Bromelain

Bromelain and joints

The proteolytic properties of bromelain allow it to protect the joints from aggression during :

• from a fall, bumps or blows

• brittleness or wear of bones, cartilage due to age

• of pro-inflammatory molecules

Mechanisms of action

Bromelain regulates and moderates the aggression or self-aggression of joints and all tissues throughout the body. Any tissue attack triggers a fraction of the immune system to intervene in an attempt to resolve it. Nevertheless, the inability to extinguish this primary aggression will lead to the intervention of other actors of immunity to the much more virulent activity and less targeted at the "aggressor". The body's reaction can quickly spread to the cartilage, tissues that have themselves been attacked initially.

A situation in which aggression and chronicity are combined translates into paralysis and an inability of the actors in charge of detoxification to reach a definitive resolution. 
The proteolytic and immuno-regulatory properties make it possible to extinguish virulence and the self-sustained reaction of aggression, hypersensitivity and fouling :

• bones, cartilage, joints and many tissues throughout the body

• the membranes of the intestine and colon

Bromelain and immunity

Bromelain regulates self-aggression phenomena. It releases and mobilizes the immune system. It prevents paralysis of the immune system.

Bromelain breaks down the components and protein coatings of destructured cells. Bromelain makes it possible to mobilize the macrophages, the soldiers and real garbage collectors of our organism.

By acting on embryonic cells, bromelain regulates the life cycle of the cell and thus prevents derailments.

Bromelain and traffic

Highly effective during falls, assaults, shocks and stagnant circulation, bromelain accelerates healing by recovering blood flow and perfusion in injured and damaged tissues. The tissues are again supplied with nutrients and growth factors stimulated by bromelain. 
Bromelain excels in the recovery and revitalization of damaged tissues through its regulatory action on embryonic cells.