.1. Baking performance
The results obtained from development and gas release curves corresponding to the 23 factorial design of experiments are given in Table 1. An experimental design analysis was performed to calculate the effects of each enzyme and their interactions and ANOVA was applied to test the statistical significances. From development curves, the enzymes had significant effect (p < 0.05)
3.2. Uniaxial extension
found that Rext increased when adding RS to dough at concentrations between (1.5 and 15.5) g/100 g reaching a maximum at 9 g/100 g while the opposite effect was observed for E. Also, Ribotta, Perez, A n~on, and Le on (2010) stated that the addition of SSL, TG and HE reduced Rext and increased E in dough
3.3. Large deformation mechanical tests
3.4. Bread quality
The specific volume of pan bread was not significantly influenced by the ingredients (Table 3). However, there was a tendency of the regular dough to yield bread with higher specific volume followed by optimum dough as predicted by the parameter Hmadj obtained in rheofermentometer and also confirmed by the rheological measurements in the uniaxial extension test. The lack of statistical significance of these results is probably due to the experimental error of the measurement. Previously, results obtained by Schoenlechner, Szatmari, Bagdi, and Tom€ osk€ ozi (2013)€ indicated that enzymes TG and HE improved bread specific volume in bread supplem