Hyaluronan is a key skin component, responsible for
Hyaluronan maintains the space between the cells of the epithelium to provide microchannels for the diffusion of water and passage of metabolic and signal molecules. The physicochemical characteristics of hyaluronate facilitate the formation of a space grid capable of absorbing a huge amount of water in the form of “structured water”. A healthy intercellular matrix is similar to the structure of a “micro-channelled moist gel-matrix” arranged by hyaluronate molecules; therefore, Curiosin gel containing zinc-hyaluronate provides the ideal environment for the healing of chronic wounds.
Gelmatrix and microchannels for metabolic and signal molecules
In the tissues of the wounds not only the micro channel system but also the matrix constituted by the hyaluronate of the intercellular matrix is damaged as well. Getting into the wound, zinc hyaluronate contained in Curiosin gel immediately finds the damaged hyaluronate particles on the wound surface forming molecular contacts and this way creating the basis for regeneration.
Curiosin gel: shields the wound from infections
Due to the molecular pore size of the zinc hyaluronan matrix it acts as an antimicrobial filter against bacteria of airborne and contact origin this shielding the healing wound from infection.
Curiosin gel: a complex way to support wound healing
Being a constituent of the enzymes necessary for anti-inflammatory processes, zinc in itself is an indispensable element of wound healing. In addition to that, it has also been proven that in chronic wounds the zinc content of tissues is lower.
Zinc and hyaluronate support wound healing in a complex way, protecting the cells and tissues from inflammation arising in the course of injuries as well as the harmful effects of free radicals.
Curiosin is indicated to use in a wide range of skin injuries, wounds, burns and skin problems. See the indications here.
Read medical publications on Curiosin in chronic wound care and the modern moist wound care protocol.