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Science Round-Up Seconds: The Pro-Insulinogenic Effect of Artificial Sweeteners + Mechanisms & Consequences

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Would having your coffee with splenda instead of sugar make this cookie even more hazardous for your glucose metabolism and what about your waistline? If you've listened to yesterday's installment of the science Round-Up your are probably already in the know of the most important facts about the "pro-insulinogenic" effects of sucralose and how it is (a) neither sure what exactly is causing this increase in post-prandial insulin release, nor (b) whether this is the "bad thing" conventional wisdom would dictate it is. If you've also read the corresponding press release from the Washington University in St. Louis , I've linked in yesterday's Facebook post on the matter, you will know that even the authors of the study are not yet sure about the real world implications of their results: "The elevated insulin response could be a good thing, she pointed out, because it shows the person is able to make enough insulin to deal with spiki...

Sweeter Than Your Tongue Allows: No-Calorie Sweeteners Disrupt Early Response to Glucose Ingestion, Reduce GLP-1 Expression and Could Thus Promote Overeating

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Image 1: Do you remember your first "splendid" experience with saccharine? Disgustingly sweet, right? If that changed over time, this study is for you! It is one of those never-ending debates: Do artificial sweeteners raise insulin? If you are a regular, here at the SuppVersity you will be aware that none of them exhibits significant satiety effects (cf. " The Unsatieting Truth about Artificial Sweeteners "); still, insulinogenic as some people still believe, they were, is yet none of them. A soon to be published paper by scientists from the Purdue University does yet suggest that saccharine formerly one of the commonest artificial sweeteners (thx. Evelyn for the heads-up, see Evelyn's comment ), now most widely used as a preservative adjunct in sweetener blends, which are found, for example in diet soda & co, does still lead to increased weight gain in male Sprague dawley rats that were fed either artificially (0.3% saccharine) or glucose (20%) sweet...
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