Review Article
Current Uses of Poly(lactic-co-glycolic acid) in the Dental Field: A Comprehensive Review
Table 2
Applications of PLGA scaffolds in dentistry.
| Type of PLGA scaffold | Additional substances | Application | Study |
| PLGA | BMP-2 (bone morphogenetic protein-2) | Bone regeneration around dental implants | [41] | PLGA | PEG1 (prostaglandin E1) | Alveolar ridge preservation/augmentation | [44] | PLGA | Simvastatin | Bone formation in extraction sockets | [42] | PLGA-gelatin sponge | rhBMP-2 (recombinant human bone morphogenetic protein-2) | Alveolar ridge augmentation | [46] | PLGA/calcium phosphate cement | | Bone ingrowth | [52] | PLGA + autogenous bone graft | | Bone regeneration around implants | [40] | PLGA/low crystalline apatite | | Bone regeneration | [53] |
| PLGA/calcium phosphates | | Maintaining alveolar bone height/augmenting alveolar bone height through standard sinus lift approaches | [28] | PLGA + beta-tricalcium phosphate | | Bone and cementum regeneration | [55] | PLGA/CaP (calcium phosphate) | | Periodontal regeneration of class II furcation defects | [50] | PLGA + bone allograft | rhBMP-2 (osteoinductive protein) | Alveolar ridge augmentation | [43] | PLGA | Simvastatin and SDF-1α (stromal cell derived factor-1α) | Bone regeneration | [45] | PLGA/β-tricalcium phosphate | Fibroblast growth factor-2 | Bone augmentation | [54] |
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