Nano AER delivers an intensive payload of regenerative signaling molecules, including placental, vascular endothelial, and transforming growth factors, directly into the body to support:
• Cellular regeneration
• Tissue repair
• Collagen and elastin production
• Immune modulation
• Anti-inflammatory action
• Oxidative stress reduction
Exosomes are nanoscale extracellular vesicles naturally secreted by stem cells. They act as cellular messengers, delivering bioactive molecules—such as mRNA, microRNA, proteins, and lipids—that orchestrate tissue repair, angiogenesis (new blood vessel formation), and immune regulation. Wharton’s Jelly-derived MSCs are especially rich in these regenerative exosomes due to their young, potent cellular origin .
IV Infusion:
• Use: Systemic delivery for full-body regenerative support.
• Benefits: Targets aging, chronic inflammation, oxidative stress, immune dysregulation, and systemic repair.
• Mechanism: Exosomes circulate to areas of injury or inflammation, homing in on sites that need repair and modulating the healing process.
2. Injection (Localized Delivery):
• Use: For joint pain, tendon/ligament injury, scar remediation, or focused skin rejuvenation.
• Benefits: Reduces localized inflammation, accelerates healing, and enhances collagen synthesis in targeted tissues.
3. Nebulizer Inhalation:
• Use: Pulmonary or systemic support via inhaled exosomes.
• Benefits: Targets respiratory conditions (e.g., inflammation, fibrosis), supports immune function in the lungs, and allows non-invasive systemic delivery.
• Mechanism: Exosomes reach the alveolar interface, enter systemic circulation, and modulate immune and regenerative responses.
• No refrigeration required – shelf-stable via lyophilization.
• Transparent formulation – clean, defined, and visible in glass vials.
• Non-cellular – reduces risk of immune rejection or tumorigenicity.
• Flexible administration – ideal for IV clinics, medspas, wellness centers, and aesthetic injectors.
