A diet rich in fatty foods can lead to fat accumulation in the intestines, contributing to weight gain. This extra weight puts stress on the heart, disrupts metabolism, causes digestive issues, and can make breathing difficult. It can also reduce mobility and increase stress. Overweight is often linked to consuming too many fatty foods, overeating, and digestive problems due to an imbalance in digestion and gut bacteria. For many people, typical diets and exercise do not provide lasting results. Additionally, the fast pace of modern life makes it hard to stick to traditional weight-loss methods.

After ingestion, it first begins to spread in the digestive tract and gradually enters the bloodstream. Due to its own chemical structure and physicochemical properties, it can “ride” along the “high-speed transport channel” of blood flow in a stable and biologically active form, smoothly reaching the target organs and tissues throughout the body. It carries out the “magic” of delaying gastric emptying. It slows the rate at which food moves from the stomach into the small intestine, allowing carbohydrates and other nutrients to enter and be absorbed gradually, preventing “spikes” in blood sugar after meals and flattening blood sugar fluctuations. After crossing the blood-brain barrier, Meglutide participates in the activity of the appetite regulation center. Here, it “adjusts” the balance of neural signals, releases satiety signals, suppresses hunger, reduces the desire to eat, controls calorie intake at the source, and helps stabilize blood sugar within a reasonable range.

Appetite-suppressing dominance: Meglutide continues to act in the central nervous system, strengthening satiety signals, interfering with the brain's ability to receive and interpret hunger signals, and altering eating habits, so the user eats significantly less per meal. This achieves a “throttle” effect on calorie intake and lays a solid foundation for weight loss.
Promoting metabolism: At the cellular level, Meglutide activates relevant metabolic pathways in fat cells, liver cells, and skeletal muscle cells, enhancing lipolysis metabolism, stimulating the breakdown of triglycerides into free fatty acids, and transferring them to mitochondria for efficient oxidation and energy supply. Meanwhile, the body's basal metabolic rate is increased, accelerating the energy expenditure process in the peripheral body, and following the dual strategy of “burning” excess fat to achieve weight loss.