Fructose isomerization first-order rate equation

To begin, let s determine wheOier an irreversible, first-order rate equation, —rp = A [F], fits fire data. At 70 °C, fructose isomerization is quite reversible. However, in this study, fire conversions of fructose were close to zero, and there was no glucose in file initial mixture. Therefore, the reverse reaction was not kineticaUy important for these particular experiments. 

Figure 6-9a Test of first-order rate equation for fructose isomerization at 70 °C using xylose isomerase derived from T. neapolitana.

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See also in sourсe #XX -- [ , ]

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