Review Article
Dental Pulp Stem Cells for Bone Tissue Engineering: A Literature Review
Table 4
Application of DPSCs and SHED for BTE in different animal models and scaffolds.
| Author | Animal model | Stem cells | Scaffold | Mode of transplantation |
| Miura et al. [15] | Immunocompromised mice | SHEDs | HA/TCP | Subcutaneous implantation | Li et al. [126] | MRL/Ipr mice | SHEDs | HA/TCP | Intravenous administration | Beztsinna et al. [107] | Immunocompromised mice | DPSCs | 3D Bioglass® | Intraperitoneal implantation | Keller et al. [105] | Rats | DPSCs | HA/TCP | Cranial defect | Jang et al. [102] | Rats | SHEDs | Collagen matrix | Maxillary alveolar bone defect | Ghavimi et al. [128] | Rats | DPSCs | Woven bone (WB) | Mandibular bone defect | Du et al. [129] | Immunodeficient mice | SHEDs/hDPSCs/hBMSCs | Polylactic-coglycolic acid barrier membrane | Calvaria defect | Hu et al. [134] | Dogs | SHEDs | Cell-free collagen scaffold | Mandibular bone defect | Chen et al. [135] | Sheep | DPSCs | None | Femoral defects | Chan et al. [136] | Sheep | DPSCs | Bonelike® | Femoral defects | Zheng et al. [108] | Pigs | DPSCs | HA/TCP | Periodontal bone defect | Wu et al. [111] | Pigs | DPSCs | CSD, α-CSH/ACP, and β-TCP scaffold | Mandibular bone defect |
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