As we grow older, take the enzyme production when we are in our twenties for instance and rate at which our bodies produce the same enzymes when we are at our forties or older, you will notice that our bodies tend to produce fewer of the enzymes needed to eliminate and prevent scar tissue such as fibrosis, which is a leading cause of the eventual deaths caused by old age. There are some cases of patients with cystic fibrosis who"s bodies do not produce these very important enzymes at all with children with the same condition dying before seeing their twenties, and the lucky few who live that far rarely living past their twenties due to the restriction and shrinkage due to the formation of scar tissue.

Our bodies' ability to reduce the accumulation of the fibrin deposited reduces, resulting from the diminishing production of the enzymes. The inability to regulate fibrin deposits is quite noticeable in women as compared to men. Women with enzyme deficiency in enzyme production tend to develop conditions such as adhesions, endometriosis and fibrocystic breast disease. The growth of arterial sclerotic plaque however is a common condition among both the males and the females. They are both also at risk to have fibrin spread to the internal organs and over time, reduce the organs" size and their functionality. And as we grow older, it is noted that our wounds heal with thicker, rather weak, visible and less pliable scars from the reduction of enzyme production in our bodies.

Scar tissue and fibrosis can be reduced by replacing the lost enzymes which in turn prevent the many problems that are associated with the deficiency of the enzymes and over accumulation of fibrin in our bodies. This addition of enzymes can also be used to reverse and try to control preexisting conditions. In addition this, addition of the enzymes also assists in dissolving old scar tissue from pulmonary fibrosis, kidney fibrosis, keloids and past surgical wounds several years later after formation. Enzyme addition has been administered by doctors in the European countries and those in Asian continent for decades but American health practitioners were made aware of this technique's benefits just recently.

Some of the recommended enzymes that help with the dead scar tissue removal or reduction are serrapeptase enzyme and nattokinase enzyme. Other related enzymes include pancreatin enzyme and the chymotrypsin enzyme that are mostly associated with the prevention and the control of cancer tumors.

Serrapeptase is a powerful proteolytic enzyme produced by the Serratia marcescens E1 originally found in the silkworm's intestines. Serrapeptase enzyme helps the silkworm in dissolving its cocoon before the worm finally emerges as a moth. Extensive studies and research also show that the serrapeptase enzyme can be used to reduce scar tissue, improving tissue healing and significantly reducing inflammation by a great deal.

It can be used in dissolving non-living tissues like the fibrosis, scar tissue, cysts, blood clots and arterial plaque, which all happen to be byproducts of the body's healing responses. Slowly eating the dead tissue to have them replaced with healthy tissue as needed without the risk of harming the living tissues. It can as well dissolve the cancer cells outer protective layer and tumors enabling the immune system fight the cancer cells better.

Serrapeptase also happens to be an anti-inflammatory agent effective for those with lung related problems, clearing the mucus and the scar tissue leaving our bodies' own healing system replace the bad tissues with healthier ones resulting to better lung function.

This particular enzyme happens to be super sensitive at low PH, meaning that the supplement version of it that are coated enerically being considered as being superior.