There are three things you should avoid discussing with someone else if you want to have a pleasant conversation with them; their religion, their politics, and their diet.
If you can't lose your excess weight, you probably haven't reduced your calories enough (and perhaps you're sitting around too much when you should be up and active more, but mainly you probably just eat too much).Yes, and no. I've experienced something known as a "plateau". That's when weight loss slows and stops, even with the same activity level and calorie intake from week to week. Sometimes reducing calorie intake a bit more starts the downward trend again. Sometimes it doesn't. If it doesn't, one of the things to try is adding a hundred or so calories a day for a while. I've had this actually work, and seen it work for other people. It really is not as simple as calorie reduction.
Such modest risks (RR=1.05 - 3.0) don’t go beyond a null finding by more than chance (the toss of a dice or random coincidence) or a mathematical or modeling error, even if they’re reported as “statistically significant” in an underpowered study.First off, if you're going to wait for RR >= 20 before you admit association between a predictor and some chronic disease outcome, you're going to be waiting a very long time. Obesity, cardiovascular disease, cancer, and other chronic diseases are massively multifactorial. No individual contributor is going to increase risk within an order of magnitude of what you're expecting. For instance, Doll and Hill's groundbreaking epidemiological study on smoking and lung cancer only found an RR of ~2.51. Nobody disputes that association because of its magnitude, and to suggest that this level of science and stringent methodology is little better than faith healing is being willfully obtuse. Heck, most of the epidemiologists I work with get excited by an RR of 1.15.
Dr. Melik: This morning for breakfast he requested something called "wheat germ, organic honey and tiger's milk."posted by caddis at 10:50 AM on May 12, 2010 [2 favorites]
Dr. Aragon: [chuckling] Oh, yes. Those are the charmed substances that some years ago were thought to contain life-preserving properties.
Dr. Melik: You mean there was no deep fat? No steak or cream pies or... hot fudge?
Dr. Aragon: Those were thought to be unhealthy... precisely the opposite of what we now know to be true.
Dr. Melik: Incredible.
I have a friend who used to do what he called "the 7-11 challenge." The trick is to go into a convenience store and find a package of something that does not have corn syrup/sugar or an artificial sweetener added. Bottled water does not count.
Next weekend's project is to empty out the cupboard, separate everything into HFCS and non-HFCS piles, and post the pics up on the net. I'm betting there's even more HFCS hiding in my presumably healthy cabinets than I thought possible.
Bocarsly et al. completed a 2010 study where rats were given 8% HFCS 12 hrs/day, 8% HFCS 24 hrs/day, 10% sucrose 12 hrs/day, all with ad libitum rodent chow, or only ad libitum rodent chow for a duration of 8 weeks. The rats on HFCS 12 hrs/day gained more weight than the rats on sucrose 12 hrs/day in young males, but not in adult females. They also reported that the rats on HFCS 24 hrs/day did not gain a statistically significant amount of weight when compared to the rats on sucrose or chow only. Additionally, no differences in blood-glucose levels were observed. Another study was conducted for 6-7 months, and fat pads were removed from the rats and weighed. Fat pads for rats on HFCS 12 hrs/day weighed significantly more than rats on chow only, but were not different from rats on sucrose. Fat pads for rats on HFCS 24 hrs/day did not have a statistically different weight than rats on chow only. [42]So it seems like you could easily get the result you wanted by reducing HFCS intake compared to sugar. And anyway, NO ONE is suggesting that drinking nothing but sugary drinks, whether it's HFCS or Sugar is a good idea. The Princeton study was done by replacing all of the rat's water intake with sugared water! That means that the rats were getting sugar whenever they got thirsty. The Bocarsly test added sugar to their food, which is a little more realistic. (Although obviously some people do drink a lot of sugary pops, and that's not good)
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posted by kaibutsu at 2:43 AM on May 12, 2010 [16 favorites]