Purity (HPLC): 99% min.

NMR:Consistent

NMR: Consistent

 

 

 

FUNCTIONS
1. Causes skin remodeling
* Rebuilds skin protective barrier
* Increases collagen and elastin - more than vitamin C
* Increases water-holding proteoglycans
* Rebuilds blood microcirculation
* Activates removal of damaged skin proteins and scars

2. Present in wounds
the human body's natural remodeling signal

3. Anti-inflammatory
potent anti-inflammatory, activates skin's main antioxidant protein--dismutase superoxide

4. Blocks ferritin release of oxidizing iron

5. Reduces IL-1

6. Increases hair follicle(humans) size
Also blocks hair loss if given before chemotherapy and accelerates hair growth after chemotherapy (rats)

7. Reduces TGF-beta and scar production
Reduces TGF-beta-1 and TNF-alpha


[BACKGROUND]

The benefits of copper peptides for tissue regeneration were discovered by Dr. Loren Pickart in the 1970s. He found and patented a number of specific copper peptides (in particular, GHK copper peptides or GHK-Cu) that were particularly effective in healing wounds and skin lesions as well as some gastrointestinal conditions. One of the end results of this research was Iamin gel approved by the FDA for the treatment of acute and chronic wounds and ulcers.

A lot of substances can have a positive effect on wound healing. A distinctive feature of GHK copper peptides is that they reduce scar tissue formation while stimulating normal skin remodeling. In other words, they help better restore the damaged area to its original look.

The mechanism of copper peptide action is relatively complex. GHK-Cu induces the degradation of "extra-large" collagen aggregates found in scars and promotes the synthesis of smaller more regular collagen found in normal skin. It also promotes the synthesis of elastin, proteoglycans, glycosaminoglycans and other components of skin matrix. Other important effects of GHK-Cu include the ability to regulate the growth rate and migration of different types of cells; significant anti-inflammatory action; and the ability to prevent the release of oxidation-promoting iron into the tissues. The net result is a faster, better and "cleaner" healing.

You might say it's nice to have cleanly healed wounds, but what about people who do not have any wounds or ulcerations to heal? Can copper peptides be useful for regular skin protection and rejuvenation? It appears that they can. However, while the wound healing effects of copper peptide have been investigated and documented in many studies, much less research has been done so far on their cosmetic and anti-aging use. The available evidence indicated the following potential skin benefits:


Many existing skin care treatments are based on the concept of removing the outermost or even deeper layers of the skin. The resulting healing process stimulates skin remodeling leading to smoother, younger looking skin. Since copper peptides optimize healing and improve skin remodeling, then can augment the effect of treatments based on various forms of controlled skin injury. In particular, copper peptides can be useful after various forms of laser resurfacing, dermabrasion, and chemical peels. IMPORTANT: If you are considering using copper peptides after a particular procedure, make sure to discuss it with your physician.

Copper peptides are effective against various forms of skin irritation, mainly due to their anti-inflammatory effects. Skin irritation, even in the absence of open lesions, dramatically accelerates skin aging by promoting the formation of free radicals and other toxic byproducts. Some common skin rejuvenation treatments, such as tretinoin (Retin A, Renova) and alpha hydroxy acids, can cause irritation. If during treatment you experience skin irritation for an extended period of time, your skin will likely end up in a worse shape than when you started. In many cases, copper peptides can reduce or eliminate the irritation and help maximize treatment benefits.

It is always easier to prevent the damage than to fix it later. To a significant degree, skin aging is caused by the accumulation of minor day-to-day damage from sun, wind, detergents, acne, abrasions and so forth. As these minute lesions heal, they leave microscopic imperfections, which, eventually, accumulate to become visible signs of aging. While it remain to be further researched, it appears that copper peptide can help minimize the damage from daily wear and tear of the skin. For instance, one study demonstrated that copper peptides helped recover skin integrity after exposure to SLS, a common detergent found in many shampoos, cleansers, and dishwashing/laundry products.