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ANALYSIS OF INTERACTION BETWEEN CHLORINE DIOXIDE AND BISPYRIDINE-BASED IRRIGATING SOLUTION-AN OBSERVATIONAL STUDY

机译:二氧化氯和基于双吡啶的灌溉液之间的相互作用分析 - 观察研究

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Microbial infections are the most common cause of an endodontic disease.To critically reduce bacterial loads,endodontic treatment regimens combine mechanical instrumentation with chemicals,namely irrigation and medication.An optimum agent for endodontic irrigation should have antimicrobial activity,dissolve necrotic tissue,aid in the debridement of the canal system and nontoxic to the periradicular tissues.None of the irrigating solutions used till date possess all the ideal properties.They are used in succession to enhance their individual properties but it is a concern that their interaction could result in reactionary products.This is especially evident when chlorhexidine(CHX)is used in succession with sodium hypochlorite(NaOCI)producing a brown precipitate of parachloroaniline(PCA),which is said to be toxic and carcinogenic and can occlude dentinal tubules.1 Hence,alternate combinations need to be explored for enhanced properties with no deleterious by-products.
机译:微生物感染是一种最常见的牙髓疾病原因。至关重要地降低细菌载荷,牙髓治疗方案将机械仪器与化学品相结合,即灌溉和药物。牙髓灌溉的最佳试剂应该具有抗微生物活性,溶解坏死组织,溶于坏死的组织运河系统的清除和无毒性到百血能组织。迄今为止使用的灌溉溶液的NONE含有所有理想性质。他们连续使用,以提高其个性化性质,但它们的相互作用可能导致反动产品。当氯己定(CHX)连续使用次氯酸钠(Naoci)时特别明显,据称含有褐煤(PCA)的棕色沉淀物,这被据说是有毒和致癌的,因此可以闭塞牙本质小管。因此,交替组合需要探索增强的属性,没有任何有害的副产品。

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