Respiratory system

Indicated to protect and optimize the function of the respiratory system, improving lung capacity, reducing inflammation of the airways and strengthening defenses against infections and irritants.

They contribute to:

• Improved lung capacity : They promote the elasticity of lung tissue and optimize gas exchange, improving the overall oxygenation of the body.
• Reduction of inflammation in the airways : They decrease chronic inflammation associated with conditions such as asthma, COPD and bronchitis, promoting more efficient breathing.
• Antioxidant protection : They neutralize free radicals in lung tissue, preventing oxidative damage caused by pollution, smoke, and other irritants.
• Strengthening of the local immune system : They increase the activity of immune cells in the respiratory tract, improving resistance to viral, bacterial and fungal infections.
• Promoting lung cleansing : They stimulate the expulsion of mucus and particles trapped in the lungs, improving cilia function and reducing congestion.
• Relaxation of respiratory smooth muscles : They help open the airways by relaxing the bronchial muscles, relieving the symptoms of bronchoconstriction.
• Support for lung regeneration : They promote the repair of tissues damaged by chronic conditions or exposure to toxic agents, improving lung structure and function.
• Optimization of pulmonary blood flow : They ensure adequate perfusion of the pulmonary capillaries, improving the transport of oxygen and essential nutrients.
• Respiratory microbiome balance : They maintain a healthy microbiota in the respiratory tract, contributing to the prevention of infections and regulating inflammation.

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