Researchers Examine Sugar Absorption in the Bloodstream

Amy Taylor November 22, 2016

A new study published in the journal Toxicological & Environmental Chemistry shows how much artificial sweetener is absorbed into the bloodstream by children and adults after drinking a can of diet fizzy drink. The findings revealed that children double the amount of the chemicals from a 12-ounce diet soda than adults.

For the study, the researchers how much sucralose and acesulfame-potassium - two common artificial sweeteners that are widely present in packaged food and beverages - is consumed by the bloodstream.

For the past years, scientists have linked artificial sweeteners with a wide range of health problems, including poor metabolism, obesity and diabetes. Massive campaigns have been launched to encourage the public to cut back on sugar. Just recently, it was proposed that sugar taxes be increased for the said purpose.

In this light, the researchers in the current study studied the plasma concentrations of sucralose and acesulfame-potassium. Measurements were taken after various doses of sucralose with or without acesulfame-potassium, both in diet soda and mixed in seltzer or plain water. Results obtained in adults were then compared with measurements obtained in children.

Researchers found that children had double the concentrations of plasma sucralose after ingestion of a single twelve ounce can diet soda compared with adults. They also speculate that the infants’ artificial sweetener blood levels may be proportionately even higher.

Previously, the same team found that the artificial sweeteners were also present in breast milk when mothers ingested foods, drinks, medicines or other products that contained such.

The study is important because it early exposure to artificial sweeteners may influence children’s future food choices and metabolic taste. It also confirms the fact that some people absorb relatively small amounts of artificial sweeteners and some exorbitantly high amounts. Most importantly, the research would help in the deeper understanding of how artificial sweeteners affect health.

Source of this article:

Plasma concentrations of sucralose in children and adults

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