Review Article
Current Uses of Poly(lactic-co-glycolic acid) in the Dental Field: A Comprehensive Review
Table 3
Applications of PLGA scaffolds in regenerative dentistry.
| Type of PLGA scaffolds | Cells seeded on scaffolds | Application | Study |
| PLGA + calcium phosphate | Bone marrow derived cells | Bone formation | [116] | PLGA | Osteoblast cells | Maxillary sinus augmentation | [56] | PLGA | Bone marrow stem cells | Bone regeneration | [57] | PLGA + calcium phosphate | Bone marrow stem cells | Bone regeneration | [47] | PLGA + nanohydroxyapatite | Tooth bud cells | Cell proliferation and differentiation | [60] | PLGA/hydroxyapatite | Dental pulp stem cells | Osteoblastic differentiation | [59] | PLGA/hydroxyapatite | Dedifferentiated fat cells | Bony defects closure | [61] | PLGA nanofibers | Dental pulp stem cells | Bone regeneration | [58] | PLGA | Adipose-derived stromal cells | Regeneration of bone, periodontal ligament and cementum | [66] | PLGA | Dental pulp stem cells | Dentine/pulp-like tissue | [64] | PLGA | Dental pulp stem cells | Dentine-like structure | [63] | PLGA + tricalcium phosphate | Tooth bud cells | Dentin-like and pulp-like tissues | [65] | PLGA + CCN3 (nephroblastoma overexpressed) | Dental pulp stem cells | Dentinogenesis | [62] |
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