Results: For SSBs, the three independent laboratory methods showed consistent and reproducible
results. In SSBs made with HFCS, fructose constituted 60.6% 2.7% of sugar content. In juices
sweetened with HFCS, fructose accounted for 52.1% 5.9% of sugar content, although in some
juices made from 100% fruit, fructose concentration reached 65.35 g/L accounting for 67% of sugars.
Conclusion: Our results provide evidence of higher than expected amounts of free fructose in some
beverages. Popular beverages made with HFCS have a fructose-to-glucose ratio of approximately
60:40, and thus contain 50% more fructose than glucose. Some pure fruit juices have twice as much
fructose as glucose. These findings suggest that beverages made with HFCS and some juices have a
sugar profile very different than sucrose, in which amounts of fructose and glucose are equivalent.
Current dietary analyses may underestimate actual fructose consumption
Results: For SSBs, the three independent laboratory methods showed consistent and reproducibleresults. In SSBs made with HFCS, fructose constituted 60.6% 2.7% of sugar content. In juicessweetened with HFCS, fructose accounted for 52.1% 5.9% of sugar content, although in somejuices made from 100% fruit, fructose concentration reached 65.35 g/L accounting for 67% of sugars.Conclusion: Our results provide evidence of higher than expected amounts of free fructose in somebeverages. Popular beverages made with HFCS have a fructose-to-glucose ratio of approximately60:40, and thus contain 50% more fructose than glucose. Some pure fruit juices have twice as muchfructose as glucose. These findings suggest that beverages made with HFCS and some juices have asugar profile very different than sucrose, in which amounts of fructose and glucose are equivalent.Current dietary analyses may underestimate actual fructose consumption
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