NOTE: This post is outdated. I no longer believe everything I have written in this article. I'll keep it up regardless, but it does not accurately reflect my current thinking.
Although it may seem counter-intuitive, a diet low in carbohydrates, which by definition is also higher in fat, may be the most effective way to lose weight. I remember when I first heard of the Atkins Diet back in high school, when I saw my friend's father take the cheese off of a piece of pizza and throw away the bread. Surely you can't lose weight by eating fatty cheese and throwing out the low-fat bread! But while it made little sense to me at the time, low-carbohydrate diets really do work, and the science supporting this concept is just about indisputable.
Firstly, I would like to state that in weight-loss, what most people are concerned about is losing fat, as opposed to just weight in general. Fat is the enemy, not muscle; we want to keep our muscle. As a result, I'll be discussing how the fat tissue is regulated in the body. In order to understand how low-carb diets help you lose fat, it is important to understand the function of two key enzymes that regulate the fat tissue: lipoprotein lipase (LPL) and hormone-sensitive lipase (HSL). The activity of both of these enzymes is controlled by the hormone insulin, which is secreted in response to carbohydrate consumption. I'm going to get into some biochemistry here... I like biochemistry because, since most people don't understand it, I can make it look like I really know what I'm talking about, even though in reality I'm just making up words and hoping I don't get caught. Seriously though, it's important to understand a little basic biochemistry in order to truly understand how a low-carb diet burns fat like nothing else.
Although it may seem counter-intuitive, a diet low in carbohydrates, which by definition is also higher in fat, may be the most effective way to lose weight. I remember when I first heard of the Atkins Diet back in high school, when I saw my friend's father take the cheese off of a piece of pizza and throw away the bread. Surely you can't lose weight by eating fatty cheese and throwing out the low-fat bread! But while it made little sense to me at the time, low-carbohydrate diets really do work, and the science supporting this concept is just about indisputable.
Firstly, I would like to state that in weight-loss, what most people are concerned about is losing fat, as opposed to just weight in general. Fat is the enemy, not muscle; we want to keep our muscle. As a result, I'll be discussing how the fat tissue is regulated in the body. In order to understand how low-carb diets help you lose fat, it is important to understand the function of two key enzymes that regulate the fat tissue: lipoprotein lipase (LPL) and hormone-sensitive lipase (HSL). The activity of both of these enzymes is controlled by the hormone insulin, which is secreted in response to carbohydrate consumption. I'm going to get into some biochemistry here... I like biochemistry because, since most people don't understand it, I can make it look like I really know what I'm talking about, even though in reality I'm just making up words and hoping I don't get caught. Seriously though, it's important to understand a little basic biochemistry in order to truly understand how a low-carb diet burns fat like nothing else.