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牙髓病学中的环境可持续性。根管治疗过程的生命周期评估 (LCA)。

Environmental sustainability in endodontics. A life cycle assessment (LCA) of a root canal treatment procedure.

机构信息

Trinity College Dublin, School of Dentistry Lincoln Place Dublin, IE 2, Dublin, D02 F859, Ireland.

Faculty of Odontology Malmo, Malmo Universitet, Skåne, Sweden.

出版信息

BMC Oral Health. 2020 Dec 1;20(1):348. doi: 10.1186/s12903-020-01337-7.

Abstract

BACKGROUND

To analyse via life cycle analysis (LCA) the global resource use and environmental output of the endodontic procedure.

METHODOLOGY

An LCA was conducted to measure the life cycle of a standard/routine two-visit RCT. The LCA was conducted according to the International Organization of Standardization guidelines; ISO 14040:2006. All clinical elements of an endodontic treatment (RCT) were input into OpenLCA software using process and flows from the ecoinvent database. Travel to and from the dental clinic was not included. Environmental outputs included abiotic depletion, acidification, freshwater ecotoxicity/eutrophication, human toxicity, cancer/non cancer effects, ionizing radiation, global warming, marine eutrophication, ozone depletion, photochemical ozone formation and terrestrial eutrophication.

RESULTS

An RCT procedure contributes 4.9 kg of carbon dioxide equivalent (CO2 eq) emissions. This is the equivalent of a 30 km drive in a small car. The main 5 contributors were dental clothing followed by surface disinfection (isopropanol), disposable bib (paper and plastic), single-use stainless steel instruments and electricity use. Although this LCA has illustrated the effect endodontic treatment has on the environment, there are a number of limitations that may influence the validity of the results.

CONCLUSIONS

The endodontic team need to consider how they can reduce the environmental burden of endodontic care. One immediate area of focus might be to consider alternatives to isopropyl alcohol, and look at paper, single use instrument and electricity use. Longer term, research into environmentally-friendly medicaments should continue to investigate the replacement of current cytotoxic gold standards with possible natural alternatives. Minimally invasive regenerative endodontics techniques designed to stimulate repair or regeneration of damaged pulp tissue may also be one way of improving the environmental impact of an RCT.

摘要

背景

通过生命周期分析(LCA)分析根管治疗术的全球资源利用和环境产出。

方法

进行了一项 LCA,以衡量标准/常规两访 RCT 的生命周期。LCA 是根据国际标准化组织的指导方针进行的;ISO 14040:2006。将根管治疗(RCT)的所有临床元素输入 OpenLCA 软件,使用来自 ecoinvent 数据库的过程和流程。往返牙科诊所的旅行不包括在内。环境产出包括非生物消耗、酸化、淡水生态毒性/富营养化、人类毒性、癌症/非癌症影响、电离辐射、全球变暖、海洋富营养化、臭氧消耗、光化学臭氧形成和陆地富营养化。

结果

根管治疗程序产生 4.9kg 的二氧化碳当量(CO2eq)排放量。这相当于开一辆小型汽车行驶 30 公里。主要的 5 个贡献者是牙科服装,其次是表面消毒(异丙醇)、一次性围兜(纸和塑料)、一次性不锈钢器械和电力使用。尽管这项 LCA 说明了根管治疗对环境的影响,但有一些限制因素可能会影响结果的有效性。

结论

根管治疗团队需要考虑如何减少根管治疗的环境负担。一个直接的重点领域可能是考虑替代异丙醇,并研究纸张、一次性使用器械和电力使用。从长远来看,对环境友好型药物的研究应继续调查用可能的天然替代品替代当前细胞毒性的金标准。旨在刺激受损牙髓组织修复或再生的微创再生根管治疗技术也可能是改善 RCT 环境影响的一种方法。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e8c5/7708105/25b0d1274414/12903_2020_1337_Fig1_HTML.jpg

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