Table 2.
Authors and year | Targeted site | Cell source | Selection | Host | Scaffolds | Results | |
---|---|---|---|---|---|---|---|
de Mendonca et al. [78] | 2008 | Cranial bone defect | Human DPSCs | – | Rat | Collagen membrane | Induction of mature bone formation |
Seo et al. [8] | 2008 | Critical-size calvarial bone defect | Human SHEDs | – | Mouse | HA/TCP | Repair of defects and substantial bone formation |
Zheng et al. [82] | 2009 | Orofacial bone defects | Stem cells from porcine (miniature pig) deciduous teeth | – | Miniature pig | β-TCP | More efficient regeneration of critical-size mandibular bone defects |
d’Aquino et al. [83] | 2009 | Alveolar bone defect after extraction of impacted third molars | Human DPSCs | – | Human | Collagen sponge | Complete restoration of bone defects |
Ito et al. [80] | 2011 | Osseointegration of dental implants | Canine DPSCs | – | Dog | PRP | High osteogenic potential to assist dental implant integration |
Yamada et al. [79] | 2011 | Mandibular bone defect | Canine DPSCs and stem cells from deciduous teeth | – | Dog | PRP | Well-formed mature bone using both cell lines |
Liu et al. [55] | 2011 | Critical-size alveolar bone defect | Rabbit DPSCs | – | Rabbit | rhBMP2 + nHAC/PL | Early mineralization and excellent bone formation |
Ricco et al. [86] | 2012 | Critical-size cranial bone defect | Human DPSCs | CD34+c-Kit+STRO-1+ (MACS) | Rat | Fibroin scaffolds | Mature bone formation and defect correction |
Pisciotta et al. [84] | 2012 | Critical-size parietal bone defect | Human DPSCs | STRO-1+ (MACS) | Rat | Collagen constructs | Restoration of critical parietal bone defects |
Alkaisi et al. [81] | 2013 | Distracted area of mandibular bone | Human SHEDs | – | Rabbit | – | Enhancement of the bone consolidation period in mandibular distraction osteogenesis |
Annibali et al. [77] | 2013 | Critical-size calvarial bone defect | Human DPSCs/PeSCs | – | Mouse | Porcine collagen + GDPB, β-TCP, Aga/nHA | β-TCP alone is more effective than β-TCP seeded with DPSCs/PeSCs |
Giuliani et al. [85] | 2013 | Mandibular bone defect after tooth extraction | Human DPSCs | CD34+ (MACS) | Human | Collagen sponge | Regeneration of compact-type bone with uniform vascularization |
Yasui et al. [50] | 2016 | Critical-size calvarial bone defect | Human DPSCs | LNGFRLow+THY-1High+ (FACS) | Mouse | Collagen membrane | LNGFRLow+/THY-1High+ DPSCs promote new bone formation to repair critical-size calvarial defects |
Aga/nHA a sponge of agarose and nanohydroxyapatite, DPSCs dental pulp stem/progenitor cells, FACS fluorescence-activated cell sorting, GDPB granular deproteinized bovine bone, HA hydroxyapatite, LNGFR low-affinity nerve growth factor, MACS magnetic-activated cell sorting, nHAC/PLA nanohydroxyapatite/collagen/poly(L-lactide), PeSCs periosteal stem cells, PRP platelet-rich plasma, rhBMP-2 recombinant human bone morphogenetic protein 2, SHEDs stem cells from human exfoliated deciduous teeth, TCP tricalcium phosphate, THY-1 thymocyte antigen 1