Saini Rajiv
Department of Periodontology and Oral Implantology, Rural Dental College - Loni, Tehsil - Rahata, District - Ahmednagar, Maharashtra, India.
J Nat Sci Biol Med. 2011 Jul;2(2):151-3. doi: 10.4103/0976-9668.92318.
THE ORAL CAVITY APPEARS AS AN OPEN ECOSYSTEM, WITH A DYNAMIC BALANCE BETWEEN THE ENTRANCE OF MICROORGANISMS, COLONIZATION MODALITIES, AND HOST DEFENSES AIMED TO THEIR REMOVAL: To avoid elimination, bacteria need to adhere to either hard dental surfaces or epithelial surfaces. The oral biofilm formation and development, and the inside selection of specific microorganisms have been correlated with the most common oral pathologies, such as dental caries, periodontal disease, and peri-implantitis. The mechanical removal of the biofilm and adjunctive use of antibiotic disinfectants or various antibiotics have been the conventional methods for periodontal therapy. Ozone (O3) is a triatomic molecule, consisting of three oxygen atoms, and its application in medicine and dentistry has been indicated for the treatment of 260 different pathologies. The ozone therapy has been more beneficial than present conventional therapeutic modalities that follow a minimally invasive and conservative application to dental treatment. The exposition of molecular mechanisms of ozone further benefits practical function in dentistry.
口腔表现为一个开放的生态系统，微生物的进入、定植方式以及旨在清除微生物的宿主防御之间存在动态平衡：为避免被清除，细菌需要附着在坚硬的牙齿表面或上皮表面。口腔生物膜的形成与发展以及特定微生物在其中的选择，与最常见的口腔疾病如龋齿、牙周病和种植体周围炎相关。机械清除生物膜以及辅助使用抗生素消毒剂或各种抗生素一直是牙周治疗的传统方法。臭氧（O₃）是一种由三个氧原子组成的三原子分子，其在医学和牙科领域的应用已被证明可用于治疗260种不同的病症。臭氧疗法比目前遵循微创和保守应用的传统牙科治疗方式更有益。对臭氧分子机制的阐释进一步有益于其在牙科领域的实际应用。
