Slashdot Mirror


High Fructose Corn Syrup To Get a Makeover

An anonymous reader writes "With its sweetener linked to obesity, some cancers and diabetes, the Corn Refiners Association (CRA) doesn't want you to think 'fructose' when you see high fructose corn syrup in your soda, ketchup or pickles. Instead, the AP reports, the CRA submitted an application to the FDA, hoping to change the name of their top-selling product to 'corn sugar.'"

5 of 646 comments (clear)

  1. Not the first time by jothar+hillpeople · · Score: 5, Informative

    ...and won't be the last. "Confectioners' glaze" (common candy coating) sounds so much better than "lac bug secretion". "Gelatin" sounds so much better than "pig skin extract". "Carmine" (used for red coloring) sounds better than "cochineal insect secretion".

  2. Re:Evil stuff by bsDaemon · · Score: 5, Informative

    No, its sugar lobbyists as much, if not more, than corn lobbyists. The US has import tariffs on foreign cane sugar to prop up the price of the domestic stuff, which makes it too expensive to use in wide-scale production here. That's why foreign versions of Coke and Pepsi products are made with real sugar, where as we get the cheap corn shit.

    I was a lobbyist myself for a non-profit social organization in a past career. I was at a luncheon fundraiser in DC for a congressman from a midwestern, corn-raising state and was seated across from a sugar lobbyist, and in between a guy from Raytheon and a guy from Microsoft. The sugar lobbyist was the biggest asshole of the three, too.

  3. You have things backwards. by jpstanle · · Score: 5, Informative

    Cane sugar has essentially no free-form fructose. Refined cane sugar is nearly pure sucrose, a disaccharide. Admittedly, it is composed glucose and fructose structures, they are chemically bonded and is not metabolised the same way as either one of the monosaccharides (glucose and fructose).

    HFCS is an engineered product that takes regular corn syrup (essential pure glucose) and turns it into a mixture of free form glucose and fructose in order to produce a substance that tastes the same (sweetness-wise) as table/cane sugar.

    "Corn Sugar" would actually be distinctly incorrect if used to refer to HFCS, as that term is already used to refer to crystalline glucose (Commonly known in the food world as dextrose).

  4. Re:What the hell? by Dynetrekk · · Score: 5, Informative
    WTF, interesting? Yes, there is a difference between sucrose and glucose+fructose. But, as http://en.wikipedia.org/wiki/Sucrose#Metabolism_of_sucrose will tell you, sucrose is split into glucose and fructose (i.e. HFCS) very efficiently in the stomach. This means that when the sucrose enters the intestine, where it will be absorbed, there is no chemical difference between (the main content of) HFCS and sucrose. After reading the comments to this article it is clear to me that very very few CS people take even a basic chemistry course - which is a shame, chemistry is a fundamental skill everyone should learn (if nothing else, to understand why mail-order diet pills and "natural" food is a sham).

    On another note, I'm from Europe and find the US debate over HFCS somewhat fascinating. Here, the "health food" industry will sell you fructose telling people that it is a "more natural and healthy" sweetener. My conclusion is nonetheless that if you want to eat something sweet and stay healthy, eat fruit or something such - don't screw around with candy.

  5. Re:What the hell? by Unipuma · · Score: 5, Informative

    If you only focus on the biochemistry part of the process, you are missing out on the biological ones. The fact that two molecules can be nearly indistinguishable from a chemistry point of view does not mean that their biological impact can not be radically different. For a simple example:
    Lactic acid comes is present in two stereo-isomer configurations. Chemically, they are identical during an oxidation process. However, the body metabolizes both differently.

    That extra step that you mention to break down Fructose can have an impact on where in the body the molecule is being processed. Also, don't forget that before the fructose and glucose enter the metabolic cycle, a large number of processes have already taken place in the body, and those processes might have a different effect on the body. (Reaction to insulin, etc)

    So, just because fructose might be (bio)chemically similar, this doesn't mean that biologically it is similar.