Exosomes Lyophilised Umbilical Cord-Derived - 1 mL, 150 Billion

Exosomes Lyophilized Umbilical Cord-Derived – 1 mL, 150 Billion refers to a sophisticated, next-generation regenerative medicine product. Here’s a detailed explanation of its composition, significance, and applications:

What are Exosomes?

• Exosomes are nano-sized extracellular vesicles (EVs) (typically 30–150 nanometers in diameter) released by almost all cell types.
• Function: They act as communication vehicles between cells, carrying proteins, lipids, and genetic material (such as microRNAs and mRNAs). They are critical in regulating healing, immune modulation, and regeneration.
• Not a cell therapy: Unlike stem cells, exosomes have no nucleus, do not divide, and cannot form tissues themselves. Their effects are mediated by the signals (cargo) they deliver.

Key Product Characteristics

Lyophilization ensures long shelf life, temperature stability, and easy shipping. It must be reconstituted prior to use.

What Is the Significance of Ultra-High Concentration (150 Billion/ml)?

• Most clinical exosome research uses 1–10 billion exosomes/dose. This ultra-high concentration (150 Billion particles/mL) provides much more active biological cargo, making it suitable for advanced or large-area applications, research, or dilution for multiple doses.
• More exosomes does not always mean better or safer results: optimal dosing is still under investigation.

Applications of Umbilical Cord-Derived Exosomes

Clinical Investigation/Regenerative Medicine

• Skin Rejuvenation (aesthetic medicine)
• Hair Restoration
• Joint and tendon repair
• Anti-inflammatory and immune-modulating therapies
• Wound healing
• Neurologic, cardiovascular, and other research models

Mechanism

Exosomes deliver growth factors, cytokines, signaling RNAs, and anti-inflammatory molecules to target cells, stimulating repair and reducing inflammation, without the risks of living cell infusions (e.g., tumorigenicity).