Duration of any effect is poorly characterised. Short-term improvements in bone-marker biochemistry (osteocalcin, P1NP) have persisted for 6–18 months post-infusion in some reports, but most studies lack long-term follow-up beyond 24 months. Bone remodelling is a continuous process, so maintenance of benefit may require periodic retreatment.
Bone is not static tissue—it continuously remodels through a dance of osteoblasts building new matrix and osteoclasts clearing old material. Osteoporosis occurs when remodelling becomes imbalanced, with too much removal and insufficient replacement, leaving a porous, fragile architecture vulnerable to fracture. Placental mesenchymal stem cells have attracted research interest because they can differentiate into osteoblasts, potentially helping restore bone-forming capacity. The mechanism appears to involve both direct cellular replacement of bone-building cells and the release of signalling molecules (cytokines) that shift the remodelling ratio back toward deposition. Early-stage trials are exploring whether cell therapy can slow or partially reverse the density loss that typically accelerates after oestrogen withdrawal in post-menopausal women, though robust efficacy data remain limited.
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Medically reviewed by StemCellAtlas’s editorial team with Dr Tymur Lukyanenko (Orthopaedic Traumatologist · 20+ yrs clinical, 15+ yrs cell therapy) of partner clinic Stem Plus (Sofia), against ISSCR, FDA & EMA guidance. Educational information, not medical advice; figures indicative.
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