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. 2015 Jun 30;20(2):110–118. doi: 10.3746/pnf.2015.20.2.110

Table 5.

Regression equation and coefficient of determination between log viscosity and concentration of soluble β-glucan from three acid-hydrolyzed barley varieties with different concentrations of hydrochloric acid (HCl)

Varieties HCl concentration (N) Regression equation1) Coefficient of determination (R2)
Saessal Control y=0.471x+0.569 0.989
0.1 y=0.468x−0.078 0.984
0.2 y=0.430x−0.092 0.966
0.3 y=0.368x−0.078 0.940
0.4 y=0.288x−0.049 0.909
0.5 y=0.294x−0.000 0.931
Saechal Control y=0.468x+0.477 0.985
0.1 y=0.403x+0.327 0.944
0.2 y=0.359x+0.341 0.966
0.3 y=0.380x+0.259 0.927
0.4 y=0.437x+0.144 0.860
0.5 y=0.245x+0.080 0.744
Hinchal Control y=0.478x+0.197 0.912
0.1 y=0.349x+0.324 0.958
0.2 y=0.351x+0.188 0.953
0.3 y=0.345x+0.095 0.914
0.4 y=0.421x−0.096 0.945
0.5 y=0.280x−0.071 0.826

Saessal as non-waxy barley, Saechal and Hinchal as waxy-barley.

1)

y, Log viscosity (cP); x, concentrations of β-glucan (%, w/v).