Sophia Bennett

29/03/2025

FATONG™ GLP-1 Oral Liquid has been approved by the U.S. Food and Drug Administration (FDA), ensuring its safety, efficacy, and high-quality formulation. This oral solution is scientifically backed to support natural weight management, enhance metabolism and promote healthy digestion by activating the GLP-1 pathway. It has added apple cider vinegar and turmeric ingredients to help regulate blood sugar levels, reduce hunger and support overall health. Clinically tested and FDA-approved, this formula is designed for those seeking a natural, effective approach to weight management and metabolic health they can trust.

29/03/2025

1. Fat Storage and Removal
When the body absorbs dietary fat, it is broken down into fatty acids and glycerol during digestion. These components enter the bloodstream and are transported throughout the body. Excess fatty acids are synthesized into triglycerides in the liver and fat cells, where they are stored. When we consume more calories than needed, the body stores excess fat in adipose tissue for future energy demands.
Storage: When food is consumed, dietary fats are digested in the intestines, and fatty acids and glycerol enter the bloodstream. They are then transported to adipose tissue, where they are converted into triglycerides and stored in fat cells. This process is regulated by hormones such as insulin, which promotes the uptake and storage of fatty acids and glycerol into triglycerides.
Catabolism (Breakdown): When the body requires energy, stored fat is mobilized, such as during exercise or fasting. Hormones like adrenaline and norepinephrine activate lipase enzymes in fat cells, initiating the breakdown of triglycerides into fatty acids and glycerol for energy use.
2. Fatty Acid Release and Transport
Once broken down, fatty acids are transported via the bloodstream to the liver, muscles, and other tissues that utilize them as an energy source. Fatty acids are carried by plasma proteins such as fatty acid-binding proteins (FABPs) and albumin to where they are needed for energy restoration.
Muscles: During physical activity, muscle cells have a high demand for energy. Especially in aerobic exercise, fat becomes a key energy source. Fatty acids enter muscle cells and undergo beta-oxidation in mitochondria, breaking down into carbon dioxide and water while generating ATP (the cell’s energy currency).
Liver: Fatty acids also enter the liver, where they undergo oxidation and are converted into ketones, which serve as an alternative energy source for the brain and other tissues—especially during prolonged fasting or low-carb diets like the ketogenic diet.
3. Beta-Oxidation (Fatty Acid Oxidation Process)
Inside cells, fatty acids enter the mitochondria and undergo oxidation, the primary metabolic process for fat breakdown. During each oxidation cycle, two carbon atoms are removed, forming acetyl-CoA. These acetyl-CoA molecules enter the citric acid cycle (also known as the Krebs cycle), ultimately producing ATP through the respiratory chain. This process is the core step in the body’s fat energy supply.
4. Ketone Production and Utilization
During prolonged fasting or low carbohydrate intake, the liver converts fatty acids into ketone bodies. Ketones—including acetoacetate, beta-hydroxybutyrate, and acetone—are highly efficient energy sources, particularly for the brain. Normally, the brain relies primarily on glucose, but in times of fasting, it can use ketones as an alternative energy source.
5. Regulation of Fat Metabolism
Fat metabolism is regulated by various hormones and enzymes. Key regulators include:
Insulin: The most important hormone for fat storage, insulin levels rise when blood sugar is high, promoting fat storage. Insulin inhibits lipolysis (fat breakdown) and encourages energy storage in fat cells.
Adrenaline and Norepinephrine: Released in response to stress, exercise, or fasting, these hormones stimulate fat breakdown and the release of fatty acids into the bloodstream.
Growth Hormone: Important for childhood growth, it also aids in fat loss and the release of fatty acids.
Testosterone and Estrogen: These s*x hormones influence fat distribution and metabolism. Testosterone promotes fat loss, whereas estrogen encourages fat storage in areas like the thighs and hips.

29/03/2025

The Connection Between the Lymphatic System and Fat Metabolism
Fat Transport
The lymphatic system is closely linked to fat absorption during digestion. Fats absorbed in the small intestine are first converted into chylomicrons, which are transported through the lymphatic system into the bloodstream and eventually distributed throughout the body for storage or energy use. Chylomicrons contain a large amount of fat-soluble substances, helping facilitate the transport of dietary fat.
Lymphedema and Fat
Lymphedema is swelling caused by the accumulation of lymph fluid, typically in the limbs, especially the lower extremities. A prolonged buildup of lymph fluid can lead to excessive fat and connective tissue accumulation, resulting in a condition known as lipedema. Lipedema is associated with lymphatic dysfunction and manifests as fat deposits and swelling in the lower limbs. This type of fat can be particularly stubborn and is not easily reduced through traditional weight loss methods.
The Role of Fat in the Lymphatic System
Fat is not only transported by the lymphatic system but also impacts its function. Excess fat, particularly in the abdominal region and lower limbs, can increase the burden on lymphatic vessels, potentially obstructing lymphatic fluid drainage. This can lead to further swelling and complications in the lymphatic system.
The Lymphatic System’s Detoxification Function
The lymphatic system is responsible for removing metabolic waste from the body, including waste products from fat cells. If the lymphatic system does not function properly, waste cannot be efficiently eliminated, increasing the burden on fat cells and other tissues. This can contribute to weight gain and fat accumulation.
The Immune System and Fat
The lymphatic system plays a crucial role in immune response by monitoring and removing harmful substances from the body. Fat tissue itself has immune functions. Obesity is often linked to changes in immune system activity, and maintaining a healthy lymphatic system is essential for proper immune function.

29/03/2025

"You're just not disciplined enough" – this is something people with obesity hear constantly. However, this has long been scientifically disproven. For decades, the key to combating excess weight was thought to lie in metabolism, with attempts to curb our body’s natural cravings for foods that lead to weight gain through diets, calorie counting, exercise, and countless "tricks."
Today, we know the key lies in the brain. And that’s exactly where the weight loss injection works. It targets the hormones in the reward system of the brain and is designed to help switch the brain’s signals. The global demand for this injection is huge, and the profits for manufacturers are astronomical. But, the injection only works if used continuously – and, like all medications, it has potential side effects.

13/01/2024