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Food & Ingredients International April 2024

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Tate & Lyle Partners with Cryptobiotix:<br />

New ex-vivo study on low and<br />

no calorie sweeteners finds<br />

positive impact or no impact<br />

on human gut microbiota<br />

Tate & Lyle and<br />

Cryptobiotix’s breakthrough<br />

ex-vivo* study shows that<br />

sucralose does not impact<br />

the gut microbiota, while<br />

other low and no calorie<br />

sweeteners have potentially<br />

beneficial health effects.<br />

journal the <strong>International</strong> Journal of <strong>Food</strong><br />

Sciences and Nutrition, found that some of the<br />

studied low calorie and no calorie sweeteners<br />

had no impact on the gut microbiota, while<br />

others had potential beneficial health effects.<br />

Using Cryptobiotix’s cutting-edge SIFR ®<br />

(“cipher”) technology to recreate the gut<br />

A new, first-of-its-kind study has identified<br />

unique and potentially beneficial interactions<br />

between certain low and no calorie<br />

sweeteners, including stevia, and the human<br />

gut microbiota. Tate & Lyle PLC (Tate &<br />

Lyle), a world leader in ingredient solutions<br />

for healthier food and drink, partnered<br />

with Cryptobiotix, pioneers in preclinical<br />

gastrointestinal research, on the study.<br />

Dr. Davide Risso, molecular biology specialist<br />

and Tate & Lyle’s Head of Nutrition Research,<br />

led the project to explore the potential impact<br />

of certain low and no calorie sweeteners<br />

on the gut environment in both healthy<br />

individuals and those with type 2 diabetes.<br />

The research involved taking samples from<br />

co-living adults consuming a similar diet – to<br />

lower the potential variation introduced by<br />

differences in long-term diet, a major driver of<br />

microbiota composition. The doses of low and<br />

no calorie sweeteners used were based on<br />

actual intakes, regulations and amounts that<br />

are generally included in foods and beverages<br />

during different timepoints.<br />

Results from the pre-clinical study, published<br />

in the leading peer reviewed, open-access<br />

18 FOOD & INGREDIENTS INTERNATIONAL APRIL <strong>2024</strong>

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