Physician downloads

Dezawa Muse Cell Clinical Library

The official reference set for clinicians evaluating authentic Dezawa MuseCell®–derived biologics — comparison tables, the aesthetic medicine white paper, and the clinician education series covering science, manufacturing, handling, dosing, and precautions.

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The three pillars of Dezawa MuseCells®

Distilled from the clinician education series — what differentiates authentic Dezawa MuseCells® from conventional MSCs and other pluripotent platforms.

Pluripotency without teratoma risk

Differentiate into virtually any cell type spontaneously in vivo, without genetic engineering — while low telomerase activity and the Let-7/Lin28 axis keep oncogenic targets suppressed.

S1P–S1PR2 homing

Actively seek out injured tissue by following sphingosine-1-phosphate, making intravenous delivery a precision targeting mechanism rather than a delivery limitation.

Immune privilege

HLA-G expression and immunomodulatory factors enable allogeneic use without HLA matching or immunosuppression.

Dezawa MuseCells® vs traditional MSCs

Traditional MSCs may cause stronger immune responses — leading to more rejection, swelling, and inflammation, and in up to 15% of patients trigger antibodies after multiple treatments. Dezawa MuseCells® survive longer in tissue, calm inflammation more effectively, and usually don’t require donor matching.

Dezawa MuseCells®Traditional MSCs
Differentiable cell typesMost cell types in the bodyOsteocytes, chondrocytes, adipocytes
Differentiation in vivoYesVery low rate, if any
TumorigenicityNoneNone
Immune rejection (donor cells)NoneLesser extent
Immunosuppressant treatmentNot necessaryCase-by-case
Best delivery routeIntravenous infusionLocal injection
Delivery to target organ after IV~15%Less than 1%, if any
Replacement by differentiationYesNo
AngiogenesisYesNo
Survival in target organLonger than several yearsNo
Gene manipulation requiredNoNo

Source: MuseCell Innovations® — Dezawa MuseCells® vs Traditional MSCs comparison sheet.

Dezawa MuseExosomes® vs traditional exosomes

Dezawa MuseExosomes®Traditional exosomes
Biological activity & stabilityEnhanced stability; more resistant to degradation, retains activity longer in circulation.Shorter functional half-life, typically cleared within hours to days.
Targeted homingActively home to damaged tissue via specific surface markers.Passive distribution with no innate targeting ability.
Regenerative potentialPluripotent-like — signals influence all three germ layers (ecto-, meso-, endoderm).Restricted to mesodermal-derived tissue (bone, muscle, cartilage, connective).
Stress resistanceSurvive and function under oxidative and inflammatory stress.Sensitive to environmental stress; requires strict storage.
Immune compatibilityLow immunogenicity and hypoimmunity — superior clinical safety.Higher immunogenicity risk in allogeneic applications.

Source: MuseCell Innovations® — Dezawa MuseExosomes® vs Traditional Exosomes comparison sheet.

Dezawa Aesthetics™ — the aesthetic medicine platform

A three-tier regenerative portfolio built for plastic surgeons, dermatologists, and aesthetic medicine specialists: Dezawa MuseCells® (cellular substrate), Dezawa MuseExosomes® (lyophilized extracellular vesicles from authenticated Muse cultures), and Dezawa MuseSecretome® (conditioned-medium bioactive complex with the full Muse-secreted growth factor, cytokine, and microRNA repertoire).

Rejuvenation benefits

Improves texture, tone, and elasticity; reduces fine lines, scarring, and surface irregularities; enhances hydration and barrier function; promotes healthier collagen architecture; calms inflammation.

The kit

5× lyophilized Dezawa MuseExosomes® (60 mg each) paired with 5× medical-grade Hyaluronic Acid diluent (3 mL each). Prepared immediately before treatment for maximum vitality.

Clinical applications

Microneedling and fractional energy-based protocols, scar revision, alopecia and scalp regeneration, post-surgical recovery, and combined regenerative skin rejuvenation.

Five axes of differentiation

Defined SSEA-3⁺ source population, stress-tolerant cargo profile, integrated three-tier portfolio, authenticated manufacturing lineage, and rigorous certificate-of-analysis documentation.

Authentication checklist for clinicians

  • Source exclusively through an MCI-authorized supply partner.
  • Require lot-level documentation confirming ≥70% SSEA-3⁺ purity and 80–90%+ cell viability on the certificate of analysis.
  • Confirm the SSEA-3 antibody lot used in manufacturing (e.g., BioLegend #330302 or Thermo Fisher MA1-020) — lot-to-lot consistency directly affects purity.
  • Do not administer preparations from unauthorized suppliers or beyond passage P=10.
  • Document lot number, passage, viability at time of infusion, route, and dose to support pharmacovigilance and outcomes tracking.

Bring these protocols into your practice

Watch the Summit talks from the physicians pioneering these therapies, or request information about bringing MuseCells, MuseExosomes, and regenerative peptides into your clinic.