臭氧疗法与 SRP 相比对牙周病的疗效

Kamer Mola, Sarah Long, Trina Hutto RDH, MS, EdD
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引用次数: 0

摘要

本研究的目的是了解臭氧疗法作为非手术牙周疗法的辅助手段对牙周炎治疗的益处。方法选择并查阅了有关臭氧疗法和牙周疾病的现有文献。臭氧疗法、臭氧气体、氧气、臭氧[MeSH]、牙周炎、牙槽骨缺损、牙周病[MeSH]是我们使用的特定关键词和MeSH术语。不包括文献综述、荟萃分析、书籍或文件。结果所有评估研究都表明,臭氧疗法作为 SRP 的辅助疗法具有积极的效果。除一项研究外,其他所有研究都显示臭氧疗法对病情有明显改善。第一项研究显示,在评估 GCF、PTX-3、IL-1B 和高敏 C 反应蛋白方面,两组结果无明显差异。在另外两项研究中,细菌量、牙周袋深度、连翘和牙菌斑的临床参数均有所下降,并被完全根除。右侧牙周袋的细菌总数和牙龈脓毒性分别减少了 38% 和 55%。在治疗后的三个月和六个月后,试验组的 CAL、BOP 和 PPD 反应率也显著降低。意义臭氧疗法的意义在于它能有效消除牙周病原体,尤其是厌氧菌,如螺旋体和牙龈脓疱病。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efficacy of Ozone Therapy in Periodontal Disease Compared to SRP

OBJECTIVES

The objective of the present study was to find out the benefit of ozonized therapy as an adjunct to nonsurgical periodontal therapy for the management of periodontitis.

METHODS

A specific collection of available literature was selected and reviewed on the topic of ozone therapy and periodontal disease. Ozone Therapy, Ozone gas, Oxygen, Ozone [MeSH], Periodontitis, alveolar bone loss, Periodontal Disease [MeSH] werev the specific keywords and MeSH terms we used.

Regarding the selection criteria for articles, only peer-reviewed articles published within the last five years were considered. Excluded were literature reviews, meta-analyses, books, or documents. However, randomized controlled trials, whether clinical or not, were accepted.

RESULTS

All evaluated studies show the positive outcome of ozone therapy as an adjunct to SRP. Adjunctive ozone therapy resulted in significant improvement in all except one. The first study shows no significant difference in the outcome of both groups in evaluating GCF, PTX-3, IL-1B, and high-sensitivity C-reactive proteins. In the other two studies, clinical parameters of bacterial load, periodontal pocket depth, T. forsythia and T. denticola were decreased and completely eradicated . The total bacteria load and P. gingivalis showed a percentage reduction of 38% and 55% concerning the right-side pockets, respectively. CAL, BOP, and PPD response rates after three months and six months also reduced significantly in the test group after therapy.

CONCLUSIONS

Ozone therapy essentially introduces oxygen into an environment where it usually does not exist. Therefore, it disrupts the stability, replication, and energy source of destructive pathogens.

IMPLICATIONS

The implication of ozone therapy lies in its ability to effectively eliminate periodontal pathogens, particularly anaerobic bacteria like spirochetes and P. gingivalis.

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