AMA Delegates Consider "Fat Tax" on Coke and Pepsi
Ronald Bailey | June 12, 2006, 10:27am
Delegates to the American Medical Association will vote on a proposal to impose a tax on soft drinks containing high fructose corn syrup (Thoreau take notice). The physician lobby will also consider a recommendation that the amount of salt in fast-food hamburgers and fries be cut in half as well. (Not a problem for me since I will just pick up extra salt packages from the condiments counter to make up for the difference.)
According to the Daily Mail:
Doctors will this week declare war on America's soft drinks industry by calling for a 'fat tax' to combat the nation's obesity epidemic.
Delegates at the powerful American Medical Association's annual conference will demand a levy on the sweeteners put in sugary drinks to pay for a massive public health education campaign...
Delegates at its Chicago conference are gunning in particular for high fructose corn syrup, the sweetener which is added to everything from ketchup to cola.
One American politician labelled it the 'crack of sweeteners' because it is so widespread.
Whole article here.
Captain Holly | June 12, 2006, 12:59pm | #
do most diets run at a net calorie deficit where the calories expended by consciously-controlled physical activities outstrip calories consumed.
If they're real diets, yes. If they're silly fad diets, no.
You don't have to run marathons to lose weight, either.
All you have to do put down the donuts and get up off the couch.
Methinks this is the reason the AMA is up in arms about HFCS: It's easier to blame a Heartless Corporation for obesity than it is to blame fat lazy people themselves.
You say that people's weightloss diets work that way, but how do you know that?
Personal experience. I used to be a long-distance runner (5 and 10Ks only, no marathons) and every summer when I ramped up my training schedule I would drop from about 190 to a very trim and consistent 167. When I would stop running in the fall, it would bounce back up to around 190. It wasn't intentional, but the principle was the same:
Start exercising, and you'll lose weight.
Or there's the current example of one of my neighbors. A few months ago he topped the scales at over 300 pounds, so he has started walking. He's pretty reliable, too; I see him every morning while I'm making breakfast. Since February he's lost about 50 pounds.
Dave, I know it pains you to hear this, but there's nothing special about HFCS. You can drink HFCS soda pop all day and still lose weight
if you reduce your overall calorie intake or increase your calorie consumption.
It's like eating a diet high in saturated fats; yes, they contain more calories per gram but if you use all those calories up (like a Marine recruit in boot camp; once again, personal experience) you won't gain a pound.
Timothy | June 12, 2006, 4:11pm | #
And, Just in case you don't feel like taking all that time to read the link, here's the abstract:
Hunger and satiety profiles and energy intakes following the ingestion of soft drinks sweetened with sucrose or high fructose corn syrup (HFCS)
Martine Marie Perrigue, Pablo Monsivais, Susan L Adams, Adam Drewnowski. Epidemiology, University of Washington, 305 Raitt Hall, University of Washington, Box 353410, Seattle, WA, 98195-3410
Reports that liquid sugar energy is not detected by the body have suggested a physiological link between soft drink consumption and excess weight
gain. One question is whether HFCS-sweetened beverages have a different satiety profile from sucrose-sweetened ones. This study examined the
relative impact of 16 oz. beverage preloads on motivational ratings and energy intakes at a test meal, using a within-subject design. Participants were 19 men and 18 women, aged 20-30 y. The iso-energetic (214 kcal) beverages were cola sweetened with either sucrose, HFCS 55 (55% fructose, 45% glucose); HFCS 42 (42% fructose; 58% glucose), or aspartame, and 1% milk. A no beverage control was also employed. Breakfast was consumed at 8:00 am and the beverages were consumed at 10:10 am. Subjective ratings of hunger, fullness, desire to eat, thirst, and nausea were collected at 20 min intervals until lunch was served 140 min later. Caloric beverages suppressed hunger ratings and increased satiety ratings relative to the no beverage control. However, there were no significant differences in satiety profiles among the sucrose- and HFCS-sweetened beverages, diet cola, and 1% milk. Energy intakes at lunch were lower for all 4 caloric beverages (mean 955 kcal) as compared to the aspartame and the no beverage conditions (mean 1009 kcal), suggesting that a degree of energy compensation did occur following the ingestion of liquid energy. No differences in hunger, fullness, thirst, or desire to eat were detected between sugar-sweetened soft drinks, milk, or aspartame-sweetened soft drinks, all of which were significantly different than the no-beverage control. Research support provided by the American Beverage Institute and the Corn Refiners Association.
Phil Collins | June 13, 2006, 6:38am | #
Here is one of my hypothetical stories to help show the principles involved here:
I magine that they discover a new process for refining crude oil into gasoline. This process has some pros, cons and neutral aspects.
Let's start with the pro: the pro is that the new process costs the oil refining companies half as much to provide a gallon of gas. It costs half as much because they can use less valuable crude as the starting material, but also because the process of going from crude to finished gas is cheaper. So, like I said, te bottom line is that pretaxed gas costs half as much.
The oil refining companies sensibly meet in Dick Cheney's office (so that the meeting is secret) and decide to all switch to the new process at the same time. They decide to do this because they want to make sure that everybody switches and there is not a market inefficiency where some people sell gas the oldstyle gas and some sell newstyle gas. Substantially all the gas will be newstyle, and that is good because it will save consumers money.
The companies decide to pass 10% of the savings along to the consumers, to give them needed relief at the pump, and the oil refining companies will split the other 90% of the cost savings with the gas station operators. The 10% cost savings passed on to consumers mean that they save 5% at the pump after the taxes are added.
Okay, that is the happy part of the story, now let's hit the sad part. It turns out that this new process requires the vehicle operator to install a cheap filter in the car and to clean the filter weekly. The filters are so cheap that they will be given away free at the service stations and do not affect the costs perceptibly. The filters are also easy to install or uninstall in any vehicle. (assume it is some kind of magic filter you just stick in the filling hole in the vehicle) So far, not so bad. The bad part is that the filter must be cleaned by hand for one hour a week. The clening process is called "jogging" because it involves jostling and jogging the filter gently by hand. Only real human hands can do this operation, but it takes only an hour. You can even do it while watching tv or lissening to the Walkman. ony the actual hands of the vehicle's operator can do the process -- you can't delegate your jogging to a shiftless teenager or an illegal.
So the "sacrifice" for the gas cost savings is that vehicle operators now spend an extra hour a week doing this jogging process.
Finally the neutral aspect: none of this new refining / filling / jogging method has any net environmental impact. the only affects are the cost savings explained above and the time spent jogging by all the vehicle users.
Okay, any of you who have read this far, but especially Jennifer, how would you feel about this new deal on the gas? Happy or sad? Do you like your current deal on gas better or this new process? If you don't like the new process, what have you got against jogging? Its free and it is good for your hand muscles!
thoreau | June 13, 2006, 12:04pm | #
Dave-
What makes you think that there is no research being done on HFCS and diabetes? I seem to recall you sending me a paper on it once. I found the analysis somewhat suggestive but not really useful in drawing any conclusions. I seem to recall that this was merely one of many papers out there on the subject.
You think that if every single researcher isn't working on the problem that interests you most at the moment then nobody is working on it and nobody cares. I'm all in favor of the notion that an ounce of prevention is worth a pound of cure, and there are a lot of people working on trying to understand the causes of all sorts of conditions. And then there are people like me, who are trying to do basic research that can apply to prevention and cure, health and disease. If you don't see the value in it, well, I don't give a crap.
Some of the questions that you're posing can best be examined by epidemiologists. Well, I'm not an epidemiologist. I'm sure I could learn enough statistics to do a competent job of it, but I can do a much better job as a biophysicist. The world doesn't need one more mediocre epidemiologist.
And epidemiologists would be useless if there were no other scientists to see if there are plausible mechanisms for the relationships that they find in large data sets. So you need lots of researchers in lots of fields, both laboratory and clinical.
And they need tools. They need optical tools, among other things. And they need methods for making their experiments more quantitative so that they can learn more from each experiment that they do. Those two issues are what I work on.
If you don't see the value in it, well, that's fine. Just stick to patent law and let the scientists do science.
And for God's sake, exercise more and don't drink soda, and then you won't have to worry about whether HFCS is worse than cane sugar. Is that so fricking hard?
MainstreamMan | June 13, 2006, 8:11pm | #
Dave W.
I think you aren't digging hard enough. You haven't followed the links to the basic science studies. It take some time.
Here is a meta-analysis of the impact of our suggestions that lifestyle changes are the important information... Notice that we are talking about a 50% risk reduction here. It is really doubtful that you are going to top that with a change in sweetener.
Diabetes Care 28:2780-2786, 2005
Efficacy of Lifestyle Education to Prevent Type 2 Diabetes
A meta-analysis of randomized controlled trials
Kazue Yamaoka, PHD and Toshiro Tango, PHD
Department of Technology Assessment and Biostatistics, National Institute of Public Health, Wako, Saitama, Japan
Address correspondence and reprint requests to Kazue Yamaoka, PhD, Department of Technology Assessment and Biostatistics, National Institute of Public Health, 2-3-6 Minami, Wako, Saitama 351-0197, Japan. E-mail: yamaoka@niph.go.jp
ABSTRACT
OBJECTIVE—To evaluate the efficacy of lifestyle education for preventing type 2 diabetes in individuals at high risk by meta-analysis of randomized controlled trials, as assessed by incidence and a reduced level of plasma glucose 2 h after a 75-g oral glucose load (2-h plasma glucose).
RESEARCH DESIGN AND METHODS—Through an electronic search, 123 studies were identified. A literature search identified eight studies that met strict inclusion criterion of meta-analysis for 2-h plasma glucose and five studies for the incidence of diabetes. All were randomized controlled trials of ≥6 months with lifestyle education that included a dietary intervention. Subjects were adults diagnosed as being at high risk for type 2 diabetes. The difference in mean reduction of 2-h plasma glucose from baseline to the 1-year follow-up and relative risk (RR) of the incidence of diabetes in the lifestyle education group versus the control group were assessed. Overall estimates were calculated using a random-effects model. Those estimates were confirmed by several models, and the possibility of selection bias was examined using a funnel plot.
RESULTS—Lifestyle education intervention reduced 2-h plasma glucose by 0.84 mmol/l (95% CI 0.39–1.29) compared with the control group. The 1-year incidence of diabetes was reduced by ~50% (RR 0.55, 95% CI 0.44–0.69) compared with the control group. Results were stable and little changed if data were analyzed by subgroups or other statistical models. Funnel plots revealed no selection bias.
CONCLUSIONS—Lifestyle education was effective for reducing both 2-h plasma glucose and RR in high-risk individuals and may be a useful tool in preventing diabetes.
Abbreviations: DPPRG, Diabetes Prevention Program Research Group • IFG, impaired fasting glucose • IGT, impaired glucose tolerance