In this blog post, we will examine the principles of HCA and its effects on weight loss, and find out how appetite suppression and fat synthesis inhibition actually work to reduce weight.
On a lazy afternoon, I turned on the TV with a bag of snacks in my arms. A girl group with slim, toned bodies danced beautifully. I glance down at my stomach. Oh no… I need to lose weight. Summer is approaching, and if I keep this up, I’m in trouble. I know this isn’t just my problem. All winter, we could hide our extra weight under thick clothes, but as the clothes get thinner, the hidden fat starts to peek out.
Every year around this time, I find myself repeating the same thoughts. As summer approaches, I sigh in front of the mirror and vow, “This time, I’ll really change.” But such resolutions always fade away after a few days. Why is self-discipline so difficult? I can’t help but wonder how others manage to stick to their exercise routines and diets with such unwavering determination. Just then, a home shopping channel advertises diet products. The TV commercial says,
“You won’t gain weight even if you eat it. Lose weight while you eat!”
You won’t gain weight even if you eat foods that contain calories? It’s hard to believe, but it’s possible with HCA. HCA amazingly prevents weight gain even when you eat. You may be very curious about how this is possible, but before explaining the process, let’s first understand how weight gain occurs.
We obtain our main energy from carbohydrates. Carbohydrates are composed of a large number of the smallest monosaccharides (glucose) connected together. Therefore, they are very large and difficult for our bodies to absorb. To reach the small cells in our bodies that produce energy, these carbohydrates must be broken down into smaller glucose molecules. The broken-down glucose then moves to the mitochondria, a cellular organelle, where it is used to produce energy. (Quick reminder: don’t forget our goal while reading this!) What we need to pay attention to is the remaining glucose.
It is common knowledge that weight gain occurs when we consume more calories than we need! One thing we know well is that our bodies do not immediately consume all the energy we consume. This is in case of emergencies. Assuming that we may not be able to eat as much tomorrow as we did today, our bodies try to store excess glucose. Not all glucose is used to produce energy.
After producing only the energy our body needs, it converts some glucose into a form that is easier to manage and stores it in the liver, which acts as a warehouse for our body. This converted form of glucose is called glycogen in science. However, if the warehouse becomes full, problems arise. There are nutrients left over, but nowhere to store them.
From this moment on, we begin to gain weight. Glucose that has nowhere else to go prepares to become fat. Fat produces a significant amount of energy, approximately 9 kcal per gram. Therefore, our bodies attempt to store excess nutrients as fat. Once the body recognizes that carbohydrates cannot be stored in the liver, the process of breaking down carbohydrates into glucose stops.
The partially broken-down product at this stage is called citric acid. Citric acid is broken down into acetyl CoA and oxaloacetic acid by an enzyme called ATP-citrate lyase. The substance we need to focus on is acetyl CoA. This is important because acetyl CoA plays a crucial role in the synthesis of fatty acids. When acetyl CoA, a byproduct of citric acid breakdown, is produced, fat is synthesized, resulting in thicker abdominal fat.
Now I can explain why you don’t gain weight even if you eat a lot. To put it simply, it’s because fat isn’t produced. HCA has a structure very similar to citric acid and protein. Enzymes act like puzzle pieces, binding only to substrates with the same shape as their designated target. When the three-dimensional structures of HCA and citric acid are similar, problems can arise. This is because there is a high likelihood that the enzyme will bind to the wrong substrate. Normally, citric acid should bind to the citric acid-degrading enzyme ATP-citrate lyase to produce acetyl CoA. However, if HCA is present at this point, it will bind to ATP-citrate lyase instead, preventing the production of acetyl CoA. As a result, fat is not produced.
However, if citric acid that should be broken down is not broken down, it continues to be broken down into glucose and then converted into glycogen, which is forcibly stored in the liver. When our body accumulates excessive glycogen, it recognizes that sufficient nutrients are prepared and sends a signal to the brain. The brain then sends a signal to stop eating. This results in appetite suppression.
Conventional diet drugs are notorious for their severe side effects, such as depression. Many people have given up dieting midway due to these side effects. However, there are no unusual side effects, no calorie consumption, and the appetite suppression effect is so good—it’s hard not to be interested. But upon further reflection, I realized I had missed something. What I consumed simply wasn’t being converted into fat; it wasn’t disappearing. To truly lose weight, these carbohydrates must be eliminated somehow. Therefore, it is safe to say that exercise must be combined with HCA for this diet to be effective.
The explanation may seem complicated, but the core principle of HCA is to prevent carbohydrates from being converted into fat. It’s actually a simple shift in thinking! In fact, many people argue that such mechanisms are the result of human greed going against the laws of nature. However, HCA is a natural compound found in the fruit of the Garcinia tree. As such, it is a fascinating ingredient that inspires more trust than other diet supplements. If you’ve decided to lose weight because of those stubborn pounds creeping into your clothes, why not consider giving HCA a try? Of course, don’t forget that exercise is essential for your health!
