Everyone wants to stay looking young and vibrant. There are lots of products and lots of hype in the anti-aging space. How do you know what works best? Here are three recent innovations in the anti-aging industry.

Peptides

Peptides, which are diminutive proteins that promote the production of collagen, are one of the latest breakthroughs in anti-aging. Innovations in science and the success of biomedical startup companies like Tailor Made Compounding, founded by Ryan Smith Lexington KY, are yielding peptide compositions that perform like growth factors. This stimulates skin cells to function more like younger skin.

Vitamin A Derivatives

Probably the most widely studied, universally accepted and ubiquitous anti-aging treatment is vitamin A, from which we derived retinoids. Doctors and Dermatologists can prescribe retinoids as medication like Retin A, but it is also found in the lower dosage ingredient, retinol, in many over-the-counter skincare and beauty products. Like peptides, retinoids decrease collagen breakdown and increase production.

Wrinkle Fillers

A slightly more invasive approach to anti-aging is injections. Recent breakthroughs in this field have allowed practitioners to leverage the fillers to volumize and plump up skin throughout the entire face, which creates a sculpted, lifted look. This differs from a face-lift, which pulls and thins the skin. Like peptides and vitamin A derivatives, wrinkle fillers also act as a catalyst for collagen production while decreasing its breakdown. The benefit is that the procedure can last up to one year, but the downside is that the process is slightly more invasive.

Most people want to stay looking young and vibrant for as long as possible. Anti-aging products continue to evolve with innovations delivering myriad options for achieving a youthful appearance. Peptides, vitamin A derivatives, and wrinkle fillers all impact collagen production and breakdown in different ways. With these many options, there’s no reason you should be resigned to living with wrinkles.