Target pH and Seasonal Effects on Glucose Concentrations in CJs.
The effect of changing the target pH of the FES on average glucose concentrations in CJs is illustrated in On a given sampling date, as expected, there was a significant (P < 0.05) decrease in glucose with an increase in the target FES, because of reduced sucrose hydrolysis. However, the CJ glucose also decreased across the season irrespective of the target FES pH, which can be attributed to the quality of the sugarcane supply. The quality of the sugarcane supply is lowest in the early season in Louisiana (17) because of immature cane, which contains high amounts of invertase (18), and, consequently, the glucose and fructose produced from the enzymatic hydrolysis of sucrose. The relatively higher glucose in the early season has implications on the extent of sucrose losses that occur, as glucose along with pH can further induce the nonenzymatic hydrolysis of sucrose at high temperatures (7).
Target pH and Seasonal Effects on Glucose Concentrations in CJs.
The effect of changing the target pH of the FES on average glucose concentrations in CJs is illustrated in On a given sampling date, as expected, there was a significant (P < 0.05) decrease in glucose with an increase in the target FES, because of reduced sucrose hydrolysis. However, the CJ glucose also decreased across the season irrespective of the target FES pH, which can be attributed to the quality of the sugarcane supply. The quality of the sugarcane supply is lowest in the early season in Louisiana (17) because of immature cane, which contains high amounts of invertase (18), and, consequently, the glucose and fructose produced from the enzymatic hydrolysis of sucrose. The relatively higher glucose in the early season has implications on the extent of sucrose losses that occur, as glucose along with pH can further induce the nonenzymatic hydrolysis of sucrose at high temperatures (7).
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