Peptides are naturally occurring chains of amino acids within our bodies that are basically shorter versions of protein. Amino acids make up the proteins within our bodies and produce proteins like collagen. Collagen is particularly important in the world of skin care. Peptides are not just found in the body but can also be synthesized and created on a commercial and industrial scale within laboratories. Scientists have been working for years to study the effects of peptides on living organisms and how they affect organs like the brain and skin. If our bodies lack peptide proteins like collagen and biotin, then the skin lacks elasticity and suppleness and our hair and nails can become brittle and damaged.
Peptides are naturally occurring within the body and can affect our health in various different ways. They are found in every cell within our bodies and play a significant role in production and regulation of hormones, enzymes, and sources of energy. Our bodies function on peptides and without these important short amino acid proteins our bodies would come to a standstill. But peptides can also be fabricated in labs and used for research. Peptides continue to be produced and studied in large quantities to evaluate their potential to affect the human body.
Importance of Skin Peptides
Why are peptides, particularly skin peptides, so vital? The reason we need the skin peptides is because as previously mentioned they help our skin stay firm and supple for years to come and they combat the effects of aging. When we begin to lose skin peptides the solution may be to introduce more skin peptides.
When the body is in need of healing, peptides are like medical workers that come to heal that affected area of the body. When we have an injury the body signals peptides to work on the source of the injury in order to heal. Skin peptides are much the same and act as a communicator to your body to work on depleted skin. Peptides are so powerful and so critical in skin health that they dictate the rate at which our skin ages.
Types of Skin Peptides
The skin peptides that carry the signal that your body needs healing in a certain area are called the signal peptides. These peptides alert the different areas of your skin to increase production of proteins such as collagen. Enzyme-inhibitor peptides work to slow down the depletion of collagen. Carrier peptides are named after their ability to deliver the necessary nutrients to your skin cells in order to boost collagen production. These are just a few of the skin peptides that aid in cultivating healthy skin.
Peptides in Research
Although peptides are still being continuously studied, researchers are discovering the favorable effects that peptides have on skin organs. The peptide GHK-Cu is a natural peptide that has
been shown to improve skin health when analyzed in studies according to this page.
Other peptides that fall under the category of healing peptides are BPC-157, TB-500, and MGF. These peptides have been tested on animal populations and are being studied for their healing properties on the skin and the ability to heal from an injury.
There are an endless plethora of peptides that are naturally occurring in the body. Peptides have the ability not only to affect the skin, but also brain, metabolism, and many other functions in mammals.
Find a Dermatologist
If you are experiencing a significant skincare issue, a licensed dermatologist may be a significant source of information. Dermatologists are trained to understand how the skin organ functions and how different peptides, or the lack thereof, affect our skin. Finding an experienced dermatologist can be of great benefit because they are able to perform certain skin procedures and can recommend products for the skin.
Skin Peptide Recap
Skin peptides are short amino acid chains that are in other words a shorter version of protein. Peptides occur naturally within the body and without them our body would not function. Skin peptide proteins play a vital role in the aging process and oftentimes our skin begins to sag and wrinkle due to a depletion in the amount of skin peptides in our body.