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创伤性和感染性休克又称创伤后危重病。

Traumatic and septic shock alias post-trauma critical illness.

作者信息

Hardaway R M

机构信息

Texas Tech University Health Sciences Center, Department of Surgery, El Paso 79905, USA.

出版信息

Br J Surg. 1998 Nov;85(11):1473-9. doi: 10.1046/j.1365-2168.1998.00911.x.

Abstract

BACKGROUND

The mortality associated with septic shock, both in percentage of septic shock cases and total number of septic shock cases, has been increasing over the past several decades. This is despite major advances in diagnosis and treatment. The basic cause of traumatic and septic shock has been only partially elucidated.

METHODS

Data sources include research papers on the subject of traumatic and septic shock from 1875 to the present. These papers numbered over 10 000, few of which are included in the reference list because many are duplicative or negative. Over 1000 articles were reviewed which documented the unsuccessful search for a treatment for septic shock based on the theory that septic shock is due to endotoxin and its secondarily induced host mediators. These references are available from the author.

RESULTS

and conclusion The concept of a shock toxin in trauma and sepsis as promulgated during World War I is correct. This toxin is a thrombogenic aminophospholipid which occurs only on the inner layer of all cell membranes and is liberated by cell destruction. It causes disseminated intravascular coagulation which may obstruct the microcirculation of any or all organs, producing multiple organ failure by microclots. These microclots may be lysed by plasminogen activator and circulation to the organs restored.

摘要

背景

在过去几十年中,无论从感染性休克病例的百分比还是感染性休克病例总数来看,与感染性休克相关的死亡率一直在上升。尽管在诊断和治疗方面取得了重大进展,但创伤性休克和感染性休克的根本原因仍未完全阐明。

方法

数据来源包括1875年至今关于创伤性休克和感染性休克主题的研究论文。这些论文超过10000篇,参考文献列表中收录的很少,因为许多论文内容重复或无价值。我们查阅了1000多篇文章,这些文章记录了基于感染性休克是由内毒素及其继发诱导的宿主介质引起的理论来寻找感染性休克治疗方法但未成功的情况。这些参考文献可向作者索取。

结果与结论

第一次世界大战期间提出的创伤和脓毒症中休克毒素的概念是正确的。这种毒素是一种血栓形成性氨基磷脂,仅存在于所有细胞膜的内层,通过细胞破坏而释放。它会导致弥散性血管内凝血,这可能会阻塞任何或所有器官的微循环,通过微血栓形成导致多器官功能衰竭。这些微血栓可被纤溶酶原激活剂溶解,器官循环得以恢复。

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