Method of Preventing Or Reducing Scarring Of Human Skin
AssigneePharmecosse Ltd.
InventorsClaire Linge, Ian Paul Mackie
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AssigneePharmecosse Ltd.
InventorsClaire Linge, Ian Paul Mackie
Estimating the term…
Insulin or a peroxisome proliferator-activated receptor (PPAR) agonist provides reliable and effective prevention of scarring in human skin, or at least a reduction in the severity of scarring. The application of insulin or the PPAR agonist to wounds topically or by local injection is particularly advantageous since it simultaneously reduces/prevents scarring whilst enhancing re-epithelialisation of the wound and thus provides a dual action wound healing treatment. The present invention accordingly provides a highly effective prophylactic treatment for any individual suffering tissue trauma to reduce and/or prevent normal and/or pathological scarring.
A method of reducing dermal scarring in a skin wound of a human, which comprises administering to the skin wound, in a period consisting of up to about 2 days after the wound is formed and before a peak myofibroblast level is reached in the wound, an effective amount of an active agent selected from insulin and a specific peroxisome proliferator-activated receptor gamma (PPARγ) agonist.
A method of reducing dermal scarring in the healed skin of a human after formation of a wound while maintaining a breaking strength of the healed skin substantially corresponding to that of healed skin which includes natural levels of scar tissue, which method comprises administering to the skin, in a period consisting of up to about 2 days after the wound is formed and before a peak myofibroblast level is reached in the wound, an effective amount of an active agent selected from insulin and a specific peroxisome proliferator-activated receptor gamma (PPARγ) agonist.
Dependencies are inferred from the claim text.