Physiological changes that occur with age have a significant impact on weight control. Declining hormone production, slowed metabolism, and changes in body composition (decreased muscle mass, increased fat mass) can all contribute to making excess weight easier to gain and harder to lose.
Metabolism and age: what happens in the body?
Starting in your 30s and 40s, your metabolism gradually slows down, meaning your body burns less energy even at rest. This can be partly explained by a decrease in muscle mass, as muscle tissue has a higher energy requirement than fat tissue. At the same time, insulin sensitivity often changes, blood sugar control deteriorates, and the proportion of hormones that promote fat storage, such as cortisol, increases.
Nutrition and weight control with modern approaches.
Traditional weight loss methods such as severe calorie restriction or intermittent fasting are often not sustainable in the long term, especially for middle-aged or older adults. Therefore, dietary and lifestyle strategies that not only count calories but also support metabolism, appetite regulation, and hormonal balance are gaining increasing importance.
The role of liposomal technology in the absorption of active ingredients.
Liposomal technology encapsulates active ingredients in a phospholipid shell, which helps protect them from digestive tract degradation and allows for better bioavailability. This can be particularly beneficial for formulations that provide targeted metabolic support, as the active ingredients reach cells in greater proportion and more quickly.
Composition and function of Axel Pharmatech Liposomal Weight Factor:
- L-carnitine - participates in the transport of fatty acids into the mitochondria, where they are converted into energy.
- Green tea extract - promotes fat oxidation and has antioxidant properties.
- Chromium picolinate - supports the maintenance of normal blood sugar levels and reduces cravings for sweets.
- Inositol - may affect insulin sensitivity and fat metabolism.
- Liposomal formula - ensures effective absorption and utilization within cell membranes.
