Biocore's Collagen accelerates healing by increasing the concentration of cellular and non cellular elements, including fibroblasts and growth factors. Collagen has many properties when put in contact with a wound bed. These properties include a homeostatic effect, interaction with platelets, interaction with fibronectin, increase in fluid exude, increase in cellular component, increase in growth factors and support for fibroblastic and eventually epidermal proliferation.

A wound may be defined as an incision or a trauma to any of the tissue of the body. The wound healing is a complex continuous process. For sake of simplicity, it has often been divided into several overlapping stages.

Hemostasis or stoppage of bleeding in the first step of any wound healing process. Blood platelets and soluble clotting factors are the major intravascular hemostatic factors.Collagen is a very efficient hemostatic agent because platelets adhere to collagen, swell and release substances which initiate hemostasis. Collagen can provide the positive and negative active polar sites as well as a molecule of sufficient size for platelet aggregation.

BioCore's properly configured Kollagen, which preserves collagen's molecular structure, is dramatically different than products which utilize a perverted form of the collagen molecule. The difference is analogous to the difference between particle board and wood. Both are made of the same raw  materials; however, with particle board the integrity of the raw material is compromised and then reconstituted using a foreign substance. This results in dramatically different composition and effectiveness of the product..

Changing the molecular structure of the product results in an even more profound difference. A molecule which does not maintain its basic properties essentially becomes a different molecule. It is similar to separating hydrogen and hydroxide molecules which comprise water. The separation leaves you with some useful  chemistry, but certainly not something you can drink.