COMPARATIVE EVALUATION OF BIOACTIVE GLASS AND PLATELET-RICH BIOMATERIALS ON SOFT-TISSUE HEALING IN MINOR ORAL SURGERY: A CLINICAL AND HISTO-BIOLOGICAL STUDY
Main Article Content
Keywords
Bioactive glass, platelet-rich fibrin, soft-tissue healing, minor oral surgery, wound healing.
Abstract
Accelerating soft-tissue healing following minor oral surgical procedures is essential to minimize postoperative discomfort and reduce healing-related complications. Bioactive glass and platelet-rich biomaterials, such as platelet-rich fibrin (PRF), have shown promising regenerative capabilities due to their bioactivity, growth-factor release, and influence on cellular proliferation.
Objective: To compare the clinical and histo-biological effects of bioactive glass and platelet-rich biomaterials on soft-tissue healing in patients undergoing minor oral surgery.
Methods: A randomized, split-mouth clinical trial was conducted on xx patients requiring symmetrical minor oral surgical procedures. Surgical sites were allocated into Group A (bioactive glass application) and Group B (PRF application). Clinical healing was evaluated at Days 3, 7, and 14 using the Landry, Turnbull, and Howley Wound Healing Index. Tissue samples from a subset of patients were collected at Day 7 for histo-biological assessment, including inflammatory cell count, fibroblast density, angiogenesis scoring, and epithelial thickness.
Results: Group B (PRF) showed significantly lower postoperative pain scores and superior early soft-tissue healing at Day 3 (p < 0.05). By Day 14, both groups demonstrated comparable clinical healing outcomes. Histologically, PRF demonstrated higher fibroblast activity and angiogenesis, while bioactive glass exhibited enhanced mineralized tissue deposition and improved epithelial maturation.
Conclusion: Both bioactive glass and PRF effectively enhance soft-tissue healing in minor oral surgery. PRF offers faster early healing due to its autologous growth-factor release, whereas bioactive glass demonstrates more pronounced tissue remodelling. A combination approach may yield synergistic healing benefits.
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