In the study of enzyme therapy it has been possible to demonstrate the destructive effect of cancerous cells in the culture of tumor cells, also the inhibition of an edema of inflammatory cause. Enzymes have been clinically demonstrated to be effective in rheumatic diseases, cardiovascular processes, immunology problems, degenerative diseases, etc.

Combination Enzymes are not "a miracle remedy", they are IMUNOMODULATORS, or biological response modulators, substances that influence in many regulation systems of the Immune system. The objective is to normalize an accelerated immune system and the regulation of the fabrication of chemical substances such as fibrin. Depending on what needs treatment, one looks for a stimulating, inhibiting or restructuring effect of the enzymes.


In the human organism there are approximately 2700 enzymes with their respective functions, although it is suspected that there can be over 50,000 enzymes.

Energy is transformed with the help of enzymes and it is stored away chemically. Many enzymes are available as inactive precursors; they are activated by another enzyme in case of necessity.

Enzymes are used in almost every chemical reaction in the human organism accelerating or delaying their speed. Enzymes measure the exchange of oxygen between the alveolar and red cells, any other way and the process would be so slow that we would die.


When a anti-body is placed upon an antigen (or an exterior substance), an immune-complex is formed, which is later on recognized by a group of cells of the immune system; called F.M.S. (Phagocyte Mononuclear System), this results in the elimination of the exterior substance.

But if for any reason the immune-complex are formed in an unmeasured way, or when the antigens are to heavy (like in tumors), F.M.S. activity does not occur, therefore the activity of fibrin is increased, and this increases inhibition over other parts of the immune system, and this with time caused degenerative chronic diseases.

Proteolytic enzymes are very useful in cases like this, because of their various mechanisms:

• They promote the degradation of immune-complex
• They stimulate and activate F.M.S.
• They activate macrophages and natural killer cells (N.K.)

• They improve circulation even in small blood vessels, because they improve flexibility of red blood vessels.
• They decrease blood viscosity; controlling the activation of fibrin
• Because of their action of regulating enzymatic processes they slow down cellular aging
• They decrease the aggregation of parquets
• They degrade proteins that act in the inflammation process.
• They accelerate the healing process by the detoxification of tissues, the improvement of the blood flow, and the stimulation of fibroblasts in the tissues.