“破解”牙科环境中氧化亚氮安全守则。

Mark Donaldson, Jason H Goodchild
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引用次数: 0

摘要

一氧化二氮-氧镇静通常被认为是牙医在治疗牙科恐惧和/或焦虑患者时可以使用的最安全的办公室吸入镇静方法。尽管一氧化二氮-氧给药作为一种在牙科诊所提供镇痛和焦虑的手段具有相当大的固有安全范围,但工作人员对长期暴露在环境中的潜在危害的担忧导致努力减轻职业暴露。对一氧化二氮的高全球变暖潜力的担忧也出现了。催化裂化技术的最新进展为缓解这些担忧提供了一个有希望的解决方案,即将呼出的氧化亚氮转化为无害的氮和氧。本文讨论了该技术在临床环境中的有效性,强调了其显著降低环境氧化亚氮水平的潜力。通过整合这些创新,口腔保健提供者可以加强工作人员的安全协议,同时解决与一氧化二氮排放相关的环境挑战,加强麻醉管理中可持续实践的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
"Cracking" the Code on Nitrous Oxide Safety in the Dental Setting.

Nitrous oxide-oxygen sedation is typically regarded as the safest in-office inhalational sedation method dentists can employ when treating patients with dental fear and/or anxiety. Despite a considerable inherent margin of safety with nitrous oxide-oxygen administration as a means to provide analgesia and anxiolysis in the dental office, concerns among staff workers about potential harm from environmental exposure over time have led to efforts to mitigate occupational exposure. Concerns over nitrous oxide's high global warming potential have also emerged. Recent advancements in catalytic cracking technology present a promising solution for alleviating these concerns by converting exhaled nitrous oxide into harmless nitrogen and oxygen. This article discusses the effectiveness of this technology in clinical settings, highlighting its potential to significantly reduce ambient nitrous oxide levels. By integrating these innovations, oral healthcare providers can enhance safety protocols for staff while addressing environmental challenges associated with nitrous oxide emissions, reinforcing the need for sustainable practices in anesthesia management.

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