The world of aesthetic medicine is constantly evolving, and few ingredients have generated as much excitement in recent years as exosomes.
Often referred to as the “next generation” of regenerative skincare, exosomes are changing the way professionals think about skin rejuvenation, healing, and aging.
But what exactly are they?
What is an Exosome?
When it comes to skin rejuvenation, most people think of exfoliation, retinol, or collagen-building treatments. While those can be valuable tools, one of the most fascinating discoveries in skin science is the role of growth factors.
Among them, Epidermal Growth Factor (EGF) has become one of the most researched and respected ingredients in regenerative skincare.
What is Epidermal Growth Factor?
If you’ve struggled with melasma, sun damage, post-acne marks, or stubborn discoloration, you’ve probably heard about Tranexamic Acid.
In recent years, this ingredient has become one of the most talked-about tools for addressing pigmentation concerns—and for good reason.
What is Tranexamic Acid?
Tranexamic Acid (TXA) was originally developed as a medication used to help control excessive bleeding.
The skincare industry is constantly searching for ingredients that help the skin repair itself more effectively. One of the most exciting regenerative ingredients to emerge in recent years is PDRN, often referred to as “Salmon DNA.”
Before you wrinkle your nose, let’s talk about what it actually is and why researchers became interested in it in the first place.
What is PDRN?
PDRN stands for Polydeoxyribonucleotide. It is derived from highly purified DNA fragments obtained from salmon. Scientists discovered that salmon DNA is remarkably compatible with human tissue and can support the body’s natural repair processes.
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