Review Article
Platelet-Rich Plasma in Bone Regeneration: Engineering the Delivery for Improved Clinical Efficacy
Table 4
Summary of studies that used PRP via incorporating into nanofiber matrices.
| Authors | Study | Platelet concentration | Results |
| Berner et al. (2012) [121] | Allogenic PRP + BMP-7 + CaP coated electrospun PCL | Unknown | Significantly increased bone volume and biomechanical properties | Sell et al. (2011) [122] | PRGF scaffold characteristics and effects on human macrophages and ADSCs | 955 × 103/L (quantified elsewhere) | Increased macrophage chemotaxis, increased proliferation, and infiltration of ADSCs. Sustained protein release discovered | Wolfe et al. (2011) [115] | PRGF scaffold characteristics and effects on human ADSCs and hSMCs | 955 × 103/L (quantified elsewhere) | Cell integration into the scaffold after 3 days | Yoshimi et al. (2009) [119] | Self-assembling peptide “PuraMatrix” nanofiber scaffolds + PRP + dMSCs | Unknown | PRP alone did not promote bone regeneration, but it was facilitated with addition to dMSCs + PM | Kohgo et al. (2011) [120] | Osseointegration of dental implants with PM + PRP + dMSCs | Unknown | PM + dMSCs + PRP showed significant osseointegration over other groups |
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