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Those statements are technically true, but I’m not exactly sure what you’re trying to say. There’s nothing flawed about observational data that ignores the inner workings of the system, that’s how all of science works. Like you say, it’s physical observations. There’s nothing flawed about measuring wattage output of exercise while keeping food intake constant and noting that most humans lose weight under such conditions, or of keeping caloric output constant and increasing caloric input and noting that most humans gain weight. > it doesn’t work or not, it’s just a concept, an observation like a law of physics. It works as a tool for weight loss. It works for exactly the reason you state, because it’s primarily an observation of physics. The only way I gain mass is via my mouth, and the only way I lose mass is via energy expenditure. If I want to control mass, therefore, tracking and controlling my input and output is more or less guaranteed to work. For sure the input output responses might not be perfectly linear, but that’s expected and not a ‘flaw’. The weight response to calories also can’t be reversed or flat, due to physics, it must be highly correlated, right? |
It's wonderful that your physiology is aligned with your goal of doing this. But in this control pathway there are billions of neurons, trillions of bacteria, I don't know how many biochemical signals, all feeding back into each other. Reducing all of this to "controlling input" is one of the most harmful ideas in public health. For people who struggle with weight it is just setting them up to fail and blame themselves for it. Repeated over, and over, and over.