Where Can I Buy MUSE Stem Cells?
For licensed physicians, MUSE cell products are sourced through regulated tissue distributors such as Dux Bio, which supplies its NativeMUSE™ product exclusively to qualified healthcare providers. FYI – NativeMUSE is the FIRST and ONLY FDA 361 Compliant MUSE product available in the USA!
MUSE cells are one of the most talked-about discoveries in regenerative medicine, and wherever there is excitement, there are shortcuts. This post explains what MUSE cells are, where the science stands, how legitimate sourcing works, and what to ask before ordering any product.
MUSE stands for Multilineage-differentiating Stress-Enduring cells. They were discovered by Dr. Mari Dezawa’s team at Tohoku University in Japan, and identified by a surface marker called SSEA-3.
MUSE cells are a small subpopulation found in bone marrow, peripheral blood, adipose tissue, and connective tissues — including umbilical cord Wharton’s jelly. In published research they are described as endogenous, non-tumorigenic reparative stem cells with pluripotent-like properties.
Three features explain the interest:
Dux Bio is a distributor of FDA 361 HCT/P biologics, and NativeMUSE™ is its MUSE cell product. It is an FDA 361 Compliant product available in all 50 states. An FDA regulatory attorney opinion letter is available. The product is distributed exclusively to licensed healthcare providers.
What sets NativeMUSE™ apart:
What are MUSE cells?
MUSE stands for Multilineage-differentiating Stress-Enduring cells. They were discovered by Dr. Mari Dezawa’s team at Tohoku University in Japan, and identified by a surface marker called SSEA-3.
MUSE cells are a small subpopulation found in bone marrow, peripheral blood, adipose tissue, and connective tissues — including umbilical cord Wharton’s jelly. In published research they are described as endogenous, non-tumorigenic reparative stem cells with pluripotent-like properties.
Three features explain the interest:
- Stress endurance. They survive conditions that kill many other cell types.
- Homing. In animal and early human studies, intravenously delivered MUSE cells travel toward damaged tissue.
- Low immunogenicity. Donor MUSE cells have been given in trials without immunosuppressants.
Where MUSE cell therapy stands today
No MUSE cell product has been approved as a drug or biologic anywhere in the world. The most advanced program was CL2020, a cultured, bone-marrow-derived MUSE cell product from Japan’s Life Science Institute. CL2020 produced encouraging early data. In a randomized placebo-controlled stroke trial, 40% of treated patients met the response threshold versus 10% on placebo. Smaller studies looked at spinal cord injury, heart attack, epidermolysis bullosa, and ALS.Why the sourcing channel matters
In the United States, human cells and tissues intended for implantation are regulated by the FDA. Legitimate distributors ship only to licensed healthcare providers, with donor screening, sterility testing, chain-of-custody records, and cold-chain handling. Watch for these red flags in a supplier:- Claims that a product is “FDA approved” for any MUSE cell indication — none is
- Marketing that promises to cure autism, ALS, Parkinson’s, or any other specific disease
- Cell counts with no certificate of analysis or independent lab testing behind them
- No named tissue bank, donor screening process, or lot traceability
- No verification of the buyer’s medical licensure before shipping
How providers source MUSE cells through Dux Bio
Dux Bio is a distributor of FDA 361 HCT/P biologics, and NativeMUSE™ is its MUSE cell product. It is an FDA 361 Compliant product available in all 50 states. An FDA regulatory attorney opinion letter is available. The product is distributed exclusively to licensed healthcare providers.
What sets NativeMUSE™ apart:
- Source tissue. It is derived from umbilical cord tissue, donated after healthy births.
- Non-cultured. The cells are not expanded in culture. That differs from CL2020, which was a cultured, bone-marrow-derived product. There are no enzymes or additives, making it an FDA 361 Compliant tissue product.
- Part of a broader line. Dux Bio also supplies NativeMatrixEV™ (Wharton’s jelly extracellular vesicles) and DuxCord™ CB-MNC (cord blood mononuclear cells), so practices can work with one supplier.
Questions to ask any supplier
These questions separate serious suppliers from opportunists:- What tissue is the product made from, and which tissue bank recovered it?
- How are donors screened and tested for infectious disease?
- Is there a certificate of analysis for each lot, including sterility and endotoxin testing?
- How is the product shipped, stored, and tracked from donor to point of care?
- What is its regulatory status, and what does the supplier say it can and cannot claim?