How Do Peptides Work For Your Skin: Benefits Unveiled

Every skin care routine has a hero ingredient, from niacinamide, hydroxy acids, to peptides. But, every ingredient has its benefits.

Peptides, for example, are an anti-ageing must-have ingredient, very efficient if you want to repair, hydrate, and smooth your skin. But do you know how it really works? How about the best product formulas?

Here is what you need to know.

What Should You Know About Peptides

Peptides are some strings of amino acids that can do wonders for your skin. They are like some building blocks that can produce proteins in your body. That includes collagen, too.

Without those super helpful proteins, your skin can suffer a lot, getting more prone to breakage.

Also, peptides can be responsible for developing elastin fibers, which are essential for your tissue elasticity and firmness. But that’s not all.

Besides being a hero ingredient, peptides play a significant role in how the body functions, acting as an excellent biologic messenger.

Dr Deanne Mraz Robinson, M.D., FAAD, explains:

“[…] peptides have a myriad of uses in the body, from being the building blocks for enzymes, hormones, and an energy source.”

A Hero Ingredient For Your Skin

Peptides are already in your body. So, why do you still need them? How do peptides really work?

Well, there’s some bad news. According to specialists, we start losing 1 % f collagen annually after age 30. So, you can see the real issue here.

Peptides work as messengers or signals, alerting your body to produce collagen. For example, imagine you’re healing from an injury. Peptides will begin right away to send signals to your body to focus all their repair efforts.

Moreover, if you choose to use exogenous peptides in the form of a serum or even a moisturizer, it will fool the skin into believing there’s been an issue (wound or injury). Then, it stimulates your collagen-boosting processes.

Remember that it’s better if you discuss with an expert to get the best recommendations of peptides-based products. As previously mentioned, there are many types of peptides, some more efficient than others.