Skip to main content
. 2019 Dec;57(4):481–489. doi: 10.17113/ftb.57.04.19.6250

Table 1. Effect of taxifolin and commercial starter cultures on the pH of cold-smoked pork sausages during storage.

Sample t(storage)/day
1 33 128 181
pH
CR-1 (4.83±0.02)a (4.93±0.02)a (5.24±0.02)a (5.36±0.01)b
CR-2 (4.85±0.01)a (4.86±0.02)a (5.31±0.03)a (5.41±0.01)a
CR-3 (4.72±0.01)a (4.82±0.01)a (5.17±0.02)b (5.23±0.03)b
CR-4 (4.81±0.02)a (4.94±0.03)a (5.25±0.01)a (4.41±0.01)a
CR-5 (5.84±0.02)a (4.91±0.02)a (5.31±0.03)a (5.43±0.02)a
CR-6 (4.72±0.03)a (4.78±0.01)a (5.07±0.01)b (5.21±0.01)b
CR-7 (5.01±0.01)b (5.11±0.04)b (5.34±0.02)a (5.49±0.02)a
CR-8 (4.98±0.02)b (5.16±0.01)b (5.29±0.02)a (5.46±0.01)a

Results are expressed as mean value±standard deviation. Different letters in superscript indicate significant difference between the samples in the same row. CR-1=sausage sample fermented with Leuconostoc carnosum starter culture, CR-2=sausage fermented with Pediococcus pentosaceus and Staphylococcus xylosus, CR-3=sausage fermented with P. pentosaceus in high quantity and S. xylosus, CR-4=sausage with taxifolin and L. carnosum, CR-5=sausage with taxifolin, P. pentosaceus and S. xylosus, CR-6=sausage with taxifolin, P. pentosaceus in high quantity and S. xylosus, CR-7=sausage with taxifolin, and CR-8=sausage without taxifolin or starter culture (control)