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烧伤幸存者吸入性损伤的药物治疗

Pharmaco-management of inhalation injuries for burn survivors.

作者信息

Bartley Anthony C, Edgar Dale W, Wood Fiona M

机构信息

Royal Perth Hospital Burns Unit, Burns Service of Western Australia, Curtin University of Technology, Perth, Australia.

出版信息

Drug Des Devel Ther. 2009 Feb 6;2:9-16.

Abstract

BACKGROUND

Burn injury is exacerbated by inhalation injury, causing higher morbidity and mortality rates compared to those with a comparable burn injury alone. The complex pathophysiology of inhalation injury is well described, but analysis of treatment is a mammoth task and requires individual focus on a number of components of management. In this case, the focus of the review is treatment of inhalation injury using pharmacological means. It provides a concise overview of the disease process and a summary of the evidence for specific manipulation of various disease pathways.

METHODS

A literature search through PubMed was completed and all links and bibliography reference articles were explored.

RESULTS

A total of 47 papers matched the search terms. Of these, one was a comparative study with historical controls, 2 were retrospective case series, 2 studies reported a single human case series, 34 were examinations in animals, and 8 were expert opinion or reviews.

CONCLUSION

The literature illustrates the complicated immunobiochemical pathways that have conflicting roles and importance, complicating integrated understanding. Secondly, there is an almost complete absence of high quality data from humans. Clinical use of pharmaco-therapies for inhalation injuries is further limited by the lack of commercial availability.

摘要

背景

吸入性损伤会加重烧伤,与单纯同等程度的烧伤相比,其发病率和死亡率更高。吸入性损伤复杂的病理生理学已得到充分描述,但对其治疗进行分析是一项艰巨的任务,需要单独关注管理的多个方面。在本病例中,综述的重点是使用药理学方法治疗吸入性损伤。它简要概述了疾病过程,并总结了针对各种疾病途径进行特定干预的证据。

方法

通过PubMed完成了文献检索,并查阅了所有链接和参考文献。

结果

共有47篇论文符合检索词。其中,1篇为与历史对照的比较研究,2篇为回顾性病例系列,2项研究报告了单个人类病例系列,34项为动物实验,8项为专家意见或综述。

结论

文献表明,复杂的免疫生化途径具有相互矛盾的作用和重要性,这使得综合理解变得复杂。其次,几乎完全缺乏来自人类的高质量数据。吸入性损伤药物治疗的临床应用因缺乏商业供应而进一步受限。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/8269/2761179/1a5fbe7670ab/dddt-2-9f1.jpg

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