Loading...
Clinical EvidenceQuantum Marker Sheet
Complete 312-gene transcriptomic signature and regenerative marker documentation.
Surface Identity & Safety Profile
Demonstrates MSC lineage identity, low immunogenicity, and pharmaceutical-grade safety suitable for clinical use under 361 pathways.
CD73+
MSC lineage confirmation
CD90+
MSC lineage confirmation
CD105+
MSC lineage confirmation
HLA-DR < 2%
Low immunogenicity
CD34 < 2%
Non-hematopoietic
CD45 < 2%
Non-inflammatory
Safety & Sterility Panel
Sterility & Contaminants
- Sterility: No growth
- Endotoxin < 0.5 EU/mL
- Mycoplasma: Not detected
Infectious Disease Panel
- HIV-1/2: Non-reactive
- HBV/HCV: Non-reactive
- WNV, T. pallidum: Non-reactive
312-Gene Transcriptomic Signature
Representative domains from the 312-gene panel that define the regenerative phenotype of Quantum. These are used for educational and mechanistic communication.
Longevity & Senescence Suppression
SIRT1/2/3/5/6, FOXO1/3/4, Klotho, TFAM, PGC-1α, NRF2
Reduces senescent cell phenotype, supports DNA repair and mitochondrial biogenesis
Angiogenesis & Perfusion
VEGFA/C/D, PDGFB, FGF2/7/10, HGF, ANGPT1/2, HIF1A
Drives microvascular sprouting, improves oxygen delivery in ischemic tissues
ECM & Cartilage Regeneration
MMP1/2/9/13, TIMP1-4, COL1A1, FN1, ACAN, SOX9, BMP2/7
Balances matrix breakdown and rebuilding for organized collagen architecture
Neural Regeneration
BDNF, GDNF, NGF, CNTF, NTRK2, GAP43, SYN1/2, MBP
Supports axonal repair, remyelination, synaptic plasticity
Mitochondrial Performance
PRKAA1/2 (AMPK), CPT1B, PGC-1α, UCP2/3, ATP5F1A
Improves ATP generation, metabolic flexibility, resistance to fatigue
Immune Modulation
IL10, IL4, IL13, IL1RA, HLA-G, SOCS1/3, CD206, CD163
Dampens destructive inflammation while preserving host defense
Skin & Hair Regeneration
WNT10A, WNT5A/B, SHH, EDAR, SOX21, KRT14/17, ELN
Promotes dermal remodeling, scarless repair, follicular cycling
Oxidative Stress Defense
HSP70, HSP27, HMOX1, BCL2, GPX1/4, SOD2, TXN
Protects cells from ROS-mediated damage, supports recovery
Physicochemical Profile
pH 7.4
Physiologic
290 mOsm/kg
Osmolality
4.0 mg/mL
Protein Content
Physiologic compatibility and high-density paracrine signaling content