The Science
Exosomes are nanoscale extracellular vesicles that play a pivotal role in cell-to-cell communication and tissue regeneration. Acting as natural carriers of growth factors, peptides, and genetic material, they influence critical biological pathways responsible for cell renewal, inflammation control, and structural integrity. At ÆXOSOMA, our exosome technology harnesses these signaling capabilities to activate regeneration at the cellular level, setting a new benchmark in advanced, science-driven skincare.
What are the Exosomes?
How do they improve your skin?
Exosomes derived from human stem cells play a powerful regenerative role in the skin. They stimulate fibroblasts to produce higher levels of Type I collagen and elastin, two essential proteins that maintain firmness, elasticity, and overall structural integrity — resulting in smoother, more resilient, and youthful-looking skin.
These exosomes also have strong anti-inflammatory properties, helping to calm irritation, reduce redness, and counteract oxidative stress. By modulating inflammatory pathways, they create a balanced environment that supports healing and long-term skin vitality.
Thanks to their nano-sized structure and lipid membrane, stem cell–derived exosomes can penetrate deeply into the dermal layers, reaching the cells responsible for repair and regeneration. Once there, they deliver key molecular signals — including growth factors, peptides, and microRNAs — that activate regeneration, boost hydration, and restore cellular communication.
As a result, stem cell–derived exosomes work from within to restore damaged tissue, improve texture and elasticity, reduce inflammation, and strengthen the skin’s natural defense and repair mechanisms, promoting lasting health and longevity.
Current market Limit
Adult stem cell–derived exosomes show potential but remain limited by variability, scalability, and lack of standardization.
ÆXOSOMA exosome technologies address these issues through reliable, reproducible, and ethically sourced production methods to achieve consistent, safe, and clinically meaningful outcomes.
ÆXOSOMA
Our exosomes come from a stable line of human trophoblast stem cells, ethically isolated from pre-placental tissue ethically sourced and obtained from ectopic pregnancies. Normally discarded, this tissue forms the first connection between mother and embryo, creating a naturally immune-tolerant environment that prevents the mother’s body from rejecting the fetus while driving intense regenerative activity.
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