Maintaining the elasticity and moisture of the skin is crucial for skincare, followed by addressing issues like pigmentation and radiance. Achieving these aspects can make a person look young, concealing the traces left by time. When individuals discover that their skin appears older than their actual age, many will diligently start a skincare routine, opting for anti-aging products. With technological advancements, anti-aging skincare has entered the field of biotechnology. In addition to the familiar term "placenta extract," the term "stem cells" is commonly heard, with some skincare products boasting a million stem cells for skin regeneration and anti-aging effects. However, experts have refuted such claims because stem cells are living entities that require sunlight, air, water, and nutrients, making it impossible to preserve them in bottled skincare products.

As technology evolves, new answers to the question of anti-aging have emerged. Exosomes, once mistakenly considered cellular waste, have been found to play a crucial role in transmitting messages between cells.

What are Exosomes?

In the process of culturing stem cells, scientists discovered numerous exosomes in the culture medium, resembling tiny bubbles. These exosomes were extracted and found to serve several essential functions:

• Small Molecular Size: Exosomes have an average size of approximately 30 to 100 nanometers, belonging to the nanometer scale. Their small size facilitates easy absorption.

• Lipid Bilayer Structure: With a lipid bilayer structure, exosomes are compatible with other cells, providing regenerative and reparative effects on the body.

• Cell-to-Cell Communication: The primary function of exosomes is to act as messengers between cells. For instance, when skin cells experience abnormalities, they release exosomes to convey distress signals to other cells, prompting healthy cells to migrate to the affected area for regeneration and repair.

With these characteristics, skincare products containing exosomes may theoretically achieve rejuvenation, anti-aging, regeneration, and repair effects. Beyond skincare, exosomes have applications in disease treatment. They are currently being researched for their potential in treating pulmonary fibrosis. In related studies, scientists developed exosomes into a spray form and observed its effectiveness in repairing pulmonary fibrosis when sprayed onto mucous membranes.

In conclusion, if individuals wish to use biotechnological skincare products, they can consider products from SELF&SUPER. Skincare products containing exosome-derived cell factors have the potential to provide excellent anti-aging effects. Combining formulations with ingredients such as hyaluronic acid and collagen can further elevate the quality of skincare products.