ABOUT EXOSOME Patented Innovations

Exosomes are a type of extracellular vesicles. They carry a variety of signal factors such as nucleic acids, proteins, carbohydrates, and lipids in their lipid bilayer membrane vesicles. They act as a medium for intercellular signaling to regulate physiological and pathological mechanisms, making them a focus of research and development in disease diagnosis and treatment. Exosomes have the potential to develop into a new generation of drug carriers due to their unique biocompatibility and ability to carry different types of contents.

產品介紹 | PRODUCT INTRODUCTION

The ever-popular topic of "anti-aging skin care" not only solved the common sales tactics in the market, but Professor Shen Tanglong also brought the latest anti-aging trend - exosomes. Exosomes were once mistakenly thought to be garbage, but after research, it was found that they are an important bridge for transmitting information between cells! Not only does it help repair burns and scalds! "Exosomes" injected into skin care products has become a new anti-aging trend.

Exosome | 外泌體

Six Key Advantages

Where Stem Cells Can't Reach, Let Exosomes Take Over!

Activates Tissue Repair & Regeneration
Stabilizes Bioactive Molecules with High Quantity
No Unknown Risks from Living Cells
Precisely Targets Specific Tissues & Organs
Enables Non-Invasive Delivery for Treatment

Join Us in Shaping a Brighter Future for Biotechnology!

According to Research Reports:
"Exosomes can help treat Alzheimer's disease and enhance memory function."

1 Precise Intercellular Communication

The Primary Function of Exosomes

Exosomes act as vital messengers between cells.
For example, when skin cells experience abnormalities, they release exosomes to signal distress to surrounding cells.
Healthy cells then respond by migrating to the affected area to initiate regeneration and repair.

2 Nano-Scale Molecules

最新情報 | NEWS

Anti-aging is no longer a dream

A World of Regeneration Filled with Hope

Exosomes are extracellular vesicles secreted by various cell types, containing DNA, mRNAs, and proteins. They serve as crucial messengers for intercellular communication and can reflect the body's pathological state at a given time.

Protected by a bilayer lipid membrane, exosomes can persist outside cells without degradation and travel through bodily fluids to reach distant cells. They act as carriers of proteins, RNA, and other bioactive molecules, delivering them precisely to targeted cells or tissues. This enhances activation and improves the efficiency of treatment.

Understanding Nanometers

1 nanometer (nm) is one-billionth of a meter
Comparable in size to molecules, atoms, and DNA
Nanotechnology has broad medical applications, including:
- Protecting skin from UV damage
- Enhancing drug activation
- Stimulating cell proliferation
Exosome technology integrates nanotechnology to enhance product effectiveness.

3 Safety

Exosomes Are Not Cells

The human body does not reject exosomes.
This makes them exceptionally safe and convenient for developing pharmaceuticals and cosmetic products.

4 Aiding Burn & Wound Healing

Exosomes have emerged as a leading focus in regenerative medicine research.
Years of studies confirm their essential role in disease treatment and functional recovery.
Their ability to repair cells makes them highly effective in supporting burn and wound healing.

5 Revitalizing Aging Skin

Accumulated dead skin cells in the epidermis lead to a dull complexion.
Exosomes help remove these aged cells and replace them with new, healthy ones.
This process effectively rejuvenates aging skin and promotes anti-aging benefits.

6 International Patents

Exosome technology has been awarded international patents.
Developed in collaboration with global experts and multinational research initiatives.
Products are designed by national medical research teams to ensure consumer safety and peace of mind.