MUSE
The most advanced stem cell type available in clinical use today. MUSE cells are a naturally occurring subpopulation with capabilities previously only seen in embryonic stem cells — but without the tumor risk. They survive in hostile, inflamed tissue where other cells die, and can differentiate into virtually any cell type the body needs.
Multi-lineage Differentiating
Differentiates into all three germ layers — ectoderm, mesoderm, and endoderm. Nerve cells, heart cells, liver cells, muscle cells. Tri-lineage capability previously only seen in embryonic stem cells.
Stress-Enduring
Built to survive in hostile, inflamed, oxygen-deprived tissue — exactly where regeneration is needed most. Most transplanted cells die within hours. MUSE cells don't.
Stem
A naturally occurring subpopulation found within mesenchymal stem cell populations. Not engineered or genetically modified — they already exist in umbilical cord tissue.
Cells
Representing approximately 1–2% of all MSCs in any given sample. Isolated and concentrated to deliver their full therapeutic potential at the point of care.