Appendix A The glucose and gluconic acid concentrations in Fig. 2 were fitted as follows using the general equation: Concentration = y0 +a/{1 + exp[–(t t0)/b]} – For glucose data, the next fitting parameters were obtained: a b to yo R P Value SE Value SE Value SE Value SE 22.946 0.475 -1.833 0.093 6.064 0.112 0.037 0.174 0.999 0.555 Being: Total glucose concentration g·L-1 Concentration= (G), For gluconic acid data, the next fitting parameters were obtained: a b to yo R P SE Value SE Value SE Value SE 18.463 0.569 1.807 0.135 6.155 0.150 1.890 0.426 0.998 0.100 Being: Gluconic acid concentration g·L-1 Concentration= (GA), time, h t: standard error SE: regression coefficient R: Constant variance test P:
Appendix A The glucose and gluconic acid concentrations in Fig. 2 were fitted as follows using the general equation: Concentration = y0 +a/{1 + exp[–(t – t0)/b]} For glucose data, the next fitting parameters were obtained: a b to yo R P Value SE Value SE Value SE Value SE 22.946 0.475 -1.833 0.093 6.064 0.112 0.037 0.174 0.999 0.555 Being: Concentration= Total glucose concentration (G), g·L-1 For gluconic acid data, the next fitting parameters were obtained: a b to yo R P SE Value SE Value SE Value SE 18.463 0.569 1.807 0.135 6.155 0.150 1.890 0.426 0.998 0.100 Being: Concentration= Gluconic acid concentration (GA), g·L-1 t: time, h SE: standard error R: regression coefficient P: Constant variance test
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