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Reply to Letter: Impact of chemical, biological, radiation, and nuclear personal protective equipment on the performance of low- and high-dexterity airway and vascular access skills

机译:答复信:化学,生物,辐射和核个人防护设备对低和高灵敏气道和血管通路技能表现的影响

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We thank Dr. Schumacher and colleagues for adding to the debate around skill performance whilst wearing CBRN-PPE and congratulate Schumacher et al. on their recent paper.We chose to assess skills performed in the currently issued NHS CBRN-PPE although we accept that other types of suits and different makes of gloves are available. These variations of CBRN-PPE are not currently issued by the Department of Health and are therefore not widely available within the NHS. We accept that this is an important area of research; however any change in the provision of CBRN-PPE will require significant reinvestment.We agree fully with Schumacher et al.1 that the intramuscular route is the mainstay of immediate patient treatment. However, a number of antidotes, such as those for cyanide as well as other therapies such as fluids require intravascular access. It must also be considered that critically ill patients may have delayed absorption of intramuscular drugs and may require frequent high-doses of atropine.
机译:我们感谢Schumacher博士及其同事在穿着CBRN-PPE的同时增加了有关技能表现的争论,并祝贺Schumacher等人。我们选择评估当前发布的NHS CBRN-PPE的技能,尽管我们接受其他类型的西装和不同品牌的手套。 CBRN-PPE的这些变体目前尚未由卫生部发布,因此在NHS中并未广泛使用。我们认为这是一个重要的研究领域。但是,对CBRN-PPE的提供的任何变化都将需要大量的再投资。我们完全同意Schumacher等人的观点[1],肌肉内途径是患者立即治疗的主要手段。但是,许多解毒剂,例如氰化物解毒剂以及其他疗法,例如液体,都需要血管内通路。还必须考虑到,重症患者可能延迟了肌内药物的吸收,并可能需要频繁服用大剂量的阿托品。

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