniformity indices, moisture contentand water activity (aw) were measured in triplicate for each processreplicate. Instrumental color and texture were evaluated on sixreplicates for each process replicate. Analysis of variance (ANOVA)of the means was performed using the SAS statistical software,version 9.4 (SAS Institute Inc., Cary, USA), at a significance level of5%. When significant, the Tukey's test was used to determine statisticaldifferences between means.
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