Today all of us want to look young. Gone are the days, when wrinkles and blotched skin with sagging all over the body was acceptable. Today science is trying to find new molecules that can make our skin look younger, remove wrinkles, fine lines spots and make it look fresh and young. Skin care is on the frontiers of scientific research. Along with many surgical procedures and treatments, topical creams enriched with latest molecules are being tried to fight the ageing skin for better skin care. Copper peptide is one such molecule that is rapidly getting accepted because of its effects. Let us find out how cream enriched with copper peptides can help you look young and help you care for your skin better. What does copper peptide do in skin care - copper peptide is a compound of copper. Copper is a metal, which is found in trace quantities in our cells. When converted in the form of copper peptides, this compound of copper can be used for skin regeneration in many ways for better skin care. Copper Peptides can give results such as- get younger skin by removing fine lines, improving elasticity of skin, firming up the skin, and neutralizing the damaging free radicals in the skin by its action as an anti oxidant for better skin care. This effect of Copper Peptides is due to its property of - promotion of collage and elastin production in the skin, antioxidant properties, removal of damaged collagen and elastin from the skin, and improvement of skin strength for better skin care. Copper Peptides are a great addition to the existing list of anti ageing molecules such as AHAs etc. that can help you maintain youthful look for a longer time and better skin care . This article is only for informative purposes. This article is not intended to be a medical advise and it is not a substitute for professional medical advice. Please consult your doctor for your medical concerns. Please follow any tip given in this article only after consulting your doctor. The author is not liable for any outcome or damage resulting from information obtained from this article.