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Copper or GHK-CU Benefits: Anti-Aging Peptide

GHK-Cu benefitsIn this article, we find out what copper peptides or GHK-CU benefits are. And in particular in today’s field of cosmetics how companies target the anti-aging sector. This is because it is the number one essential asset in today’s modern society to stay looking young. With this, there are always new releases in the field of peptides that aim to rejuvenate and reduce wrinkles.  Compared to strong chemical agents or even operations, these types of peptides not only have fewer side effects but also have a versatile positive effect on processes in the body that serve to protect against diseases.

Also, frequently strength athletes and bodybuilders who use anabolic steroids, use peptides such as the new GHK (GHK-Cu). This is an advantage because it counteracts hair loss and stimulates and accelerates hair growth, the main problems such as acne can also be counteracted with GHK-Cu.

What is GHK-CU Peptide?

The peptide GHK-CU is a man-made peptide that actually derives from a natural copper compound first found in human plasma, but more recently has been discovered in saliva and urine. Copper peptides are natural, small protein fragments and hold an attraction to copper ions essential for the body to function appropriately. The GHK-CU in the body has several jobs, such as;

  • Attracting immune cells
  • Anti-inflammatory effects
  • Encourages collagen glycosaminoglycan fusion in skin fibroblasts
  • Promotes Blood vessel growth
  • Wound healing

What are Peptides?

Peptides are small protein building blocks, i.e. proteins that in turn are formed from several amino acids and are linked by peptide bonds. Peptides are everywhere in nature and they work in the cells of animals, plants, and humans. In flora, for example, they play a role as messenger substances and help plants to exchange signals. In humans, the proteins can be found in the skin, among other things, and are the most important component – after the 70 percent water content. To speak of a single substance would be wrong because peptides are rather a whole group with different tasks and functions.

Copper Peptides: An Anti-Aging Miracle Cure?

The beauty world is certain that peptides make wrinkles disappear. And theoretically, that’s true because peptides stimulate skin collagen formation. Why is that important? Collagen provides firmness but the body’s own body slowly degrades with age. Special products with active peptides could give the skin the push necessary to erase wrinkles. The problem is the proteins would have to penetrate very deep into the skin in order to achieve an effective effect. However, the skin has a very distinctive self-protection mechanism to protect our body from intruders and tries to ward off peptides. And science, unfortunately, cannot (yet) confirm the anti-aging effect as there is a lack of studies and research.

Advantages of Copper GHK CU Dosage

It is not for nothing that peptides adorn themselves with the nickname all-rounders in the research chemicals industry. They are considered anti-inflammatory, antiviral, and antibiotic and stimulate skin regeneration. This is because they can transport the mineral copper into deep layers of the skin. Copper, in turn, stimulates the skin’s self-healing process and wicks away destroyed collagen.

Peptides could soon be seen as the new Botox, science s discovered so-called neuro-peptides, also known as “Argireline”. These are able to block signals between nerves and facial muscles. If the skin were able to completely absorb the proteins from creams and serums and pass them on to the muscles, it could prevent their curvature. The result is smooth, firm skin – similar to a botox injection.

Copper or GHK-CU Benefits: The conclusion

The protein substance has what it takes to be a superstar in tubes and jars. But its effects have not yet been sufficiently researched to be called a miracle weapon. Peptides would have to penetrate very deeply into the skin in order to achieve their full anti-aging effect, but this route is almost impossible and is inhibited by our body’s self-protection mechanism. So it is up to science to optimize the use of peptides.