How do GLP-1s work?
GLP-1 medications fight weight with biology.
GLP-1 medications stand apart from traditional weight loss prescriptions, like phentermine, due to their unique ability to engage critical metabolic pathways in the body. Unlike older treatments that often focus on short-term results, GLP-1s are designed to facilitate long-lasting weight loss by addressing the underlying factors that contribute to obesity. This approach promotes healthier eating habits and enhances feelings of fullness.
Reduce inflammation
GLP-1 receptor agonists have been clinically validated for their ability to lower markers of inflammation in the body. This reduction contributes to a diminished inflammatory response and less oxidative stress.
Shift set point
GLP-1s play a significant role in modifying your body’s set point, which is the weight that your body tends to defend against change. By targeting specific areas in the brain, these medications can effectively help control your appetite, reducing cravings and making you feel satiated more quickly after meals. Additionally, they can enhance your energy expenditure, meaning your body burns calories more efficiently. This combination supports weight management and can lead to healthier habits overall.
Regulate digestion
GLP-1 receptor agonists (GLP-1s) are a class of medications that influence the digestive process by slowing the rate at which food exits the stomach and enters the intestines. This delay not only prolongs the sensation of fullness after eating. However, it also plays a crucial role in regulating the absorption of sugars and other nutrients within the intestines. As a result, these medications help to stabilize blood sugar levels by moderating glucose absorption. This can be particularly beneficial for individuals managing conditions such as diabetes. The effect of GLP-1s extends beyond appetite control. It is contributing to a more gradual and balanced release of energy from the foods we consume.
Improve metabolic function
GLP-1s play a crucial role in regulating blood sugar levels within the body. When blood sugar levels are elevated, they stimulate the pancreas to secrete more insulin while simultaneously reducing glucagon production, a hormone that typically raises blood sugar levels. This dual action helps maintain balanced glucose levels after eating.
GLP-1s contribute to improved energy metabolism throughout the body. They enhance the insulin sensitivity of muscle cells, which means that these cells become more effective at utilizing insulin to absorb glucose. This process not only helps to regulate blood sugar but also promotes efficient energy use within the body. Additionally, GLP-1s influence the development and function of fat cells, aiding in fat storage and metabolism regulation. This approach makes GLP-1s vital in maintaining metabolic health and weight management.
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