MSC-OST • RESEARCH USE ONLY

Osteoblast Stem Cells

Bone-forming cells responsible for synthesizing and mineralizing bone matrix. They play a crucial role in bone remodeling and repair.

Matrix synthesis · mineralization
OSTEOBLAST FUNCTION
Bone-forming cells responsible for laying down and mineralizing bone matrix — central to hard-tissue regeneration and defect repair.
ALP · collagen-forward
MATRIX BIOCHEMISTRY
High alkaline phosphatase and collagen activity relevant to orthopedic tissue engineering and UCT-level bioactivity.
Remodeling triad
BONE HOMEOSTASIS
Coordinates with osteoclasts and osteocytes to maintain remodeling balance — relevant to fracture union, graft sites, and structural continuity.
ROUTES, FORMATS & APPLICATIONS
Routes
Site-directed
Quantities
10 Million Cells2ml
25 Million Cells5ml
Potential Applications
  • Osteoporosis
  • Bone Fractures (slow-healing or non-union)
  • Bone Grafting (e.g., dental or orthopedic surgery)
  • Osteogenesis Imperfecta (supportive regeneration)
  • Post-Trauma Orthopedic Regeneration
  • Spinal Fusions
  • Bone Defects from Cancer Resection
  • Bone Defects (Congenital or Acquired)
  • Post-Surgical Bone Regeneration

Compliance · Stem cells

cGMP manufacturing & cryopreservation

Cells are manufactured under cGMP conditions and cryopreserved using a non-toxic, glucose-based method with greater than 98% viability.

cGMPNON-TOXIC CRYOPRESERVATION>98% VIABILITY
Viability & cryopreservation

Cryopreserved using a non-toxic, glucose-based method with greater than 98% viability.

GLUCOSE-BASED CRYO>98% VIABILITY

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