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Weight Loss PlateauWhy Is It So Difficult to Lose Weight?Every person who tris to lose weight discovers sooner or later that losing those extra pounds is not as easy as it seems, and maintaining the lost weight is even more difficult. Our body seems to be prone to accumulate more and more. It then defends it's weight is both aggressive and cunning ways that defeat even our best efforts. Often, after the first few pounds that are easy to shed, the rhythm of weight loss decreases substantially. Then we hit a plateau, followed by a return to where we started from - or even higher. Weight Control Centers and The Set Point TheoryThe set point theory states that every individual has a personal metabolic rate that maintains a given weight, independent of the caloric intake. We now know that weight regulation is a complex, redundant process mediated by multiple areas in the brain. Several key centers involved in this process are located in the hypothalamus.
One study has found that modest (about 10%) weight loss has a significant impact on energy regulation in the sense that, increasing muscle efficiency. In other words, when we lose weight, our muscles become more efficient and burn less calories for the same work. This effect was greater than the one caused by a lower body weight.
Brain Remodeling With Weight GainNew research indicates that the hypothalamic centers involved in weight regulation undergo complex changes with weight gain. We are talking here of literally brain remodeling, a process somewhat neuro-chemically similar to what happens during learning, also called synaptic plasticity. Take Home Points
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Energy Intake RegulationThe regulation of food intake involves a complex interaction of systems that determine the size, content, and frequency of feedings. Presumably, the brain is the final processing center that translates central and peripheral signals to initiate or stop feeding. Neuronal circuits have been identified in the hypothalamus that affect satiation (level of fullness during a meal which regulates the amount of food consumed) and satiety (level of hunger after a meal is consumed which regulates the frequency of eating). Regulatory mechanisms also must be present that integrate determinants of short-term energy intake with long-term energy requirements.
[1] Schwartz MW, Woods SC, Porte D Jr, et al. Central nervous system control of food intake. Nature 2000;404:661-671. |
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