Thu, Nov-11-10, 17:06
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Senior Member
Posts: 6,498
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Plan: VLC, mostly meat
Stats: 202/200/165
BF:
Progress: 5%
Location: Montreal, Quebec, Canada
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We must bear in mind that when we cut calories on a high carb diet, we ultimately cut carbs as well. So, his experiment does not prove his point. Rather, it does not prove only his point. In other words, we can't conclude anything definitive from it.
Doing further math gives us really wild figures for carb intake. If his diet was 60% carbs, 1800 kcals gives us 1080 kcals of carbs, or 270g. His previous diet must have been truly full of carbs (or induce severe insulin resistance, or both) in order for him to lose weight on such a high carb diet. It would explain how creating a 800 kcals deficit at the onset ultimately produces an increase in Eout of about double the deficit.
Or put another way, an increase of Ein of 800 kcals from 1800 kcals to 2600 kcals gives us a reduction in Eout from 3375 kcals down to 2600 kcals and a subsequent increase in weight of 27 lbs in 10 weeks.
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So what does the calorie hypothesis say? That the change in weight will be exactly proportional to the difference between Ein and Eout. As pointed out by Patrick with his equation of adding Ein + weight lost to come up with actual Eout.
So what does the carbohydrate hypothesis say? That the change in weight is independent of calories, and that it's entirely possible that an amount X of calories induces a weight gain, or loss, disproportionate to its caloric content. As pointed out be me by establishing onset caloric deficit and compare that to actual weight loss, showing a significant discrepancy between the two that cannot be explained by caloric equations alone.
So what does this experiment agree with, the calorie hypothesis or the carbohydrate hypothesis?
I rest my case.
Last edited by M Levac : Thu, Nov-11-10 at 17:57.
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